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

A

addDependency(Dependency) - Method in class ai.libs.hasco.model.Component

Adds a dependency constraint to the dependencies of this Component.

addEntry(HASCOSolutionEvent<Double>) - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

Informs the plugin about a new HASCOSolution.

addParameter(Parameter) - Method in class ai.libs.hasco.model.Component

Adds a parameter to the set of parameters iff the parameter or another parameter with the same name does not yet exist.

addProvidedInterface(String) - Method in class ai.libs.hasco.model.Component

Adds another provided interface to the collection of provided interfaces.

addRequiredInterface(String, String) - Method in class ai.libs.hasco.model.Component

Adds an additional required interface with an ID (local identifier) and an interface name (provided interface of another Component) to the required interfaces of this Component.

ai.libs.hasco.core - package ai.libs.hasco.core

ai.libs.hasco.eventlogger - package ai.libs.hasco.eventlogger

ai.libs.hasco.events - package ai.libs.hasco.events

ai.libs.hasco.exceptions - package ai.libs.hasco.exceptions

ai.libs.hasco.gui.civiewplugin - package ai.libs.hasco.gui.civiewplugin

ai.libs.hasco.gui.statsplugin - package ai.libs.hasco.gui.statsplugin

ai.libs.hasco.metamining - package ai.libs.hasco.metamining

Classes used to gain meta information about a given (partial) software composition.

ai.libs.hasco.model - package ai.libs.hasco.model

ai.libs.hasco.observers - package ai.libs.hasco.observers

ai.libs.hasco.optimizingfactory - package ai.libs.hasco.optimizingfactory

ai.libs.hasco.reduction - package ai.libs.hasco.reduction

ai.libs.hasco.serialization - package ai.libs.hasco.serialization

ai.libs.hasco.variants.forwarddecomposition - package ai.libs.hasco.variants.forwarddecomposition

ai.libs.hasco.variants.forwarddecomposition.twophase - package ai.libs.hasco.variants.forwarddecomposition.twophase

B

BaseFactory<T> - Interface in ai.libs.hasco.optimizingfactory

BooleanParameterDomain - Class in ai.libs.hasco.model

BooleanParameterDomain() - Constructor for class ai.libs.hasco.model.BooleanParameterDomain

C

call() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

cancel() - Method in class ai.libs.hasco.core.HASCO

cancel() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

cancel() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

CategoricalParameterDomain - Class in ai.libs.hasco.model

CategoricalParameterDomain(String[]) - Constructor for class ai.libs.hasco.model.CategoricalParameterDomain

CategoricalParameterDomain(Collection<String>) - Constructor for class ai.libs.hasco.model.CategoricalParameterDomain

clear() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

Resets the combo box to the wild-card and removes all child nodes.

clear() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

Clears the model (and subsequently the view)

clear() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginView

compare(TFDNode, TFDNode) - Method in class ai.libs.hasco.metamining.MetaMinerBasedSorter

Component - Class in ai.libs.hasco.model

A Component is described by - a name - a collection of provided interfaces - a list of required interfaces - a set of parameters - a list of dependencies and can be used to describe any kind of components and model complex multi-component systems.

Component(String) - Constructor for class ai.libs.hasco.model.Component

Constructor creating an empty Component with a specific name.

Component(String, Collection<String>, List<Map<String, String>>, PartialOrderedSet<Parameter>, List<Dependency>) - Constructor for class ai.libs.hasco.model.Component

Constructor for a component giving the provided and required interfaces, the collection of parameters and a list of dependencies.

ComponentInstance - Class in ai.libs.hasco.model

For a given Component, a Component Instance defines all parameter values and the required interfaces (recursively) and thus provides a grounding of the respective Component.

ComponentInstance(Component, Map<String, String>, Map<String, ComponentInstance>) - Constructor for class ai.libs.hasco.model.ComponentInstance

Constructor for creating a ComponentInstance for a particular Component.

ComponentInstanceDeserializer - Class in ai.libs.hasco.serialization

ComponentInstanceDeserializer() - Constructor for class ai.libs.hasco.serialization.ComponentInstanceDeserializer

ComponentInstanceUtil - Class in ai.libs.hasco.model

The ComponentInstanceUtil provides some utilities to deal with component instances.

ComponentInstantiationFailedException - Exception in ai.libs.hasco.exceptions

ComponentInstantiationFailedException(Throwable, String) - Constructor for exception ai.libs.hasco.exceptions.ComponentInstantiationFailedException

ComponentLoader - Class in ai.libs.hasco.serialization

ComponentLoader() - Constructor for class ai.libs.hasco.serialization.ComponentLoader

ComponentLoader(boolean) - Constructor for class ai.libs.hasco.serialization.ComponentLoader

ComponentLoader(File) - Constructor for class ai.libs.hasco.serialization.ComponentLoader

ComponentLoader(File, boolean) - Constructor for class ai.libs.hasco.serialization.ComponentLoader

ComponentNotFoundException - Exception in ai.libs.hasco.serialization

ComponentNotFoundException() - Constructor for exception ai.libs.hasco.serialization.ComponentNotFoundException

ComponentNotFoundException(String) - Constructor for exception ai.libs.hasco.serialization.ComponentNotFoundException

ComponentNotFoundException(Throwable) - Constructor for exception ai.libs.hasco.serialization.ComponentNotFoundException

ComponentNotFoundException(String, Throwable) - Constructor for exception ai.libs.hasco.serialization.ComponentNotFoundException

ComponentUtil - Class in ai.libs.hasco.model

The ComponentUtil class can be used to deal with Components in a convenient way.

ComponentUtils - Class in ai.libs.hasco.serialization

ComponentUtils() - Constructor for class ai.libs.hasco.serialization.ComponentUtils

CompositionSerializer - Class in ai.libs.hasco.serialization

CompositionSerializer() - Constructor for class ai.libs.hasco.serialization.CompositionSerializer

contains(Object) - Method in class ai.libs.hasco.model.CategoricalParameterDomain

contains(Object) - Method in interface ai.libs.hasco.model.IParameterDomain

contains(Object) - Method in class ai.libs.hasco.model.NumericParameterDomain

D

decodeSolution(SearchGraphPath<N, A>) - Method in class ai.libs.hasco.core.DefaultHASCOPlanningGraphGeneratorDeriver

decodeSolution(EvaluatedPlan<V>) - Method in class ai.libs.hasco.reduction.HASCOReduction

decodeSolution(Plan) - Method in class ai.libs.hasco.reduction.HASCOReduction

DefaultHASCOPlanningGraphGeneratorDeriver<N,A> - Class in ai.libs.hasco.core

This class only serves to facilitate the usage of HASCO when passing a IPlanningGraphGeneratorDeriver.

