A B C D E F G H I L M N O P Q R S T V

A

AbstractCalculator - Class in de.learnlib.algorithms.adt.config.model.calculator

AbstractCalculator() - Constructor for class de.learnlib.algorithms.adt.config.model.calculator.AbstractCalculator

addAlphabetSymbol(I) - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

addState(S, Word<I>, O) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Registers a new hypothesis state at the observation tree.

addTrace(S, Word<I>, Word<O>) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Store input/output information about a hypothesis state in the internal data structure.

addTrace(S, ADTNode<S, I, O>) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

See ObservationTree.addState(Object, Word, Object).

ADSCalculator - Interface in de.learnlib.algorithms.adt.config.model

ADT<S,I,O> - Class in de.learnlib.algorithms.adt.adt

The adaptive discrimination tree class.

ADT(LeafSplitter) - Constructor for class de.learnlib.algorithms.adt.adt.ADT

ADT.LCAInfo<S,I,O> - Class in de.learnlib.algorithms.adt.adt

ADTExtender - Interface in de.learnlib.algorithms.adt.api

Interface for configuration objects that specify how to finalize the temporary splitter given by regular counterexample decomposition.

adtExtender() - Static method in class de.learnlib.algorithms.adt.learner.ADTLearner.BuilderDefaults

ADTExtenders - Class in de.learnlib.algorithms.adt.config

A collection of default ADTExtender configurations.

ADTHypothesis<I,O> - Class in de.learnlib.algorithms.adt.automaton

Hypothesis model.

ADTHypothesis(Alphabet<I>) - Constructor for class de.learnlib.algorithms.adt.automaton.ADTHypothesis

ADTLeafNode<S,I,O> - Class in de.learnlib.algorithms.adt.adt

Leaf node implementation.

ADTLeafNode(ADTNode<S, I, O>, S) - Constructor for class de.learnlib.algorithms.adt.adt.ADTLeafNode

ADTLearner<I,O> - Class in de.learnlib.algorithms.adt.learner

The main learning algorithm.

ADTLearner(Alphabet<I>, SymbolQueryOracle<I, O>, LeafSplitter, ADTExtender, SubtreeReplacer) - Constructor for class de.learnlib.algorithms.adt.learner.ADTLearner

ADTLearner.BuilderDefaults - Class in de.learnlib.algorithms.adt.learner

ADTLearnerState<S,I,O> - Class in de.learnlib.algorithms.adt.learner

Utility class that captures all essential state of a ADTLearner run.

ADTLearnerState(ADTHypothesis<I, O>, ADT<S, I, O>) - Constructor for class de.learnlib.algorithms.adt.learner.ADTLearnerState

adtNode - Variable in class de.learnlib.algorithms.adt.adt.ADT.LCAInfo

ADTNode<S,I,O> - Interface in de.learnlib.algorithms.adt.adt

The ADT equivalent of ADSNode.

ADTNode.NodeType - Enum in de.learnlib.algorithms.adt.adt

Utility enum to distinguish the 3 possible types of ADT nodes.

ADTResetNode<S,I,O> - Class in de.learnlib.algorithms.adt.adt

Reset node implementation.

ADTResetNode(ADTNode<S, I, O>) - Constructor for class de.learnlib.algorithms.adt.adt.ADTResetNode

ADTState<I,O> - Class in de.learnlib.algorithms.adt.automaton

Hypothesis state model.

ADTState(int) - Constructor for class de.learnlib.algorithms.adt.automaton.ADTState

ADTSymbolNode<S,I,O> - Class in de.learnlib.algorithms.adt.adt

Symbol node implementation.

ADTSymbolNode(ADTNode<S, I, O>, I) - Constructor for class de.learnlib.algorithms.adt.adt.ADTSymbolNode

ADTTransition<I,O> - Class in de.learnlib.algorithms.adt.automaton

Hypothesis transition model.

