com::cisco::wae::design::tools Module Reference

module tools { ... }

Classes
class	ApplyPatch
struct	ApplyPatchOptions
struct	BWOnDemandOptions
struct	CapacityPlanningBWIncrementOptions
class	CapacityPlanningOptimizer
struct	CapacityPlanningOptimizerOptions
struct	CapacityPlanningOptimizerResult
class	Changeover
struct	ChangeoverOptions
struct	ChangeoverStep
struct	ChangeoverSummary
class	CreatePatch
struct	CreatePatchOptions
class	DemandDeduction
struct	DemandDeductionOptions
class	DemandMeshCreator
struct	DemandMeshCreatorOptions
class	DemandsForLSPs
struct	DemandsForLSPsOptions
class	DemandsForP2MPLSPs
struct	DemandsForP2MPLSPsOptions
struct	DemandWCRecord
class	ExplicitL1CircuitPathInitializer
struct	ExplicitL1CircuitPathInitializerOptions
class	ExplicitOptimizer
struct	ExplicitOptimizerOptions
struct	ExplicitOptimizerTacticalOptions
class	ExpLSPPathInitializer
struct	ExpLSPPathInitializerOptions
struct	FailureImpactRecord
class	FRRLSPInitializer
struct	FRRLSPInitializerOptions
struct	FRRLSPInitializerResult
struct	InterfaceStepUtil
struct	InterfaceWCRecord
class	L1CircuitPathOptimizer
struct	L1CircuitPathOptimizerOptions
struct	L1CircuitPathOptimizerResult
struct	L1LinkWCRecord
struct	L1NodeWCRecord
class	LatencyDistanceInitializer
struct	LatencyDistanceInitializerOptions
struct	LCMLinkStat
class	LocalCongestionMitigator
struct	LocalCongestionMitigatorOptions
struct	LocalCongestionMitigatorResult
class	LSPDiagnostics
struct	LSPDiagnosticsData
struct	LSPDiagnosticsOptions
struct	LSPDiagnosticsResult
class	LSPDisjointPathOptimizer
struct	LSPDisjointPathOptimizerOptions
struct	LSPDisjointPathOptimizerResult
class	LSPLoadshareOptimizer
struct	LSPLoadshareOptimizerOptions
struct	LSPLoadshareOptimizerResult
class	LSPSetupBWInitializer
struct	LSPSetupBWInitializerOptions
class	LSPSetupBWOptimizer
struct	LSPSetupBWOptimizerOptions
struct	LSPSetupBWOptimizerResult
class	LSPsForDemands
struct	LSPsForDemandsOptions
class	MetricOptimizer
struct	MetricOptimizerOptions
class	PlanResolver
struct	PlanResolverOptions
struct	PlanResolverResult
class	Plotter
struct	PlotterLayoutOptions
struct	PlotterPlotOptions
struct	PlotterSimulationOptions
class	RSVPTEOptimizer
struct	RSVPTEOptimizerOptions
class	SegmentListCompressor
struct	SegmentListCompressorOptions
struct	SegmentListCompressorResult
class	SendPatch
struct	SendPatchOptions
class	SimAnalysis
struct	SimAnalysisOptions
struct	SimulationRecord
class	SRTEBWAnalysis
struct	SRTEBWAnalysisOptions
struct	SRTEBWDelegateOptions
struct	SRTEBWInterfaceGroupThreshold
class	SRTEBWOptimizer
struct	SRTEBWOptimizerOptions
struct	SRTEBWOptimizerResult
class	SRTEOptimizer
struct	SRTEOptimizerOptions
struct	SRTEOptimizerRecord
class	Tool
class	ToolProgress
class	ToolWithProgress
struct	VPNWCRecord

