| Overview | Package | Class | Deprecated | Help |
| Properties | |
|---|---|
| adaptive |
The Make before Break parameter specifies the traffic rerouting method when you move traffic
between primary and secondary LSP paths. The make-before-break functionality ensures that the
transition to the new path does not cause any traffic disruption.
For example, when the parameters of an already-established LSP are changed due to a user
configuration modification, when the parameter is set to true the resources of the existing LSP
are not released until a new path with the same LSP ID is established and passing the traffic
seamlessly handed over from the old LSP.
When enabled for the LSP, the make-before-break functionality is implemented for the primary
path and all the secondary paths of the LSP.
type=generic.TruthValue default=true Displayed(tab/group)=Make before Break (/Configuration) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| addSpec |
type=generic.TruthValue default=false Displayed(tab/group)=Include ADSPEC in RSVP (/Signalling) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| adminGroupExclude |
The Groups Excluded parameter is a bit-map that specifies a list of admin groups that should be
excluded when this LSP is setup. If bit 'n' is set, then the admin group with value 'n' is
excluded for this LSP. This implies that each link that this LSP goes through must not be
associated with any of the admin groups in the exclude list.
type=long default=0 units=bitmap Displayed(tab/group)=Groups Excluded (/Administrative Groups) |
| adminGroupInclude |
The Groups Included parameter is a bit-map that specifies a list of admin groups that should be
included when this LSP is setup. If bit 'n' is set, then the admin group with value 'n' is
included for this LSP. This implies that each link that this LSP goes through must be associated
with at least one of the admin groups in the include list.
type=long default=0 units=bitmap Displayed(tab/group)=Groups Included (/Administrative Groups) |
| autoBWAdjCnt |
type=int access=read-only Displayed(tab/group)=Adjust Interval Count (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWAdjDNMbps |
type=int default=0 minimum=0 maximum=6400000 units=mbps Displayed(tab/group)=Adjust Down Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWAdjDNPercent |
type=int default=5 minimum=0 maximum=100 units=% Displayed(tab/group)=Adjust Down Threshold (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWAdjMul |
type=int default=288 minimum=1 maximum=16383 Displayed(tab/group)=Adjust Multiplier (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWAdjTime |
type=int access=read-only Displayed(tab/group)=Adjust Multiplier Time (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWAdjUPMbps |
type=int default=0 minimum=0 maximum=6400000 units=mbps Displayed(tab/group)=Adjust Up Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWAdjUPPercent |
type=int default=5 minimum=0 maximum=100 units=% Displayed(tab/group)=Adjust Up Threshold (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWAfWeight |
Specifies the weight in percent for forwarding class 'AF' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC AF Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWBeWeight |
Specifies the weight in percent for forwarding class 'BE' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC BE Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWCurrentBW |
type=int access=read-only Displayed(tab/group)=Current Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWEfWeight |
Specifies the weight in percent for forwarding class 'EF' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC EF Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWH1Weight |
Specifies the weight in percent for forwarding class 'H1' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC H1 Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWH2Weight |
Specifies the weight in percent for forwarding class 'H2' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC H2 Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWL1Weight |
Specifies the weight in percent for forwarding class 'L1' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC L1 Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWL2Weight |
Specifies the weight in percent for forwarding class 'L2' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC L2 Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWLastAdj |
type=int access=read-only Displayed(tab/group)=Last Adjustment (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWLastAdjCause |
type=mpls.AutoBWAdjustment access=read-only Displayed(tab/group)=Last Adjustment Cause (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWLastAvgRt |
type=int access=read-only Displayed(tab/group)=Last Average Data Rate (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWMaxAvgRt |
type=int access=read-only Displayed(tab/group)=Maximum Average Data Rate (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWMaxBw |
type=int default=100000 minimum=0 maximum=6400000 units=mbps Displayed(tab/group)=Maximum Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWMaxUnderFlwBw |
Indicates the maximum sampled bandwidth in the most recent consecutive underflow samples.
