Uses of Class
jmt.common.exception.NetException

Packages that use NetException

Package	Description
jmt.common.exception	Exceptions shared by the JMT engine, such as the load exception raised when a closed workload exceeds the capacity of the network.
NetStrategies	Strategy interfaces and base classes used by the JSIM simulation engine to implement the behaviour of the network elements.
NetStrategies.QueuePutStrategies	Queue insertion strategies that select the position in the queue where an arriving job is placed, implementing queueing disciplines such as FCFS and priority-based placement.
NetStrategies.RoutingStrategies	Routing strategies used by router nodes to select the destination station of each departing job.
NetStrategies.ServiceStrategies	Service time strategies determining the service time of jobs at a station, including load independent and load dependent service distributions.
NetStrategies.VacationStrategies	Vacation strategies modelling servers that suspend their service for a vacation period, as supported by the extended JSIM simulation engine.
NodeSections	Node sections, the building blocks from which the JSIM simulation engine stations are composed.
QueueNet	Queueing network model of the JSIM simulation engine: nodes, stations, jobs, job classes, measures and the global structures that connect them.
random	Random number generation for the JSIM simulation engine.
simEngine	Core of the JSIM discrete event simulation engine: the simulation system, entities, events, predicates and event queues on which all JMT simulation tools rely.

Uses of NetException in jmt.common.exception

Constructors in jmt.common.exception with parameters of type NetException

Modifier	Constructor	Description
	NetException(Object ThrownBy, int Type, String Message, NetException HangingException)	Constructs a new exception with the specified detail message.

Uses of NetException in NetStrategies

Methods in NetStrategies that throw NetException

Modifier and Type	Method	Description
abstract double	ServiceStrategy.expect(NodeSection nodeSection, JobClass jobClass)	This method should be overridden to implement a specific strategy.
double	VacationStrategy.nextVacationLength()
abstract void	QueuePutStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)	This method should be overridden to implement a specific job strategy.
abstract double	ServiceStrategy.wait(NodeSection nodeSection, JobClass jobClass)	This method should be overridden to implement a specific strategy.

Uses of NetException in NetStrategies.QueuePutStrategies

Methods in NetStrategies.QueuePutStrategies that throw NetException

Modifier and Type	Method	Description
void	EDDStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	EDDStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	HeadStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	HeadStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	LEPTStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	LEPTStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	LJFStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	LJFStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	RandStrategy.put(Job job, JobInfoList queue, NodeSection callingSection)
void	RandStrategyPriority.put(Job job, JobInfoList queue, NodeSection callingSection)
void	SEPTStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	SEPTStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	SJFStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	SJFStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	SRPTStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	SRPTStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	TailStrategy.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	TailStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)
void	TBSStrategyPriority.put(Job job, JobInfoList queue, NodeSection nodeSection)

Uses of NetException in NetStrategies.RoutingStrategies

Methods in NetStrategies.RoutingStrategies that throw NetException

Modifier and Type	Method	Description
protected double	PowerOfKRoutingStrategy.calculateProperty(NetNode node, JobClass jobClass)
protected abstract double	PropertyBasedStrategy.calculateProperty(NetNode node, JobClass jobClass)
protected final int	PropertyBasedStrategy.calculateQueueLength(NetNode node, boolean isClosedClass)

Uses of NetException in NetStrategies.ServiceStrategies

Methods in NetStrategies.ServiceStrategies that throw NetException

Modifier and Type	Method	Description
double	DisabledServiceTimeStrategy.expect(NodeSection nodeSection, JobClass jobClass)	Returns the service mean, which is always 0.0.
double	LoadDependentStrategy.expect(NodeSection nodeSection, JobClass jobClass)	Calculates the service mean using the specified parameters
double	ServiceTimeStrategy.expect(NodeSection nodeSection, JobClass jobClass)	Calculates the service mean using the specified distribution.
double	ZeroServiceTimeStrategy.expect(NodeSection nodeSection, JobClass jobClass)	Returns the service mean, which is always equal to 0.0.
double	DisabledServiceTimeStrategy.wait(NodeSection nodeSection, JobClass jobClass)	Returns the service time, which is always 0.0.
double	LoadDependentStrategy.wait(NodeSection nodeSection, JobClass jobClass)	Calculates the service time using the specified parameters
double	ServiceTimeStrategy.wait(NodeSection nodeSection, JobClass jobClass)	Calculates the service time using the specified distribution.
double	ZeroServiceTimeStrategy.wait(NodeSection nodeSection, JobClass jobClass)	Returns the service time, which is always equal to 0.0.