Typedefs
std::vector< CapacityPlanningBWIncrementOptions >	CapacityPlanningBWIncrementOptionsList
std::vector< ChangeoverStep >	ChangeoverStepList
std::map< int, double >	StepUtilMap
std::vector< InterfaceStepUtil >	InterfaceStepUtilList
std::vector< DemandWCRecord >	DemandWCRecordList
std::vector< FailureImpactRecord >	FailureImpactRecordList
std::vector< FailureType >	FailureTypeList
std::vector< InterfaceWCRecord >	InterfaceWCRecordList
std::vector< L1LinkWCRecord >	L1LinkWCRecordList
std::vector< L1NodeWCRecord >	L1NodeWCRecordList
std::map< wae::design::model::net::InterfaceKey, wae::design::model::net::LSPKeyList >	InterfaceLSPMap
std::map< wae::design::model::net::InterfaceKey, LCMLinkStat >	InterfaceStatMap
std::vector< LSPConfigurationType >	LSPConfigurationTypeList
std::map< wae::design::model::net::LSPKey, LSPDiagnosticsData >	LSPDiagnosticsLSPResultMap
std::map< wae::design::model::net::LSPPathKey, LSPDiagnosticsData >	LSPDiagnosticsLSPPathResultMap
std::vector< MeasuredElementType >	MeasuredElementList
std::vector< SAFailureType >	SAFailureTypeList
std::vector< string >	FilePathList
std::vector< SimulationRecord >	SimulationRecordList
std::map< string, SRTEBWOptimizerResult >	SRTEBWAnalysisResult
std::vector< SRTEBWInterfaceGroupThreshold >	SRTEBWInterfaceGroupThresholdList
std::map< wae::design::model::net::InterfaceKey, double >	InterfaceThresholdMap
std::map< string, int >	NodeTagMaxSIDDepthMap
std::vector< SRTEBWDelegateOptions >	SRTEBWDelegateOptList
std::map< design::model::net::LSPKey, double >	LSPMetricMap
std::map< com::cisco::wae::design::model::net::LSPKey, SRTEOptimizerRecord >	SRTEOptimizerRecordMap
std::vector< VPNWCRecord >	VPNWCRecordList

