Uses of Class
de.uni_kl.cs.discodnc.network.Server

Packages that use Server

Package	Description
de.uni_kl.cs.discodnc.experiments.pomacs2017networks
de.uni_kl.cs.discodnc.nc
de.uni_kl.cs.discodnc.nc.analyses
de.uni_kl.cs.discodnc.nc.bounds
de.uni_kl.cs.discodnc.network

Uses of Server in de.uni_kl.cs.discodnc.experiments.pomacs2017networks

Fields in de.uni_kl.cs.discodnc.experiments.pomacs2017networks declared as Server

Modifier and Type	Field	Description
private static Server[]	GLP100_ServerGraph.servers
private Server[]	GLP1000_ServerGraph.servers
private Server[]	GLP1000_ServerGraph2.servers
private Server[]	GLP1000_ServerGraph3.servers
private Server[]	GLP1000_ServerGraph4.servers
private Server[]	GLP1000_ServerGraph5.servers
private Server[]	GLP1000_ServerGraph6.servers
private static Server[]	GLP120_ServerGraph.servers
private static Server[]	GLP140_ServerGraph.servers
private static Server[]	GLP160_ServerGraph.servers
private static Server[]	GLP180_ServerGraph.servers
private static Server[]	GLP20_ServerGraph.servers
private static Server[]	GLP200_ServerGraph.servers
private static Server[]	GLP220_ServerGraph.servers
private static Server[]	GLP240_ServerGraph.servers
private static Server[]	GLP260_ServerGraph.servers
private static Server[]	GLP280_ServerGraph.servers
private static Server[]	GLP300_ServerGraph.servers
private static Server[]	GLP40_ServerGraph.servers
private static Server[]	GLP400_ServerGraph.servers
private static Server[]	GLP500_ServerGraph.servers
private static Server[]	GLP60_ServerGraph.servers
private static Server[]	GLP80_ServerGraph.servers

Constructors in de.uni_kl.cs.discodnc.experiments.pomacs2017networks with parameters of type Server

Constructor	Description
GLP1000_ServerGraph2(Network network, Server[] servers)
GLP1000_ServerGraph3(Network network, Server[] servers)
GLP1000_ServerGraph4(Network network, Server[] servers)
GLP1000_ServerGraph5(Network network, Server[] servers)
GLP1000_ServerGraph6(Network network, Server[] servers)

Uses of Server in de.uni_kl.cs.discodnc.nc

Fields in de.uni_kl.cs.discodnc.nc with type parameters of type Server

Modifier and Type	Field	Description
java.util.Map<Server,java.util.Set<ArrivalCurve>>	AnalysisResults.map__server__alphas

Methods in de.uni_kl.cs.discodnc.nc that return types with arguments of type Server

Modifier and Type	Method	Description
java.util.Map<Server,java.util.Set<ArrivalCurve>>	AbstractAnalysis.getServerAlphasMap()	For TFA this is the whole traffic at a server because you do not separate the flow of interest during analysis.

Methods in de.uni_kl.cs.discodnc.nc with parameters of type Server

Modifier and Type	Method	Description
static java.util.Set<ArrivalCurve>	ArrivalBoundDispatch.computeArrivalBounds(Network network, AnalysisConfig configuration, Server server)
static java.util.Set<ArrivalCurve>	ArrivalBoundDispatch.computeArrivalBounds(Network network, AnalysisConfig configuration, Server server, java.util.Set<Flow> flows_to_bound, Flow flow_of_interest)	The flow_of_interest low priority supersedes the wish to bound all flows in flows_to_bound, i.e., if flow_of_interest will be removed from flows_to_bound before bounding the arrivals such that the result will always hold (only) for {flows_to_bound} \ {flow_of_interest}.

Constructor parameters in de.uni_kl.cs.discodnc.nc with type arguments of type Server

Constructor	Description
AnalysisResults(Num delay_bound, Num backlog_bound, java.util.Map<Server,java.util.Set<ArrivalCurve>> map__server__alphas)

Uses of Server in de.uni_kl.cs.discodnc.nc.analyses

Fields in de.uni_kl.cs.discodnc.nc.analyses with type parameters of type Server

Modifier and Type	Field	Description
protected java.util.Map<Server,java.util.Set<Num>>	TotalFlowResults.map__server__B_server
protected java.util.Map<Server,java.util.Set<ServiceCurve>>	SeparateFlowResults.map__server__betas_lo
protected java.util.Map<Server,java.util.Set<Num>>	TotalFlowResults.map__server__D_server

