Uses of Interface
jmt.common.AutoCheck

Packages that use AutoCheck

Package	Description
NetStrategies	Strategy interfaces and base classes used by the JSIM simulation engine to implement the behaviour of the network elements.
NetStrategies.CacheStrategies	Cache eviction strategies used by cache-equipped stations to decide which cached item is removed when the cache is full.
NetStrategies.ForkStrategies	Strategies used by fork stations to split a job into the output tasks that are then routed to the downstream stations.
NetStrategies.JoinStrategies	Strategies used by join stations to synchronize the tasks of a forked job and release the job when its tasks have been recombined.
NetStrategies.PSStrategies	Processor sharing service strategies, in which every job present at the station is served simultaneously and the station capacity is shared among the jobs.
NetStrategies.QueueGetStrategies	Queue visit strategies that select which job leaves the queue to enter service, implementing scheduling disciplines such as FCFS, LCFS, SJF, LJF and SEPT.
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.SemaphoreStrategies	Semaphore strategies controlling the release of permits in the place-transition (synchronization) structures of a JSIM model.
NetStrategies.ServiceStrategies	Service time strategies determining the service time of jobs at a station, including load independent and load dependent service distributions.
random	Random number generation for the JSIM simulation engine.
random.discrete	Discrete probability distributions for the JSIM simulation engine (Bernoulli, binomial, geometric, Poisson, uniform, ...).

Uses of AutoCheck in NetStrategies

Classes in NetStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	CacheStrategy	Base class of the cache eviction strategies of the JSIM engine: it decides which cached item is removed when the cache is full.
class	ForkStrategy	Base class of the JSIM fork strategies, which split a job into the tasks routed to the output stations of a fork.
class	JoinStrategy	Base class of the JSIM join strategies, which synchronize the tasks of a forked job at a join station.
class	PSStrategy	Use this class to implement a specific PS strategy.
class	QueueGetStrategy	Use this class to implement a specific queue get strategy.
class	QueuePutStrategy	Use this class to implement a specific queue put strategy.
class	RoutingStrategy	Use this class to implement a specific routing strategy.
class	SemaphoreStrategy
class	ServiceStrategy	Use this class to implement a specific service strategy.

Uses of AutoCheck in NetStrategies.CacheStrategies

Classes in NetStrategies.CacheStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	FIFOCache	FIFO (First In First Out) cache eviction strategy: removes the item that first joined the cached item list.
class	HLRUCache	h-LRU cache eviction strategy, the hybrid variant of LRU used for cached items.
class	LFUCache	LFU (Least Frequently Used) cache eviction strategy: removes the item with the smallest number of accesses.
class	LIFOCache	LIFO (Last In First Out) cache eviction strategy: removes the item that last joined the cached item list.
class	LRUCache	LRU (Least Recently Used) cache eviction strategy: removes the item with the smallest timestamp of last access.
class	MRUCache	MRU (Most Recently Used) cache eviction strategy: discards the most recently used items first.
class	PLRUCache	PLRU (Pseudo Least Recently Used) cache eviction strategy: approximates LRU behaviour at a lower implementation cost.
class	RandomCache	Random cache eviction strategy: removes a uniformly chosen item from the cached item list.
class	TTLCache	TTL (Time To Live) cache eviction strategy: removes items whose lifetime has expired.

Uses of AutoCheck in NetStrategies.ForkStrategies

Classes in NetStrategies.ForkStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	ClassSwitchFork
class	CombFork	Fork strategy that routes all the possible combinations of the tasks to the output stations of a fork.
class	MultiBranchClassSwitchFork
class	ProbabilitiesFork	Fork strategy that selects the output tasks of a fork according to given probabilities.

Uses of AutoCheck in NetStrategies.JoinStrategies

Classes in NetStrategies.JoinStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	GuardJoin	Join strategy guarded by a condition on the tasks that have arrived at the join station.
class	NormalJoin	Join strategy that releases the job when all its tasks have arrived at the join station.
class	PartialJoin	Join strategy that releases the job when a subset of its tasks has arrived at the join station.

