Uses of Interface
de.rwth.i2.attestor.stateSpaceGeneration.ProgramState

Packages that use ProgramState

Package	Description
de.rwth.i2.attestor.grammar.admissibility
de.rwth.i2.attestor.main	Loads and executes a program analysis task.
de.rwth.i2.attestor.main.scene
de.rwth.i2.attestor.markingGeneration
de.rwth.i2.attestor.markingGeneration.neighbourhood
de.rwth.i2.attestor.markingGeneration.visited
de.rwth.i2.attestor.phases.counterexamples
de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration
de.rwth.i2.attestor.phases.modelChecking.modelChecker	This package implements the model checking tableau method from
de.rwth.i2.attestor.phases.symbolicExecution.procedureImpl
de.rwth.i2.attestor.phases.symbolicExecution.recursive
de.rwth.i2.attestor.phases.symbolicExecution.recursive.interproceduralAnalysis
de.rwth.i2.attestor.phases.symbolicExecution.stateSpaceGenerationImpl
de.rwth.i2.attestor.phases.symbolicExecution.utilStrategies
de.rwth.i2.attestor.phases.transformers
de.rwth.i2.attestor.procedures
de.rwth.i2.attestor.programState
de.rwth.i2.attestor.programState.defaultState
de.rwth.i2.attestor.programState.indexedState
de.rwth.i2.attestor.refinement
de.rwth.i2.attestor.refinement.balanced
de.rwth.i2.attestor.refinement.garbageCollection
de.rwth.i2.attestor.semantics	This package defines the translation process from Java bytecode to an executable (abstract) semantics.
de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements	This package containsSubsumingState the semantics of jimple statements on jimpleExecutables.
de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements.invoke	This package containsSubsumingState classes that deal with abstract methodExecution and the procedure of calling them.
de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.values	This package containsSubsumingState the semantic of several JimpleValues on JimpleExecutables.
de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.values.boolExpr	This package consists of values (expressions) of type boolean booleans themselves (true,false) are modelled by IntConstants in accordance to soot.
de.rwth.i2.attestor.semantics.util
de.rwth.i2.attestor.stateSpaceGeneration	A generic model of a state space and state space generation.

Uses of ProgramState in de.rwth.i2.attestor.grammar.admissibility

Methods in de.rwth.i2.attestor.grammar.admissibility that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	AdmissibilityStrategy.getAdmissibleStatesOf(ProgramState state)

Methods in de.rwth.i2.attestor.grammar.admissibility with parameters of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	AdmissibilityStrategy.getAdmissibleStatesOf(ProgramState state)

Uses of ProgramState in de.rwth.i2.attestor.main

Methods in de.rwth.i2.attestor.main that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Map<de.rwth.i2.attestor.LTLFormula,ProgramState>	AbstractAttestor.getCounterexamples()

Uses of ProgramState in de.rwth.i2.attestor.main.scene

Methods in de.rwth.i2.attestor.main.scene that return ProgramState

Modifier and Type	Method and Description
ProgramState	DefaultScene.createProgramState()
ProgramState	Scene.createProgramState()
ProgramState	DefaultScene.createProgramState(HeapConfiguration heapConfiguration)
ProgramState	Scene.createProgramState(HeapConfiguration heapConfiguration)

Uses of ProgramState in de.rwth.i2.attestor.markingGeneration

Methods in de.rwth.i2.attestor.markingGeneration that return types with arguments of type ProgramState

Modifier and Type	Method and Description
protected abstract List<ProgramState>	AbstractMarkingGenerator.placeInitialMarkings(ProgramState initialState)

Methods in de.rwth.i2.attestor.markingGeneration with parameters of type ProgramState

Modifier and Type	Method and Description
Collection<HeapConfiguration>	AbstractMarkingGenerator.marked(ProgramState initialState)
protected abstract List<ProgramState>	AbstractMarkingGenerator.placeInitialMarkings(ProgramState initialState)

Uses of ProgramState in de.rwth.i2.attestor.markingGeneration.neighbourhood

Methods in de.rwth.i2.attestor.markingGeneration.neighbourhood that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	NeighbourhoodMarkingCommand.computeSuccessors(ProgramState programState)
protected List<ProgramState>	NeighbourhoodMarkingGenerator.placeInitialMarkings(ProgramState initialState)

