l3fwd
Site

Defines all common properties and behavior for layer 3 forwarding sites.



public abstract class Site

Properties
autonomousSystemNumber

type=long
default=0
minimum=0
maximum=4294967295
Displayed(tab/group)=Autonomous System

classForwardingEnabled Specifies whether class forwarding is enabled or not. If class forwarding is enabled, packets are forwarded based on their forwarding class.

type=boolean
default=false

disableSelectiveFIB The value of the object disableSelectiveFIB specifies whether the system-level selective FIB setting is overriden on this routing instance. If the value of disableSelectiveFIB is set to true, then the selective FIB is disabled and all active routes of this routing instance are installed on all line cards.

type=boolean
default=false
Displayed(tab/group)=Disable Selective FIB

enableHoldDownTime This specifies if hold down timer is enabled or disabled for the router instance.

type=boolean
default=false
Displayed(tab/group)=Enable Hold-Down Time (/Static Route Hold-Down Time)

enforceMaxNumberOfMcastRoutes

type=boolean
default=false

fibPriority The value of fibPriority specifies the priority of updating set of routes into the forwarding plane. If the value of fibPriority for the routing instance is set to 'high', the FIB entries are given priority over all other routes. By default the fibPriority for a VPRN is set to 'standard' which means the FIB entries do not have any preference over other routes.

type=l3fwd.FibPriority
default=standard
Displayed(tab/group)=FIB Priority

fltrCamType Specifies the CAM type of the auto-created embedded filters for flowspec rules on this virtual router.

type=int
default=0
Displayed(tab/group)=Filter CAM Type (/Flowspec)
enums=
    0: normal - Normal
    2: pktLen - PktLen

holdDownTimeInitial It specifies the initial hold-down time. When the route flaps for the first time the hold-down time is set to this value.

type=int
default=0
minimum=0
maximum=65535
Displayed(tab/group)=Initial Hold-Down Time (/Static Route Hold-Down Time)

holdDownTimeMax It specifies the maximum value of the hold-down time.

type=int
default=0
minimum=0
maximum=65535
Displayed(tab/group)=Maximum Hold-Down Time (/Static Route Hold-Down Time)

holdDownTimeMultiplier It specifies the value by which the previous hold-down time is multiplied to calculate the new hold-down time.

type=int
default=0
minimum=0
maximum=10
Displayed(tab/group)=Hold-Down Time Multiplier (/Static Route Hold-Down Time)

ingrPathMgmtPolicyPointer Pointer to the instance of the multicast Ingress PathMgmt Info policy.

type=Pointer
default=Multicast PathMgmt Info Policy:default

ipEmbeddedFlowspecMaxSize Specifies the maximum number of entries reserved in the auto-created embedded IP filter for flowspec rules on this virtual router. Flowspec rules that do not fit within this limit will be rejected."

type=int
default=512
minimum=0
maximum=262143
Displayed(tab/group)=IPv4 Filter Max Size (/Flowspec)

ipv6EmbeddedFlowspecMaxSize Specifies the maximum number of entries reserved in the auto-created embedded IPv6 filter for flowspec rules on this virtual router. Flowspec rules that do not fit within this limit will be rejected."

type=int
default=512
minimum=0
maximum=262143
Displayed(tab/group)=IPv6 Filter Max Size (/Flowspec)

ipv6TeRouterIntfName

type=string
default=system
maximum=32

maxNumberOfEqualCostRoutes

type=long
default=1
minimum=0
maximum=64
Displayed(tab/group)=Maximum Number Of Equal Cost Routes

maxNumberOfMcastRoutes

type=long
default=-1
minimum=1
maximum=2147483647

maxNumberOfMcastRoutesLogOnly

type=generic.TruthValue
default=false

midRouteMcastThreshold

type=int
default=0
minimum=0
maximum=100
units=%

reachableTime Specifies the time an IPv6 neighbor remains in reachable state. While in this state, no neighbor-unreachability detection has to be done.