Methods in de.uni_kl.cs.discodnc.nc.analyses that return types with arguments of type Server

Modifier and Type	Method	Description
java.util.Map<Server,java.util.Set<ServiceCurve>>	SeparateFlowResults.getBetasServerMap()
java.util.Map<Server,java.util.Set<Num>>	TotalFlowAnalysis.getServerBacklogBoundMap()
java.util.Map<Server,java.util.Set<Num>>	TotalFlowAnalysis.getServerDelayBoundMap()
java.util.Map<Server,java.util.Set<ServiceCurve>>	SeparateFlowAnalysis.getServerLeftOverBetasMap()

Methods in de.uni_kl.cs.discodnc.nc.analyses with parameters of type Server

Modifier and Type	Method	Description
Pair<Num>	TotalFlowAnalysis.deriveBoundsAtServer(Server server)
void	SeparateFlowAnalysis.performAnalysis(Flow flow_of_interest, Server server)

Constructor parameters in de.uni_kl.cs.discodnc.nc.analyses with type arguments of type Server

Constructor	Description
PmooResults(Num delay_bound, Num backlog_bound, java.util.Set<ServiceCurve> betas_e2e, java.util.Map<Server,java.util.Set<ArrivalCurve>> map__server__alphas)
SeparateFlowResults(Num delay_bound, Num backlog_bound, java.util.Set<ServiceCurve> betas_e2e, java.util.Map<Server,java.util.Set<ServiceCurve>> map__server__betas_lo, java.util.Map<Server,java.util.Set<ArrivalCurve>> map__server__alphas)
TandemMatchingResults(Num delay_bound, Num backlog_bound, java.util.Set<ServiceCurve> betas_e2e, java.util.Map<Server,java.util.Set<ArrivalCurve>> map__server__alphas)
TotalFlowResults(Num delay_bound, java.util.Map<Server,java.util.Set<Num>> map__server__D_server, Num backlog_bound, java.util.Map<Server,java.util.Set<Num>> map__server__B_server, java.util.Map<Server,java.util.Set<ArrivalCurve>> map__server__alphas)

Uses of Server in de.uni_kl.cs.discodnc.nc.bounds

Methods in de.uni_kl.cs.discodnc.nc.bounds with parameters of type Server

Modifier and Type	Method	Description
static double	Bound.backlogPmooSinkTreeTbRl(Network tree, Server root, AnalysisConfig.ArrivalBoundMethod sink_tree_ab)
static java.util.Set<ServiceCurve>	LeftOverService.compute(AnalysisConfig configuration, Server server, java.util.Set<ArrivalCurve> arrival_curves)
static java.util.Set<ArrivalCurve>	Output.compute(AnalysisConfig configuration, java.util.Set<ArrivalCurve> arrival_curves, Server server)
static java.util.Set<ArrivalCurve>	Output.compute(AnalysisConfig configuration, java.util.Set<ArrivalCurve> arrival_curves, Server server, java.util.Set<ServiceCurve> betas_lo)
static double	Backlog.derivePmooSinkTreeTbRl(Network tree, Server root, AnalysisConfig.ArrivalBoundMethod sink_tree_ab)
static java.util.Set<ServiceCurve>	Bound.leftOverService(AnalysisConfig configuration, Server server, java.util.Set<ArrivalCurve> arrival_curves)
static java.util.Set<ArrivalCurve>	Bound.output(AnalysisConfig configuration, java.util.Set<ArrivalCurve> arrival_curves, Server server)
static java.util.Set<ArrivalCurve>	Bound.output(AnalysisConfig configuration, java.util.Set<ArrivalCurve> arrival_curves, Server server, java.util.Set<ServiceCurve> betas_lo)

Uses of Server in de.uni_kl.cs.discodnc.network

Fields in de.uni_kl.cs.discodnc.network declared as Server

Modifier and Type	Field	Description
private Server	Link.dest
private Server	Link.src

Fields in de.uni_kl.cs.discodnc.network with type parameters of type Server

Modifier and Type	Field	Description
private java.util.Map<java.lang.Integer,Server>	Network.map__id__server
private java.util.Map<Server,java.util.Set<Flow>>	Network.map__server__flows
private java.util.Map<Server,java.util.Set<Link>>	Network.map__server__in_links
private java.util.Map<Server,java.util.Set<Link>>	Network.map__server__out_links
private java.util.Map<Server,java.util.Set<Flow>>	Network.map__server__source_flows
private java.util.LinkedList<Server>	Path.path_servers
private java.util.Set<Server>	Network.servers