Uses of NetException in NetStrategies.VacationStrategies

Methods in NetStrategies.VacationStrategies that throw NetException

Modifier and Type	Method	Description
double	BernoulliVacationStrategy.nextVacationLength()
double	VacationWhenIdleStrategy.nextVacationLength()

Constructors in NetStrategies.VacationStrategies that throw NetException

Modifier	Constructor	Description
	BernoulliVacationStrategy(Double p, Distribution vacationTimeDistr, Parameter vacationTimePar)

Uses of NetException in NodeSections

Methods in NodeSections that throw NetException

Modifier and Type	Method	Description
void	BlockingQueue.analyzeFCR(int name, Measure measurement)
void	Join.analyzeFJ(int name, JobClass jobClass, Measure measurement)
void	Queue.analyzeFJ(int name, JobClass jobClass, Measure measurement)
void	Join.analyzeJoin(int name, JobClass jobClass, Measure measurement)
void	Timing.analyzeTransition(int name, String modeName, Measure measurement)
double	PollingServer.getDoubleSectionProperty(int id)
double	PollingServer.getDoubleSectionProperty(int id, JobClass jobClass)
double	PSServer.getDoubleSectionProperty(int id)
double	PSServer.getDoubleSectionProperty(int id, JobClass jobClass)
double	PSServerPriority.getDoubleSectionProperty(int id)
double	PSServerPriority.getDoubleSectionProperty(int id, JobClass jobClass)
double	Server.getDoubleSectionProperty(int id)
double	Server.getDoubleSectionProperty(int id, JobClass jobClass)
protected void	BlockingQueue.nodeLinked(NetNode node)
void	Cache.nodeLinked(NetNode ownerNode)	when the node section itself is linked to the owner node.
protected void	ClassSwitch.nodeLinked(NetNode node)
protected void	Enabling.nodeLinked(NetNode node)
protected void	Firing.nodeLinked(NetNode node)
protected void	Fork.nodeLinked(NetNode node)
protected void	JobSink.nodeLinked(NetNode node)
protected void	Join.nodeLinked(NetNode node)
protected void	Linkage.nodeLinked(NetNode node)
protected void	PollingServer.nodeLinked(NetNode node)
protected void	PSServer.nodeLinked(NetNode node)
protected void	PSServerPriority.nodeLinked(NetNode node)
protected void	Queue.nodeLinked(NetNode node)
protected void	RandomSource.nodeLinked(NetNode node)
protected void	Router.nodeLinked(NetNode node)
protected void	Server.nodeLinked(NetNode node)
protected void	Storage.nodeLinked(NetNode node)
protected void	Terminal.nodeLinked(NetNode node)
protected void	Timing.nodeLinked(NetNode node)
void	Queue.preloadJobs(int[] jobsPerClass)	Preloads the specified numbers of jobs for each class.
void	Storage.preloadJobs(int[] jobsPerClass)	Preloads the specified numbers of jobs for each class.
protected int	BlockingQueue.process(NetMessage message)	This method implements a blocking queue.
protected int	BlockingRouter.process(NetMessage message)
protected int	Cache.process(NetMessage message)	Processes the given message received by this node section.
protected int	ClassSwitch.process(NetMessage message)
protected int	Delay.process(NetMessage message)
protected int	Enabling.process(NetMessage message)
protected int	Firing.process(NetMessage message)
protected int	Fork.process(NetMessage message)	Splits input job on every output link and waits if 'block' job number are not joined if and only if block is enabled.
protected int	JobSink.process(NetMessage message)	This method implements a sink.
protected int	Join.process(NetMessage message)	Assembles split tasks and sends an EVENT_JOIN to reference fork when done.
protected int	Linkage.process(NetMessage message)
protected int	LogTunnel.process(NetMessage message)
protected int	PollingServer.process(NetMessage message)
protected int	PSServer.process(NetMessage message)
protected int	PSServerPriority.process(NetMessage message)
protected int	Queue.process(NetMessage message)	This method implements a generic finite/infinite queue.
protected int	RandomSource.process(NetMessage message)
protected int	Router.process(NetMessage message)
protected int	Semaphore.process(NetMessage message)	Processs the .
protected int	Server.process(NetMessage message)
protected int	ServiceTunnel.process(NetMessage message)
protected int	Storage.process(NetMessage message)
protected int	Terminal.process(NetMessage message)
protected int	Timing.process(NetMessage message)

