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topology
IgpLink

Represents an IGP link between routers or between a router and a network.

public abstract class IgpLink

Properties
adminGroups The Administrative Group contains a bit mask. Each set bit corresponds to one administrative group assigned to the interface. A link may belong to multiple groups.

By convention, the least significant bit is referred to as 'group 0', and the most significant bit is referred to as 'group 31'.

The Administrative Group is also called Resource Class/Color.

type=long
access=read-only
default=0
Displayed(tab/group)=Administrative Groups (Traffic Engineering)
adminGroupsChangeCounter Counter of adminGroups changes.

type=long
access=read-only
default=0
Displayed(tab/group)=Admin Groups Change Counter (Traffic Engineering)
cpaaRedGroupPointer Pointer to CPAA Redundancy Group that discovered this IGP link.

type=Pointer
access=read-only
lastAdminGroupsChangeTime Last time of admin Groups changed .

type=string
access=read-only
default=
maximum=32
Displayed(tab/group)=Last Admin Groups Change Time (Traffic Engineering)
lastMetricChangeTime Last time of metric changed .

type=string
access=read-only
default=
maximum=32
Displayed(tab/group)=Metric Last Change Time
lastSrlgChangeTime Last time of SRLG changed .

type=string
access=read-only
default=
maximum=32
Displayed(tab/group)=SRLG Last Change Time (Traffic Engineering)
lastTeMetricChangeTime Last time of TE Metric changed .

type=string
access=read-only
default=
maximum=32
Displayed(tab/group)=TE Metric Last Change Time (Traffic Engineering)
maxBandwidth The Maximum Bandwidth specifies the maximum bandwidth that can be used on this link, in this direction (from the router originating the LSA to its neighbor). This is the true link capacity.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Maximum Bandwidth (Traffic Engineering)
maxReservableBandwidth The Maximum Reservable Bandwidth specifies the maximum bandwidth that may be reserved on this link, in this direction (from the router originating the LSA to its neighbor). Note that this may be greater than the maximum bandwidth (in which case the link may be oversubscribed).

type=float
access=read-only
units=kbps
Displayed(tab/group)=Maximum Reservable Bandwidth (Traffic Engineering)
metric The protocol specific cost of the link.

type=int
access=read-only
Displayed(tab/group)=Metric
metricChangeCounter Counter of metric changes.

type=long
access=read-only
default=0
Displayed(tab/group)=Metric Change Counter
srlg The SRLG contains a set of shared risk groups the link belongs to.

type=string
access=read-only
default=
maximum=255
Displayed(tab/group)=SRLG Values (Traffic Engineering)
srlgChangeCounter Counter of SRLG changes.

type=long
access=read-only
default=0
Displayed(tab/group)=SRLG Change Counter (Traffic Engineering)
teLocalIpAddress The local IP address, as learned from traffic engineering.

type=string
access=read-only
default=0.0.0.0
maximum=60
Displayed(tab/group)=TE Local IP Address (Traffic Engineering)
teMetric The Traffic Engineering Metric specifies the link metric for traffic engineering purposes. This metric may be different than the standard link metric. Typically, this metric is assigned by a network administrator.

type=long
access=read-only
default=0
Displayed(tab/group)=TE Metric (Traffic Engineering)
teMetricChangeCounter Counter of TE Metric changes.

type=long
access=read-only
default=0
Displayed(tab/group)=TE Metric Change Counter (Traffic Engineering)
teRemoteIpAddress The remove IP address, as learned from traffic engineering.

type=string
access=read-only
default=0.0.0.0
maximum=60
Displayed(tab/group)=TE Remote IP Address (Traffic Engineering)
trafficEngineering Used to indicate that traffic engineering parameters were learned from the protocol.

type=boolean
access=read-only
default=false
Displayed(tab/group)=TE Enabled (Traffic Engineering)
unreservedBandwidthP0 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 0. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 0) (Traffic Engineering)
unreservedBandwidthP1 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 1. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 1) (Traffic Engineering)
unreservedBandwidthP2 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 2. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 2) (Traffic Engineering)
unreservedBandwidthP3 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 3. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 3) (Traffic Engineering)
unreservedBandwidthP4 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 4. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 4) (Traffic Engineering)
unreservedBandwidthP5 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 5. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 5) (Traffic Engineering)
unreservedBandwidthP6 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 6. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 6) (Traffic Engineering)
unreservedBandwidthP7 The Unreserved Bandwidth specifies the amount of bandwidth not yet reserved at priority 7. The value should be less than or equal to the Maximum Reservable Bandwidth.

type=float
access=read-only
units=kbps
Displayed(tab/group)=Unreserved Bandwidth (Priority 7) (Traffic Engineering)
  
Properties inherited from topology.BaseLink
checkpointDetail, checkpointId, checkpointProtocol, checkpointTime, delayMetric, description, interfacePointer, interfaceType, ipLinkPointer, isCheckpointObject, isReference, lastChangeTime, lastOpStateChangeTime, linkData, linkDataStr, linkGenetics, linkId, linkIdStr, linkPointer, linkTerminationPointer, linkType, opStateChangeCounter, operationalState, prefixLength, protocol, referenceTime, routerId, routerIdStr, source, startPoint, startsOrEndsOnCpaa, systemAddress
 
Properties inherited from topology.ASContainedObject
asName, asNumber
 
Properties inherited from ManagedObject
actionMask, children-Set, deploymentState, isFaultSquelched, name, objectFullName, selfAlarmed
 
Methods

findAllCheckpoints

Find all the checkpoints that exist for this checkpointable object.
Input Parameters:
instanceFullName : string - the full name of the object.
filter : FilterHolder -
resultFilter : ResultFilter - (Optional) Filter for narrowing down the information returned per object
continueOnFailure : continueOnFailure - (Optional) Continue processing requests in this stream if an exception occurs, unless the request is invalid. Default: false
Output Parameters:
checkpoints : List (generic.CommonManagedEntityInformation) -
Methods inherited from topology.BaseLink
findObjectsOnLinkOssi