Package org.palladiosimulator.protocom.resourcestrategies.activeresource.cpu

Class VoidDemand

java.lang.Object

org.palladiosimulator.protocom.resourcestrategies.activeresource.AbstractDemandStrategy

org.palladiosimulator.protocom.resourcestrategies.activeresource.cpu.VoidDemand

All Implemented Interfaces:

IDemandStrategy

public class VoidDemand
extends AbstractDemandStrategy

Nested Class Summary

Nested classes/interfaces inherited from class org.palladiosimulator.protocom.resourcestrategies.activeresource.AbstractDemandStrategy

AbstractDemandStrategy.ProcessingRate, AbstractDemandStrategy.Work

Field Summary

Fields inherited from class org.palladiosimulator.protocom.resourcestrategies.activeresource.AbstractDemandStrategy

CALIBRATION_PATH_CONFIG_KEY, defaultIterationCount, degreeOfAccuracy, WORKUNITS

Constructor Summary

Constructors

Constructor	Description
VoidDemand()

Method Summary

Modifier and Type	Method	Description
void	cleanup()	Do cleanup work.
void	consume(double demand, double processingRate)
String	getName()	Template method to return the name of this strategy
ResourceTypeEnum	getStrategysResource()	Template method to return the real hardware resource type simulated by this strategy
void	initialiseStrategy(int degreeOfAccuracy)
void	run(long initial)	Template method.

Methods inherited from class org.palladiosimulator.protocom.resourcestrategies.activeresource.AbstractDemandStrategy

calibrate, consume, debugEnabled, ensureCalibrationExists, formatDuration, getCalibrationFileName, getCalibrationPath, hasCalibrationTable, initializeStrategy, initializeStrategy, setCalibrationListener, setCalibrationTable, setDebug, setProperties, watchConsume

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

VoidDemand

public VoidDemand()

Method Details

run

public void run(long initial)

Description copied from class: AbstractDemandStrategy

Template method. This starts running the strategy with the parameter load

Specified by:

run in class AbstractDemandStrategy

Parameters:

initial - Complexity parameter. Algorithm should take longer if parameter is larger, i.e., ideally run(a) < run(b) <==> a < b

initialiseStrategy

public void initialiseStrategy(int degreeOfAccuracy)

consume

public void consume(double demand,
 double processingRate)

getStrategysResource

public ResourceTypeEnum getStrategysResource()

Description copied from class: AbstractDemandStrategy

Template method to return the real hardware resource type simulated by this strategy

Specified by:

getStrategysResource in interface IDemandStrategy

Specified by:

getStrategysResource in class AbstractDemandStrategy

Returns:

The resource type we can simulate

See Also:

• IDemandStrategy.getStrategysResource()

getName

public String getName()

Description copied from class: AbstractDemandStrategy

Template method to return the name of this strategy

Specified by:

getName in interface IDemandStrategy

Specified by:

getName in class AbstractDemandStrategy

Returns:

a string containing the name of the strategy

See Also:

• IDemandStrategy.getName()

cleanup

public void cleanup()

Description copied from interface: IDemandStrategy

Do cleanup work.