Expressed as an absolute bandwidth (Mbps)
type=int access=read-only units=mbps Displayed(tab/group)=Underflow Maximum Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWMinBw |
type=int default=0 minimum=0 maximum=6400000 units=mbps Displayed(tab/group)=Minimum Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWMonitorBw |
type=generic.TruthValue default=false Displayed(tab/group)=Monitor Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWNcWeight |
Specifies the weight in percent for forwarding class 'NC' for the LSP.
type=int default=100 minimum=0 maximum=100 units=% Displayed(tab/group)=FC NC Sampling Weight (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWNextAdj |
type=int access=read-only Displayed(tab/group)=Next Adjustment (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWOperationalState |
type=mpls.AutoBWOperState access=read-only Displayed(tab/group)=Operational State (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWOverFlow |
type=int default=0 minimum=0 maximum=10 Displayed(tab/group)=Overflow Limit (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWOverFlwBw |
type=int default=0 minimum=0 maximum=6400000 units=mbps Displayed(tab/group)=Overflow Limit Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWOverFlwCnt |
type=int access=read-only Displayed(tab/group)=Overflow Count (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWOverFlwThreshold |
type=int default=0 minimum=0 maximum=100 units=% Displayed(tab/group)=Overflow Limit Threshold (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWSampCnt |
type=int access=read-only Displayed(tab/group)=Sample Interval Count (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWSampInterval |
type=int access=read-only Displayed(tab/group)=Sample Interval (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWSampleMul |
type=int default=1 minimum=1 maximum=511 Displayed(tab/group)=Sample Multiplier (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWSampleTime |
type=int access=read-only Displayed(tab/group)=Sample Multiplier Time (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| autoBWUnderFlw |
Specifies the number of underflow samples that triggers an underflow auto-bandwidth adjustment
attempt.
type=int default=0 minimum=0 maximum=10 Displayed(tab/group)=Underflow Limit (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWUnderFlwBw |
Specifies the minimum difference between the current bandwidth of the LSP and the sampled data
rate, expressed as an absolute bandwidth (Mbps), for counting an underflow sample.
type=int default=0 minimum=0 maximum=6400000 units=mbps Displayed(tab/group)=Underflow Limit Bandwidth (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWUnderFlwCnt |
Indicates the number of underflow samples since the last reset
type=int access=read-only Displayed(tab/group)=Underflow Count (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBWUnderFlwThreshold |
Specifies the minimum difference between the current bandwidth of the LSP and the sampled data
rate, expressed as a percentage of the current bandwidth, for counting an underflow sample.
type=int default=0 minimum=0 maximum=100 units=% Displayed(tab/group)=Underflow Limit Threshold (/Auto Bandwidth) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| autoBandWidth |
type=generic.TruthValue default=false Displayed(tab/group)=Auto Bandwidth (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| backupHoldPriority |
Holding priority for backup tunnels set up to protect this
tunnel. This field is only valid if the mplsTunnelFastRerouteMode
above is not noFastReroute
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=int default=0 minimum=0 maximum=7 applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| backupSetupPriority |
Setup priority for backup tunnels set up to protect this tunnel. This field is only valid if the
fastRerouteBackupType is none.
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=int default=7 minimum=0 maximum=7 applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| bandwidth |
The Reserved Bandwidth parameter specifies the minimum amount of the MPLS path bandwidth to
reserve for the LSP. A value of 0 indicates that the parameter is not configured.
type=int default=0 units=Mbps applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| bandwidthProtect |
DEPRECATED: 11.0 - Not implemented on node type=generic.TruthValue default=true |
| bfdEnabled |
Specifies whether BFD is enbled or not for this LSP.
type=boolean default=false Displayed(tab/group)=BFD Enabled (/BFD) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| bfdFailureAction |
Specifies the actions to be taken when a LSP BFD session fails.
When bfdFailureAction is set to down, it prevents the LSP from being made available as a
transport for any user.
type=int Displayed(tab/group)=Failure Action (/BFD) enums= 0: none - None 1: down - Down 2: failover - Failover 3: failoverOrDown - Failover-Or-Down suppress enums=failoverOrDown (Where parent is one of (mpls.DynamicLsp)) (until 20.7.R1) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| bfdPingInterval |
Specifies the time interval for periodic LSP ping for BFD bootstrapping.
type=long default=60 minimum=0 maximum=300 units=seconds Displayed(tab/group)=LSP Ping Interval (/BFD) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| bfdTemplatePointer |
Specifies the BFD Template name used by this LSP.
type=Pointer default= Displayed(tab/group)=BFD Template (/BFD) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| bfdWaitForUpTimer |
Specifies the time in seconds the software will wait for BFD to come up.
The timer object is applicable only when bfdFailureAction is set to 'failoverOrDown'.