ADTTransition() - Constructor for class de.learnlib.algorithms.adt.automaton.ADTTransition

ADTUtil - Class in de.learnlib.algorithms.adt.util

Utility class, that offers some operations revolving around adaptive distinguishing sequences.

B

BestEffortCalculator - Class in de.learnlib.algorithms.adt.config.model.calculator

BestEffortCalculator() - Constructor for class de.learnlib.algorithms.adt.config.model.calculator.BestEffortCalculator

BestEffortDefensiveCalculator - Class in de.learnlib.algorithms.adt.config.model.calculator

BestEffortDefensiveCalculator() - Constructor for class de.learnlib.algorithms.adt.config.model.calculator.BestEffortDefensiveCalculator

buildADSFromObservation(Word<I>, Word<O>, S) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

Build a single trace ADS from the given information.

buildADSFromTrace(MealyMachine<S, I, ?, O>, Word<I>, S) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

BuilderDefaults() - Constructor for class de.learnlib.algorithms.adt.learner.ADTLearner.BuilderDefaults

buildFromADS(ADSNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

Utility method that wraps a ADS of type ADSNode into the equivalent ADS of type ADTNode.

buildTraceForNode(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

C

clearTransition(ADTTransition<I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTState

closeTransition(S, I) - Method in interface de.learnlib.algorithms.adt.api.PartialTransitionAnalyzer

Determine the successor/output of the transition in question (which is usually achieved by sifting the corresponding long-prefix through the ADT).

closeTransition(ADTState<I, O>, I) - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

collectADSNodes(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

collectDirectSubADSs(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

collectLeaves(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

collectResetNodes(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

compute(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>, PartialTransitionAnalyzer<S, I>) - Static method in class de.learnlib.algorithms.adt.ads.DefensiveADS

Compute an adaptive distinguishing sequence (as an ADT) for the given automaton and the given set of states.

compute(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>) - Method in interface de.learnlib.algorithms.adt.config.model.ADSCalculator

compute(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>) - Method in class de.learnlib.algorithms.adt.config.model.calculator.AbstractCalculator

compute(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>, PartialTransitionAnalyzer<S, I>) - Method in class de.learnlib.algorithms.adt.config.model.calculator.BestEffortDefensiveCalculator

compute(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>, PartialTransitionAnalyzer<S, I>) - Method in interface de.learnlib.algorithms.adt.config.model.DefensiveADSCalculator

computeEffectiveResets(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

Computes how often reset nodes are encountered when traversing from the given node to the leaves of the induced subtree of the given node.

computeExtension(ADTHypothesis<I, O>, PartialTransitionAnalyzer<ADTState<I, O>, I>, ADTNode<ADTState<I, O>, I, O>) - Method in interface de.learnlib.algorithms.adt.api.ADTExtender

Compute the ADT whose root node should replace the root of the temporary splitter in the current ADT.

computeExtension(ADTHypothesis<I, O>, PartialTransitionAnalyzer<ADTState<I, O>, I>, ADTNode<ADTState<I, O>, I, O>) - Method in class de.learnlib.algorithms.adt.config.model.extender.DefaultExtender

computeInternal(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>) - Method in class de.learnlib.algorithms.adt.config.model.calculator.AbstractCalculator

computeInternal(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>) - Method in class de.learnlib.algorithms.adt.config.model.calculator.BestEffortCalculator

computeInternal(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>) - Method in class de.learnlib.algorithms.adt.config.model.calculator.MinLengthCalculator

computeInternal(MealyMachine<S, I, ?, O>, Alphabet<I>, Set<S>) - Method in class de.learnlib.algorithms.adt.config.model.calculator.MinSizeCalculator

computeReplacements(MealyMachine<S, I, ?, O>, Alphabet<I>, ADT<S, I, O>) - Method in interface de.learnlib.algorithms.adt.api.SubtreeReplacer

Compute how certain nodes of the ADT should be replaced.