DefaultHASCOPlanningGraphGeneratorDeriver(IHierarchicalPlanningGraphGeneratorDeriver<CEOCIPSTNPlanningProblem, N, A>) - Constructor for class ai.libs.hasco.core.DefaultHASCOPlanningGraphGeneratorDeriver

defaultParameterizationOfComponent(Component) - Static method in class ai.libs.hasco.model.ComponentUtil

This procedure returns a ComponentInstance of the given Component with default parameterization.

DefaultPathPriorizingPredicate<N,A> - Class in ai.libs.hasco.variants.forwarddecomposition

This is a node evaluator that assigns 0 to all nodes encoding (partial) compositions where each component refinement is with its default parameters.

DefaultPathPriorizingPredicate() - Constructor for class ai.libs.hasco.variants.forwarddecomposition.DefaultPathPriorizingPredicate

Dependency - Class in ai.libs.hasco.model

Dependency(Collection<Collection<SetUtil.Pair<Parameter, IParameterDomain>>>, Collection<SetUtil.Pair<Parameter, IParameterDomain>>) - Constructor for class ai.libs.hasco.model.Dependency

deserialize(JsonParser, DeserializationContext) - Method in class ai.libs.hasco.serialization.ComponentInstanceDeserializer

E

encodeProblem(CEOCIPSTNPlanningProblem) - Method in class ai.libs.hasco.core.DefaultHASCOPlanningGraphGeneratorDeriver

encodeProblem(RefinementConfiguredSoftwareConfigurationProblem<V>) - Method in class ai.libs.hasco.reduction.HASCOReduction

equals(Object) - Method in class ai.libs.hasco.core.RefinementConfiguredSoftwareConfigurationProblem

equals(Object) - Method in class ai.libs.hasco.core.SoftwareConfigurationProblem

equals(Object) - Method in class ai.libs.hasco.model.CategoricalParameterDomain

equals(Object) - Method in class ai.libs.hasco.model.Component

equals(Object) - Method in class ai.libs.hasco.model.ComponentInstance

equals(Object) - Method in class ai.libs.hasco.model.Dependency

equals(Object) - Method in class ai.libs.hasco.model.NumericParameterDomain

equals(Object) - Method in class ai.libs.hasco.model.Parameter

equals(Object) - Method in class ai.libs.hasco.model.UnparametrizedComponentInstance

evaluate(ComponentInstance) - Method in class ai.libs.hasco.core.TimeRecordingEvaluationWrapper

EvaluatedSoftwareConfigurationSolution<V extends java.lang.Comparable<V>> - Interface in ai.libs.hasco.model

expectedBlowupInPostprocessing() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

expectedBlowupInSelection() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

G

generateInfoForNode(Node<TFDNode, Double>) - Method in class ai.libs.hasco.gui.civiewplugin.TFDNodeAsCIViewInfoGenerator

getAlgorithm() - Method in class ai.libs.hasco.core.HASCOFactory

getAlgorithm(RefinementConfiguredSoftwareConfigurationProblem<V>) - Method in class ai.libs.hasco.core.HASCOFactory

getAlgorithm() - Method in interface ai.libs.hasco.optimizingfactory.SoftwareConfigurationAlgorithmFactory

getAlgorithm(P) - Method in interface ai.libs.hasco.optimizingfactory.SoftwareConfigurationAlgorithmFactory

getAlgorithm() - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

getAlgorithm() - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

getAlgorithm(RefinementConfiguredSoftwareConfigurationProblem<Double>) - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

getAlgorithm() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

getAlgorithm(TwoPhaseSoftwareConfigurationProblem) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

getAllAlgorithmSelectionInstances(Component, Collection<Component>) - Static method in class ai.libs.hasco.model.ComponentUtil

Enumerates all possible component instances for a specific root component and a collection of components for resolving required interfaces.

getAllSeenSolutionEventsUnordered() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

Gets an (unordered) collection of the solutions received so far.

getAllSelectionsOnPathToAnyLeaf() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

Determines the set of all selection paths from here to a any leaf.

getBaseFactory() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactoryProblem

getBenchmark() - Method in class ai.libs.hasco.events.HASCORunStartedEvent

getClosedDatacontainersInState(Monom) - Static method in class ai.libs.hasco.core.Util

getComponent() - Method in class ai.libs.hasco.model.ComponentInstance

getComponentAsJsonNode(String) - Method in class ai.libs.hasco.serialization.ComponentLoader

getComponentByName(String, Collection<Component>) - Static method in class ai.libs.hasco.serialization.ComponentUtils

getComponentInstance() - Method in class ai.libs.hasco.core.HASCOSolutionCandidate

getComponentInstance() - Method in interface ai.libs.hasco.model.EvaluatedSoftwareConfigurationSolution

getComponentInstanceForNode(IHierarchicalPlanningGraphGeneratorDeriver<CEOCIPSTNPlanningProblem, N, A>, Collection<Component>, Monom, Node<N, ?>, String, boolean) - Static method in class ai.libs.hasco.core.Util

getComponentInstanceForPlan(Collection<Component>, Monom, Plan, String, boolean) - Static method in class ai.libs.hasco.core.Util

getComponentInstanceFromState(Collection<Component>, Monom, String, boolean) - Static method in class ai.libs.hasco.core.Util

getComponentInstanceOfObject() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

getComponentInstantiation(ComponentInstance) - Method in interface ai.libs.hasco.optimizingfactory.BaseFactory

getComponentName() - Method in class ai.libs.hasco.model.UnparametrizedComponentInstance

getComponentNamesOfComposition(ComponentInstance) - Static method in class ai.libs.hasco.core.Util

Computes a String of component names that appear in the composition which can be used as an identifier for the composition

getComponents() - Method in class ai.libs.hasco.core.SoftwareConfigurationProblem

getComponents() - Method in class ai.libs.hasco.serialization.ComponentLoader

getComponentSelector() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

getComponentsOfComposition(ComponentInstance) - Static method in class ai.libs.hasco.core.Util

Computes a list of all components of the given composition.