The timer is started when BFD is first enabled on a path or BFD
transitions from up to down. When this timer expires and if BFD has
not yet come up, the path is torn down by removing it from TTM and
the IOM and the retry timer is started.
type=int default=4 minimum=1 maximum=60 units=seconds Displayed(tab/group)=Wait For Uptime (/BFD) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) (until 20.7.R1) |
| bgpRSVPLSPTransportTunnelState |
Specifies whether an RSVP LSP is allowed or blocked in its usage as a transport LSP for BGP
tunnel routes.
When the value is set to 'Include': an RSVP LSP is allowed to be used as a transport LSP for
BGP tunnel routes.
When the value is set to 'Exclude': an RSVP LSP is not allowed to be used as a transport LSP
for BGP tunnel routes.
type=mpls.MplsLspBgpRSVPLSPTunnelState default=include Displayed(tab/group)=BGP RSVP LSP Transport Tunnel (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| bgpShortcut |
Enable/Disable the use of a RSVP LSP as a shortcut while resolving BGP routes.
type=boolean default=true Displayed(tab/group)=BGP Shortcut Enabled (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| bindingSID |
Specifies the binding SID (segment ID) value used for the SR-TE LSP.
type=long default=0 minimum=0 maximum=1048575 Displayed(tab/group)=Binding SID (/Configuration) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| classForwarding |
Indicates whether class based forwarding over this MPLS LSP is enabled or not
type=boolean default=false Displayed(tab/group)=Enable Class Forwarding (/Class Forwarding) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| commitedRate |
The mean rate in units of 1000 bits/second
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=long default=100 minimum=1 maximum=1000000 applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| cspfEnabled |
The Enable CSPF parameter specifies the CSPF routing algorithm to find a path that satisfies
the constraints for the LSP. The constraints associated with the LSP can be related to
bandwidth,
admin groups, or the number of path hops. CSPF also calculates detour routes when you set the
Fast Reroute parameter to true.
This attribute is deprecated since SR 19.7.R1. For SR nodes from 19.7.R1 onwards,
please use mpls.LspExtension.pathComputationMethod as a replacement.
If one of the properties is updated the corresponding other property will also be updated.
type=generic.TruthValue default=true Displayed(tab/group)=Enable CSPF (/Configuration) |
| cspfToFirstLooseHop |
The value specifies whether CSPF calculation until the first loose hop on ingress Label Edge
Router
(LER) is enabled or disabled for this Labeled Switched Path(LSP)
DEPRECATED: 11.0 - Deprecated in the SR 11.0 release. type=boolean default=false Displayed(tab/group)=Inter Area CSPF To First Loose Hop (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| customProperties |
This is used for any custom properties for this object.
type=Map (string to string) Displayed(tab/group)=Custom Properties (Custom Properties) |
| decrementTimeToLive |
DEPRECATED: 11.0 - Not implemented on node type=generic.TruthValue default=true |
| displayedName |
type=string default= maximum=252 Displayed(tab/group)=Name (/Identity) |
| enableAutoBinding |
Specify Auto Binding is used for the LSP path
type=boolean default=true Displayed(tab/group)=Enable Auto-Bind (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| enableLeastFill |
Specifies whether the use of the least-fill path selection method for the computation of the
path of this LSP is enabled.
type=boolean default=false Displayed(tab/group)=Least-Fill Path Selection (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| enableTeMetric |
Specifies whether the TE metric would be used for the purpose of the LSP path computation by
CSPF.
This attribute is deprecated since SR 19.7.R1. For SR nodes from 19.7.R1 onwards,
please use mpls.LspExtension.metricType as a replacement.
If one of the properties is updated the corresponding other property will also be updated.
type=boolean default=false Displayed(tab/group)=Enable TE Metric (/Configuration) |
| entropyLabel |
The value specifies whether the application takes into account the value of Entropy Label and
Entropy Label Capability
in the label stack for this LSP.
type=mpls.LspEntropyLblCapForRsvpTe default=inherit Displayed(tab/group)=Entropy Label (/Entropy Label Capability) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| fallbackPathComputation |
Specifies Fallback Path Computation method used for the LSP.
The value of fallbackPathComputation can be set to none/localCspf when
mpls.LspExtension.pathComputationMethod is set to pce.
