Uses of Class
org.palladiosimulator.probeframework.probes.Probe

Packages that use Probe

Package	Description
org.palladiosimulator.probeframework.calculator	Calculators attach themselves to (a set of) probes to transform their measures to a measurement to be used further (e.g., for visualization or recording).
org.palladiosimulator.probeframework.calculator.internal	The Probe Framework provides a factory class (@see DefaultCalculatorFactory) to create calculator objects.
org.palladiosimulator.probeframework.measurement	This package contains data classes encapsulating probe-related measurements.
org.palladiosimulator.probeframework.probes	Probes specify which probe type they measure (using metrics such as "current time" or "CPU state/queue size").
org.palladiosimulator.probeframework.probes.example	Provides mockups of measurable entities like resources and example probe strategies that are able to measure these entites.

Uses of Probe in org.palladiosimulator.probeframework.calculator

Methods in org.palladiosimulator.probeframework.calculator with parameters of type Probe

Modifier and Type	Method and Description
Calculator	DefaultCalculatorFactory.buildCostOverTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a cost over time calculator object based on the given measuring point and the given probe.
Calculator	ICalculatorFactory.buildCostOverTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a cost over time calculator object based on the given measuring point and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildCostOverTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a cost over time calculator object based on the given measuring point and the given probe.
Calculator	DefaultCalculatorFactory.buildExecutionResultCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an execution result calculator object based on the given name and the given probe.
Calculator	ICalculatorFactory.buildExecutionResultCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an execution result calculator object based on the given name and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildExecutionResultCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an execution result calculator object based on the given name and the given probe.
Calculator	DefaultCalculatorFactory.buildNumberOfResourceContainersCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a number of resource containers calculator object.
Calculator	ICalculatorFactory.buildNumberOfResourceContainersCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a number of resource containers calculator object.
Calculator	RegisterCalculatorFactoryDecorator.buildNumberOfResourceContainersCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a number of resource containers calculator object.
Calculator	DefaultCalculatorFactory.buildOptimisationTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an optimisation algorithm execution time calculator based on the given measuring point and given probe.
Calculator	ICalculatorFactory.buildOptimisationTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an optimisation algorithm execution time calculator based on the given measuring point and given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildOptimisationTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe)
Calculator	DefaultCalculatorFactory.buildOverallStateOfActiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an overall utilization calculator object for an active resource based on the given name and the given probe.
Calculator	ICalculatorFactory.buildOverallStateOfActiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an overall utilization calculator object for an active resource based on the given name and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildOverallStateOfActiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an overall utilization calculator object for an active resource based on the given name and the given probe.
Calculator	DefaultCalculatorFactory.buildOverallStateOfPassiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an overall utilization calculator object for a passive resource based on the given name and the given probe.
Calculator	ICalculatorFactory.buildOverallStateOfPassiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an overall utilization calculator object for a passive resource based on the given name and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildOverallStateOfPassiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates an overall utilization calculator object for a passive resource based on the given name and the given probe.
Calculator	DefaultCalculatorFactory.buildReconfigurationTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a reconfiguration time calculator object based on the given measuring point and the given probe.
Calculator	ICalculatorFactory.buildReconfigurationTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a reconfiguration time calculator object based on the given measuring point and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildReconfigurationTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a reconfiguration time calculator object based on the given measuring point and the given probe.
Calculator	DefaultCalculatorFactory.buildResourceDemandCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a demand calculator object based on the given name and the given probe.
Calculator	ICalculatorFactory.buildResourceDemandCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a demand calculator object based on the given name and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildResourceDemandCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a demand calculator object based on the given name and the given probe.
Calculator	DefaultCalculatorFactory.buildStateOfActiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a state calculator object for an active resource based on the given name and the given probe.
Calculator	ICalculatorFactory.buildStateOfActiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a state calculator object for an active resource based on the given name and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildStateOfActiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a state calculator object for an active resource based on the given name and the given probe.
Calculator	DefaultCalculatorFactory.buildStateOfPassiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a state calculator object for a passive resource based on the given name and the given probe.
Calculator	ICalculatorFactory.buildStateOfPassiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a state calculator object for a passive resource based on the given name and the given probe.
Calculator	RegisterCalculatorFactoryDecorator.buildStateOfPassiveResourceCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Creates a state calculator object for a passive resource based on the given name and the given probe.

