A B C D E F G H I K L M N O P R S T U W

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schedule(boolean, String) - Method in class be.ac.ua.broker.scheduling.region.RegionWorkloadCollection

Schedule the workloads of this collection

schedule(String) - Method in class be.ac.ua.broker.scheduling.workload.TaskScheduler

Perform the scheduling phase of the broker process

ScheduledTaskCollection - Class in be.ac.ua.broker.scheduling.workload

This class represents a schedule generated for a single instance, it contains a list of subTasks.

ScheduledTaskCollection() - Constructor for class be.ac.ua.broker.scheduling.workload.ScheduledTaskCollection

ScheduleGUI - Class in be.ac.ua.broker.output.gui

This class represents the broker GUI.

ScheduleGUI() - Constructor for class be.ac.ua.broker.output.gui.ScheduleGUI

Constructor for ScheduleGUI

SchedulePrinter - Class in be.ac.ua.broker.output.textual

This class is used when the broker result is outputted in a textual manner, it prints the generated schedules to a given outputStream in a structured way.

SchedulePrinter(PrintStream) - Constructor for class be.ac.ua.broker.output.textual.SchedulePrinter

Constructor for SchedulePrinter

SchedulerCategoryItemEntity - Class in be.ac.ua.broker.output.gui

This class is used to represent a categoryItem of the Gantt-chart for the schedule, it contains the corresponding subtasks and an altered tooltipgenerator.

SchedulerCategoryItemEntity(Rectangle2D, String, String, GanttCategoryDataset, int, Comparable<?>, int, SubTask, ToolTipGenerator) - Constructor for class be.ac.ua.broker.output.gui.SchedulerCategoryItemEntity

Constructor for SchedulerCategoryItemEntity

ScheduleRegionTabs - Class in be.ac.ua.broker.output.gui

This class is used to generate the graphical representation of the provided broker result.

ScheduleRegionTabs(SchedulerResultCollection) - Constructor for class be.ac.ua.broker.output.gui.ScheduleRegionTabs

Constructor for ScheduleRegionTabs

ScheduleRenderer - Class in be.ac.ua.broker.output.gui

This class is used as renderer for the Gantt-chart representing the broker schedule.

ScheduleRenderer() - Constructor for class be.ac.ua.broker.output.gui.ScheduleRenderer

Constructor for ScheduleRenderer.

SchedulerOptions - Interface in be.ac.ua.broker.scheduling.workload

This class is used to represent the different options used during the scheduling phase of the broker: basic, optimized or spot-optimized.

SchedulerResult - Class in be.ac.ua.broker.scheduling.workload

This class is used to represent the resulting schedule of the broker created during the scheduling phase of the broker process.

SchedulerResult(InstanceSpecification) - Constructor for class be.ac.ua.broker.scheduling.workload.SchedulerResult

Constructor for SchedulerResults

SchedulerResultCollection - Class in be.ac.ua.broker.scheduling.workload

This class is used to represent a collection of schedulerResults.

SchedulerResultCollection(Date, Date) - Constructor for class be.ac.ua.broker.scheduling.workload.SchedulerResultCollection

Constructor for SchedulerResultCollection

schedulingVersionExists(String) - Static method in class be.ac.ua.broker.utils.InputVerifier

Check whether a given scheduling option is supported by the broker

setData(int, double) - Method in class be.ac.ua.broker.allocation.spot.model.SrcRecord

Setter for the historic spot price of the given record.

setDescription(String) - Method in class be.ac.ua.broker.allocation.spot.model.Checkpoint

Setter for the description of the corresponding checkpointing scheme

setFileName(String) - Method in class be.ac.ua.broker.allocation.spot.model.Checkpoint

Setter for the name of the output file

setPrice(Price) - Method in class be.ac.ua.broker.input.tasks.SubTask

Setter for the price associated with the subTask

setPrice(Double) - Method in class be.ac.ua.broker.output.textual.PriceDescriptorNode

Setter for the price associated with the price tree node

setPricesSubTasks(Price) - Method in class be.ac.ua.broker.scheduling.workload.ScheduledTaskCollection