The value of fallbackPathComputation is 'notApplicable' when
mpls.LspExtension.pathComputationMethod is set to none/localCspf.
type=int default=0 Displayed(tab/group)=Fallback Path Computation Method (/Configuration) enums= 0: notApplicable - N/A 1: none - None 2: localCspf - Local CSPF applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) (until 21.0.0) |
| fastRerouteBackupType |
type=int default=manyToOne Displayed(tab/group)=Backup Type (/Fast Reroute) enums= 1: oneToOne 2: manyToOne - Facility 3: none suppress enums=oneToOne (Where parent is one of (mpls.P2MPDynamicLsp)) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| fastRerouteBandwidth |
type=int default=0 minimum=0 maximum=10000 units=Mbps Displayed(tab/group)=Reserved Bandwidth (/Fast Reroute) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| fastRerouteBandwidthBps |
type=long default=0 minimum=0 units=bps Displayed(tab/group)=Reserved Bandwidth (/Fast Reroute) |
| fastRerouteEnabled |
The Fast Reroute parameter specifies a pre-computed detour LSP from each node in the path of the
LSP. In case of failure of a link or LSP between two nodes, traffic is immediately rerouted on
the pre-computed detour LSP. The immediate reroute of the traffic avoids packet-loss.
Fast reroute is available only for the primary path. The LSP transit hops do not require
configuration. The ingress router signals intermediate routers using RSVP to set up the detour
routes.
type=generic.TruthValue default=true Displayed(tab/group)=Fast Reroute (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| fastRerouteHopLimit |
The Hop Limit parameter specifies the maximum number of hops a detour LSP can take before
merging back onto the main LSP path. The range is 0 to 255. The default is 16.
type=int default=16 minimum=0 maximum=255 Displayed(tab/group)=Hop Limit (/Fast Reroute) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| fastReroutePropagateAdminGroup |
Specifies whether or not the use of administrative group constraints on a FRR backup LSP is
enabled.
type=boolean default=false Displayed(tab/group)=Propagate Administrative Groups (/Fast Reroute) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| forceSwitchStandbyPath |
Enable/Disable the use of a RSVP LSP as a shortcut while resolving BGP routes. When not
specified, the best active path will be selected.
type=boolean default=false applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| forwardingClasses |
Indicates a set of forwarding classes configured for this LSP expressed as a bit map.
From 20.2 onwards, for 7x50 , 7705hm nodes, this is obsoleted. Use
mpls.LspExtension.policyNamePointer and mpls.LspExtension.setID instead.
type=mpls.CBFClasses default=unspecified Displayed(tab/group)=Forwarding Classes (/Class Forwarding) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| frrSignalling |
type=generic.TruthValue access=read-only default=true Displayed(tab/group)=Fast Reroute Signaling (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| guardingDestinationAddress |
The guarded destination IP address used with the fast reroute feature,
when this Lsp is a guarding Lsp. This address should always be the same as the Destination Ip
Address.
This attribute is only applicable for 7250 nodes. The 7250 needs to have this kind of LSP setup
to make the
FRR function work.
Its value cannot be changed after the LSP's creation for 7250 3.0 and above node.
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=InetAddress default=0.0.0.0 applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| guardingDestinationAddressType |
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=rtr.InetAddressType access=read-only default=ipv4 valid enums=ipv4 (Where parent is one of (mpls.DynamicLsp)) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| guardingLsp |
Is this Lsp a guarding Lsp. This property is only valid for Lsp on 7250 currently.
Its value cannot be changed after the LSP's creation for 7250 3.0 and above node.
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=boolean default=false applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| holdPriority |
The priority of the session with respect to holding resources. The value 0 is the highest
priority. Holding Priority is used in deciding whether this session can be preempted by another
session. The range is 0 to 7. The default is 0.
type=int default=0 minimum=0 maximum=7 Displayed(tab/group)=Hold Priority (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| hopLimit |
The Hop Limit parameter specifies the maximum number of hops that an LSP will traverse including
the ingress and egress nodes. An LSP will not be setup if the hop limit is exceeded. The range
is 2 to 255. The default is 255.
type=int default=255 minimum=2 maximum=255 Displayed(tab/group)=Hop Limit (/Traffic Engineering And Protection) |
| igpShortcut |
The IGP Shortcut Enabled parameter specifies whether to exclude or include an RSVP LSP from
being used as a shortcut while resolving IGP routes. When this parameter is enabled, the RSVP
LSP is used as a shortcut while resolving such routes. The parameter is only applicable to
Dynamic LSPs.