computeReplacements(MealyMachine<S, I, ?, O>, Alphabet<I>, ADT<S, I, O>) - Method in class de.learnlib.algorithms.adt.config.model.replacer.ExhaustiveReplacer

computeReplacements(MealyMachine<S, I, ?, O>, Alphabet<I>, ADT<S, I, O>) - Method in class de.learnlib.algorithms.adt.config.model.replacer.LevelOrderReplacer

computeReplacements(MealyMachine<S, I, ?, O>, Alphabet<I>, ADT<S, I, O>) - Method in class de.learnlib.algorithms.adt.config.model.replacer.SingleReplacer

createOpenTransition(ADTState<I, O>, I, ADTNode<ADTState<I, O>, I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

createState(Void) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

createTransition(ADTState<I, O>, O) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

D

de.learnlib.algorithms.adt.ads - package de.learnlib.algorithms.adt.ads

de.learnlib.algorithms.adt.adt - package de.learnlib.algorithms.adt.adt

de.learnlib.algorithms.adt.api - package de.learnlib.algorithms.adt.api

de.learnlib.algorithms.adt.automaton - package de.learnlib.algorithms.adt.automaton

de.learnlib.algorithms.adt.config - package de.learnlib.algorithms.adt.config

de.learnlib.algorithms.adt.config.model - package de.learnlib.algorithms.adt.config.model

de.learnlib.algorithms.adt.config.model.calculator - package de.learnlib.algorithms.adt.config.model.calculator

de.learnlib.algorithms.adt.config.model.extender - package de.learnlib.algorithms.adt.config.model.extender

de.learnlib.algorithms.adt.config.model.replacer - package de.learnlib.algorithms.adt.config.model.replacer

de.learnlib.algorithms.adt.learner - package de.learnlib.algorithms.adt.learner

de.learnlib.algorithms.adt.model - package de.learnlib.algorithms.adt.model

de.learnlib.algorithms.adt.util - package de.learnlib.algorithms.adt.util

DEFAULT_SPLITTER - Static variable in class de.learnlib.algorithms.adt.config.LeafSplitters

DefaultExtender - Class in de.learnlib.algorithms.adt.config.model.extender

DefaultExtender(DefensiveADSCalculator) - Constructor for class de.learnlib.algorithms.adt.config.model.extender.DefaultExtender

DefensiveADS<S,I,O> - Class in de.learnlib.algorithms.adt.ads

A variant of the backtracking ADS search (see ADS, BacktrackingSearch), that works on partially defined automata.

DefensiveADSCalculator - Interface in de.learnlib.algorithms.adt.config.model

E

empty() - Static method in class de.learnlib.algorithms.adt.model.ExtensionResult

Utility method, returning the (singleton) object indicating, no result could be computed.

EXHAUSTIVE_BEST_EFFORT - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

EXHAUSTIVE_MIN_LENGTH - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

EXHAUSTIVE_MIN_SIZE - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

ExhaustiveReplacer - Class in de.learnlib.algorithms.adt.config.model.replacer

ExhaustiveReplacer(ADSCalculator) - Constructor for class de.learnlib.algorithms.adt.config.model.replacer.ExhaustiveReplacer

EXTEND_BEST_EFFORT - Static variable in class de.learnlib.algorithms.adt.config.ADTExtenders

EXTEND_PARENT - Static variable in class de.learnlib.algorithms.adt.config.LeafSplitters

extendLeaf(ADTNode<S, I, O>, Word<I>, Word<O>, Word<O>) - Method in class de.learnlib.algorithms.adt.adt.ADT

Splitting a leaf node by extending the trace leading into the node to split.

ExtensionResult<S,I,O> - Class in de.learnlib.algorithms.adt.model

A class that describes the possible result a ADTExtender can return.