Methods in de.uni_kl.cs.discodnc.network that return Server

Modifier and Type	Method	Description
Server	Network.addServer(ServiceCurve service_curve)
Server	Network.addServer(ServiceCurve service_curve, MaxServiceCurve max_service_curve)	By default the server's use_gamma and use_extra_gamma are enabled
Server	Network.addServer(ServiceCurve service_curve, MaxServiceCurve max_service_curve, boolean use_gamma, boolean use_extra_gamma)
Server	Network.addServer(ServiceCurve service_curve, MaxServiceCurve max_service_curve, AnalysisConfig.Multiplexing multiplexing)
Server	Network.addServer(ServiceCurve service_curve, MaxServiceCurve max_service_curve, AnalysisConfig.Multiplexing multiplexing, boolean use_gamma, boolean use_extra_gamma)
Server	Network.addServer(ServiceCurve service_curve, AnalysisConfig.Multiplexing multiplexing)
Server	Network.addServer(java.lang.String alias, ServiceCurve service_curve)
Server	Network.addServer(java.lang.String alias, ServiceCurve service_curve, MaxServiceCurve max_service_curve)	By default the server's use_gamma and use_extra_gamma are enabled
Server	Network.addServer(java.lang.String alias, ServiceCurve service_curve, MaxServiceCurve max_service_curve, boolean use_gamma, boolean use_extra_gamma)
Server	Network.addServer(java.lang.String alias, ServiceCurve service_curve, MaxServiceCurve max_service_curve, AnalysisConfig.Multiplexing multiplexing)
Server	Network.addServer(java.lang.String alias, ServiceCurve service_curve, MaxServiceCurve max_service_curve, AnalysisConfig.Multiplexing multiplexing, boolean use_gamma, boolean use_extra_gamma)
Server	Network.addServer(java.lang.String alias, ServiceCurve service_curve, AnalysisConfig.Multiplexing multiplexing)
Server	Network.findSplittingServer(Server server_common_dest, java.util.Set<Flow> flows_of_interest)	Returns the server at which the flows in flows_of_interest first all meet each other (when viewed from the source).
Server	Link.getDest()
Server	Flow.getPrecedingServer(Server s)
Server	Path.getPrecedingServer(Server s)
Server	Network.getServer(int id)
Server	Flow.getSink()
Server	Path.getSink()
Server	Flow.getSource()
Server	Link.getSource()
Server	Path.getSource()
Server	Flow.getSucceedingServer(Server s)
Server	Path.getSucceedingServer(Server s)

Methods in de.uni_kl.cs.discodnc.network that return types with arguments of type Server

Modifier and Type	Method	Description
java.util.Map<Server,java.util.Set<Flow>>	Network.getFlowsPerServer(Path p, java.util.Set<Flow> excluded_flows)	Do not confuse with getServerJoiningFlowsMap
java.util.Set<Server>	Network.getInOutServers()	Returns the subsets of all nodes of the directed graph g that are neither sources nor sinks, i.e.
java.util.Set<Server>	Network.getNeighbors(Server s)	Returns a new set consisting of references to the servers.
java.util.Set<Server>	Network.getPredecessors(Server s)	Returns a new set consisting of references to the servers.
java.util.Map<Server,java.util.Set<Flow>>	Network.getServerJoiningFlowsMap(Path path)
java.util.Map<Server,java.util.Set<Flow>>	Network.getServerLeavingFlowsMap(Path path)
java.util.Set<Server>	Network.getServers()
java.util.LinkedList<Server>	Path.getServers()
java.util.LinkedList<Server>	Flow.getServersOnPath()
java.util.Set<Server>	Network.getSinkSet()	Returns the subsets of all nodes of the directed graph g that are sinks, i.e.
java.util.Set<Server>	Network.getSourceSet()	Returns the subsets of all nodes of the directed graph g that are sources, i.e.
java.util.Set<Server>	Network.getSuccessors(Server s)	Returns a new set consisting of references to the servers.
private java.util.Map<org.apache.commons.math3.util.Pair<Server,Path>,java.util.Set<Flow>>	Network.groupFlowsPerSubPathInternal(Path p, java.util.Set<Flow> flows_to_group)