By default, all RSVP LSPs originating on a node that has RSVP Shortcut Enabled enabled, are
included by OSPF and IS-IS as direct links, as long as the destination address of the LSP
corresponds to the router-id of a remote node. RSVP LSPs with a destination address
corresponding to an interface address of a remote node are automatically not considered by IS-IS
or OSPF. You can however, exclude a specific RSVP LSP from being used as a shortcut for
resolving IGP routes by disabling this parameter.
type=boolean default=true Displayed(tab/group)=IGP Shortcut Enabled (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| igpShortcutLfaType |
The LFA Type parameter specifies a rule for the LFA SPF calculation.
The Lfa Protect option specifies that the LSP can be included in either the main SPF or the LFA
SPFs.
The LSP can be used either as a primary next-hop or an LFA next-hop. When the main SPF
calculation selects
a tunneled primary next-hop, the LFA SPF does not select an LFA next-hop for this prefix. When
the main SPF
calculation selects a direct primary next-hop, the LFA SPF selects an LFA next-hop for this
prefix.
The Lfa Only option specifies that the LSP can be included in the LFA SPFs only. The LFA SPF
prefers a direct
LFA next-hop over a tunneled LFA next-hop.
The None option specifies no rule for the LFA SPF calculation.
type=mpls.LfaType default=none Displayed(tab/group)=LFA Type (/IGP Shortcut) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| igpShortcutRelativeMetric |
The Relative Metric parameter specifies the relative metric value used in the IGP SPF
calculation.
A relative metric is an adjustment of the dynamic IGP metric from the SPF calculation. Enable
the Disable
Relative Metric check box to disable relative metric and specify an absolute metric value of
2147483647.
type=int default=2147483647 minimum=-10 maximum=2147483647 Displayed(tab/group)=Relative Metric (/IGP Shortcut) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| igpShortcutSROverSRTE |
The value of igpShortcutSROverSRTE specifies whether the SR-TE LSP can be used as an SRv4/SRv6 IGP shortcut.
The object igpShortcutSROverSRTE is applicable to SR-TE LSPs.
When igpShortcutSROverSRTE is set to 'true', the SR-TE LSP can used as an SRv4/SRv6 IGP shortcut.
When igpShortcutSROverSRTE is set to 'false', the SR-TE LSP cannot be used as an SRv4/SRv6 shortcut.
An 'inconsistentValue' error is returned if an attempt is made to set this object to a non-default value when the value of the object
igpShortcutSROverSRTE is not set to 'true'.
type=boolean default=false Displayed(tab/group)=Allow SR Over SRTE (/IGP Shortcut) applicable=false (Where parent is one of (mpls.DynamicLsp)) |
| labelStackReduction |
Specifies whether label stack reduction is enabled or not.
type=boolean default=false Displayed(tab/group)=Label Stack Reduction (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| lastAdjBW |
The value of the attribute indicates the last adjusted bandwidth for the LSP. A value of -1
indicates that this value is invalid.
This variable is valid only if mpls.LspExtension.useLastAdjBW is set to 'enabled'.
type=int access=read-only Displayed(tab/group)=Last Adjusted Bandwidth (/Auto Bandwidth) |
| ldpOverRsvp |
Specifies whether this LSP is available for LDP over RSVP
type=boolean default=true Displayed(tab/group)=LDP over RSVP include (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| loadBalancingWeight |
Specify the load balancing weight for the LSP path
type=long default=0 minimum=0 maximum=4294967295 Displayed(tab/group)=Load Balancing Weight (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| localSrProtection |
Specifies the local SR protection.
When the value is 'Preferred', the local CSPF will prefer a protected adjacency over an
unprotected adjacency whenever both exist for a TE link.
When the value is 'Mandatory', the CSPF will use it as an additional path constraint and
selects protected adjacencies exclusively in computing the path of the SR-TE LSP.
When the value is 'None', the CSPF will use it as an additional path constraint and selects
unprotected adjacencies exclusively in computing the path of the SR-TE LSP.
type=int default=2 Displayed(tab/group)=Local SR Protection (/Traffic Engineering And Protection) enums= 1: none - None 2: preferred - Preferred 3: mandatory - Mandatory applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| lspMvpnTemplatePointer |
Mvpn Template Pointer
type=Pointer access=read-only default= Displayed(tab/group)=Created By Template (/Mvpn Template) applicable=false (Where parent is one of (mpls.DynamicLsp)) |
| lspSelfPing |
Specifies whether to override the global configuration of Self Ping.