Uses of AutoCheck in NetStrategies.PSStrategies

Classes in NetStrategies.PSStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	DPSStrategy	This class implements a specific PS strategy: Discriminatory Processor- Sharing.
class	DPSStrategyPriority	Discriminatory Processor Sharing strategy with priorities: each class receives a distinct share of the station capacity.
class	EPSStrategy	This class implements a specific PS strategy: Egalitarian Processor- Sharing.
class	EPSStrategyPriority	Egalitarian Processor Sharing strategy with priorities: all jobs share the station capacity equally.
class	GPSStrategy	This class implements a specific PS strategy: Generalised Processor- Sharing.
class	GPSStrategyPriority	Generalized Processor Sharing strategy with priorities: capacity is shared according to class weights.
class	QBPSStrategy	Queue based Processor Sharing strategy of the JSIM engine.
class	QBPSStrategyPriority	Queue based Processor Sharing strategy with priorities of the JSIM engine.

Uses of AutoCheck in NetStrategies.QueueGetStrategies

Classes in NetStrategies.QueueGetStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	ExhaustivePollingGetStrategy	Implements Exhaustive Polling Get Strategy
class	FCFSstrategy	This class implements a FCFS strategy (First Come First Served).
class	GatedPollingGetStrategy	Implements Gated Polling Get Strategy
class	LCFSstrategy	This class implements a LCFS strategy (Last Come First Served).
class	LimitedPollingGetStrategy	Implements Limited Polling Get Strategy
class	PollingGetStrategy	Polling Get Strategies

Uses of AutoCheck in NetStrategies.QueuePutStrategies

Classes in NetStrategies.QueuePutStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	EDDStrategy	Earliest Due Date queue insertion strategy: the job with the earliest due date is placed ahead of the others.
class	EDDStrategyPriority	Earliest Due Date queue insertion strategy with priorities.
class	EDFStrategy	Earliest Deadline First queue insertion strategy, preemptive variant of the earliest due date discipline.
class	EDFStrategyPriority	Earliest Deadline First queue insertion strategy with priorities.
class	FCFSPRStrategy	This class implements a specific preemptive strategy: all arriving jobs are put to the queue in a First-Come-First-Served manner.
class	FCFSPRStrategyPriority	This class implements a specific preemptive strategy: all arriving jobs are ordered according to their priorities.
class	HeadStrategy	This class implements a specific queue put strategy: all arriving jobs are put at the head of the queue.
class	HeadStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	LCFSPRStrategy	This class implements a specific preemptive strategy: all arriving jobs are put to the queue in a Last-Come-First-Served manner.
class	LCFSPRStrategyPriority	This class implements a specific preemptive strategy: all arriving jobs are ordered according to their priorities.
class	LEPTStrategy	This class implements a specific queue put strategy: all arriving jobs are put to the queue in a Longest-Expected-Processing-Time manner.
class	LEPTStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	LJFStrategy	This class implements a specific queue put strategy: all arriving jobs are put to the queue in a Longest-Job-First manner.
class	LJFStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	RandStrategy	This class implements a specific queue put strategy: all arriving jobs are put at random positions of the queue.
class	RandStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	SEPTStrategy	This class implements a specific queue put strategy: all arriving jobs are put to the queue in a Shortest-Expected-Processing-Time manner.
class	SEPTStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	SJFStrategy	This class implements a specific queue put strategy: all arriving jobs are put to the queue in a Shortest-Job-First manner.
class	SJFStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	SRPTStrategy	This class implements a specific preemptive strategy: all arriving jobs are put to the queue in a Shortest-Remaining-Processing-Time manner.
class	SRPTStrategyPriority	This class implements a specific preemptive strategy: all arriving jobs are ordered according to their priorities.
class	TailStrategy	This class implements a specific queue put strategy: all arriving jobs are put at the tail of the queue.
class	TailStrategyPriority	This class implements a specific queue put strategy: all arriving jobs are ordered according to their priorities.
class	TBSStrategyPriority	This is an adaptation of the Total Bandwidth Server scheduling algorithm.