ExtensionResult(ADTNode<S, I, O>) - Constructor for class de.learnlib.algorithms.adt.model.ExtensionResult

ExtensionResult(DefaultQuery<I, Word<O>>) - Constructor for class de.learnlib.algorithms.adt.model.ExtensionResult

F

fillInStackTrace() - Method in exception de.learnlib.algorithms.adt.api.PartialTransitionAnalyzer.HypothesisModificationException

findLCA(ADTNode<S, I, O>, ADTNode<S, I, O>) - Method in class de.learnlib.algorithms.adt.adt.ADT

Return the lowest common ancestor for the given two nodes.

findSeparatingWord(S, S, Word<I>) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Find a separating word for two hypothesis states, after applying given input sequence first.

findSeparatingWord(S, S) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Find a separating word for two hypothesis states.

firstOutput - Variable in class de.learnlib.algorithms.adt.adt.ADT.LCAInfo

G

getAccessSequence() - Method in class de.learnlib.algorithms.adt.automaton.ADTState

getChildren() - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

getCounterExample() - Method in class de.learnlib.algorithms.adt.model.ExtensionResult

Return the found counterexample.

getCutoutNodes() - Method in class de.learnlib.algorithms.adt.model.ReplacementResult

The set of hypothesis states that are not covered on the proposed replacement.

getHypothesisModel() - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

getHypothesisState() - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

getIncomingTransitions() - Method in class de.learnlib.algorithms.adt.automaton.ADTState

getInput() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

getNodes() - Method in interface de.learnlib.algorithms.adt.adt.ADTNode

getNodeToReplace() - Method in class de.learnlib.algorithms.adt.model.ReplacementResult

The ADT subtree (root-node) that should be replaced.

getNodeType() - Method in class de.learnlib.algorithms.adt.adt.ADTLeafNode

getNodeType() - Method in interface de.learnlib.algorithms.adt.adt.ADTNode

Returns the node type of the current node.

getNodeType() - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

getNodeType() - Method in class de.learnlib.algorithms.adt.adt.ADTSymbolNode

getObservationTree() - Method in class de.learnlib.algorithms.adt.model.ObservationTree

getOutput() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

getOutputForSuccessor(ADTNode<S, I, O>, ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

getParent() - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

getReplacement() - Method in class de.learnlib.algorithms.adt.model.ExtensionResult

Return the proposed replacement.

getReplacement() - Method in class de.learnlib.algorithms.adt.model.ReplacementResult

The ADT subtree (root-node) that forms the replacement.

getRoot() - Method in class de.learnlib.algorithms.adt.adt.ADT

Returns the root node of this ADT.

getSiftNode() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

getSource() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

getStartOfADS(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

getSuccessor(ADTTransition<I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

getSymbol() - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

getTarget() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

getTransitionOutput(ADTTransition<I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

getVisualizationHelper() - Method in interface de.learnlib.algorithms.adt.adt.ADTNode

H

HYPOTHESIS_MODIFICATION_EXCEPTION - Static variable in interface de.learnlib.algorithms.adt.api.PartialTransitionAnalyzer

Global exception instance to avoid (unnecessary) re-instantiation.

HypothesisModificationException() - Constructor for exception de.learnlib.algorithms.adt.api.PartialTransitionAnalyzer.HypothesisModificationException

I

initialize(S) - Method in class de.learnlib.algorithms.adt.adt.ADT

Initializes the ADT with a single leaf node.

initialize(S) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Initialize the observation tree with initial hypothesis state.

initialize(Collection<S>, Function<S, Word<I>>, Function<Word<I>, Word<O>>) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Extended initialization method, that allows to initialize the observation tree with several hypothesis states.

initialize() - Method in class de.learnlib.algorithms.adt.util.SQOOTBridge

isAccessSequence(Word<I>) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

isCounterExample() - Method in class de.learnlib.algorithms.adt.model.ExtensionResult

Utility method, indicating the search for an extension has revealed a counterexample.

isLeaf() - Method in interface de.learnlib.algorithms.adt.adt.ADTNode

isLeafNode(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

isReplacement() - Method in class de.learnlib.algorithms.adt.model.ExtensionResult

Utility method, indicating if the search for an extending replacement was a success.

isResetNode(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

isSpanningTreeEdge() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

isSymbolNode(ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

isTransitionDefined(S, I) - Method in interface de.learnlib.algorithms.adt.api.PartialTransitionAnalyzer