If the value of lspSelfPing is 'disabled' for an LSP either due to inheritance or due
to LSP level configuration, the value of lspSelfPing has no affect.
type=int default=inherit Displayed(tab/group)=Lsp Self Ping (/Configuration) enums= 1: enable - Enable 2: disable - Disable 3: inherit - Inherit applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| mainCTRetryLimit |
The Main Class Type Retry Limit parameter specifies the number of attempts that are made before
switching to the Diff-Serv Backup Class Type.
When an unmapped LSP primary path goes into retry, it attempts to use the main Class Type until
the number of retries reaches the value you configure. If the primary path still does not come
up, it starts using the backup Class Type.
This parameter only applies to Dynamic LSPs, and has no effect on an LSP primary path which
retries due to a failure event. If you enter a value of the Main Class Type Retry Limit that is
greater than the value of the LSP�s Retry Limit parameter, the number of retries stops when the
LSP primary path reaches the value of the LSP�s Retry Limit. The LSP�s Retry Limit represents
the upper limit on the number of retries. This applies to both CSPF and non-CSPF LSPs.
The range is 0 to 10 000. The default is 0, which means the LSP primary path retries
indefinitely.
type=int default=0 minimum=0 maximum=10000 Displayed(tab/group)=Main Class Type Retry Limit (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| manualSwitchLsp |
type=mpls.ManualSwitchPathAction default=0 |
| maxAdditionalOverheadLabels |
Specifies maximum additional overhead labels for this LSP.
type=long default=1 minimum=0 maximum=4 Displayed(tab/group)=Maximum FRR Overhead Labels (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| maxSegmentRoutingLabels |
Specifies maximum segment routing routing label stack size for this LSP.
type=long default=6 minimum=1 maximum=11 Displayed(tab/group)=Maximum Segment Routing Labels (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| metric |
The Metric parameter specifies the metric for this LSP. The value is used to select an LSP among
a set of LSPs which are destined to the same egress router. The LSP with the lowest metric will
be selected.
type=long default=0 minimum=0 maximum=16777215 Displayed(tab/group)=Route Selection Metric (/Configuration) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| metricType |
Specifies metric type.
This property replaces mpls.LspExtension.enableTeMetric for SR nodes from 19.7.R1 onwards.
When the value is 'TE', the behavior will be same as mpls.LspExtension.enableTeMetric is set
to 'true'.
If one of the properties is updated the corresponding other property will also be updated.
type=int default=1 Displayed(tab/group)=Metric Type (/Configuration) enums= 1: igp - IGP 2: te - TE |
| neLspName |
This is used for MV nodes since the displayed name may not be the same as the configured name
assigned by the Node to the LSP.
type=string default= maximum=252 Displayed(tab/group)=Traffic Engineering Lsp Name (/Traffic Engineering And Protection) |
| negotiatedEntropyLabel |
The value indicates the combination of entropy label configured at head end for this LSP and the
entropy label capability signalled from the far end.
type=mpls.EntropyLblCapForRsvpTe access=read-only default=forceDisable Displayed(tab/group)=Negotiated Entropy Label (/Entropy Label Capability) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| nodeProtect |
The Node Protect parameter specifies node and link protection on the LSP. Node protection
ensures that traffic from an LSP that traverses a neighboring router reaches the required
destination. The parameter is configurable when the Fast Reroute parameter is set to true.
type=generic.TruthValue default=true Displayed(tab/group)=Node Protect (/Fast Reroute) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| operEntropyLabel |
The value indicates the operational value of Entropy Label for this LSP.
type=mpls.EntropyLblCapForRsvpTe access=read-only default=forceDisable Displayed(tab/group)=Operational Entropy Label (/Entropy Label Capability) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| operationMetric |
The cost of the traffic engineered path returned by the IGP."
type=long access=read-only Displayed(tab/group)=Operational Metric (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| operationalFastRerouteEnabled |
type=generic.TruthValue access=read-only default=true Displayed(tab/group)=Operational Fast Reroute (/Configuration) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| optimizeTimer |
type=int default=0 minimum=0 maximum=65535 units=seconds Displayed(tab/group)=Optimize Timer (/Configuration) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| overrideTunnelElc |
Specifies whether to override the entropy label capability (ELC) for SR-TE LSPs for which
the path has been computed by PCE or for SR-TE LSPs that are using
paths consisting of static SID labels.
type=boolean default=false Displayed(tab/group)=Override Entropy Label Capability (/Configuration) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| pathComputationMethod |
Specifies LSP path computation method.
This property replaces mpls.LspExtension.cspfEnabled and mpls.LspExtension.pceCompute
for SR nodes from 19.7.R1 onwards.