getComponentsProvidingInterface(Collection<Component>, String) - Static method in class ai.libs.hasco.model.ComponentUtil

Searches and returns all components within a collection of components that provide a specific interface.

getComponentWithName(String) - Method in class ai.libs.hasco.serialization.ComponentLoader

This method searches for a component with the given name.

getComposition() - Method in class ai.libs.hasco.events.HASCOSolutionEvaluationEvent

getCompositionEvaluator() - Method in class ai.libs.hasco.core.SoftwareConfigurationProblem

getCompositionOfSolution() - Method in class ai.libs.hasco.events.HASCORunTerminatedEvent

getConclusion() - Method in class ai.libs.hasco.model.Dependency

getConfig() - Method in class ai.libs.hasco.core.HASCO

getConfig() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getConfig() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

getConfigurationProblem() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactoryProblem

getContainedComponents() - Method in class ai.libs.hasco.model.ComponentInstance

getDefaultDomain() - Method in class ai.libs.hasco.model.Parameter

getDefaultValue() - Method in class ai.libs.hasco.model.Parameter

getDependencies() - Method in class ai.libs.hasco.model.Component

getDurationPhase1() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOReport

getEvaluationTimeForComponentInstance(ComponentInstance) - Method in class ai.libs.hasco.core.TimeRecordingEvaluationWrapper

getEvaluationTimeStatisticsForComposition(UnparametrizedComponentInstance) - Method in class ai.libs.hasco.observers.HASCOModelStatisticsObserver

getEvaluationTimeStatisticsPerComposition() - Method in class ai.libs.hasco.observers.HASCOModelStatisticsObserver

getExistingInterfaces() - Method in class ai.libs.hasco.reduction.HASCOReduction

getExpectedRuntimeForPhase2ForAGivenPool(Collection<HASCOSolutionCandidate<Double>>) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getExpectedTotalRemainingRuntimeForAGivenPool(Collection<HASCOSolutionCandidate<Double>>, boolean) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getFinalStateOfPlan(Monom, Plan) - Static method in class ai.libs.hasco.core.Util

getFocusPoint() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

getGraphGenerator() - Method in class ai.libs.hasco.core.HASCO

getGraphGenerator() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getGraphGeneratorUsedByHASCOForSpecificPlanner(IHierarchicalPlanningGraphGeneratorDeriver<CEOCIPSTNPlanningProblem, T, A>) - Method in class ai.libs.hasco.reduction.HASCOReduction

This method is a utility for everybody who wants to work on the graph obtained from HASCO's reduction but without using the search logic of HASCO

getHasco() - Method in class ai.libs.hasco.variants.forwarddecomposition.DefaultPathPriorizingPredicate

getHasco() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getHascoFactory() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

getInitState() - Method in class ai.libs.hasco.reduction.HASCOReduction

getIntervalLength() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

getJsonNodeComponents() - Method in class ai.libs.hasco.serialization.ComponentLoader

getKnownComponents() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

getLogBasis() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

getLoggerName() - Method in class ai.libs.hasco.core.HASCO

getLoggerName() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

getLoggerName() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getMax() - Method in class ai.libs.hasco.model.NumericParameterDomain

getMaximumPostprocessingTimeOfAnyPoolMember(Collection<HASCOSolutionCandidate<Double>>) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getMetaminer() - Method in class ai.libs.hasco.metamining.MetaMinerBasedSorter

Gets the IMetaMiner, which is used to derive a score for a given TFDNode based on its attached ComponentInstance.

getMin() - Method in class ai.libs.hasco.model.NumericParameterDomain

getName() - Method in class ai.libs.hasco.model.Component

getName() - Method in class ai.libs.hasco.model.Parameter

getNestedComponentDescription() - Method in class ai.libs.hasco.model.ComponentInstance

getNumberOfConsideredSolutions() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getNumberOfCPUS() - Method in class ai.libs.hasco.events.HASCORunStartedEvent

getNumberOfUnparametrizedCompositions(Collection<Component>, String) - Static method in class ai.libs.hasco.model.ComponentUtil

getNumericParameterRefinement(Interval, double, boolean, ParameterRefinementConfiguration) - Static method in class ai.libs.hasco.core.Util

getNumSolutionsInPhase1() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOReport

getObservedSolutionsGroupedByModuloParameters() - Method in class ai.libs.hasco.observers.HASCOModelStatisticsObserver

getObservedSolutionsGroupedModuloParameters() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

Gets all solutions received so far grouped in a map in which the keys are unparametrized component instances.

getOptimizer() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

getOverwrittenDatacontainersInState(Monom) - Static method in class ai.libs.hasco.core.Util

getParamConfigs() - Method in class ai.libs.hasco.serialization.ComponentLoader

getParameters() - Method in class ai.libs.hasco.model.Component

getParametersThatHaveBeenSetExplicitly() - Method in class ai.libs.hasco.model.ComponentInstance

getParametersThatHaveNotBeenSetExplicitly() - Method in class ai.libs.hasco.model.ComponentInstance

getParameterValue(Parameter) - Method in class ai.libs.hasco.model.ComponentInstance

getParameterValue(String) - Method in class ai.libs.hasco.model.ComponentInstance

getParameterValues() - Method in class ai.libs.hasco.model.ComponentInstance

getParameterWithName(String) - Method in class ai.libs.hasco.model.Component

Returns the parameter for a given name.

getParametrizations(Monom, Collection<Component>, boolean) - Static method in class ai.libs.hasco.core.Util

getParamRefinementConfig() - Method in class ai.libs.hasco.core.RefinementConfiguredSoftwareConfigurationProblem

getParamsForNegativeEvaluation(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.isNotRefinable

getParamsForNegativeEvaluation(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.IsRefinementCompletedPredicate

getParamsForNegativeEvaluation(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

getParamsForPositiveEvaluation(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.isNotRefinable

getParamsForPositiveEvaluation(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.IsRefinementCompletedPredicate

getParamsForPositiveEvaluation(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

getPerformanceOfObject() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

getPerformanceStatisticsForComposition(UnparametrizedComponentInstance) - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

getPerformanceStatisticsForComposition(UnparametrizedComponentInstance) - Method in class ai.libs.hasco.observers.HASCOModelStatisticsObserver

getPerformanceStatisticsPerComposition() - Method in class ai.libs.hasco.observers.HASCOModelStatisticsObserver

getPhase1ResultQueue() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getPlanningDomain() - Method in class ai.libs.hasco.reduction.HASCOReduction

