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Broker.aggregatedScheduleReport(Experiment, LinkedList)
Sim_system that the user has clicked the stop button.
Sim_system to append information to the simulation's report.
Experiment.getBudgetUtilFactor()
Accumulator.getByteSize()
Machine.getByteSize()
MachineList.getByteSize()
PE.getByteSize()
PEList.getByteSize()
ResourceCharacteristics.getByteSize()
ResourceCharacteristics.getCPUTime(double, double)
ResourceCalendar.getCalendarAtGivenDate(Date)
ResourceCalendar.getCalendarAtSimulationTime(double)
ResourceCalendar.getCurrentCalendar()
GridSim.clock()
ResourceCalendar.getCurrentLoad()
Sim_system at the end of the simulation.
Sim_system to close the simulation's report.
Accumulator.getCount()
Sim_stat object.
GridSimRandom.doubleSample()
Sim_system.
BrokerResource.getExpectedCompletionTime(Gridlet)
BrokerResource.getExpectedProcessingCost(Gridlet)
SimJava.GridSimRandom.expectedExec(double)
GridSimRandom.expectedIO(double)
BrokerResource.getFirstAvailableSlotTime()
GridSim.finalizeGridSimulation()
Gridlet.getActualCPUTime()
Experiment.getAllGridletLengthAccumulator()
ResourceCharacteristics.getResourceAllocationPolicy()
ResourceCharacteristics.getResourceArch()
ResGridlet.getGridletArrivalTime()
BrokerResource.getAvailableMI(double)
BrokerResource.getAvailableMIPS()
BrokerResource.getAvailableMIPSPerPE()
BrokerResource.getAvailableMIPS_PreviousSchedule()
Experiment.getBudgetFactor()
Input.getBaudRate()
Output.getBaudRate()
Experiment.getBudget()
Experiment.getBudgetSpent()
ResourceCharacteristics.getCostPerMI()
Gridlet.getCostPerSec()
ResourceCharacteristics.getCostPerSec()
Experiment.getDeadlineFactor()
Experiment.getDeadline()
Experiment.getDeadlineTime()
Experiment.getEndTime()
GridSim.getEntityId(String)
GridSim.getEntityName()
GridSim.getEntityName(int)
Gridlet.getFinishTime()
ResGridlet.getGridletFinishTime()
PEList.getFreePEID()
GridSim.getGridResourceList()
ResGridlet.getGridlet()
Gridlet.getGridletFileSize()
Gridlet.getGridletID()
Gridlet.getGridletLength()
Experiment.getGridletList()
Gridlet.getGridletOutputSize()
Experiment.getExperimentID()
Machine.getMachineID()
PE.getID()
ResourceCharacteristics.getResourceID()
Machine.getMIPSRating()
PE.getMIPSRating()
PEList.getMIPSRating(int)
ResourceCharacteristics.getMIPSRating()
ResourceCharacteristics.getMIPSRatingOfOnePE()
ResourceCharacteristics.getMIPSRatingOfOnePE(int, int)
MachineList.getMachine(int)
ResGridlet.getMachineID()
MachineList.getMachineWithFreePE()
ResourceCharacteristics.getMachineList()
ResourceCharacteristics.getResourceName()
Experiment.getNumGridlet()
MachineList.getNumPE()
ResourceCharacteristics.getNumPE()
Experiment.getNumSuccessfulGridlet()
ResourceCharacteristics.getResourceOS()
Experiment.getOptimizationStrategy()
Experiment.getOptimizationStrategyName()
ResGridlet.getPEID()
Machine.getPEList()
BrokerResource.getParameterValue(int)
Gridlet.getProcessingCost()
GridSimStandardPE.getRating()
ResGridlet.getRemainingGridletLength()
Experiment.getReportFileName()
GridSim.getResourceCharacteristics(int)
GridSim.getResourceDynamicInfo(int)
Gridlet.getResourceID()
Experiment.getResourceNameList()
GridSim.getSimulationStartDate()
Machine.getSize()
Experiment.getStartTime()
Gridlet.getGridletStatus()
PE.getStatus()
Gridlet.getGridletStatusString()
ResourceCharacteristics.getResourceTimeZone()
BrokerResource.getUnFinishedGridletLengthAccumulator()
Gridlet.getUserID()
Gridlet.getWallClockTime()
Experiment.getFactorFlag()
GridSim.getGridInfoServiceEntityId()
GridSim.gridSimHold(double)
GridSim.getGridSimShutdownEntityId()
GridSim.getGridStatisticsEntityId()
Experiment.getGridletCompletionFactor()
GridSim.gridletReceive()
GridSim.gridletSubmit(Gridlet,
int)
IO_data.getByteSize()
Stat.getCategory()
Sim_stat object.
IO_data.getData()
Stat.getData()
IO_data.getDestID()
Sim_stat object.
GridSimRandom.getFactorExec()
GridSimRandom.getFactorIO()
Sim_stat object.
Sim_stat object belongs to.
Stat.getName()
Sim_stat object.
Stat.getTime()
0xff), which
controls trace output.
0xff), which
controls trace output.