Enumerations
enum	ApplyPatchErrorOption { APPLY_PATCH_STOP_ON_ERROR, APPLY_PATCH_CONTINUE_ON_ERROR }
enum	CapacityPlanningOptimizerObjective { CAP_PLAN_OPT_OBJ_CAP, CAP_PLAN_OPT_OBJ_COST }
enum	InterfaceMetricStep { INTERFACEMETRICSTEP_NONE, INTERFACEMETRICSTEP_PARALLEL, INTERFACEMETRICSTEP_SOURCE_NODE }
enum	ChangeoverAction {   ACTIVATE_CIRCUIT, ACTIVATE_NODE, CHANGE_CIRCUIT_CAPACITY, CHANGE_LSP,   CREATE_LSP, DEACTIVATE_CIRCUIT, DEACTIVATE_NODE, INTERFACE_METRIC_CHANGE_AT_NODE,   LSPS_FROM_ROUTER, METRIC_CHANGE, PARALLEL_INTERFACE_METRIC_CHANGE, REMOVE_LSP,   CHANGEOVERACTION_NONE }
enum	ExternalMeshType { EXTERNALMESHTYPE_RESPECT, EXTERNALMESHTYPE_OVERRIDE }
enum	FailureType {   FAILURETYPE_NODES, FAILURETYPE_SITES, FAILURETYPE_CIRCUITS, FAILURETYPE_SRLGS,   FAILURETYPE_L1NODES, FAILURETYPE_L1LINKS, FAILURETYPE_NONE }
enum	LinkViewType {   LINKVIEW_MEAS_UTIL, LINKVIEW_SIM_UTIL, LINKVIEW_WC_SIM_UTIL, LINKVIEW_SIM_LSP_RSRV_UTIL,   LINKVIEW_FAILURE_IMPACT }
enum	LSPConfigurationType { LSPCONFIGURATIONTYPE_SETUPBW, LSPCONFIGURATIONTYPE_AFFINITIES, LSPCONFIGURATIONTYPE_HOPLIMIT, LSPCONFIGURATIONTYPE_PRIORITIES }
enum	LSPDisjointPathOptimizerMetricType { LSP_DISJ_PATH_OPT_METRIC_TE, LSP_DISJ_PATH_OPT_METRIC_IGP, LSP_DISJ_PATH_OPT_METRIC_DELAY }
enum	MapPaletteType { MAPPALETTE_GREY, MAPPALETTE_MULTICOLOR }
enum	MeasuredElementType { MEASUREDELEMENTTYPE_NODE, MEASUREDELEMENTTYPE_IFACE, MEASUREDELEMENTTYPE_LSP, MEASUREDELEMENTTYPE_FLOW }
enum	MeasuredErrorType { MEASUREDERRORTYPE_CONCENTRATE, MEASUREDERRORTYPE_SPREAD }
enum	NonOptInterfacesType { NONOPTINTERFACESTYPE_IGNORE, NONOPTINTERFACESTYPE_BOUND }
enum	OptimizationType { OPTIMIZATIONTYPE_INCREMENTAL, OPTIMIZATIONTYPE_GLOBAL }
enum	PlotFormatType { PLOTFORMAT_PNG, PLOTFORMAT_SVG, PLOTFORMAT_PDF }
enum	PrimaryPathType { PRIMARYPATHTYPE_OPTIMIZED, PRIMARYPATHTYPE_KEEP }
enum	PriorityType { PRIORITYTYPE_DISJOINTNESS, PRIORITYTYPE_NONRESILIENT_UTIL }
enum	ReroutingPreferenceType { REROUTINGPREFERENCETYPE_HIGHTRAFFIC, REROUTINGPREFERENCETYPE_LOWTRAFFIC, REROUTINGPREFERENCETYPE_NONE }
enum	RSVPTEOptLSPBWReqType { RSVP_TE_OPT_LSP_BW_SETUP, RSVP_TE_OPT_LSP_BW_TRAFF_MEAS, RSVP_TE_OPT_LSP_BW_TRAFF_SIM, RSVP_TE_OPT_LSP_BW_TRAFF_NONE }
enum	RSVPTEOptSecLSPBWReqType { RSVP_TE_OPT_SEC_LSP_BW_ZERO, RSVP_TE_OPT_SEC_LSP_BW_PRIM }
enum	RSVPTEOptSetPrimBWType { RSVP_TE_OPT_SET_PRIM_BW_ZERO, RSVP_TE_OPT_SET_PRIM_BW_REQ, RSVP_TE_OPT_SET_PRIM_BW_KEEP }
enum	RSVPTEOptInterfaceBWBoundType { RSVP_TE_OPT_INTERFACE_BW_RESV, RSVP_TE_OPT_INTERFACE_BW_CAP, RSVP_TE_OPT_INTERFACE_BW_CAP_AVAIL_SIM, RSVP_TE_OPT_INTERFACE_BW_NONE }
enum	RSVPTEOptInterfaceMetricType { RSVP_TE_OPT_INTERFACE_METRIC_TE, RSVP_TE_OPT_INTERFACE_METRIC_DELAY, RSVP_TE_OPT_INTERFACE_METRIC_NONE }
enum	SAFailureType {   SA_FAILURETYPE_NODES, SA_FAILURETYPE_SITES, SA_FAILURETYPE_CIRCUITS, SA_FAILURETYPE_PORTS,   SA_FAILURETYPE_PORTCIRCUITS, SA_FAILURETYPE_SRLGS, SA_FAILURETYPE_L1NODES, SA_FAILURETYPE_L1PORTS,   SA_FAILURETYPE_L1LINKS, SA_FAILURETYPE_EXTEPMEMBERS, SA_FAILURETYPE_PARALLEL_CIRCUITS }
enum	SecondaryPathsType { SECONDARYPATHSTYPE_OPTIMIZED, SECONDARYPATHSTYPE_DYNAMIC, SECONDARYPATHSTYPE_NONE }
enum	SendPatchErrorOption { SEND_PATCH_ROLLBACK_ON_ERROR, SEND_PATCH_STOP_ON_ERROR, SEND_PATCH_CONTINUE_ON_ERROR }
enum	SendPatchTestOption { SEND_PATCH_TEST_THEN_SET, SEND_PATCH_TEST_ONLY }
enum	SRTEBWOptimizerMetricType { SR_TE_BW_OPT_METRIC_NONE, SR_TE_BW_OPT_METRIC_IGP, SR_TE_BW_OPT_METRIC_TE, SR_TE_BW_OPT_METRIC_DELAY }
enum	SRTEBWOptimizerMidpointOptMode { SR_TE_BW_OPT_MIDPOINT_DISABLED, SR_TE_BW_OPT_DEMAND_ENDPOINT_PROXIMITY, SR_TE_BW_OPT_CONGESTION_PROXIMITY }
enum	SRTEBWOptimizerSteeringMode { SR_TE_BW_OPT_INDIVIDUAL_DEMANDS, SR_TE_BW_OPT_AUTOROUTE }
enum	SRTEBWOptimizerNodeSegmentHop { SR_TE_BW_OPT_NODE_SEG_HOP_NONE, SR_TE_BW_OPT_NODE_SEG_HOP_DEFINED_SIDS, SR_TE_BW_OPT_NODE_SEG_HOP_REGULAR_SIDS, SR_TE_BW_OPT_NODE_SEG_HOP_STRICT_SIDS }
enum	SRTEBWOptimizerInterfaceSegmentHop { SR_TE_BW_OPT_INTERFACE_SEG_HOP_NONE, SR_TE_BW_OPT_INTERFACE_SEG_HOP_DEFINED_SIDS, SR_TE_BW_OPT_INTERFACE_SEG_HOP_PROTECTED_SIDS, SR_TE_BW_OPT_INTERFACE_SEG_HOP_UNPROTECTED_SIDS }
enum	SRTEOptimizerMetricType { SR_TE_OPT_METRIC_IGP, SR_TE_OPT_METRIC_TE, SR_TE_OPT_METRIC_DELAY }
enum	TertiaryPathsType { TERTIARYPATHSTYPE_DYNAMIC, TERTIARYPATHSTYPE_NONE }