Constructors in NodeSections that throw NetException

Modifier	Constructor	Description
	PreemptiveServer(Integer numberOfServers, Integer[] numberOfVisitsPerClass, ServiceStrategy[] serviceStrategies, Map<String,Object> advancedFeatures)
	PreemptiveServer(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, QueuePutStrategy[] preemptiveStrategies)
	PreemptiveServer(Integer numberOfServers, Integer[] numberOfVisitsPerClass, ServiceStrategy[] serviceStrategies, QueuePutStrategy[] preemptiveStrategies, Integer[] serverNumRequired, String[] serverNames, Integer[] serversPerServerType, Object[] serverCompatibilities, String schedulingPolicy)
	PSServer(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies)
	PSServer(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Boolean priorityUsed, PSStrategy[] psStrategies, Double[] serviceWeights)
	PSServer(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, PSStrategy[] psStrategies, Double[] serviceWeights)
	PSServer(Integer numberOfServers, Integer maxRunningJobs, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Boolean priorityUsed, PSStrategy[] psStrategies, Double[] serviceWeights, Integer[] serverNumRequired, String[] serverNames, Integer[] serversPerServerType, Object[] serverCompatibilities, String schedulingPolicy)	Creates a new instance of PSServer.
	PSServer(Integer numberOfServers, Integer maxRunningJobs, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Boolean priorityUsed, PSStrategy[] psStrategies, Double[] serviceWeights, Map<String,Object> advancedFeatures)
	PSServerPriority(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies)
	PSServerPriority(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, PSStrategy[] psStrategies, Double[] serviceWeights)
	PSServerPriority(Integer numberOfServers, Integer maxRunningJobs, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, PSStrategy[] psStrategies, Double[] serviceWeights, Integer[] serverNumRequired, String[] serverNames, Integer[] serversPerServerType, Object[] serverCompatibilities, String schedulingPolicy)	Creates a new instance of PSServer.
	PSServerPriority(Integer numberOfServers, Integer maxRunningJobs, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, PSStrategy[] psStrategies, Double[] serviceWeights, Map<String,Object> advancedFeatures)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Integer[] serverNumRequired, String[] serverTypesNames, Integer[] serverTypesNumOfServers, Object[] serverTypesCompatibilities, String schedulingPolicy)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Object[] switchoverStrategies, Integer[] serverNumRequired, String[] serverTypesNames, Integer[] serverTypesNumOfServers, Object[] serverTypesCompatibilities, String schedulingPolicy)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Object[] delayOffStrategies, Object[] setUpStrategies, Integer[] serverNumRequired, String[] serverTypesNames, Integer[] serverTypesNumOfServers, Object[] serverTypesCompatibilities, String schedulingPolicy)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Object[] switchoverStrategies, Object[] delayOffStrategies, Object[] setUpStrategies)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Object[] switchoverStrategies, Object[] delayOffStrategies, Object[] setUpStrategies, Integer[] serverNumRequired, String[] serverTypesNames, Integer[] serverTypesNumOfServers, Object[] serverTypesCompatibilities, String schedulingPolicy)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, Map<String,Object> advancedFeatures)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, QueuePutStrategy[] preemptiveStrategies)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, QueuePutStrategy[] preemptiveStrategies, Integer[] serverNumRequired, String[] serverTypesNames, Integer[] serverTypesNumOfServers, Object[] serverTypesCompatibilities, String schedulingPolicy)
	Server(Integer numberOfServers, Integer[] numberOfVisits, ServiceStrategy[] serviceStrategies, QueuePutStrategy[] preemptiveStrategies, Object[] switchoverStrategies, Object[] delayOffStrategies, Object[] setUpStrategies, Integer[] serverNumRequired, String[] serverNames, Integer[] serversPerServerType, Object[] serverCompatibilities, String schedulingPolicy)

