| Overview | Package | Class | Deprecated | Help |
A history of the actual path of the LSP is kept.
| Properties | |
|---|---|
| adaptive |
Specifies whether the make-before-break functionality for the LSP is enabled
type=boolean access=read-only default=true Displayed(tab/group)=Make before Break (Properties/Behavior) |
| adminGroupExclude |
The Admin Groups Excluded parameter contains a bit mask.
Each set bit corresponds to one administrative group of interfaces that the LSP must NOT cross.
An LSP may exclude 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 default=0 Displayed(tab/group)=Admin Groups Excluded (Properties/Traffic Engineering) |
| adminGroupInclude |
TThe Admin Groups Included parameter contains a bit mask.
Each set bit corresponds to one administrative group of interfaces that the LSP is permitted to cross.
An LSP may exclude 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 default=0 Displayed(tab/group)=Admin Groups Included (Properties/Traffic Engineering) |
| bandwidth |
The bandwidth (in Mbps) to be reserved for paths in this LSP. Specific LSP paths within the LSP
may specify a different bandwidth.
Bandwidth is only applicable when CSPF is enabled. type=floatminimum=0 maximum=100000 units=Mbps Displayed(tab/group)=Reserved Bandwidth (Properties/Traffic Engineering) |
| cspfEnabled |
Specifies whether this LSP path is setup using constrained shortest path first (CSPF). Using CSPF allows
for traffic engineering.
type=boolean access=read-only default=true Displayed(tab/group)=Enable CSPF (Properties/Traffic Engineering) |
| destinationIpAddress |
The destination IP address.
type=string access=read-only maximum=50 Displayed(tab/group)=Destination IP Address (/Destination) |
| destinationSystemIp |
Specifies the system IP address of the destination router of the LSP path.
type=string access=read-only maximum=50 Displayed(tab/group)=Destination System IP (/Destination) |
| ecmpPathSelector |
Specifies the algorithm the LSP simulator uses to choose from multiple equal cost paths.
When Random is selected, a random number generator is used to select one of the paths.
When Least-Fill is selected, the path with the link with the least percentage bandwidth used is selected.
When Hash is selected, a hash of the source and destination of the LSP is used to select one of the paths.
type=topologysim.EcmpPathSelector access=read-only Displayed(tab/group)=ECMP Tie Breaker (Properties/Behavior) |
| enableTeMetric |
Specifies whether this LSP path is setup using constrained shortest path first (CSPF) using the TE metric
rather than the IGP metric.
type=boolean access=read-only default=true Displayed(tab/group)=Enable TE Metric (Properties/Traffic Engineering) |
| holdPriority |
Used for LSP path preemption. Preemption is only available on LSP paths that have CSPF enabled, have
make-before-break (adaptive) enabled, and whose requested bandwidth is greater than 0.
Each LSP path is configured with a setup and holding priority. Priority values are 0 (highest priority) to 7 (lowest priority). If there is not enough bandwidth to satisfy another new LSP setup and this LSP has a strictly lower holding priority (numerically higher) than the setup priority of new LSP, the simulation will attempt to tear down the this LSP to allow the new LSP to come up. type=intaccess=read-only default=0 minimum=0 maximum=7 Displayed(tab/group)=Hold Priority (Properties/Path Preemption) |
| hopLimit |
Specifies the maximum number of hops for the simulated LSP path. An LSP is not set up if the hop limit is exceeded.
This parameter controls the number of loose hops associated with MPLS paths.
If there is an associated Inherit Value parameter, then the Hop Limit parameter is configurable only when you set the Inherit Value parameter to Disabled.
type=int default=255 minimum=2 maximum=255 Displayed(tab/group)=Hop Limit (Properties/Traffic Engineering) |
| id |
System generated ID.
type=long access=read-create default=0 minimum=1 maximum=4611686018427387903 Displayed(tab/group)=LSP Path ID |
| lspId |
The LSP ID.
type=long access=read-only Displayed(tab/group)=LSP ID (/LSP) |
| lspName |
The LSP name.
type=string access=read-only minimum=0 maximum=252 Displayed(tab/group)=LSP (/LSP) |
| propertyInheritance |
Mask used to specify if the property corresponding to bit should takes its value from the parent
LSP or be configured on the LSP path.
type=long default=unspecified bits= 0x1: adaptive 0x2: adminGroupInclude 0x4: adminGroupExclude 0x8: hopLimit 0x10: bandwidth |
| provisionedPath |
Pointer to the provisioned path of the LSP.
type=Pointer access=read-create Mandatory on create Displayed(tab/group)=Provisioned MPLS Path |
| rsvpStyle |
The RSVP reservation style.
type=mpls.RsvpStyle access=read-only default=se Displayed(tab/group)=RSVP Reserve Style (Properties/Behavior) |
| setupPriority |
Used for LSP path preemption. Preemption is only available on LSP paths that have CSPF enabled, have
make-before-break (adaptive) enabled, a0nd whose requested bandwidth is greater than 0.
Each LSP path is configured with a setup and holding priority. Priority values are 0 (highest priority) to 7 (lowest priority). If there is not enough bandwidth to satisfy an LSP setup and there are other LSPs with a strictly lower holding priority (numerically higher) than the setup priority of this LSP, the simulation will attempt to tear down the other LSP to allow this LSP to come up. type=intaccess=read-only default=7 minimum=0 maximum=7 Displayed(tab/group)=Setup Priority (Properties/Path Preemption) |
| sourceIpAddress |
Specifies the IP address of an interface on the source router of the LSP path.
type=string access=read-only maximum=50 Displayed(tab/group)=Source IP Address (/Source) |
| sourceSystemIp |
Specifies the system IP address of the source router of the LSP path.
type=string access=read-only maximum=50 Displayed(tab/group)=Source System IP (/Source) |
| standby |
Specifies if the secondary path is standby or not. If the path is primary, the standby is always
false.
type=boolean default=false Displayed(tab/group)=Standby |
| status |
Specifies whether this LSP path is the active path or not.
type=mpls.LspPathState access=read-only default=unknown Displayed(tab/group)=Status (/States) |
| topologysim.LspPathMonitor-Set |
type=Children-Set |
| topologysim.MplsActualPath-Set |
type=Children-Set |
| type |
Specifies if the path is primary or secondary.
type=topologysim.LspPathType access=read-create default=secondary Displayed(tab/group)=Type |
| 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 |