Typedef Documentation

CapacityPlanningBWIncrementOptionsList

typedef std::vector<CapacityPlanningBWIncrementOptions> CapacityPlanningBWIncrementOptionsList

ChangeoverStepList

typedef std::vector<ChangeoverStep> ChangeoverStepList

An ordered list of changeover steps

DemandWCRecordList

typedef std::vector<DemandWCRecord> DemandWCRecordList

A list of DemandWCRecord.

FailureImpactRecordList

typedef std::vector<FailureImpactRecord> FailureImpactRecordList

A list of FailureImpactRecord.

FailureTypeList

typedef std::vector<FailureType> FailureTypeList

A list of FailureType.

FilePathList

typedef std::vector<string> FilePathList

A list of file paths to partial results.

InterfaceLSPMap

typedef std::map<wae::design::model::net::InterfaceKey, wae::design::model::net::LSPKeyList> InterfaceLSPMap

InterfaceStatMap

typedef std::map<wae::design::model::net::InterfaceKey, LCMLinkStat> InterfaceStatMap

InterfaceStepUtilList

typedef std::vector<InterfaceStepUtil> InterfaceStepUtilList

A list of interface step utilization values

InterfaceThresholdMap

typedef std::map<wae::design::model::net::InterfaceKey, double> InterfaceThresholdMap

A map from InterfaceKeys to thresholds.

InterfaceWCRecordList

typedef std::vector<InterfaceWCRecord> InterfaceWCRecordList

A list of InterfaceWCRecord.

L1LinkWCRecordList

typedef std::vector<L1LinkWCRecord> L1LinkWCRecordList

A list of L1LinkWCRecord.

L1NodeWCRecordList

typedef std::vector<L1NodeWCRecord> L1NodeWCRecordList

A list of L1NodeWCRecord.

LSPConfigurationTypeList

typedef std::vector<LSPConfigurationType> LSPConfigurationTypeList

A list of LSPConfigurationType.

LSPDiagnosticsLSPPathResultMap

typedef std::map<wae::design::model::net::LSPPathKey,LSPDiagnosticsData> LSPDiagnosticsLSPPathResultMap

LSPDiagnosticsLSPResultMap

typedef std::map<wae::design::model::net::LSPKey,LSPDiagnosticsData> LSPDiagnosticsLSPResultMap

LSPMetricMap

typedef std::map<design::model::net::LSPKey, double> LSPMetricMap

A map of LSPKey to the metric of the segment list.