getPlanningGraphGeneratorDeriver() - Method in class ai.libs.hasco.core.HASCO

getPlanningGraphGeneratorDeriver() - Method in class ai.libs.hasco.core.HASCOFactory

getPlanningProblem() - Method in class ai.libs.hasco.core.HASCO

getPlanningProblem(CEOCIPSTNPlanningDomain, CNFFormula, Monom) - Method in class ai.libs.hasco.reduction.HASCOReduction

getPlanningProblem() - Method in class ai.libs.hasco.reduction.HASCOReduction

getPlanningSolution() - Method in class ai.libs.hasco.core.HASCOSolutionCandidate

getPostprocessingTimeOfCurrentlyBest() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getPreferredNodeEvaluator() - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

getPremise() - Method in class ai.libs.hasco.model.Dependency

getPrettyPrint() - Method in class ai.libs.hasco.model.ComponentInstance

Returns the description of a ComponentInstance as a pretty print with indentation.

getPriorizingPredicate() - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

getProblem() - Method in class ai.libs.hasco.core.HASCOFactory

getProvidedInterfaces() - Method in class ai.libs.hasco.model.Component

getRefinementsPerStep() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

getReort() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getReport() - Method in class ai.libs.hasco.core.HASCO

getRequiredInterface() - Method in class ai.libs.hasco.core.SoftwareConfigurationProblem

getRequiredInterface() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

getRequiredInterfaces() - Method in class ai.libs.hasco.model.Component

getReturnedSolution() - Method in class ai.libs.hasco.events.HASCORunTerminatedEvent

getReturnedSolution() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOReport

getSatisfactionOfRequiredInterfaces() - Method in class ai.libs.hasco.model.ComponentInstance

getSatisfactionOfRequiredInterfaces() - Method in class ai.libs.hasco.model.UnparametrizedComponentInstance

getScore() - Method in class ai.libs.hasco.core.HASCOSolutionCandidate

getScore() - Method in class ai.libs.hasco.events.HASCORunTerminatedEvent

getScore() - Method in class ai.libs.hasco.events.HASCOSolutionEvaluationEvent

getScore() - Method in class ai.libs.hasco.events.HASCOSolutionEvent

getSearch() - Method in class ai.libs.hasco.core.HASCO

getSearchFactory() - Method in class ai.libs.hasco.core.HASCO

getSearchFactory() - Method in class ai.libs.hasco.core.HASCOFactory

getSearchFactory() - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

getSearchProblemTransformer() - Method in class ai.libs.hasco.core.HASCO

getSearchProblemTransformer() - Method in class ai.libs.hasco.core.HASCOFactory

getSearchProblemTransformer() - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

getSecondsSpentInPhase1() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getSeed() - Method in class ai.libs.hasco.events.HASCORunStartedEvent

getSelectedSolutionCandidate() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getSelectionBenchmark() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseSoftwareConfigurationProblem

getSelectionForPhase2() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getSelectionScoresOfCandidates() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

getSelectionsOnPathToRoot() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

Gets the choices made in the combo boxes on the path from the root to here.

getSolution() - Method in class ai.libs.hasco.events.HASCOSolutionEvaluationEvent

getSolutionCandidates() - Method in class ai.libs.hasco.core.HASCORunReport

getSolutionCompositionForNode(IHierarchicalPlanningGraphGeneratorDeriver<CEOCIPSTNPlanningProblem, N, A>, Collection<Component>, Monom, Node<N, ?>, boolean) - Static method in class ai.libs.hasco.core.Util

getSolutionCompositionForPlan(Collection<Component>, Monom, Plan, boolean) - Static method in class ai.libs.hasco.core.Util

getSolutionCompositionFromState(Collection<Component>, Monom, boolean) - Static method in class ai.libs.hasco.core.Util

getStatsForComponents(Collection<Component>) - Static method in class ai.libs.hasco.model.ComponentUtil

getSubComposition(List<String>) - Method in class ai.libs.hasco.model.UnparametrizedComponentInstance

Determines the sub-composition under a path of required interfaces

getTimeOfCreation() - Method in class ai.libs.hasco.core.HASCOSolutionCandidate

getTimeout() - Method in class ai.libs.hasco.events.HASCORunStartedEvent

getTimeToEvaluateCandidate() - Method in class ai.libs.hasco.core.HASCOSolutionCandidate

getTitle() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginView

getTv() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentCell

getUnresolvableRequiredInterfaces() - Method in class ai.libs.hasco.serialization.ComponentLoader

getUpdatedDomainsOfComponentParameters(Monom, Component, String) - Static method in class ai.libs.hasco.core.Util

getUpdatedDomainsOfComponentParameters(ComponentInstance) - Static method in class ai.libs.hasco.core.Util

getValues() - Method in class ai.libs.hasco.model.CategoricalParameterDomain

getWrappedDeriver() - Method in class ai.libs.hasco.core.DefaultHASCOPlanningGraphGeneratorDeriver

H

handleAlgorithmEventInternally(AlgorithmEvent) - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginController

HASCO<S extends jaicore.search.probleminputs.GraphSearchInput<N,A>,N,A,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

Hierarchically create an object of type T

HASCO(RefinementConfiguredSoftwareConfigurationProblem<V>, IHASCOPlanningGraphGeneratorDeriver<N, A>, IOptimalPathInORGraphSearchFactory<S, N, A, V>, AlgorithmicProblemReduction<GraphSearchWithPathEvaluationsInput<N, A, V>, EvaluatedSearchGraphPath<N, A, V>, S, EvaluatedSearchGraphPath<N, A, V>>) - Constructor for class ai.libs.hasco.core.HASCO

HASCO(HASCOConfig, RefinementConfiguredSoftwareConfigurationProblem<V>, IHASCOPlanningGraphGeneratorDeriver<N, A>, IOptimalPathInORGraphSearchFactory<S, N, A, V>, AlgorithmicProblemReduction<GraphSearchWithPathEvaluationsInput<N, A, V>, EvaluatedSearchGraphPath<N, A, V>, S, EvaluatedSearchGraphPath<N, A, V>>) - Constructor for class ai.libs.hasco.core.HASCO

HASCOConfig - Interface in ai.libs.hasco.core

HASCOFactory<S extends jaicore.search.probleminputs.GraphSearchInput<N,A>,N,A,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