type=long
default=30
minimum=30
maximum=3600
units=seconds
Displayed(tab/group)=IPv6 Reachable Timer (/IPv6 Timer)

routerId

type=InetAddress
default=0.0.0.0
Displayed(tab/group)=Router ID

routerIdAdrrType

type=rtr.InetAddressType
default=ipv4

routingInstanceId

type=int
access=read-only
default=1
minimum=0
maximum=10240

routingInstanceName

type=string
access=read-only
default=
minimum=0
maximum=32

singleSfmOverloadAdminState Specifies the administrative state of the IGP single-SFM-overload behavior in this virtual router instance. When the value is equal to 'inService', IGP protocols (either IS-IS or OSPF) enter an overload state when the node only has a single SFM functioning.

type=l3fwd.AdministrativeState
default=outOfService
Displayed(tab/group)=Single SFM Overload Admin State (/Single SFM Overload)

singleSfmOverloadHldOffTime Specifies the delay between the detection of the single-SFM condition and the IGP entering the overload state.

type=int
default=0
minimum=0
maximum=600
units=seconds
Displayed(tab/group)=Hold-Off Time (/Single SFM Overload)

singleSfmOverloadStart Indicates the sysUpTime the last time that the singleSfmOverloadState had a transition from 'notApplicable' or 'normal' to 'overload'. If such a transition never occurred, this object contains a zero value.

type=Time
access=read-only
Displayed(tab/group)=Overload Start (/Single SFM Overload)

singleSfmOverloadState Indicates the IGP single-SFM-overload state.

type=l3fwd.SingleSfmOverloadState
access=read-only
default=normal
Displayed(tab/group)=Overload State (/Single SFM Overload)

singleSfmOverloadTime Indicates the duration of the most recent overload.

type=Time
access=read-only
default=0
Displayed(tab/group)=Overload Duration (/Single SFM Overload)

staleTime Specifies the time an IPv6 neighbor cache entry remains in stale state, for all applicable interfaces in this virtual router instance. When this time has elapsed, the system removes the neighbor cache entry.

type=long
default=14400
minimum=60
maximum=65535
units=seconds
Displayed(tab/group)=IPv6 Stale Timer (/IPv6 Timer)

weightedEcmp The value of weightedEcmp specifies whether to enable or disable weighted ECMP.

type=boolean
default=false

weightedEcmpStrict The value of Strict ECMP specifies whether or not to apply strict ECMP. This property is applicable only when Weighted ECMP is set.

type=boolean
default=false

  
Properties inherited from fwd.Site
siteId, siteName
 
Properties inherited from ManagedObject
actionMask, children-Set, deploymentState, isFaultSquelched, name, objectFullName, selfAlarmed
 
