Uses of Class
com.net2plan.research.niw.networkModel.WFiber

Packages that use WFiber

Package	Description
com.net2plan.research.niw.networkModel

Uses of WFiber in com.net2plan.research.niw.networkModel

Methods in com.net2plan.research.niw.networkModel that return WFiber

Modifier and Type	Method and Description
WFiber	WAbstractNetworkElement.getAsFiber() Casts this element to a WFiber object (fails if it is not an object of such type)
WFiber	WFiber.getBidirectionalPair() If this fiber is part of a bidirectional fiber pair, returns the opposite fiber.

Methods in com.net2plan.research.niw.networkModel that return types with arguments of type WFiber

Modifier and Type	Method and Description
Pair<WFiber,WFiber>	WNet.addFiber(WNode a, WNode b, List<Integer> validOpticalSlotRanges, double lengthInKm, boolean isBidirectional) Adds a fiber to the design
Pair<WFiber,WFiber>	WNet.addFiber(WNode a, WNode b, List<Integer> validOpticalSlotRanges, double lengthInKm, boolean isBidirectional) Adds a fiber to the design
List<WFiber>	WNet.getFibers() Returns the list of fibers, in increasing order according to its id
SortedSet<WFiber>	WNode.getIncomingFibers() Returns the set of incoming fibers to the node
List<List<WFiber>>	WNet.getKShortestWdmPath(int k, WNode a, WNode b, Optional<Map<WFiber,Double>> optionalCostMapOrElseLatency) Returns a ranking with the k-shortest paths composed as a sequence of WFiber links in the network, given the origin and end nodes of the paths.
SortedMap<WFiber,SortedSet<Integer>>	OpticalSpectrumManager.getOccupiedResources(WLightpathRequest lp) Given a lightpath request, returns the optical slots occupied in the traversed fibers
SortedSet<WFiber>	WNode.getOutgoingFibers() Returns the set of outgoing fibers of the node
List<List<WFiber>>	OpticalSpectrumManager.getRegenerationPoints(List<WFiber> seqFibers, double maxUnregeneratedDistanceInKm) Given a sequence of fibers (i.e.
List<WFiber>	WLightpathUnregenerated.getSeqFibers() Returns the sequence of fibers traversed by this lp

Methods in com.net2plan.research.niw.networkModel with parameters of type WFiber

Modifier and Type	Method and Description
SortedSet<Integer>	OpticalSpectrumManager.getIdleOpticalSlotIds(WFiber wdmLink) Returns the optical slots that are usable (valid and idle) in the given fiber
SortedSet<Integer>	OpticalSpectrumManager.getOccupiedOpticalSlotIds(WFiber fiber) Given a fiber, returns the set of optical slots occupied by at least one traversing lightpath
SortedMap<Integer,SortedSet<WLightpathUnregenerated>>	OpticalSpectrumManager.getOccupiedResources(WFiber fiber) Given a fiber, returns a map with the occupied optical slot ids, mapped to the set of lightpaths that occupy it.
boolean	OpticalSpectrumManager.isOpticalSlotIdsValidAndIdle(WFiber wdmLink, SortedSet<Integer> slotsIds) Indicates if the optical slots are usable (valid and idle) in the given fiber

Method parameters in com.net2plan.research.niw.networkModel with type arguments of type WFiber

Modifier and Type	Method and Description
WLightpathUnregenerated	WLightpathRequest.addLightpathUnregenerated(List<WFiber> sequenceFibers, SortedSet<Integer> occupiedSlots, boolean isBackupRoute) Adds a lightpath realizing this lightpath request.
boolean	OpticalSpectrumManager.allocateOccupation(WLightpathUnregenerated lp, Collection<WFiber> wdmLinks, SortedSet<Integer> slotIds) Accounts for the occupation of a lightpath, updating the information in the spectrum manager
SortedSet<Integer>	OpticalSpectrumManager.getAvailableSlotIds(Collection<WFiber> wdmLinks) Returns the set of the optical slots ids that are idle in ALL the fibers provided
List<List<WFiber>>	WNet.getKShortestWdmPath(int k, WNode a, WNode b, Optional<Map<WFiber,Double>> optionalCostMapOrElseLatency) Returns a ranking with the k-shortest paths composed as a sequence of WFiber links in the network, given the origin and end nodes of the paths.
static Pair<Integer,Integer>	OpticalSpectrumManager.getMinimumAndMaximumValidSlotIdsInTheGrid(Collection<WFiber> wdmLinks) For the provided collection of fibers, indicates the minimum and maximum optical slot id that is valid for all the fibers in the collection
List<List<WFiber>>	OpticalSpectrumManager.getRegenerationPoints(List<WFiber> seqFibers, double maxUnregeneratedDistanceInKm) Given a sequence of fibers (i.e.
boolean	OpticalSpectrumManager.isAllocatable(Collection<WFiber> wdmLinks, SortedSet<Integer> slotIds) Given a set of fibers and a set of optical slots, returns true if ALL the optical slots are idle in ALL the fibers
void	WLightpathUnregenerated.setSeqFibers(List<WFiber> newSeqFibers) Changes the sequence of fibers traversed by this lightpath
Optional<SortedSet<Integer>>	OpticalSpectrumManager.spectrumAssignment_firstFit(Collection<WFiber> seqFibers, int numContiguousSlotsRequired, Optional<Integer> minimumInitialSlotId) Searches for a first-fit assignment.
Optional<Pair<SortedSet<Integer>,SortedSet<Integer>>>	OpticalSpectrumManager.spectrumAssignment_firstFitTwoRoutes(Collection<WFiber> seqFibers_1, Collection<WFiber> seqFibers_2, int numContiguousSlotsRequired) Searches for a first-fit assignment for the two given paths, so optical slots can be different for each.
Optional<Pair<SortedSet<Integer>,SortedSet<Integer>>>	OpticalSpectrumManager.spectrumAssignment_firstFitTwoRoutes(Collection<WFiber> seqFibers_1, Collection<WFiber> seqFibers_2, int numContiguousSlotsRequired) Searches for a first-fit assignment for the two given paths, so optical slots can be different for each.