Package examples.resource.resoureunit
Class ResourceUnitExample1
- java.lang.Object
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- jsl.simulation.ModelElement
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- jsl.simulation.SchedulingElement
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- examples.resource.resoureunit.ResourceUnitExample1
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- All Implemented Interfaces:
ObservableIfc
,GetNameIfc
,IdentityIfc
public class ResourceUnitExample1 extends SchedulingElement
This example illustrate the use of a ResourceUnit via a simple M/M/1 queue. It is important to understand that a Request has everything it needs to work with the resource unit, including the service time. When the request is allocated to the resource unit, the time required for the request is used to determine the amount of time that the resource is used and after that time the request is completed. The resource unit causes state changes that can be reacted to via the RequestReactorIfc interface or the use of RequestReactorAdapter. If the resource unit is not available, the resource unit will automatically queue the request in an internal request queue associated with the resource unit. The request is placed in the waiting state. A state change for the request occurs when it is enqueued. When the unit becomes available the request is removed from the waiting state (dequeued state change) and is allocated the resource, after allocation the request begins using the resource unit according to the time provided on the request. The request is consider to be in the allocated state. After the requested time is over, the request is placed in the completed state. Again, user of the Request can listen to the state changes via the RequestReactorIfc interface. An instance of a class implementing this interface must be supplied when the request is made so that the call-backs can occur during the state changes. Whether or not the reactor does anything with the notification is up to the client.
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Nested Class Summary
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Nested classes/interfaces inherited from class jsl.simulation.ModelElement
ModelElement.EventBuilderIfc<T>, ModelElement.EventScheduler<T>, ModelElement.ModelElementComparator, ModelElement.RequestBuilder, ModelElement.RequestDurationIfc, ModelElement.RequestTimeIfc, ModelElement.RequestUsingIfc, ModelElement.TimedUpdateEventAction, ModelElement.TimeUnitIfc<T>, ModelElement.WarmUpEventAction
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Field Summary
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Fields inherited from class jsl.simulation.ModelElement
AFTER_EXPERIMENT, AFTER_REPLICATION, BEFORE_EXPERIMENT, BEFORE_REPLICATION, CONDITIONAL_ACTION_REGISTRATION, DEFAULT_TIMED_EVENT_PRIORITY, INITIALIZED, MONTE_CARLO, myAfterExperimentOption, myAfterReplicationOption, myBeforeExperimentOption, myBeforeReplicationOption, myInitializationOption, myLengthOfWarmUp, myModelElements, myMonteCarloOption, myObservableComponent, myReplicationEndedOption, myTimedUpdateActionListener, myTimedUpdateEvent, myTimedUpdateInterval, myTimedUpdateOption, myTimedUpdatePriority, myWarmUpActionListener, myWarmUpEvent, myWarmUpIndicator, myWarmUpOption, myWarmUpPriority, NONE, REMOVED_FROM_MODEL, REPLICATION_ENDED, TIME_UNIT_DAY, TIME_UNIT_HOUR, TIME_UNIT_MILLISECOND, TIME_UNIT_MINUTE, TIME_UNIT_SECOND, TIME_UNIT_WEEK, TIMED_UPDATE, UPDATE, WARMUP
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Constructor Summary
Constructors Constructor Description ResourceUnitExample1(ModelElement parent)
ResourceUnitExample1(ModelElement parent, RandomIfc ad, RandomIfc sd)
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Method Summary
All Methods Static Methods Instance Methods Concrete Methods Modifier and Type Method Description protected void
initialize()
This method should be overridden by subclasses that need actions performed to initialize prior to a replication.static void
main(java.lang.String[] args)
void
setArrivalRS(RandomIfc d)
void
setServiceRS(RandomIfc d)
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Methods inherited from class jsl.simulation.SchedulingElement
cancelEvent, rescheduleEvent, rescheduleEvent, rescheduleEvent, rescheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent, scheduleEvent
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Methods inherited from class jsl.simulation.ModelElement