Setter for the price of all the subTasks of the scheduledTaskCollection, this can be used for the on-demand and reserved pricing models since all subtasks hold the same price in that case.

setPricingModel(String) - Method in class be.ac.ua.broker.scheduling.workload.ScheduledTaskCollection

Setter for the pricing model appointed to the instance associated with the scheduledTaskCollection ]

setRecord(int) - Method in class be.ac.ua.broker.allocation.spot.model.SrcRecord

Setter for the number of records

setRegion(String) - Method in class be.ac.ua.broker.input.pricing.InstanceSpecification

Setter for the geographical region of the instance specification, this setter is needed when the user did not appoint a task to a region

setRegion(String) - Method in class be.ac.ua.broker.input.tasks.Task

Assign the task to a certain geographical region

setStartDate(Date) - Method in class be.ac.ua.broker.input.tasks.Task

Set the start time of the scheduling period for the task

setStartDate(Date) - Method in class be.ac.ua.broker.input.tasks.TaskSpecification

Setter for the start time of the scheduling period of the task

setTimePeriod(Date, Date) - Method in class be.ac.ua.broker.input.tasks.SubTask

Tag the subTask with the desired time period

setup() - Static method in class be.ac.ua.broker.input.pricing.PricingManager

Initialize/setup the price watches

setup() - Static method in class be.ac.ua.broker.utils.InputVerifier

Fill the sets with the values representing the supported items

simulate(String, String, int) - Method in class be.ac.ua.broker.allocation.spot.model.Simulator

Perform an actual simulation: by first of all creating the needed datastructures, then performing the simulation and finally writing the results to file.

Simulator - Class in be.ac.ua.broker.allocation.spot.model

The Simulator class performs the actual simulations by first creating all the needed data structures, then performing the simulation and finally writing the results to file.

Simulator() - Constructor for class be.ac.ua.broker.allocation.spot.model.Simulator

SPOT - Static variable in class be.ac.ua.broker.allocation.AllocatorOptions

Allocation Scheme Option: use all three pricing models, use the spot model to determine the bid price.

SPOT - Static variable in class be.ac.ua.broker.input.pricing.EC2Constants

SPOT_INPUT - Static variable in class be.ac.ua.broker.input.pricing.EC2SpotPriceWatch

Location of the input files containing the spot price history.

SpotAllocator - Class in be.ac.ua.broker.allocation.spot

This class is used during the resource allocation phase of the broker, when an instance is tagged as a spot instance to determine the appropriate scheduling for the task parts that were assigned to the instance.

SpotAllocator(SchedulerResult, boolean, Date, Date) - Constructor for class be.ac.ua.broker.allocation.spot.SpotAllocator

Constructor for SpotAllocator

SpotCSVHandler - Class in be.ac.ua.broker.input.pricing

Class that extends the CSVHandler in order to handle spot price access

SpotCSVHandler(String) - Constructor for class be.ac.ua.broker.input.pricing.SpotCSVHandler

Constructor for SpotCSVHandler

SpotModel - Class in be.ac.ua.broker.allocation.spot.model

The DecisionModel simulator was made for calculating PDF (Probability Density Function) and CDF (Cumulative Density Function) of on- and out-of-bid conditions on Amazon EC2 Spot instances.

SpotModel() - Constructor for class be.ac.ua.broker.allocation.spot.model.SpotModel

SpotModelOptions - Class in be.ac.ua.broker.allocation.spot.model

Constants used by the application, this can be extracted to an XML input file in the future.

SpotModelOptions() - Constructor for class be.ac.ua.broker.allocation.spot.model.SpotModelOptions

SPOTOPTIMAL - Static variable in class be.ac.ua.broker.allocation.AllocatorOptions

Allocation Scheme Option: use all three pricing models, use the actual spot price history to determine the optimal bid price.

SPOTOPTIMIZED - Static variable in interface be.ac.ua.broker.scheduling.workload.SchedulerOptions

Scheduling Phase Option: Spot-Optimized.

SpotPrice - Class in be.ac.ua.broker.input.pricing

This class represents a spot price in the broker.