Check whether the transition in question is defined or not.

isTransitionDefined(ADTState<I, O>, I) - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

L

LeafSplitter - Interface in de.learnlib.algorithms.adt.api

Interface for configuration objects that specify how to split the ADT leaf of a hypothesis state that needs refinement.

leafSplitter() - Static method in class de.learnlib.algorithms.adt.learner.ADTLearner.BuilderDefaults

LeafSplitters - Class in de.learnlib.algorithms.adt.config

A collection of default LeafSplitter configurations.

LEVELED_BEST_EFFORT - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

LEVELED_MIN_LENGTH - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

LEVELED_MIN_SIZE - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

LevelOrderReplacer - Class in de.learnlib.algorithms.adt.config.model.replacer

LevelOrderReplacer(ADSCalculator) - Constructor for class de.learnlib.algorithms.adt.config.model.replacer.LevelOrderReplacer

M

mergeADS(ADTNode<S, I, O>, ADTNode<S, I, O>) - Static method in class de.learnlib.algorithms.adt.util.ADTUtil

Tries to merge the given (single trace) ADSs (which only contains one leaf) into the given parent ADSs.

MinLengthCalculator - Class in de.learnlib.algorithms.adt.config.model.calculator

MinLengthCalculator() - Constructor for class de.learnlib.algorithms.adt.config.model.calculator.MinLengthCalculator

MinSizeCalculator - Class in de.learnlib.algorithms.adt.config.model.calculator

MinSizeCalculator() - Constructor for class de.learnlib.algorithms.adt.config.model.calculator.MinSizeCalculator

N

needsSifting() - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

NEVER_REPLACE - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

NOP - Static variable in class de.learnlib.algorithms.adt.config.ADTExtenders

O

ObservationTree<S,I,O> - Class in de.learnlib.algorithms.adt.model

A class, that stores observations of the system under learning in a tree-like structure.

ObservationTree(Alphabet<I>) - Constructor for class de.learnlib.algorithms.adt.model.ObservationTree

P

PartialTransitionAnalyzer<S,I> - Interface in de.learnlib.algorithms.adt.api

During the refinement process of the hypothesis, ADS/Ts may be computed on partially defined automata.

PartialTransitionAnalyzer.HypothesisModificationException - Exception in de.learnlib.algorithms.adt.api

A helper exception to interrupt computations on an invalid hypothesis.

Q

query(I) - Method in class de.learnlib.algorithms.adt.util.SQOOTBridge

R

refineHypothesis(DefaultQuery<I, Word<O>>) - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

refineHypothesisInternal(DefaultQuery<I, Word<O>>) - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

ReplacementResult<S,I,O> - Class in de.learnlib.algorithms.adt.model

A class that describes the possible result a SubtreeReplacer can return.

ReplacementResult(ADTNode<S, I, O>, ADTNode<S, I, O>) - Constructor for class de.learnlib.algorithms.adt.model.ReplacementResult

ReplacementResult(ADTNode<S, I, O>, ADTNode<S, I, O>, Set<S>) - Constructor for class de.learnlib.algorithms.adt.model.ReplacementResult

replaceNode(ADTNode<S, I, O>, ADTNode<S, I, O>) - Method in class de.learnlib.algorithms.adt.adt.ADT

Replaces an existing node in the tree with a new one and updates the references of parent/child nodes accordingly.

reset() - Method in class de.learnlib.algorithms.adt.util.SQOOTBridge

resume(ADTLearnerState<ADTState<I, O>, I, O>) - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