addObserver, addObserverToModelElements, afterExperiment, afterExperiment_, afterReplication, afterReplication_, asString, beforeExperiment, beforeExperiment_, beforeReplication, beforeReplication_, buildEventGenerator, cancelTimedUpdateEvent, cancelWarmUpEvent, changeParentModelElement, checkForAfterExperiment, checkForAfterReplication, checkForBeforeExperiment, checkForBeforeReplication, checkForConditionalActionRegistration, checkForInitialize, checkForMonteCarlo, checkForRemoveFromModel, checkForReplicationEnded, checkForTimedUpdate, checkForUpdate, checkForWarmUp, checkObserverState, checkWarmUpOption, clearModelElementObservers, contains, countObservers, createEntity, createEntity, createQObject, day, deleteObserver, deleteObserverFromModelElements, deleteObservers, findModelElementWithWarmUpEvent, getAfterExperimentOption, getAfterReplicationOption, getAllCounters, getAllModelElements, getAllRandomElements, getAllResponseVariables, getAllVariables, getBeforeExperimentOption, getBeforeReplicationOption, getChildModelElementIterator, getCurrentReplicationNumber, getDefaultEntityType, getExecutive, getExperiment, getId, getInitializationOption, getInitializationOrderAsString, getLeftPreOrderTraversalCount, getLengthOfWarmUp, getModel, getModelElementCompartor, getModelElementsAsString, getModelElementsAsString, getModelElementsAsString, getMonteCarloOption, getName, getNumberOfModelElements, getObserverState, getParentModelElement, getPreviousObserverState, getReplicationEndedOption, getRightPreOrderTraversalCount, getSimulation, getSpatialModel, getStringLabel, getThisElementsCounters, getThisElementsModelElements, getThisElementsRandomVariables, getThisElementsResponseVariables, getThisElementsVariables, getTime, getTimedUpdateInterval, getTimedUpdateOption, getUpdateNotificationFlag, getVariable, getWarmUpEventTime, getWarmUpOption, hour, indent, initialize_, isTimedUpdateEventScheduled, isWarmedUp, isWarmUpEventScheduled, isWarmUpScheduled, millisecond, minute, montecarlo, montecarlo_, notifyAfterExperimentObservers, notifyAfterReplicationObservers, notifyBeforeExperimentObservers, notifyBeforeReplicationObservers, notifyConditionalActionRegistrationObservers, notifyInitializationObservers, notifyMonteCarloObservers, notifyObservers, notifyObservers, notifyRemovingFromModelObservers, notifyReplicationEndedObservers, notifyTimedUpdateObservers, notifyUpdateObservers, notifyWarmUpObservers, registerConditionalActions, registerConditionalActions_, removedFromModel, removeFromModel, replicationEnded, replicationEnded_, schedule, second, seize, setAfterExperimentOption, setAfterExperimentOptionForModelElements, setAfterReplicationOption, setAfterReplicationOptionForModelElements, setBeforeExperimentOption, setBeforeExperimentOptionForModelElements, setBeforeReplicationOption, setBeforeReplicationOptionForModelElements, setInitializationOption, setInitializationOptionForModelElements, setLengthOfWarmUp, setModel, setMonteCarloOption, setMonteCarloOptionForModelElements, setName, setObserverState, setParentModelElement, setReplicationEndedOption, setReplicationEndedOptionForModelElements, setSpatialModel, setStringLabel, setTimedUpdateInterval, setTimedUpdateOption, setTimedUpdateOptionForModelElements, setUpdateNotificationFlag, setWarmUpOption, setWarmUpOptionForModelElements, stopExecutive, stopExecutive, timedUpdate, timedUpdate_, toString, update, useControls, warmUp, warmUp_, week
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Constructor Detail
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ResourceUnitExample1
public ResourceUnitExample1(ModelElement parent)
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ResourceUnitExample1
public ResourceUnitExample1(ModelElement parent, RandomIfc ad, RandomIfc sd)
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Method Detail
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setServiceRS
public final void setServiceRS(RandomIfc d)
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setArrivalRS
public final void setArrivalRS(RandomIfc d)
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initialize
protected void initialize()
Description copied from class:ModelElement
This method should be overridden by subclasses that need actions performed to initialize prior to a replication. It is called once before each replication occurs if the model element wants initialization. It is called after beforeReplication() is called- Overrides:
initialize
in classModelElement
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main
public static void main(java.lang.String[] args)
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