GridSim.init(int, Calendar, boolean, String[],
String[], String)
ResourceCalendar.isHoliday()
ResourceCalendar.isHoliday(Date)
GridSim.isNetworked()
Experiment.isSuccessful()
BrokerResource.isSufficientMIAvailableOnSinglePE(Gridlet, double)
Sim_system before the simulation starts.
simdiag diagrams.
GridSimRandom.intSample(int)
Accumulator.getLast()
Sim_system,
not used directly by the user
Sim_system, not used directly by the user
Sim_system, not used directly by the user.
Sim_system, not used directly by the user
Sim_system, not used directly by the user
Sim_system, not used directly by the user
Accumulator.getMax()
Accumulator.getMean()
Accumulator.getMin()
ResourceUserList.removeUser(int)
BrokerResource.getNumGridletCommitted()
BrokerResource.getNumGridletInExec()
BrokerResource.getNumGridletInQueue()
BrokerResource.getNumGridletInReady()
Sim_system to output a trace line.
RunConfiguration.readConfigFile()
GridSim.receiveEventObject()
GridSim.recordStatistics(String, double)
GridSim.recordStatistics(String, int)
GridSim.recordStatistics(String, String)
GridSim.recordStatistics(String, boolean)
BrokerResource.getRemainingTimePeriod(double)
BrokerResource.getResourceShareVariation()
GridSimRandom.realExec(double)
GridSimRandom.realIO(double)
Input.realIO(double)
Output.realIO(double)
Broker.scheduleReport(Experiment, LinkedList, boolean)
GridSim.send(String, double,
int)
GridSim.send(String, double,
int, Object)
GridSim.send(int, double,
int)
GridSim.send(int, double,
int, Object)
GridSim.send(Sim_port, double,
int)
GridSim.send(Sim_port, double,
int, Object)
BrokerResource.setAvailableMIPS_PreviousSchedule()
Experiment.setBudget(double)
ResourceCharacteristics.setCostPerSec(double)
Experiment.setDeadline(double)
Experiment.setDeadlineBudget(double, double)
Experiment.setEndTime()
Gridlet.setExecParam(double, double)
Gridlet.setExecStartTime(double)
ResGridlet.setFinishTime(double). This method is
OBSOLETE since it is the responsibility of individual
scheduling to come up with the finish time for each Gridlet.
ResGridlet.setFinishTime(double). This method is
OBSOLETE since it is the responsibility of individual
scheduling to come up with the finish time for each Gridlet.
ResourceCharacteristics.setResourceID(int)
ResGridlet.setMachineAndPEID(int, int)
PE.setMIPSRating(int)
GridSimStandardPE.setRating(int)
Gridlet.setResourceParameter(int, double)
Experiment.setStartTime()
Gridlet.setGridletStatus(int)
PE.setStatusBusy()
PE.setStatusFree()
Gridlet.setSubmissionTime(double)
Gridlet.setUserID(int)
GridSim.shutdownGridStatisticsEntity()
GridSimShutdown.shutdownResources()
GridSim.shutdownUserEntity()
eduni.simanim animation package.
eduni.simanim package for animations.
Sim_stat object.
Sim_stat object.
SimJava simulation kernel.
Sim_system.
t1.
Sim_type_p(int[]).
To use this predicate call Sim_type_p(new int[] {t1, t2}).
Sim_type_p(int[]).
To use this predicate call Sim_type_p(new int[] {t1, t2, t3}).
ResourceCalendar.getSimulationTime(Calendar)
GridSim.startGridSimulation()
GridSim.stopGridSimulation()
Accumulator.getStandardDeviation()
ResGridlet.setFinishTime(double). This method is
OBSOLETE since it is the responsibility of individual
scheduling to come up with the finish time for each Gridlet.
ResGridlet.setFinishTime(double). This method is
OBSOLETE since it is the responsibility of individual
scheduling to come up with the finish time for each Gridlet.
GridSimRandom.setAllFactors(double,
double, double, double)
GridSimRandom.setLessFactorExec(double)
GridSimRandom.setLessFactorIO(double)
GridSimRandom.setMoreFactorExec(double)
GridSimRandom.setMoreFactorIO(double)
Sim_stat object for this entity.
Sim_system to setup the simulation's report.
sim_pause(double delay).
This method was deprecated because of the new statistical support present to entities. When an
entity holds it must now be specified if the hold corrssponds to the entity being active or
inactive. The original sim_hold() methods are equivalent to their respective
sim_pause() methods.
sim_pause_for(double delay, Sim_event ev).
This method was deprecated because of the new statistical support present to entities. When an
entity holds it must now be specified if the hold corrssponds to the entity being active or
inactive. The original sim_hold() methods are equivalent to their respective
sim_pause() methods.
Accumulator.getSum()
GridSim.terminateIOEntities()
Experiment.getTimeUtilFactor()
Sim_stat objects.
BrokerResource.updateAvailableMIPS(Gridlet, int)
BrokerResource.updateAvailableMIPSDuringSchedule()
ResGridlet.updateGridletFinishedSoFar(double)
Broker.writeAggregateScheduleReport(String, String, int,
Experiment, LinkedList, boolean)
Broker.writeScheduleReport(String, String, int, Experiment,
LinkedList, boolean)
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