S

secondOutput - Variable in class de.learnlib.algorithms.adt.adt.ADT.LCAInfo

setAccessSequence(Word<I>) - Method in class de.learnlib.algorithms.adt.automaton.ADTState

setHypothesisState(S) - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

setInput(I) - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

setIsSpanningTreeEdge(boolean) - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

setLeafSplitter(LeafSplitter) - Method in class de.learnlib.algorithms.adt.adt.ADT

setOutput(O) - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

setParent(ADTNode<S, I, O>) - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

setSiftNode(ADTNode<ADTState<I, O>, I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

setSource(ADTState<I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

setSymbol(I) - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

setTarget(ADTState<I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTTransition

setTransition(ADTState<I, O>, I, ADTTransition<I, O>) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

setTransitionOutput(ADTTransition<I, O>, O) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

sift(SymbolQueryOracle<I, O>, Word<I>, ADTNode<S, I, O>) - Method in class de.learnlib.algorithms.adt.adt.ADT

Successively sifts a word through the ADT induced by the given node.

sift(SymbolQueryOracle<I, O>, Word<I>) - Method in class de.learnlib.algorithms.adt.adt.ADTLeafNode

sift(SymbolQueryOracle<I, O>, Word<I>) - Method in interface de.learnlib.algorithms.adt.adt.ADTNode

Utility method, that sifts a given word through this ADTNode.

sift(SymbolQueryOracle<I, O>, Word<I>) - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

sift(SymbolQueryOracle<I, O>, Word<I>) - Method in class de.learnlib.algorithms.adt.adt.ADTSymbolNode

SINGLE_BEST_EFFORT - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

SINGLE_MIN_LENGTH - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

SINGLE_MIN_SIZE - Static variable in class de.learnlib.algorithms.adt.config.SubtreeReplacers

SingleReplacer - Class in de.learnlib.algorithms.adt.config.model.replacer

SingleReplacer(ADSCalculator) - Constructor for class de.learnlib.algorithms.adt.config.model.replacer.SingleReplacer

split(ADTNode<S, I, O>, Word<I>, Word<O>, Word<O>) - Method in interface de.learnlib.algorithms.adt.api.LeafSplitter

Split the specified node to correctly distinguish between the old and new hypothesis state.

splitLeaf(ADTNode<S, I, O>, Word<I>, Word<O>, Word<O>) - Method in class de.learnlib.algorithms.adt.adt.ADT

Splits a leaf node using the local LeafSplitter.

splitParent(ADTNode<S, I, O>, Word<I>, Word<O>, Word<O>) - Static method in class de.learnlib.algorithms.adt.config.LeafSplitters

SQOOTBridge<I,O> - Class in de.learnlib.algorithms.adt.util

A utility class that links an observation tree with a symbol query oracle, meaning that all queries to the symbol query oracle will be stored in the observation tree.

SQOOTBridge(ObservationTree<?, I, O>, SymbolQueryOracle<I, O>, boolean) - Constructor for class de.learnlib.algorithms.adt.util.SQOOTBridge

startLearning() - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

SubtreeReplacer - Interface in de.learnlib.algorithms.adt.api

Interface for configuration objects that specify how nodes of the current ADT should be replaced.

subtreeReplacer() - Static method in class de.learnlib.algorithms.adt.learner.ADTLearner.BuilderDefaults

SubtreeReplacers - Class in de.learnlib.algorithms.adt.config

A collection of default SubtreeReplacer configurations.

suspend() - Method in class de.learnlib.algorithms.adt.learner.ADTLearner

T

toString() - Method in class de.learnlib.algorithms.adt.adt.ADTResetNode

toString() - Method in class de.learnlib.algorithms.adt.adt.ADTSymbolNode

trace(S, Word<I>) - Method in class de.learnlib.algorithms.adt.model.ObservationTree

Computes the output of the system under learning when applying the given input sequence in the given hypothesis state.

transformAccessSequence(Word<I>) - Method in class de.learnlib.algorithms.adt.automaton.ADTHypothesis

V

valueOf(String) - Static method in enum de.learnlib.algorithms.adt.adt.ADTNode.NodeType

Returns the enum constant of this type with the specified name.

values() - Static method in enum de.learnlib.algorithms.adt.adt.ADTNode.NodeType

Returns an array containing the constants of this enum type, in the order they are declared.

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