MeasuredElementList

typedef std::vector<MeasuredElementType> MeasuredElementList

A list of MeasuredElementType.

NodeTagMaxSIDDepthMap

typedef std::map<string, int> NodeTagMaxSIDDepthMap

A map from Node Tags to maxSIDDepths .

SAFailureTypeList

typedef std::vector<SAFailureType> SAFailureTypeList

A list of SAFailureType.

SimulationRecordList

typedef std::vector<SimulationRecord> SimulationRecordList

A list of SimulationRecord.

SRTEBWAnalysisResult

typedef std::map<string, SRTEBWOptimizerResult> SRTEBWAnalysisResult

A map of scenario name to the SRTEBWOptimizerResult in that scenario.

SRTEBWDelegateOptList

typedef std::vector<SRTEBWDelegateOptions> SRTEBWDelegateOptList

SRTEBWInterfaceGroupThresholdList

typedef std::vector<SRTEBWInterfaceGroupThreshold> SRTEBWInterfaceGroupThresholdList

SRTEOptimizerRecordMap

typedef std::map<com::cisco::wae::design::model::net::LSPKey, SRTEOptimizerRecord> SRTEOptimizerRecordMap

A map from LSPKeys to the result of SR TE Optimization records

StepUtilMap

typedef std::map<int, double> StepUtilMap

Map of change step number to interface utilization for that step

VPNWCRecordList

typedef std::vector<VPNWCRecord> VPNWCRecordList

A list of VPNWCRecord.

Enumeration Type Documentation

ApplyPatchErrorOption

enum ApplyPatchErrorOption

Enumerator
APPLY_PATCH_STOP_ON_ERROR	Stop applying patch after first error.
APPLY_PATCH_CONTINUE_ON_ERROR	Continue with next patch after error.

CapacityPlanningOptimizerObjective

enum CapacityPlanningOptimizerObjective

Enumerator
CAP_PLAN_OPT_OBJ_CAP	Minimize the total added capacity.
CAP_PLAN_OPT_OBJ_COST	Minimize the total cost.

ChangeoverAction

enum ChangeoverAction

The type of change action in the step

Enumerator
ACTIVATE_CIRCUIT
ACTIVATE_NODE
CHANGE_CIRCUIT_CAPACITY
CHANGE_LSP
CREATE_LSP
DEACTIVATE_CIRCUIT
DEACTIVATE_NODE
INTERFACE_METRIC_CHANGE_AT_NODE
LSPS_FROM_ROUTER
METRIC_CHANGE
PARALLEL_INTERFACE_METRIC_CHANGE
REMOVE_LSP
CHANGEOVERACTION_NONE

ExternalMeshType

enum ExternalMeshType

This enumerates the options for the external mesh in the DemandMeshCreator tool.

Enumerator
EXTERNALMESHTYPE_RESPECT	Respect external mesh settings.
EXTERNALMESHTYPE_OVERRIDE	Create complete mesh ignoring settings.

FailureType

enum FailureType

Failure scenarios to consider for disjointness or minimizing utilization.

Enumerator
FAILURETYPE_NODES	Nodes.
FAILURETYPE_SITES	Sites.
FAILURETYPE_CIRCUITS	Circuits.
FAILURETYPE_SRLGS	SRLGs.
FAILURETYPE_L1NODES	L1Nodes.
FAILURETYPE_L1LINKS	L1Links.
FAILURETYPE_NONE	No failures.

InterfaceMetricStep

enum InterfaceMetricStep

Enumerator
INTERFACEMETRICSTEP_NONE	Each interface metric change is treated as a single step.
INTERFACEMETRICSTEP_PARALLEL	Parallel interfaces metric changes are grouped into a single step.
INTERFACEMETRICSTEP_SOURCE_NODE	Interfaces sourced from the same node may be grouped into a single step if they meet the maximum allowable utilization requirement or if they do not lead to worse maximum utilization.

LinkViewType

enum LinkViewType

This enumerates the options for coloring links in the Plotter.