Supported Network Elements
7450 ESS
7210 SAS M
7210 SAS X
7210 SAS R
7210 SAS T
7210 SAS K Supported from 9.0.R3
  • Required Capabilities: NetworkMode
7210 SAS Mxp
7210 SAS S/Sx
7250 IXR
7750 SR
7705 SAR Gen 2
7705 SAR Hm
7701 CPAA
OS6850/6850E
OS6855
OS6400
7705 SAR
Wavence SM
7705 SAR H
Generic NE 1.0.0
OS6250
OS6450
OS6350
OS9700E/9800E
OS6900
OS6860E/OS6860N
OS6870
OS6865
OS6560/OS6560E
OS6570M
OS6360
OS6465
DC VSC
DC 7850
DC 210
DC VSA8
7950 XRS
Product Specifics
7210 SAS K 20.0
7210 SAS K 21.0
7210 SAS K 22.0
7210 SAS K 23.0
7210 SAS K 24.0
7210 SAS K 25.0
7210 SAS M 20.0
7210 SAS M 21.0
7210 SAS Mxp 20.0
7210 SAS Mxp 21.0
7210 SAS Mxp 22.0
7210 SAS Mxp 23.0
7210 SAS Mxp 24.0
7210 SAS Mxp 25.0
7210 SAS R 20.0
7210 SAS R 21.0
7210 SAS R 22.0
7210 SAS R 23.0
7210 SAS R 24.0
7210 SAS R 25.0
7210 SAS S/Sx 20.0
7210 SAS S/Sx 21.0
7210 SAS S/Sx 22.0
7210 SAS S/Sx 23.0
7210 SAS S/Sx 24.0
7210 SAS S/Sx 25.0
7210 SAS T 20.0
7210 SAS T 21.0
7210 SAS T 22.0
7210 SAS T 23.0
7210 SAS T 24.0
7210 SAS T 25.0
7250 IXR 20.0
7250 IXR 21.0
7250 IXR 22.0
7250 IXR 23.0
7250 IXR 24.0
7250 IXR 25.0
7450 ESS 20.0
7450 ESS 21.0
7450 ESS 22.0
7450 ESS 23.0
7450 ESS 24.0
7450 ESS 25.0
7701 CPAA 8.0
7705 SAR Gen 2 25.0
7705 SAR H 20.0
7705 SAR H 21.0
7705 SAR H 22.0
7705 SAR H 23.0
7705 SAR H 24.0
7705 SAR H 25.0
7705 SAR H 9.0
7705 SAR Hm 20.0
7705 SAR Hm 21.0
7705 SAR Hm 22.0
7705 SAR Hm 23.0
7705 SAR Hm 24.0
7705 SAR Hm 25.0
7705 SAR 20.0
7705 SAR 21.0
7705 SAR 22.0
7705 SAR 23.0
7705 SAR 24.0
7705 SAR 25.0
7750 SR 20.0
7750 SR 21.0
7750 SR 22.0
7750 SR 23.0
7750 SR 24.0
7750 SR 25.0
7950 XRS 20.0
7950 XRS 21.0
7950 XRS 22.0
7950 XRS 23.0
7950 XRS 24.0
7950 XRS 25.0
DC 210 20.5
DC 210 5.0
DC 210 6.0
DC 7850 20.0
DC 7850 5.0
DC 7850 6.0
DC VSA8 5.0
DC VSA8 6.0
DC VSC 20.0
DC VSC 5.0
DC VSC 6.0
OS6250 6.6.3
OS6250 6.6.4
OS6250 6.6.5
OS6250 6.7.1
OS6350 6.7.2
OS6360 8.10
OS6360 8.10
OS6360 8.9
OS6360 8.9
OS6400 6.4.3
OS6400 6.4.4
OS6400 6.4.5
OS6450 6.6.4
OS6450 6.6.5
OS6450 6.7.1
OS6450 6.7.2
OS6465 8.10
OS6465 8.10
OS6465 8.6
OS6465 8.7
OS6465 8.8
OS6465 8.8
OS6465 8.9
OS6465 8.9
OS6465 8.9
OS6560/OS6560E 8.10
OS6560/OS6560E 8.10
OS6560/OS6560E 8.6
OS6560/OS6560E 8.7
OS6560/OS6560E 8.8
OS6560/OS6560E 8.8
OS6560/OS6560E 8.9
OS6560/OS6560E 8.9
OS6560/OS6560E 8.9
OS6570M 8.10
OS6570M 8.10
OS6570M 8.9
OS6850/6850E 6.4.2
OS6850/6850E 6.4.3
OS6850/6850E 6.4.4
OS6850/6850E 6.4.5
OS6850/6850E 6.4.6
OS6855 6.4.4
OS6855 6.4.5
OS6855 6.4.6
OS6860E/OS6860N 8.10
OS6860E/OS6860N 8.10
OS6860E/OS6860N 8.6
OS6860E/OS6860N 8.7
OS6860E/OS6860N 8.8
OS6860E/OS6860N 8.8
OS6860E/OS6860N 8.9
OS6860E/OS6860N 8.9
OS6860E/OS6860N 8.9
OS6865 8.10
OS6865 8.10
OS6865 8.6
OS6865 8.7
OS6865 8.8
OS6865 8.8
OS6865 8.9
OS6865 8.9
OS6865 8.9
OS6870 8.10
OS6900 8.10
OS6900 8.10
OS6900 8.6
OS6900 8.7
OS6900 8.8
OS6900 8.8
OS6900 8.9
OS6900 8.9
OS6900 8.9
OS9700E/9800E 6.4.3
OS9700E/9800E 6.4.4
OS9700E/9800E 6.4.5
OS9700E/9800E 6.4.6