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

Packages that use WIpLink

Package	Description
com.net2plan.research.niw.networkModel

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

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

Modifier and Type	Method and Description
WIpLink	WAbstractNetworkElement.getAsIpLink() Casts this element to a WIpLink object (fails if it is not an object of such type)
WIpLink	WIpLink.getBidirectionalPair() If the IP link is part of a pair of IP bidirectional links, returns the opposite link pair.
WIpLink	WLightpathRequest.getCoupledIpLink() Gets the coupled IP links, or raises an exception if none

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

Modifier and Type	Method and Description
Pair<WIpLink,WIpLink>	WNet.addIpLink(WNode a, WNode b, double nominalLineRateGbps, boolean isBidirectional) Adds an IP link to the network
Pair<WIpLink,WIpLink>	WNet.addIpLink(WNode a, WNode b, double nominalLineRateGbps, boolean isBidirectional) Adds an IP link to the network
SortedSet<WIpLink>	WNode.getIncomingIpLinks() Returns the set of incoming IP links to the node
List<WIpLink>	WNet.getIpLinks() Returns the list of IP links, in increasing order according to its id
SortedSet<WIpLink>	WNode.getOutgoingIpLinks() Returns the set of outgoing IP links of the node
List<WIpLink>	WServiceChain.getSequenceOfTraversedIpLinks() Returns the sequence of traversed IP links, filtering out any VNF instance traversed

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

Modifier and Type	Method and Description
void	WLightpathRequest.coupleToIpLink(WIpLink ipLink) Couples this lightpath request to an IP link

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

Modifier and Type	Method and Description
List<List<? extends WAbstractNetworkElement>>	WNet.getKShortestServiceChainInIpLayer(int k, WNode a, WNode b, List<String> sequenceOfVnfTypesToTraverse, Optional<Map<WIpLink,Double>> optionalCostMapOrElseLatency, Optional<Map<WVnfInstance,Double>> optionalVnfCostMapOrElseLatency) Returns a ranking with the k-shortest paths for service chains, given the end nodes, and the sequence of types of VNFs that it should traverse.