Method parameters in org.palladiosimulator.probeframework.calculator with type arguments of type Probe

Modifier and Type	Method and Description
Calculator	DefaultCalculatorFactory.buildDemandBasedWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a demand-based waiting time calculator object based on the given name and the given probes.
Calculator	ICalculatorFactory.buildDemandBasedWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a demand-based waiting time calculator object based on the given name and the given probes.
Calculator	RegisterCalculatorFactoryDecorator.buildDemandBasedWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a demand-based waiting time calculator object based on the given name and the given probes.
Calculator	DefaultCalculatorFactory.buildHoldingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a holding time calculator object based on the given name and the given probes.
Calculator	ICalculatorFactory.buildHoldingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a holding time calculator object based on the given name and the given probes.
Calculator	RegisterCalculatorFactoryDecorator.buildHoldingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a holding time calculator object based on the given name and the given probes.
Calculator	DefaultCalculatorFactory.buildResponseTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a response time calculator object based on the given name and the given probes.
Calculator	ICalculatorFactory.buildResponseTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a response time calculator object based on the given name and the given probes.
Calculator	RegisterCalculatorFactoryDecorator.buildResponseTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a response time calculator object based on the given name and the given probes.
Calculator	DefaultCalculatorFactory.buildWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a waiting time calculator object based on the given name and the given probes.
Calculator	ICalculatorFactory.buildWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a waiting time calculator object based on the given name and the given probes.
Calculator	RegisterCalculatorFactoryDecorator.buildWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Creates a waiting time calculator object based on the given name and the given probes.

Uses of Probe in org.palladiosimulator.probeframework.calculator.internal

Constructors in org.palladiosimulator.probeframework.calculator.internal with parameters of type Probe

Constructor and Description
IdentityCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Default constructor.
IdentityCalculator(org.palladiosimulator.metricspec.MetricDescription metricDescription, org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, Probe probe) Default constructor.

Constructor parameters in org.palladiosimulator.probeframework.calculator.internal with type arguments of type Probe

Constructor and Description
DemandBasedWaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Default constructor.
HoldingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Default Constructor.
ResponseTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Default Constructor.
WaitingTimeCalculator(org.palladiosimulator.edp2.models.measuringpoint.MeasuringPoint measuringPoint, List<Probe> probes) Default Constructor.

Uses of Probe in org.palladiosimulator.probeframework.measurement

Methods in org.palladiosimulator.probeframework.measurement that return Probe

Modifier and Type	Method and Description
Probe	ProbeAndRequestContext.getProbe() Returns the probe.

Constructors in org.palladiosimulator.probeframework.measurement with parameters of type Probe

Constructor and Description
ProbeAndRequestContext(Probe probe, RequestContext requestContext) Default constructor.
ProbeMeasurement(org.palladiosimulator.measurementframework.measureprovider.IMeasureProvider measureProvider, Probe probe, RequestContext requestContext) Default constructor.

Uses of Probe in org.palladiosimulator.probeframework.probes

Subclasses of Probe in org.palladiosimulator.probeframework.probes

Modifier and Type	Class and Description
class	BasicEventProbe<EventSourceType,V,Q extends javax.measure.quantity.Quantity> Basic event probes refer to exactly one base metric description, thus, specializing the general event probe.
class	BasicObjectStateProbe<StateObjectType,V,Q extends javax.measure.quantity.Quantity> This class realizes a basic triggered probe that observes an object's state, thus, additionally maintaining an observeredStateObject member variable.
class	BasicTriggeredProbe<V,Q extends javax.measure.quantity.Quantity> Implements the doMeasure method by returning a BasicMeasurement, i.e., a measurement for a BaseMetricDescription.
class	EventProbe<EventSourceType> Event probes measure as soon as an event is emitted for which they are registered.
class	EventProbeList Event probe lists group a list of subsumed, triggered probes that are triggered as soon as an additional, dedicated event probe emits an event.
class	TriggeredProbe Triggered probes measure as soon as their takeMeasurement method is invoked (with optional context parameter of type RequestContext, e.g., the thread that triggered the probe.
class	TriggeredProbeList Triggered probe lists group a set of subsumed, triggered probes.

Uses of Probe in org.palladiosimulator.probeframework.probes.example

Subclasses of Probe in org.palladiosimulator.probeframework.probes.example

Modifier and Type	Class and Description
class	ExampleTakeCPUDemandProbe Measures a resource demand metric (in SI.SECOND) by taking the demand emitted from an active resource (event source), e.g., a CPU.
class	ExampleTakeCPUStateProbe Measures an active resource state metric (dimensionless) by taking the current number of jobs within an active resource (observed state object), e.g., a CPU.
class	ExampleTakeCurrentTimeProbe Measures a point in time metric (in SI.SECOND) by taking the current simulation time of a simulation (observed state object).
class	ExampleTakePassiveResourceStateProbe Measures a passive resource state metric (dimensionless) by taking the number of free resources within a passive resource (observed state object), e.g., a connection pool.