When the value is 'Local CSPF', the behavior will be same as mpls.LspExtension.cspfEnabled
is set to 'true'.
When the value is 'PCE', the behavior will be same as mpls.LspExtension.pceCompute is set to
'true'.
To match the mpls.LspExtension.cspfEnabled value, the default is set to 'Local CSPF'
mapping to mpls.LspExtension.cspfEnabled 'true'.
If one of the properties is updated the corresponding other property will also be updated.
type=int default=2 Displayed(tab/group)=Path Computation Method (/Configuration) enums= 1: none - None 2: localCspf - Local CSPF 3: pce - PCE |
| pathId |
type=long default=0 |
| pceCompute |
Specifies whether the LSP path computation request is sent to local CSPF or to PCE. When the
value is true, the LSP makes a request to PCE to compute the path. When the value is false,
the path for this LSP is computed locally using CSPF.
This attribute is deprecated since SR 19.7.R1. For SR nodes from 19.7.R1 onwards,
please use mpls.LspExtension.pathComputationMethod as a replacement.
If one of the properties is updated the corresponding other property will also be updated.
type=boolean default=false Displayed(tab/group)=PCE Computation (/PCE) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| pceControl |
Specifies whether the control of path (delegation) to Path Computation Engine (PCE). Path
delegation can be done on locally computed paths and paths computed using PCE
type=boolean default=false Displayed(tab/group)=PCE Control (/PCE) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| pceReport |
Specifies whether to override the global configuration of reporting of LSP to PCE. If the
value is disabled for an LSP either due to inheritance or due to LSP level configuration,
the value of PceControl has no effect.
type=mpls.PceReportType default=inherit Displayed(tab/group)=PCE Report (/PCE) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| peakRate |
The maximum rate in units of 1000 bits/second
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=long default=100 minimum=1 maximum=1000000 applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| permitMerge |
Permits transit routers to merge this session with other RSVP sessions for the purpose of
reducing resource
overhead on downstream transit routers, thereby providing better network scalability.
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=boolean default=false applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| persistent |
Indicates whether this tunnel should be restored automatically after a failure occurs.
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=boolean default=false applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| policyNamePointer |
Specifies the name of class forwarding Policy used by this LSP template.
type=Pointer default= Displayed(tab/group)=Policy Name (/Class Forwarding/Forwarding Set) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| preferTransportFrr |
Specifies whether to defer hardware fast-reroute protection to the SR
tunnel for SR-TE LSPs.
type=boolean default=false Displayed(tab/group)=Prefer Transport FRR (/Configuration) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| propAdminGroup |
The value specifies whether the propagation of session attribute object with resource affinity
(C-type 1) in PATH message is enabled.
type=boolean default=false Displayed(tab/group)=Propagate Administrative Groups via Session Attribute Object (/Signalling) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| record |
The Record Actual Path parameter specifies whether the labels at each NE are recorded and
displayed for the LSP path, to indicate the hops in the LSP path.
type=generic.TruthValue default=true Displayed(tab/group)=Record Actual Path (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| recordLabel |
Remember the LSP labels after it has been signaled
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=boolean default=false applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| recordRoute |
Remember the LSP path after it has been signaled
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=boolean default=false applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| retryLimit |
type=int default=0 minimum=0 maximum=10000 Displayed(tab/group)=Retry Limit (/Signalling) |
| retryTimer |
type=int default=30 minimum=1 maximum=600 units=seconds Displayed(tab/group)=Retry Timer (/Signalling) |
| returnPathLabel |
Specifies the return path label for LSP.
type=long default=4294967295 minimum=32 maximum=4294967295 Displayed(tab/group)=Return Path Label (/BFD) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.P2MPDynamicLsp)) |
| revertTimer |
Specifies a revert timer for a Labeled Switch Path (LSP).
When the value is set to '0', it cancels any revert timer that is currently running and
causes the Labeled Switch Path (LSP) to revert to the primary path immediately if it is
up.
When the value is set to any non-zero value of revert interval, the Labeled Switch Path (LSP)
will be switched to the primary path only after the revert interval is over.