Uses of AutoCheck in NetStrategies.RoutingStrategies

Classes in NetStrategies.RoutingStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	ClassSwitchRoutingStrategy	Routing strategy used when a job changes its class: it selects the destination station of the switched job.
class	DisabledRoutingStrategy	This class implements a disabled routing strategy.
class	EmpiricalStrategy	The node, into which job must be routed, is chosen using an empirical strategy.
class	FastestServiceRoutingStrategy	This strategy sends jobs to the resource with the fastest service.
class	LeastUtilizationRoutingStrategy	This strategy sends jobs to the resource with the least utilization.
class	LoadDependentRoutingStrategy	Created by IntelliJ IDEA.
class	PowerOfKRoutingStrategy	This strategy picks, at random, k resources and sends jobs to the resource with the shortest queue.
class	PropertyBasedStrategy	Routing strategy that selects the destination station based on a property of the stations.
class	RandomStrategy	This class implements a random strategy: the output node is chosen with a random number
class	RoundRobinStrategy	This class implements a round robin strategy: all the output nodes are chosen in sequence, one at each time; when all the nodes have been chosen, the sequence restarts.
class	ShortestQueueLengthRoutingStrategy	This strategy sends jobs to the resource with the shortest queue length.
class	ShortestResponseTimeRoutingStrategy	This strategy sends jobs to the resource with the shortest response time.
class	WeightedRoundRobinStrategy	Weighted round robin routing strategy: destinations are selected cyclically with given weights.

Uses of AutoCheck in NetStrategies.SemaphoreStrategies

Classes in NetStrategies.SemaphoreStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	NormalSemaphore

Uses of AutoCheck in NetStrategies.ServiceStrategies

Classes in NetStrategies.ServiceStrategies that implement AutoCheck

Modifier and Type	Class	Description
class	DisabledServiceTimeStrategy	This service strategy always raises a warning.
class	LoadDependentStrategy	Title: Load Dependent Service Time Strategy
class	ServiceTimeStrategy	This strategy calculates the time of service of a job, using the specified distribution and parameters.
class	ZeroServiceTimeStrategy	This service strategy always returns a service time equal to 0.0.

Uses of AutoCheck in random

Subinterfaces of AutoCheck in random

Modifier and Type	Interface	Description
interface	Parameter	interface for all distributions parameters.

Classes in random that implement AutoCheck

Modifier and Type	Class	Description
class	BatchPar	This is the parameter that should be passed to the Batched distribution.
class	BurstPar	This is the parameter that should be passed to the Burst distribution.
class	CoxianPar	This is the parameter that should be passed to the Coxian distribution.
class	DeterministicDistrPar	This is the parameter that should be passed to the Deterministic distribution.
class	EmpiricalPar	This is the parameter that should be passed to the empirical distribution.
class	ErlangPar	This is the parameter that should be passed to the Erlang distribution.
class	ExponentialPar	This is the parameter that should be passed to the Exponential distribution.
class	GammaDistrPar	This is the parameter that should be passed to the Gamma distribution.
class	HyperExpPar	This is the parameter that should be passed to the Hyperexponential distribution.
class	LognormalPar	This is the parameter that should be passed to the Normal distribution.
class	MAPPar	This is the parameter that should be passed to the MAP distribution.
class	MMPP2Par	This is the parameter that should be passed to the MMPP2 distribution.
class	NormalPar	This is the parameter that should be passed to the Normal distribution.
class	ParetoPar	This is the parameter that should be passed to the Pareto distribution.
class	PhaseTypePar	This is the parameter that should be passed to the Phase-Type distribution.
class	PoissonPar	This is the parameter that should be passed to the Poisson distribution.
class	ReplayerPar	Manages the file containing numbers (previously generated).
class	StudentTPar	This is the parameter that should be passed to the StudentT distribution.
class	UniformPar	This is the parameter that should be passed to the Uniform distribution.
class	WeibullPar	This is the parameter that should be passed to the Weibull distribution.

Uses of AutoCheck in random.discrete

Classes in random.discrete that implement AutoCheck

Modifier and Type	Class	Description
class	BernoulliPar	Parameters of the Bernoulli distribution.
class	BinomialPar	Parameters of the binomial distribution.
class	PoissonPar	Parameters of the Poisson distribution.
class	ShiftedGeometricPar	Parameters of the shifted geometric distribution.
class	UniformPar	Parameters of the discrete uniform distribution.
class	ZipfPar	Parameters of the Zipf distribution.