| Overview | Package | Class | Deprecated | Help |
| 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=longdefault=0 minimum=0 maximum=4294967295 Displayed(tab/group)=Administrative Groups (Traffic Engineering) |
| ifIndex |
For an unnumbered IGP link, this field represents the interface index.
Note that this parameter is not configured directly but is derived from ipAddress.
type=int access=read-only Displayed(tab/group)=I/F Index |
| ipAddress |
The local IP address of the IGP link. For unnumbered IGP links, the IP address is of the form
0.d.d.d.
type=InetAddress access=read-create Mandatory on create Displayed(tab/group)=IP Address |
| ipAddressType |
type=rtr.InetAddressType access=read-create default=ipv4 |
| linkBandwidth |
type=long default=0 minimum=0 units=kbps Displayed(tab/group)=Link Bandwidth |
| linkGenetics |
Specifies if the link is an original or a duplicate (clone).
type=topology.LinkGenetics access=read-create Mandatory on create Displayed(tab/group)=Link Genetics (/Hidden) |
| linkSourcePointer |
A pointer to the object (router or subnet) from which this
link starts.
type=Pointer access=read-only Displayed(tab/group)=Link Source |
| linkTerminationPointer |
A pointer to the object (router or subnet) on which this
link terminates.
type=Pointer access=read-create Mandatory on create Displayed(tab/group)=Link Termination |
| linkType |
Represents the type of link (transit, point-to-point, etc).
type=topology.LinkType access=read-create Mandatory on create Displayed(tab/group)=Link Type |
| maskLen |
The mask length of the subnet connected to the IGP link.
type=int default=24 minimum=1 maximum=32 Displayed(tab/group)=Mask Length |
| 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 minimum=0 maximum=1000000000000000000 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 minimum=0 maximum=1000000000000000000 units=kbps Displayed(tab/group)=Maximum Reservable Bandwidth (Traffic Engineering) |
| metric |
The protocol specific cost of the link.
type=int default=1000 minimum=0 maximum=65535 Displayed(tab/group)=Metric |
| neighbor |
The remote neighbor of this IGP link. The format of the
string depends on the specific subclass of IGP link.
The neighbor is initialized from the linkTerminationPointer.
type=string access=read-only maximum=252 |
| oppositeLinkPointer |
A pointer to the link in the opposite direction.
For P2P, this is the pointer of the link, if any, from the linkTermination router and this one. For transit networks, this is the pointer of the fake opposite link from subnet to router (for original links) or from router to subnet (for duplicate links). type=Pointeraccess=read-only Displayed(tab/group)=Opposite Link |
| protocol |
The protocol that the link was learned from.
type=topologysim.IgpProtocol access=read-only Displayed(tab/group)=Protocol |
| routerId |
The numeric form of the originating router ID.
type=int access=read-only |
| routerIdStr |
The IP Address form of the originating router ID.
type=string access=read-only maximum=50 Displayed(tab/group)=Advertising Router ID |
| 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 default=0 minimum=0 maximum=4294967295 Displayed(tab/group)=TE Metric (Traffic Engineering) |
| topologysim.RsvpLink-Set |
type=Children-Set |
| trafficEngineering |
Used to indicate that traffic engineering parameters were
learned from the protocol.
type=boolean default=false Displayed(tab/group)=Traffic Engineering |
| unnumbered |
Set when the interface is unnumbered.
type=boolean access=read-create default=false Displayed(tab/group)=Unnumbered Interface |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| 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/Unreserved Bandwidth) |
| utilization |
The utilization level of the link shown as a percentage between 0 and 100.
type=float access=read-only default=0 minimum=0 units=% Displayed(tab/group)=Utilization |
| Properties inherited from simulator.Element |
|---|
| administrativeState, description, displayedName, modelPointer, modelType, operationalState, scenarioId, scenarioName |
| Properties inherited from ManagedObject |
|---|
| actionMask, children-Set, deploymentState, isFaultSquelched, name, objectFullName, selfAlarmed |