HASCOFactory() - Constructor for class ai.libs.hasco.core.HASCOFactory

HASCOJacksonModule - Class in ai.libs.hasco.serialization

HASCOJacksonModule() - Constructor for class ai.libs.hasco.serialization.HASCOJacksonModule

HASCOModelStatisticsComponentCell - Class in ai.libs.hasco.gui.statsplugin

HASCOModelStatisticsComponentCell(TreeView<HASCOModelStatisticsComponentSelector>) - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentCell

HASCOModelStatisticsComponentSelector - Class in ai.libs.hasco.gui.statsplugin

HASCOModelStatisticsComponentSelector(HASCOModelStatisticsPluginView, HASCOModelStatisticsPluginModel) - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

HASCOModelStatisticsComponentSelector(HASCOModelStatisticsPluginView, HASCOModelStatisticsComponentSelector, String, HASCOModelStatisticsPluginModel) - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

HASCOModelStatisticsObserver - Class in ai.libs.hasco.observers

HASCOModelStatisticsObserver() - Constructor for class ai.libs.hasco.observers.HASCOModelStatisticsObserver

HASCOModelStatisticsPlugin - Class in ai.libs.hasco.gui.statsplugin

HASCOModelStatisticsPlugin() - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPlugin

HASCOModelStatisticsPluginController - Class in ai.libs.hasco.gui.statsplugin

HASCOModelStatisticsPluginController(HASCOModelStatisticsPluginModel, HASCOModelStatisticsPluginView) - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginController

HASCOModelStatisticsPluginModel - Class in ai.libs.hasco.gui.statsplugin

HASCOModelStatisticsPluginModel() - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginModel

HASCOModelStatisticsPluginView - Class in ai.libs.hasco.gui.statsplugin

HASCOModelStatisticsPluginView(HASCOModelStatisticsPluginModel) - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginView

HASCOModelStatisticsPluginView(HASCOModelStatisticsPluginModel, int) - Constructor for class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginView

HASCOReduction<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.reduction

This is the class that conducts the actual problem reduction of software configuration to HTN Planning

HASCOReduction(Supplier<HASCOSolutionCandidate<V>>) - Constructor for class ai.libs.hasco.reduction.HASCOReduction

HASCORunReport<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

HASCORunReport(List<HASCOSolutionCandidate<V>>) - Constructor for class ai.libs.hasco.core.HASCORunReport

HASCORunStartedEvent<T,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.events

HASCORunStartedEvent(String, int, int, int, IObjectEvaluator<T, V>) - Constructor for class ai.libs.hasco.events.HASCORunStartedEvent

HASCORunTerminatedEvent<T,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.events

HASCORunTerminatedEvent(ComponentInstance, T, V) - Constructor for class ai.libs.hasco.events.HASCORunTerminatedEvent

HASCOSolutionCandidate<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

This is a wrapper class only used for efficient processing of solutions.

HASCOSolutionCandidate(ComponentInstance, EvaluatedSearchGraphBasedPlan<V, ?>, int) - Constructor for class ai.libs.hasco.core.HASCOSolutionCandidate

HASCOSolutionEvaluationEvent<T,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.events

HASCOSolutionEvaluationEvent(ComponentInstance, T, V) - Constructor for class ai.libs.hasco.events.HASCOSolutionEvaluationEvent

HASCOSolutionEvent<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.events

HASCOSolutionEvent(String, HASCOSolutionCandidate<V>) - Constructor for class ai.libs.hasco.events.HASCOSolutionEvent

HASCOSQLEventLogger<T,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.eventlogger

HASCOSQLEventLogger(SQLAdapter) - Constructor for class ai.libs.hasco.eventlogger.HASCOSQLEventLogger

HASCOViaFD<ISearch extends jaicore.search.probleminputs.GraphSearchInput<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.String>,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.variants.forwarddecomposition

HASCOViaFD(RefinementConfiguredSoftwareConfigurationProblem<V>, IOptimalPathInORGraphSearchFactory<ISearch, TFDNode, String, V>, AlgorithmicProblemReduction<GraphSearchWithPathEvaluationsInput<TFDNode, String, V>, EvaluatedSearchGraphPath<TFDNode, String, V>, ISearch, EvaluatedSearchGraphPath<TFDNode, String, V>>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFD

HASCOViaFDAndBestFirst<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.variants.forwarddecomposition

HASCOViaFDAndBestFirst(RefinementConfiguredSoftwareConfigurationProblem<V>, IOptimalPathInORGraphSearchFactory<GraphSearchWithSubpathEvaluationsInput<TFDNode, String, V>, TFDNode, String, V>, AlgorithmicProblemReduction<GraphSearchWithPathEvaluationsInput<TFDNode, String, V>, EvaluatedSearchGraphPath<TFDNode, String, V>, GraphSearchWithSubpathEvaluationsInput<TFDNode, String, V>, EvaluatedSearchGraphPath<TFDNode, String, V>>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirst

HASCOViaFDAndBestFirst(HASCO<GraphSearchWithSubpathEvaluationsInput<TFDNode, String, V>, TFDNode, String, V>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirst

HASCOViaFDAndBestFirstFactory<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.variants.forwarddecomposition

This factory makes it easier to create HASCO objects.

HASCOViaFDAndBestFirstFactory() - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

HASCOViaFDAndBestFirstFactory(INodeEvaluator<TFDNode, V>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

HASCOViaFDAndBestFirstWithRandomCompletions<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.variants.forwarddecomposition

HASCOViaFDAndBestFirstWithRandomCompletions(RefinementConfiguredSoftwareConfigurationProblem<V>, int, int, int, int) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletions

HASCOViaFDAndBestFirstWithRandomCompletions(RefinementConfiguredSoftwareConfigurationProblem<V>, Predicate<TFDNode>, int, int, int, int, INodeEvaluator<TFDNode, V>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletions

HASCOViaFDAndBestFirstWithRandomCompletionsFactory - Class in ai.libs.hasco.variants.forwarddecomposition

HASCOViaFDAndBestFirstWithRandomCompletionsFactory(int, int) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

HASCOViaFDAndBestFirstWithRandomCompletionsFactory(int, int, int, int) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

HASCOViaFDFactory<S extends jaicore.search.probleminputs.GraphSearchInput<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.String>,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.variants.forwarddecomposition

HASCOViaFDFactory() - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDFactory

HASCOViaFDFactory(IOptimalPathInORGraphSearchFactory<S, TFDNode, String, V>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDFactory

HASCOWithRandomCompletionsConfig - Interface in ai.libs.hasco.variants.forwarddecomposition.twophase

hasEvaluationForComponentInstance(ComponentInstance) - Method in class ai.libs.hasco.core.TimeRecordingEvaluationWrapper

hashCode() - Method in class ai.libs.hasco.core.RefinementConfiguredSoftwareConfigurationProblem

hashCode() - Method in class ai.libs.hasco.core.SoftwareConfigurationProblem

hashCode() - Method in class ai.libs.hasco.model.CategoricalParameterDomain

hashCode() - Method in class ai.libs.hasco.model.Component

hashCode() - Method in class ai.libs.hasco.model.ComponentInstance

hashCode() - Method in class ai.libs.hasco.model.Dependency

hashCode() - Method in class ai.libs.hasco.model.NumericParameterDomain

hashCode() - Method in class ai.libs.hasco.model.Parameter

hashCode() - Method in class ai.libs.hasco.model.UnparametrizedComponentInstance

I

IHASCOPlanningGraphGeneratorDeriver<N,A> - Interface in ai.libs.hasco.core

IMetaMiner - Interface in ai.libs.hasco.metamining

Used to score a given ComponentInstance based on meta feature of the ComponentInstance and possibly also its application context.

informAboutNewSolution(ComponentInstance, double) - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

init() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

IParameterDomain - Interface in ai.libs.hasco.model

isCategorical() - Method in class ai.libs.hasco.model.Parameter

isDefaultConfiguration(ComponentInstance) - Static method in class ai.libs.hasco.model.ComponentUtil

isDependencyConditionSatisfied(Collection<SetUtil.Pair<Parameter, IParameterDomain>>, Map<Parameter, IParameterDomain>) - Static method in class ai.libs.hasco.core.Util

isDependencyPremiseSatisfied(Dependency, Map<Parameter, IParameterDomain>) - Static method in class ai.libs.hasco.core.Util

isInitRefinementOnLogScale() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

isInitWithExtremalPoints() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

isInteger() - Method in class ai.libs.hasco.model.NumericParameterDomain

isNotRefinable - Class in ai.libs.hasco.core

isNotRefinable(Collection<Component>, Map<Component, Map<Parameter, ParameterRefinementConfiguration>>) - Constructor for class ai.libs.hasco.core.isNotRefinable

isNumeric() - Method in class ai.libs.hasco.model.Parameter

isOracable() - Method in class ai.libs.hasco.core.isNotRefinable

isOracable() - Method in class ai.libs.hasco.core.IsRefinementCompletedPredicate

isOracable() - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

IsRefinementCompletedPredicate - Class in ai.libs.hasco.core

IsRefinementCompletedPredicate(Collection<Component>, Map<Component, Map<Parameter, ParameterRefinementConfiguration>>) - Constructor for class ai.libs.hasco.core.IsRefinementCompletedPredicate

isValidComponentInstantiation(ComponentInstance) - Static method in class ai.libs.hasco.model.ComponentInstanceUtil

Checks whether a component instance adheres to the defined inter-parameter dependencies defined in the component.

IsValidParameterRangeRefinementPredicate - Class in ai.libs.hasco.core

IsValidParameterRangeRefinementPredicate(Collection<Component>, Map<Component, Map<Parameter, ParameterRefinementConfiguration>>) - Constructor for class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

K

K_BLOWUP_POSTPROCESS - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

K_BLOWUP_SELECTION - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

K_RANDOM_COMPLETIONS_NUM - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.HASCOWithRandomCompletionsConfig

K_RANDOM_COMPLETIONS_TIMEOUT_NODE - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.HASCOWithRandomCompletionsConfig

K_RANDOM_COMPLETIONS_TIMEOUT_PATH - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.HASCOWithRandomCompletionsConfig

K_RANDOM_SEED - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

K_SELECTION_EVALUATION_TIMEOUT_TOLERANCE - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

K_SELECTION_NUM_CONSIDERED_SOLUTIONS - Static variable in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

K_VISUALIZE - Static variable in interface ai.libs.hasco.core.HASCOConfig

L

loadComponents(File) - Method in class ai.libs.hasco.serialization.ComponentLoader

M

main(String[]) - Static method in class ai.libs.hasco.serialization.ComponentLoader

matchesPathRestriction(List<SetUtil.Pair<String, String>>) - Method in class ai.libs.hasco.model.ComponentInstance

This method checks, whether a path of refinements conforms the constraints for parameter refinements.

matchesPathRestrictions(Collection<List<SetUtil.Pair<String, String>>>) - Method in class ai.libs.hasco.model.ComponentInstance

This method checks, whether a given list of paths of refinements conforms the constraints for parameter refinements.

MetaMinerBasedSorter - Class in ai.libs.hasco.metamining

A Comparator for TFDNodes that sorts based on meta information about the underlying ComponentInstance of the node and possibly application context.

MetaMinerBasedSorter(IMetaMiner, ComponentLoader) - Constructor for class ai.libs.hasco.metamining.MetaMinerBasedSorter

Creates a new MetaminerBasedSorter object that compares given TFDNodes based on the attached ComponentInstance.

N

nextWithException() - Method in class ai.libs.hasco.core.HASCO

nextWithException() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

nextWithException() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

numberOfRandomCompletions() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.HASCOWithRandomCompletionsConfig

NumericParameterDomain - Class in ai.libs.hasco.model

NumericParameterDomain(boolean, double, double) - Constructor for class ai.libs.hasco.model.NumericParameterDomain

O

OptimizingFactory<P extends SoftwareConfigurationProblem<V>,T,C extends EvaluatedSoftwareConfigurationSolution<V>,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.optimizingfactory

OptimizingFactory(OptimizingFactoryProblem<P, T, V>, SoftwareConfigurationAlgorithmFactory<P, C, V>) - Constructor for class ai.libs.hasco.optimizingfactory.OptimizingFactory

OptimizingFactoryProblem<P extends SoftwareConfigurationProblem<V>,T,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.optimizingfactory

OptimizingFactoryProblem(BaseFactory<T>, P) - Constructor for class ai.libs.hasco.optimizingfactory.OptimizingFactoryProblem

P

Parameter - Class in ai.libs.hasco.model

Parameter(String, IParameterDomain, Object) - Constructor for class ai.libs.hasco.model.Parameter