Enumerator
LINKVIEW_MEAS_UTIL	Measured utilization
LINKVIEW_SIM_UTIL	Simulated utilization
LINKVIEW_WC_SIM_UTIL	Worst-case simulated utilization
LINKVIEW_SIM_LSP_RSRV_UTIL	Simulated LSP reservations per link
LINKVIEW_FAILURE_IMPACT	Simulated failure impact

LSPConfigurationType

enum LSPConfigurationType

This enumerates the reconfigurations applied by the ExplicitOptimizer to optimized LSPs.

Enumerator
LSPCONFIGURATIONTYPE_SETUPBW	Set setup bandwidth to zero.
LSPCONFIGURATIONTYPE_AFFINITIES	Remove affinities, if any.
LSPCONFIGURATIONTYPE_HOPLIMIT	Remove hop limit, if any.
LSPCONFIGURATIONTYPE_PRIORITIES	Set setup priority and hold priority to 7.

LSPDisjointPathOptimizerMetricType

enum LSPDisjointPathOptimizerMetricType

Enumerator
LSP_DISJ_PATH_OPT_METRIC_TE	Use TE metric on the interfaces.
LSP_DISJ_PATH_OPT_METRIC_IGP	Use IGP metric on the interfaces.
LSP_DISJ_PATH_OPT_METRIC_DELAY	Use delay on the interfaces.

MapPaletteType

enum MapPaletteType

This enumerates the options for map palette in the Plotter.

Enumerator
MAPPALETTE_GREY	Grey palette
MAPPALETTE_MULTICOLOR	Multicolor palette

MeasuredElementType

enum MeasuredElementType

Network measured element types.

Enumerator
MEASUREDELEMENTTYPE_NODE	Nodes.
MEASUREDELEMENTTYPE_IFACE	Interfaces.
MEASUREDELEMENTTYPE_LSP	LSPs.
MEASUREDELEMENTTYPE_FLOW	Flows.

MeasuredErrorType

enum MeasuredErrorType

Measured error distribution.

Enumerator
MEASUREDERRORTYPE_CONCENTRATE	Concentrate measurement errors in fewer places for model debugging.
MEASUREDERRORTYPE_SPREAD	Spread out errors evenly for operational use.

NonOptInterfacesType

enum NonOptInterfacesType

This enumerates how interfaces not optimized by ExplicitOptimizer are treated.

Enumerator
NONOPTINTERFACESTYPE_IGNORE	Do not monitor interfaces.
NONOPTINTERFACESTYPE_BOUND	Keep interface utilization less than the maximum of bounds determined by nonOptIncrement and nonOptBound.

OptimizationType

enum OptimizationType

This enumerates how the ExplicitOptimizer will use original LSP paths.

Enumerator
OPTIMIZATIONTYPE_INCREMENTAL	The original paths of LSPs to be optimized are taken into account.
OPTIMIZATIONTYPE_GLOBAL	Disregard original paths of LSPs to be optimized.

PlotFormatType

enum PlotFormatType

This enumerates the options for the type of plot that will be created.

Enumerator
PLOTFORMAT_PNG	PNG image
PLOTFORMAT_SVG	SVG image
PLOTFORMAT_PDF	PDF

PrimaryPathType

enum PrimaryPathType

This enumerates how the ExplicitOptimizer will place primary paths.

Enumerator
PRIMARYPATHTYPE_OPTIMIZED	Explicit paths will be created according to optimization settings.
PRIMARYPATHTYPE_KEEP	Assume existing primary paths are explicit and do not modify them.

PriorityType

enum PriorityType

What to prioritize - between Disjointness and non-resilient utilization.

Enumerator
PRIORITYTYPE_DISJOINTNESS	Makes exp_opt place disjoint LSPs whenever possible, even if that results in higher utilization.
PRIORITYTYPE_NONRESILIENT_UTIL	Makes non-resilient utilization as low as possible, even if it results in some LSPs that are not disjoint.

ReroutingPreferenceType

enum ReroutingPreferenceType

Determines the priority tunnels get for rerouting.