Uses of NetException in QueueNet

Methods in QueueNet that throw NetException

Modifier and Type	Method	Description
void	NetNode.addSection(NodeSection section)	Adds a section to the node.
void	NetNode.analyze(int measureName, JobClass jobClass, Measure measurement)
void	NetNode.analyze(int measureName, JobClass jobClass, Measure measurement, boolean isServerType, int serverTypeId)	Analyzes a measure in the node.
void	NodeSection.analyze(int measureName, JobClass jobClass, Measure measurement)
void	NodeSection.analyze(int name, JobClass jobClass, Measure measurement, boolean isServerType, int serverTypeId)	Analyzes a measure in the node section.
void	NodeSection.analyzeFCR(int name, Measure measurement)
void	NodeSection.analyzeFJ(int name, JobClass jobClass, Measure measurement)
void	NodeSection.analyzeJoin(int name, JobClass jobClass, Measure measurement)
void	NodeSection.analyzeTransition(int name, String modeName, Measure measurement)
double	NetSystem.checkProgress(QueueNetwork network)	Checks simulation progress, showing a percentage of completed works Author: Bertoli Marco
protected void	NetNode.dispatch(NetMessage message)	This method should be overridden to implement an own dispatch.
double	NetNode.getDoubleNodeProperty(int Id)	Gets a double type property of this node.
double	NetNode.getDoubleNodeProperty(int Id, JobClass JobClass)	Gets a double type property of this node related to a specified job class.
double	NodeSection.getDoubleSectionProperty(int id)	Gets a double type property of this node.
double	NodeSection.getDoubleSectionProperty(int id, JobClass jobClass)	Gets a double type property of this node depending on a specified job class.
int	NetNode.getIntNodeProperty(int Id)	Gets an integer type property related to this node.
int	NetNode.getIntNodeProperty(int Id, JobClass JobClass)	Gets an integer type property of this node related to a specified job class.
int	NodeSection.getIntSectionProperty(int id)	Gets an integer type property of this node.
int	NodeSection.getIntSectionProperty(int id, JobClass jobClass)	Gets an integer type property of this node depending on a specified job class.
Object	NodeSection.getObject(int id)	Gets an object type property of this node.
Object	NodeSection.getObject(int id, JobClass jobClass)	Gets an object type property of this node depending on a specified job class.
Object	NetNode.getObjectNodeProperty(int Id)	Gets a generic object type property of this node.
Object	NetNode.getObjectNodeProperty(int Id, JobClass JobClass)	Gets a generic object type property of this node related to a specified job class.
Parameter	NodeSection.getParameter(int id)	Gets a parameter type property of this node.
Parameter	NodeSection.getParameter(int id, JobClass jobClass)	Gets a parameter type property of this node depending on a specified job class.
NodeSection	NetNode.getSection(int Id)	Gets a section of the node.
double	NetSystem.getTempMeasures(QueueNetwork network)
void	NetNode.initializeSections()	This method is called after all the sections are added.
boolean	NodeSection.isEnabled(int id)	Checks if a property of this node is enabled.
boolean	NodeSection.isEnabled(int id, JobClass jobClass)	Checks if a property of this node is enabled depending on a specified job class.
protected void	NodeSection.nodeLinked(NetNode node)	This method should be overridden to implement a specific behaviour of the node section when the node section itself is linked to the owner node.
protected abstract int	NodeSection.process(NetMessage message)	This method should be overridden to implement a specific NetMessage processor.
protected RemoveToken	NodeSection.redirect(Job job, double delay, byte destinationSection, NetNode destination)	Redirects a job to a section of a node without updating measures.
protected RemoveToken	NodeSection.sendAckAfterDrop(Job job, double delay, byte destinationSection, NetNode destination)	Sends an "ack" event to a section of a node to inform it that the job previously sent has been dropped.
void	NetSystem.start()	Starts the NetSystem Engine and executes the simulation.

Uses of NetException in random

Methods in random that throw NetException

Modifier and Type	Method	Description
protected void	Burst.dispatch(NetMessage message)	Message dispatcher for Burst distribution.

Uses of NetException in simEngine

Methods in simEngine that throw NetException

Modifier and Type	Method	Description
void	Simulation.run()	Runs this simulation.
boolean	SimSystem.runTick()	Runs one tick of the simulation: the system looks for events in the future queue.