ParameterRefinementConfiguration - Class in ai.libs.hasco.model

ParameterRefinementConfiguration(boolean, int, double) - Constructor for class ai.libs.hasco.model.ParameterRefinementConfiguration

ParameterRefinementConfiguration(double, double, boolean, int, double) - Constructor for class ai.libs.hasco.model.ParameterRefinementConfiguration

R

randomParameterizationOfComponent(Component, Random) - Static method in class ai.libs.hasco.model.ComponentUtil

This procedure returns a valid random parameterization of a given component.

randomSeed() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

readAsTree(TreeNode) - Method in class ai.libs.hasco.serialization.ComponentInstanceDeserializer

readFromString(String) - Method in class ai.libs.hasco.serialization.ComponentLoader

receiveRunStartedEvent(HASCORunStartedEvent<T, V>) - Method in class ai.libs.hasco.eventlogger.HASCOSQLEventLogger

receiveRunTerminatedEvent(HASCORunTerminatedEvent<T, V>) - Method in class ai.libs.hasco.eventlogger.HASCOSQLEventLogger

receiveSolutionEvaluationEvent(HASCOSolutionEvaluationEvent<T, V>) - Method in class ai.libs.hasco.eventlogger.HASCOSQLEventLogger

receiveSolutionEvent(HASCOSolutionEvent<Double>) - Method in class ai.libs.hasco.observers.HASCOModelStatisticsObserver

RefinementConfiguredSoftwareConfigurationProblem<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

In this problem, the core software configuration problem is extended by predefining how the the parameters may be refined

RefinementConfiguredSoftwareConfigurationProblem(File, String, IObjectEvaluator<ComponentInstance, V>) - Constructor for class ai.libs.hasco.core.RefinementConfiguredSoftwareConfigurationProblem

RefinementConfiguredSoftwareConfigurationProblem(SoftwareConfigurationProblem<V>, Map<Component, Map<Parameter, ParameterRefinementConfiguration>>) - Constructor for class ai.libs.hasco.core.RefinementConfiguredSoftwareConfigurationProblem

refineOnLinearScale(Interval, int, double, boolean, boolean) - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

refineOnLinearScale(Interval, int, double) - Static method in class ai.libs.hasco.core.Util

refineOnLogScale(Interval, int, double, double, boolean) - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

refineOnLogScale(Interval, int, double, double) - Static method in class ai.libs.hasco.core.Util

refineRecursively(Interval, int, double, double, double) - Static method in class ai.libs.hasco.core.Util

S

score(ComponentInstance) - Method in interface ai.libs.hasco.metamining.IMetaMiner

Gives a score to the given ComponentInstance based on its meta features and possibly meta features of the application context as well.

selectionNumConsideredSolutions() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

selectionPhaseTimeoutTolerance() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOConfig

selectModel() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

serializeComponentInstance(ComponentInstance) - Static method in class ai.libs.hasco.serialization.CompositionSerializer

setBenchmark(IObjectEvaluator<T, V>) - Method in class ai.libs.hasco.events.HASCORunStartedEvent

setConfig(TwoPhaseHASCOConfig) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

setHasco(HASCO<?, N, A, ?>) - Method in class ai.libs.hasco.variants.forwarddecomposition.DefaultPathPriorizingPredicate

setHasco(HASCO<S, N, A, Double>) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

setHascoFactory(HASCOFactory<S, N, A, Double>) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

setLoggerName(String) - Method in class ai.libs.hasco.core.HASCO

setLoggerName(String) - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

setLoggerName(String) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

setMetaminer(IMetaMiner) - Method in class ai.libs.hasco.metamining.MetaMinerBasedSorter

Sets the IMetaMiner, which is used to derive a score for a given TFDNode based on its attached ComponentInstance.

setNodeEvaluator(INodeEvaluator<TFDNode, V>) - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

setNumberOfConsideredSolutions(int) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

setPlanningGraphGeneratorDeriver(IHASCOPlanningGraphGeneratorDeriver<N, A>) - Method in class ai.libs.hasco.core.HASCOFactory

setPreferredNodeEvaluator(INodeEvaluator<TFDNode, Double>) - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

setPriorizingPredicate(Predicate<TFDNode>) - Method in class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

setProblemInput(RefinementConfiguredSoftwareConfigurationProblem<V>) - Method in class ai.libs.hasco.core.HASCOFactory

setSearchFactory(IOptimalPathInORGraphSearchFactory<S, N, A, V>) - Method in class ai.libs.hasco.core.HASCOFactory

setSearchProblemTransformer(AlgorithmicProblemReduction<GraphSearchWithPathEvaluationsInput<N, A, V>, EvaluatedSearchGraphPath<N, A, V>, S, EvaluatedSearchGraphPath<N, A, V>>) - Method in class ai.libs.hasco.core.HASCOFactory

shouldSearchTerminate(long) - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

shutdown() - Method in class ai.libs.hasco.core.HASCO

shutdown() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

SoftwareConfigurationAlgorithm<P extends SoftwareConfigurationProblem<V>,O extends EvaluatedSoftwareConfigurationSolution<V>,V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.optimizingfactory

SoftwareConfigurationAlgorithm(P) - Constructor for class ai.libs.hasco.optimizingfactory.SoftwareConfigurationAlgorithm

SoftwareConfigurationAlgorithm(IAlgorithmConfig, P) - Constructor for class ai.libs.hasco.optimizingfactory.SoftwareConfigurationAlgorithm

SoftwareConfigurationAlgorithmFactory<P extends SoftwareConfigurationProblem<V>,O extends EvaluatedSoftwareConfigurationSolution<V>,V extends java.lang.Comparable<V>> - Interface in ai.libs.hasco.optimizingfactory

SoftwareConfigurationProblem<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

SoftwareConfigurationProblem(File, String, IObjectEvaluator<ComponentInstance, V>) - Constructor for class ai.libs.hasco.core.SoftwareConfigurationProblem

SoftwareConfigurationProblem(Collection<Component>, String, IObjectEvaluator<ComponentInstance, V>) - Constructor for class ai.libs.hasco.core.SoftwareConfigurationProblem

SoftwareConfigurationProblem(SoftwareConfigurationProblem<V>) - Constructor for class ai.libs.hasco.core.SoftwareConfigurationProblem

subsumes(IParameterDomain) - Method in class ai.libs.hasco.model.CategoricalParameterDomain

subsumes(IParameterDomain) - Method in interface ai.libs.hasco.model.IParameterDomain

subsumes(IParameterDomain) - Method in class ai.libs.hasco.model.NumericParameterDomain

T

test(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.isNotRefinable

test(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.IsRefinementCompletedPredicate

test(Monom, ConstantParam...) - Method in class ai.libs.hasco.core.IsValidParameterRangeRefinementPredicate

test(N) - Method in class ai.libs.hasco.variants.forwarddecomposition.DefaultPathPriorizingPredicate

TFDNodeAsCIViewInfoGenerator - Class in ai.libs.hasco.gui.civiewplugin

This info generator is meant to be used in combination with the node info plug-in.