Enumerator
REROUTINGPREFERENCETYPE_HIGHTRAFFIC	Tunnels with higher traffic will be optimized first.
REROUTINGPREFERENCETYPE_LOWTRAFFIC	Tunnels with lower traffic will be optimized first.
REROUTINGPREFERENCETYPE_NONE	Produces the best result in most cases.

RSVPTEOptInterfaceBWBoundType

enum RSVPTEOptInterfaceBWBoundType

Enumerator
RSVP_TE_OPT_INTERFACE_BW_RESV	Bandwidth bound is the simulated reservable bandwidth on the interface.
RSVP_TE_OPT_INTERFACE_BW_CAP	Bandwidth bound is the simulated capacity on the interface.
RSVP_TE_OPT_INTERFACE_BW_CAP_AVAIL_SIM	Bandwidth bound is the available capacity on the interface excluding the simualted traffic.
RSVP_TE_OPT_INTERFACE_BW_NONE	Bandwidth bound comes from the RSVPTEOpt::BWBound column on the 'Interfaces' table.

RSVPTEOptInterfaceMetricType

enum RSVPTEOptInterfaceMetricType

Enumerator
RSVP_TE_OPT_INTERFACE_METRIC_TE	Use the interface TEMetric.
RSVP_TE_OPT_INTERFACE_METRIC_DELAY	Use the simulated delay on the interface.
RSVP_TE_OPT_INTERFACE_METRIC_NONE	Use the value of the RSVPTEOpt::Metric column in the 'Interfaces' table.

RSVPTEOptLSPBWReqType

enum RSVPTEOptLSPBWReqType

Enumerator
RSVP_TE_OPT_LSP_BW_SETUP	Use setup bandwidth of the LSPs.
RSVP_TE_OPT_LSP_BW_TRAFF_MEAS	Use measured traffic on the LSPs.
RSVP_TE_OPT_LSP_BW_TRAFF_SIM	Use simulated traffic on the LSPs.
RSVP_TE_OPT_LSP_BW_TRAFF_NONE	Use the RSVPTEOpt::BWReq column.

RSVPTEOptSecLSPBWReqType

enum RSVPTEOptSecLSPBWReqType

Enumerator
RSVP_TE_OPT_SEC_LSP_BW_ZERO	Set the bandwidth of the secondary path to zero.
RSVP_TE_OPT_SEC_LSP_BW_PRIM	Use the same bandwidth as the primary path.

RSVPTEOptSetPrimBWType

enum RSVPTEOptSetPrimBWType

Enumerator
RSVP_TE_OPT_SET_PRIM_BW_ZERO	set the setup bandwidth of the primary LSP to zero.
RSVP_TE_OPT_SET_PRIM_BW_REQ	set the setup bandwidth to the the value used in the "initLSPBWReq" option.
RSVP_TE_OPT_SET_PRIM_BW_KEEP	Do not reset the setup bandwidth of the LSP.

SAFailureType

enum SAFailureType

Failure scenarios to consider for SimAnalysis.

Enumerator
SA_FAILURETYPE_NODES	Nodes.
SA_FAILURETYPE_SITES	Sites.
SA_FAILURETYPE_CIRCUITS	Circuits.
SA_FAILURETYPE_PORTS	Ports.
SA_FAILURETYPE_PORTCIRCUITS	PortCircuits.
SA_FAILURETYPE_SRLGS	SRLGs.
SA_FAILURETYPE_L1NODES	L1Nodes.
SA_FAILURETYPE_L1PORTS	L1Ports.
SA_FAILURETYPE_L1LINKS	L1Links.
SA_FAILURETYPE_EXTEPMEMBERS	ExternalEndPointMembers.
SA_FAILURETYPE_PARALLEL_CIRCUITS	Parallel circuits.

SecondaryPathsType

enum SecondaryPathsType

Selects the type of secondary paths to output.

Enumerator
SECONDARYPATHSTYPE_OPTIMIZED	Output fully explicit static secondaries subject to the failure optimization objectives.
SECONDARYPATHSTYPE_DYNAMIC	Create fully dynamic secondary paths with no optimization.
SECONDARYPATHSTYPE_NONE	No secondary paths for the optimized LSPs. LSPs will cease to exist under failure of elements along the explicit primary path.