Methods in de.uni_kl.cs.discodnc.network with parameters of type Server

Modifier and Type	Method	Description
Flow	Network.addFlow(ArrivalCurve arrival_curve, Server single_hop)	Creates a flow and adds it to the network.
Flow	Network.addFlow(ArrivalCurve arrival_curve, Server source, Server sink)	Creates a flow and adds it to the network.
Flow	Network.addFlow(java.lang.String alias, ArrivalCurve arrival_curve, Server single_hop)	Creates a flow and adds it to the network.
Flow	Network.addFlow(java.lang.String alias, ArrivalCurve arrival_curve, Server source, Server sink)	Creates a flow and adds it to the network.
Link	Network.addLink(Server source, Server destination)
Link	Network.addLink(java.lang.String alias, Server source, Server destination)
Path	Network.createPath(Server server)
int	Network.degree(Server s)
Link	Network.findLink(Server src, Server dest)
Server	Network.findSplittingServer(Server server_common_dest, java.util.Set<Flow> flows_of_interest)	Returns the server at which the flows in flows_of_interest first all meet each other (when viewed from the source).
java.util.Set<Flow>	Network.getFlows(Server s)
java.util.Set<Link>	Network.getIncidentLinks(Server s)	Returns a new set consisting of references to the links.
java.util.Set<Link>	Network.getInLinks(Server s)	Returns a new set consisting of references to the servers.
java.util.Set<Server>	Network.getNeighbors(Server s)	Returns a new set consisting of references to the servers.
java.util.Set<Link>	Network.getOutLinks(Server s)	Returns a new set consisting of references to the servers.
Link	Flow.getPrecedingLink(Server s)
Link	Path.getPrecedingLink(Server s)
Server	Flow.getPrecedingServer(Server s)
Server	Path.getPrecedingServer(Server s)
java.util.Set<Server>	Network.getPredecessors(Server s)	Returns a new set consisting of references to the servers.
Path	Network.getShortestPath(Server src, Server snk)	Calculates the shortest path between src and snk according to Dijkstra's algorithm
ArrivalCurve	Network.getSourceFlowArrivalCurve(Server source)	Returns an aggregate arrival curve for all flows originating in source.
ArrivalCurve	Network.getSourceFlowArrivalCurve(Server source, java.util.Set<Flow> source_flows)	Returns an aggregate arrival curve for all flows originating in source and contained in the set outgoing_flows.
java.util.Set<Flow>	Network.getSourceFlows(Server source)
Path	Flow.getSubPath(Server from, Server to)
Path	Path.getSubPath(Server from, Server to)
Link	Flow.getSucceedingLink(Server s)
Link	Path.getSucceedingLink(Server s)
Server	Flow.getSucceedingServer(Server s)
Server	Path.getSucceedingServer(Server s)
java.util.Set<Server>	Network.getSuccessors(Server s)	Returns a new set consisting of references to the servers.
int	Network.inDegree(Server s)
boolean	Path.isSource(Server s)
int	Network.outDegree(Server s)
void	Network.removeServer(Server s)
private void	Network.updateServerAdditionInternally(Server new_server)

Method parameters in de.uni_kl.cs.discodnc.network with type arguments of type Server

Modifier and Type	Method	Description
Path	Network.createPath(java.util.List<Server> path_servers, java.util.List<Link> path_links)
private Path	Network.createPathFromServers(java.util.List<Server> path_servers)
private MaxServiceCurve	Path.getExtraGamma(java.util.Collection<Server> servers)
private MaxServiceCurve	Path.getGamma(java.util.Collection<Server> servers)
private MaxServiceCurve	Path.getMaxServiceCurve(java.util.Collection<Server> servers)
private ServiceCurve	Path.getServiceCurve(java.util.Collection<Server> servers)
private void	Network.remove(java.util.Set<Server> servers_to_remove, java.util.Set<Link> links_to_remove, java.util.Set<Flow> flows_to_remove)

Constructors in de.uni_kl.cs.discodnc.network with parameters of type Server

Constructor	Description
Link(int id, java.lang.String alias, Server source, Server destination)
Path(Server single_hop)

Constructor parameters in de.uni_kl.cs.discodnc.network with type arguments of type Server

Constructor	Description
Path(java.util.List<Server> path_servers, java.util.List<Link> path_links)