Uses of Class
QueueNet.NodeSection

Packages that use NodeSection

Package	Description
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.
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.

Uses of NodeSection in NetStrategies

Methods in NetStrategies with parameters of type NodeSection

Modifier and Type	Method	Description
abstract double	ServiceStrategy.expect(NodeSection nodeSection, JobClass jobClass)	This method should be overridden to implement a specific strategy.
NetNode	RoutingStrategy.getOutNode(NodeSection section, Job job)
NetNode	RoutingStrategy.getOutNode(NodeSection section, JobClass jobClass)
NodeListWithJobNum	ForkStrategy.getOutNodes(NodeSection section, JobClass jobClass)
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 NodeSection in NetStrategies.QueuePutStrategies

Methods in NetStrategies.QueuePutStrategies with parameters of type NodeSection

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 NodeSection in NetStrategies.RoutingStrategies

Methods in NetStrategies.RoutingStrategies with parameters of type NodeSection

Modifier and Type	Method	Description
NetNode	ClassSwitchRoutingStrategy.getOutNode(NodeSection section, Job job)
NetNode	LoadDependentRoutingStrategy.getOutNode(NodeSection section, JobClass jobClass)

Uses of NodeSection in NetStrategies.ServiceStrategies

Methods in NetStrategies.ServiceStrategies with parameters of type NodeSection

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 NodeSection in NodeSections

Subclasses of NodeSection in NodeSections

Modifier and Type	Class	Description
class	BlockingQueue	This class implements the queue of a region input station, that is the node which controls the access to a blocking region.
class	BlockingRouter	This class implements a blocking router, i.e.
class	Cache	This class implements a class switch.
class	ClassSwitch	This class implements a class switch.
class	Delay	This class implements a multi-class delay service.
class	Enabling	Title: Enabling
class	ExhaustivePollingServer	Polling server that serves each queue until it is empty (exhaustive service).
class	Firing	Title: Firing
class	Fork	Title: Fork
class	GatedPollingServer	Polling server that serves only the jobs present when the server arrives at the queue (gated service).
class	InputSection	This abstract class implements a generic input section of a NetNode.
class	JobSink	This class implements a sink: every incoming job is destroyed.
class	Join	Title: Join
class	LimitedPollingServer	Polling server that serves at most one job per visit (limited service).
class	Linkage	Title: Linkage
class	LogTunnel	Title: LogTunnel Extension
class	OutputSection	This abstract class implements a generic output section of a NetNode.
class	PipeSection	This abstract class implements a generic pipe section of a NetNode.
class	PollingServer	This class implements a polling server.
class	PreemptiveServer	Server supporting preemptive service disciplines of the JSIM engine.
class	PSServer	Name: PSServer
class	PSServerPriority	Name: PSServer
class	Queue	Name: Queue
class	RandomSource	This class implements a job source (generator): a job is created every t simulation time units using a statistical distribution according to its class.
class	Router	This class implements a router, which routes the jobs according to the specified routing strategies (one for each job class).
class	Semaphore	Title: Semaphore
class	Server	This class implements a multi-class, single/multi server service.
class	ServiceSection	This abstract class implements a generic service section of a NetNode.
class	ServiceTunnel	This class implements a "tunnel" service section.
class	Storage	Title: Storage
class	Terminal	This class implements a terminal: each class has a finite number of customers in the system.
class	Timing	Title: Timing

Uses of NodeSection in QueueNet

Fields in QueueNet declared as NodeSection

Modifier and Type	Field	Description
protected NodeSection	NetNode.inputSection	Input section of the NetNode.
protected NodeSection	NetNode.outputSection	Output section of the NetNode.
protected NodeSection	NetNode.serviceSection	Service section of the NetNode.

Methods in QueueNet that return NodeSection

Modifier and Type	Method	Description
NodeSection	NetNode.getSection(int Id)	Gets a section of the node.

Methods in QueueNet with parameters of type NodeSection

Modifier and Type	Method	Description
void	NetNode.addSection(NodeSection section)	Adds a section to the node.