TFDNodeAsCIViewInfoGenerator(Collection<Component>) - Constructor for class ai.libs.hasco.gui.civiewplugin.TFDNodeAsCIViewInfoGenerator

timeoutForCandidateEvaluation() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.HASCOWithRandomCompletionsConfig

timeoutForNodeEvaluation() - Method in interface ai.libs.hasco.variants.forwarddecomposition.twophase.HASCOWithRandomCompletionsConfig

TimeRecordingEvaluationWrapper<V extends java.lang.Comparable<V>> - Class in ai.libs.hasco.core

TimeRecordingEvaluationWrapper(IObjectEvaluator<ComponentInstance, V>) - Constructor for class ai.libs.hasco.core.TimeRecordingEvaluationWrapper

toComponentNameString() - Method in class ai.libs.hasco.model.ComponentInstance

toString() - Method in class ai.libs.hasco.core.DefaultHASCOPlanningGraphGeneratorDeriver

toString() - Method in class ai.libs.hasco.core.HASCO

toString() - Method in class ai.libs.hasco.core.SoftwareConfigurationProblem

toString() - Method in class ai.libs.hasco.core.TimeRecordingEvaluationWrapper

toString() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

toString() - Method in class ai.libs.hasco.model.CategoricalParameterDomain

toString() - Method in class ai.libs.hasco.model.Component

toString() - Method in class ai.libs.hasco.model.ComponentInstance

toString() - Method in class ai.libs.hasco.model.Dependency

toString() - Method in class ai.libs.hasco.model.NumericParameterDomain

toString() - Method in class ai.libs.hasco.model.Parameter

toString() - Method in class ai.libs.hasco.model.ParameterRefinementConfiguration

toString() - Method in class ai.libs.hasco.model.UnparametrizedComponentInstance

toString() - Method in class ai.libs.hasco.optimizingfactory.OptimizingFactory

toString() - Method in class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

TwoPhaseHASCO<S extends jaicore.search.probleminputs.GraphSearchInput<N,A>,N,A> - Class in ai.libs.hasco.variants.forwarddecomposition.twophase

TwoPhaseHASCO(TwoPhaseSoftwareConfigurationProblem, TwoPhaseHASCOConfig) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

TwoPhaseHASCO(TwoPhaseSoftwareConfigurationProblem, TwoPhaseHASCOConfig, HASCO<S, N, A, Double>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCO

TwoPhaseHASCOConfig - Interface in ai.libs.hasco.variants.forwarddecomposition.twophase

TwoPhaseHASCOFactory<S extends jaicore.search.probleminputs.GraphSearchInput<N,A>,N,A> - Class in ai.libs.hasco.variants.forwarddecomposition.twophase

TwoPhaseHASCOFactory() - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

TwoPhaseHASCOFactory(HASCOFactory<S, N, A, Double>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOFactory

TwoPhaseHASCOReport - Class in ai.libs.hasco.variants.forwarddecomposition.twophase

TwoPhaseHASCOReport(int, int, HASCOSolutionCandidate<Double>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseHASCOReport

TwoPhaseSoftwareConfigurationProblem - Class in ai.libs.hasco.variants.forwarddecomposition.twophase

TwoPhaseSoftwareConfigurationProblem(File, String, IObjectEvaluator<ComponentInstance, Double>, IObjectEvaluator<ComponentInstance, Double>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseSoftwareConfigurationProblem

TwoPhaseSoftwareConfigurationProblem(SoftwareConfigurationProblem<Double>, Map<Component, Map<Parameter, ParameterRefinementConfiguration>>, IObjectEvaluator<ComponentInstance, Double>) - Constructor for class ai.libs.hasco.variants.forwarddecomposition.twophase.TwoPhaseSoftwareConfigurationProblem

U

UnparametrizedComponentInstance - Class in ai.libs.hasco.model

UnparametrizedComponentInstance(String, Map<String, UnparametrizedComponentInstance>) - Constructor for class ai.libs.hasco.model.UnparametrizedComponentInstance

UnparametrizedComponentInstance(ComponentInstance) - Constructor for class ai.libs.hasco.model.UnparametrizedComponentInstance

UnresolvableRequiredInterfaceException - Exception in ai.libs.hasco.serialization

This exception can be thrown if components define required interfaces which cannot be resolved with the so far seen provided interfaces of components.

UnresolvableRequiredInterfaceException() - Constructor for exception ai.libs.hasco.serialization.UnresolvableRequiredInterfaceException

UnresolvableRequiredInterfaceException(String) - Constructor for exception ai.libs.hasco.serialization.UnresolvableRequiredInterfaceException

UnresolvableRequiredInterfaceException(Throwable) - Constructor for exception ai.libs.hasco.serialization.UnresolvableRequiredInterfaceException

UnresolvableRequiredInterfaceException(String, Throwable) - Constructor for exception ai.libs.hasco.serialization.UnresolvableRequiredInterfaceException

update() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentSelector

This recursively updates the whole tree view under this node with respect to the current selections.

update() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginView

updateBestScore(V) - Method in class ai.libs.hasco.core.TimeRecordingEvaluationWrapper

updateHistogram() - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsPluginView

Updates the histogram at the bottom.

updateItem(HASCOModelStatisticsComponentSelector, boolean) - Method in class ai.libs.hasco.gui.statsplugin.HASCOModelStatisticsComponentCell

Util - Class in ai.libs.hasco.core

V

visualizationEnabled() - Method in interface ai.libs.hasco.core.HASCOConfig

W

withAlgorithmConfig(HASCOConfig) - Method in class ai.libs.hasco.core.HASCOFactory

withAlgorithmConfigFile(File) - Method in class ai.libs.hasco.core.HASCOFactory

withDefaultAlgorithmConfig() - Method in class ai.libs.hasco.core.HASCOFactory

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