SendPatchErrorOption

enum SendPatchErrorOption

Enumerator
SEND_PATCH_ROLLBACK_ON_ERROR	Rollback the changes from the patch in case of error.
SEND_PATCH_STOP_ON_ERROR	Stop applying patch after first error.
SEND_PATCH_CONTINUE_ON_ERROR	Continue with next patch after error.

SendPatchTestOption

enum SendPatchTestOption

Enumerator
SEND_PATCH_TEST_THEN_SET	Test the patch and apply it to the network.
SEND_PATCH_TEST_ONLY	Only test the changes in the patch.

SRTEBWOptimizerInterfaceSegmentHop

enum SRTEBWOptimizerInterfaceSegmentHop

Enumerator
SR_TE_BW_OPT_INTERFACE_SEG_HOP_NONE	No constraints are imposed.
SR_TE_BW_OPT_INTERFACE_SEG_HOP_DEFINED_SIDS	Interfaces must have defined SIDs.
SR_TE_BW_OPT_INTERFACE_SEG_HOP_PROTECTED_SIDS	Interfaces must have defined protected SIDs.
SR_TE_BW_OPT_INTERFACE_SEG_HOP_UNPROTECTED_SIDS	Interfaces must have defined unprotected SIDs.

SRTEBWOptimizerMetricType

enum SRTEBWOptimizerMetricType

Enumerator
SR_TE_BW_OPT_METRIC_NONE	Maximize the available bandwidth.
SR_TE_BW_OPT_METRIC_IGP	Use IGP metric on the interfaces.
SR_TE_BW_OPT_METRIC_TE	Use TE metric on the interfaces.
SR_TE_BW_OPT_METRIC_DELAY	Use delay on the interfaces.

SRTEBWOptimizerMidpointOptMode

enum SRTEBWOptimizerMidpointOptMode

Enumerator
SR_TE_BW_OPT_MIDPOINT_DISABLED	New SR LSP source/destination nodes must match Demand source/destination nodes.
SR_TE_BW_OPT_DEMAND_ENDPOINT_PROXIMITY	New SR LSP source/destination nodes may differ from the Demand source/destination nodes. Source/Destination nodes closer to Demand endpoints are preferred.
SR_TE_BW_OPT_CONGESTION_PROXIMITY	New SR LSP source/destination nodes may differ from the Demand source/destination nodes. Source/Destination nodes closer to the congestion point are preferred.

SRTEBWOptimizerNodeSegmentHop

enum SRTEBWOptimizerNodeSegmentHop

Enumerator
SR_TE_BW_OPT_NODE_SEG_HOP_NONE	No constraints are imposed.
SR_TE_BW_OPT_NODE_SEG_HOP_DEFINED_SIDS	Nodes must have defined SIDs.
SR_TE_BW_OPT_NODE_SEG_HOP_REGULAR_SIDS	Nodes must have defined regular SIDs.
SR_TE_BW_OPT_NODE_SEG_HOP_STRICT_SIDS	Nodes must have defined strict SIDs.

SRTEBWOptimizerSteeringMode

enum SRTEBWOptimizerSteeringMode

Enumerator
SR_TE_BW_OPT_INDIVIDUAL_DEMANDS	Each Demand is individually carried by a private LSP.
SR_TE_BW_OPT_AUTOROUTE	Multiple Demands may be carried by a non-private Autoroute LSP.

SRTEOptimizerMetricType

enum SRTEOptimizerMetricType

Enumerator
SR_TE_OPT_METRIC_IGP	Use IGP metric on the interfaces.
SR_TE_OPT_METRIC_TE	Use TE metric on the interfaces.
SR_TE_OPT_METRIC_DELAY	Use delay on the interfaces.

TertiaryPathsType

enum TertiaryPathsType

Selects the type of tertiary paths to output.

Enumerator
TERTIARYPATHSTYPE_DYNAMIC	Create fully dynamic tertiary paths with no optimization.
TERTIARYPATHSTYPE_NONE	No tertiary paths for the optimized LSPs.