SpotPrice(double) - Constructor for class be.ac.ua.broker.input.pricing.SpotPrice

Constructor for SpotPrice

SrcRecord - Class in be.ac.ua.broker.allocation.spot.model

The SrcRecord class contains the price history data for the instance/category that is being simulated.

SrcRecord(String, String) - Constructor for class be.ac.ua.broker.allocation.spot.model.SrcRecord

Constructor for SrcRecord

STANDARD_EXTRALARGE - Static variable in class be.ac.ua.broker.input.pricing.EC2Constants

STANDARD_LARGE - Static variable in class be.ac.ua.broker.input.pricing.EC2Constants

STANDARD_SMALL - Static variable in class be.ac.ua.broker.input.pricing.EC2Constants

Amazon EC2 Instance Types

startDate - Static variable in class be.ac.ua.broker.evaluation.BenchmarkOptions

Start date of the scheduling period used by the broker benchmark, the scheduling period upper boundary is one year further in time.

startDate - Static variable in class be.ac.ua.broker.main.EC2Broker

The start date of the one-year scheduling period

startDate - Static variable in class be.ac.ua.broker.scheduling.workload.SchedulerResultCollection

The start time of the scheduling period

startTiming(String) - Method in class be.ac.ua.broker.utils.ExecutionTimer

Start a timer with a given name

State - Class in be.ac.ua.broker.allocation.spot.model

The State class represents a certain state of a simulation.

State(SrcRecord, Parameter, Task, Checkpoint[]) - Constructor for class be.ac.ua.broker.allocation.spot.model.State

Constructor for State

stopTiming(String) - Method in class be.ac.ua.broker.utils.ExecutionTimer

Stop the timer with the given name/key

storeEachResult(int, int) - Method in class be.ac.ua.broker.allocation.spot.model.ResultWriter

Store one result of a simulation to file

storeResults(int) - Method in class be.ac.ua.broker.allocation.spot.model.ResultWriter

Store the results of the simulation to file

SubTask - Class in be.ac.ua.broker.input.tasks

This class represents a subtask which is used to represent a single task hour of a task, it is the smallest unit used during the scheduling phase of our broker process.

SubTask(int, TaskSpecification) - Constructor for class be.ac.ua.broker.input.tasks.SubTask

Constructor for SubTask

SubTask(String) - Constructor for class be.ac.ua.broker.input.tasks.SubTask

Constructor for SubTask

SubTask(SubTask, Date, Date) - Constructor for class be.ac.ua.broker.input.tasks.SubTask

Constructor for SubTask

SubTaskCollection - Class in be.ac.ua.broker.input.tasks

This class represents a collection of subTasks.

SubTaskCollection() - Constructor for class be.ac.ua.broker.input.tasks.SubTaskCollection

Constructor for SubTaskCollection

SubTaskCollection(List<SubTask>) - Constructor for class be.ac.ua.broker.input.tasks.SubTaskCollection

Constructor for SubTaskCollection

SubTaskCollection(long, TaskSpecification) - Constructor for class be.ac.ua.broker.input.tasks.SubTaskCollection

Constructor for SubTaskCollection

SuperOptimizer - Class in be.ac.ua.broker.scheduling.workload.wm2

This class is used to perform the optimized/spot-optimized scheduling for workload model two tasks.

SuperOptimizer(Date, InstanceSpecification, boolean) - Constructor for class be.ac.ua.broker.scheduling.workload.wm2.SuperOptimizer

Constructor for SuperOptimizer

SuperSpotTHOptimizer - Class in be.ac.ua.broker.scheduling.workload.wm1

This class is used to perform the spot-optimized scheduling for workload model one tasks.

SuperSpotTHOptimizer() - Constructor for class be.ac.ua.broker.scheduling.workload.wm1.SuperSpotTHOptimizer

SuperTHOptimizer - Class in be.ac.ua.broker.scheduling.workload.wm1

This class is used to perform the optimized scheduling for workload model one tasks.

SuperTHOptimizer() - Constructor for class be.ac.ua.broker.scheduling.workload.wm1.SuperTHOptimizer