This property is not applicable for P2MP and Segment Routing LSP.
type=long default=0 minimum=0 maximum=4320 units=minutes Displayed(tab/group)=Revert Timer (/Signalling) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| revertTimerExpire |
Specifies the time remaining in minutes before the revert timer would expire causing an lsp
revert to primary path.
type=long access=read-only units=minutes Displayed(tab/group)=Time remaining before Revert Timer Expires (/Signalling) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| rowStatus |
This variable is used to create, modify, and/or delete a row in this table
DEPRECATED: 11.0 R1 - No longer supported by any NE types supported in SAM type=int default=1 minimum=1 maximum=5 applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| rsvpStyle |
The RSVP Reserve Style parameter specifies the RSVP reservation style. A reservation style is a
set of control options that specify a number of supported parameters. The style information is
part of the LSP configuration. The parameter options are as follows:
Shared-Explicit (default) - This option specifies a shared reservation environment with an
explicit reservation scope. A single reservation is created on a link that is shared by an
explicit list of senders. Because each sender is explicitly listed in the RESV message,
different labels can be assigned to different sender receiver pairs, thereby creating separate
LSPs.
Fixed-Filter - Specifies a single reservation with an explicit scope. This reservation style
specifies an explicit list of senders and a distinct reservation for each. A specific
reservation request is created for data packets from a specific sender. The reservation scope is
determined by an explicit list of senders.
type=mpls.RsvpStyle default=se Displayed(tab/group)=RSVP Reserve Style (/Signalling) suppress enums=ff (Where parent is one of (mpls.P2MPDynamicLsp)) applicable=false (Where parent is one of (mpls.SegmentRoutingTeLsp)) |
| secRetryLimit |
The value of the attribute specifies the max number of retry attempts that will be made to
signal the secondary path with the last adjusted bandwidth.
After the number of retry attempts is exceeded, no more attempts will be made to resignal the
secondary path and the path will remain operationally down.
A value of zero(0) specifies that the retry limit is infinite. This variable is valid only if
mpls.LspExtension.useLastAdjBW is set to 'enabled'.
type=int default=5 minimum=0 maximum=10000 Displayed(tab/group)=Secondary Retry Limit (/Auto Bandwidth) |
| setID |
The value of SetId specifies the forwarding setID to which forwarding class specified by
ForwardingClass is mapped to.
type=int default=0 minimum=0 maximum=6 Displayed(tab/group)=Set ID (/Class Forwarding/Forwarding Set) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp)) |
| setupPriority |
type=int default=7 minimum=0 maximum=7 Displayed(tab/group)=Path Setup Priority (/Configuration) |
| softPreemption |
The value of softPreemption(vRtrMplsLspExtSoftPreemption) specifies whether soft preemption is
enabled or disabled for P2MP RSVP LSPs.
type=boolean default=false Displayed(tab/group)=Soft Preemption (/Configuration) applicable=false (Where parent is one of (mpls.DynamicLsp, mpls.SegmentRoutingTeLsp)) |
| switchStandbyLspPathPointer |
Specifies the new standby LSP path
type=Pointer default= applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| switchStandbyPath |
Specifies whether to trigger the switch from the current active standby LSP path to a new LSP
path as specified by switchStbyPathPointer.
type=mpls.SwitchStandbyPathActionType default=notApplicable applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| teClassType |
The Diff-Serv Class Type parameter specifies the differentiated services class type to which the
LSP or LSP path belongs. A differentiated services class type specifies the precedence that one
type of traffic has over other traffic types. For example, voice traffic, which requires
uninterrupted data flow, may have a higher precedence that other data. The range is 0 to 7,
where 1 is the highest priority and 7 is the lowest priority. An LSP or LSP path belongs to
class type 0 by default, which means that no class is configured.
The parameter value at the LSP path level overrides the parameter value at the LSP level.
type=int default=0 minimum=0 maximum=7 Displayed(tab/group)=Diff-Serv Class Type (/Traffic Engineering And Protection) applicable=false (Where parent is one of (mpls.P2MPDynamicLsp, mpls.SegmentRoutingTeLsp)) |
| useLastAdjBW |
The value of the attribute specifies whether use of last adjusted bandwidth is enabled or
diabled.
When the value is 'true' the use of last adjusted bandwidth is enabled, and LSP paths will be
signalled with the last adjusted bandwidth of the LSP and not the configured bandwidth.
type=boolean default=false Displayed(tab/group)=Use Last Adjusted Bandwidth (/Auto Bandwidth) |
| virtualRouterId |
type=int access=read-only default=1 minimum=1 maximum=1 |
| Properties inherited from ManagedObject |
|---|
| actionMask, children-Set, deploymentState, isFaultSquelched, name, objectFullName, selfAlarmed |