Methods in de.rwth.i2.attestor.markingGeneration.neighbourhood with parameters of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	NeighbourhoodMarkingCommand.computeSuccessors(ProgramState programState)
protected List<ProgramState>	NeighbourhoodMarkingGenerator.placeInitialMarkings(ProgramState initialState)

Uses of ProgramState in de.rwth.i2.attestor.markingGeneration.visited

Methods in de.rwth.i2.attestor.markingGeneration.visited that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	VisitedMarkingCommand.computeSuccessors(ProgramState programState)
protected List<ProgramState>	VisitedMarkingGenerator.placeInitialMarkings(ProgramState initialState)

Methods in de.rwth.i2.attestor.markingGeneration.visited with parameters of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	VisitedMarkingCommand.computeSuccessors(ProgramState programState)
protected List<ProgramState>	VisitedMarkingGenerator.placeInitialMarkings(ProgramState initialState)

Uses of ProgramState in de.rwth.i2.attestor.phases.counterexamples

Methods in de.rwth.i2.attestor.phases.counterexamples that return ProgramState

Modifier and Type	Method and Description
ProgramState	CounterexampleGenerationPhase.getInputOf(de.rwth.i2.attestor.LTLFormula formula)

Uses of ProgramState in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration

Methods in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration that return ProgramState

Modifier and Type	Method and Description
ProgramState	CounterexampleGenerator.generate()
ProgramState	CounterexampleTrace.getFinalState()
ProgramState	CounterexampleTrace.getInitialState()
ProgramState	TargetBasedStateExplorationStrategy.getNextUnexploredState()
ProgramState	TraceBasedStateExplorationStrategy.getNextUnexploredState()
ProgramState	CounterexampleStateSpace.getState(int id)

Methods in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Set<ProgramState>	CounterexampleStateSpace.getArtificialInfPathsSuccessorsOf(ProgramState state)
Set<ProgramState>	CounterexampleStateSpace.getControlFlowSuccessorsOf(ProgramState state)
Set<ProgramState>	CounterexampleStateSpace.getFinalStates()
Set<ProgramState>	CounterexampleStateSpace.getInitialStates()
Set<ProgramState>	CounterexampleStateSpace.getMaterializationSuccessorsOf(ProgramState state)
Set<ProgramState>	CounterexampleStateSpace.getStates()

Methods in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration with parameters of type ProgramState

Modifier and Type	Method and Description
void	CounterexampleStateSpace.addArtificialInfPathsTransition(ProgramState cur)
void	CounterexampleStateSpace.addControlFlowTransition(ProgramState from, ProgramState to)
void	CounterexampleStateSpace.addInitialState(ProgramState state)
void	CounterexampleStateSpace.addMaterializationTransition(ProgramState from, ProgramState to)
boolean	CounterexampleStateSpace.addState(ProgramState state)
boolean	CounterexampleStateSpace.addStateIfAbsent(ProgramState state)
void	TargetBasedStateExplorationStrategy.addUnexploredState(ProgramState state, boolean isMaterializedState)
void	TraceBasedStateExplorationStrategy.addUnexploredState(ProgramState state, boolean isMaterializedState)
Contract	CounterexampleContractGenerator.generateContract(ProgramState initialState)
Set<ProgramState>	CounterexampleStateSpace.getArtificialInfPathsSuccessorsOf(ProgramState state)
Set<ProgramState>	CounterexampleStateSpace.getControlFlowSuccessorsOf(ProgramState state)
Set<ProgramState>	CounterexampleStateSpace.getMaterializationSuccessorsOf(ProgramState state)
protected Collection<HeapConfiguration>	CounterexampleMethodExecutor.getPostconditions(ProgramState callingState, ScopedHeap scopedHeap)
boolean	NoSuccessorFinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand)
boolean	TraceBasedFinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand)
void	CounterexampleStateSpace.setAborted(ProgramState state)
void	CounterexampleStateSpace.setFinal(ProgramState state)
boolean	StateSubsumptionStrategy.subsumes(ProgramState subsumed, ProgramState subsuming)

Method parameters in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration with type arguments of type ProgramState

Modifier and Type	Method and Description
boolean	NoSuccessorFinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand)
boolean	TraceBasedFinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand)
void	CounterexampleStateSpace.updateFinalStates(Set<ProgramState> newFinalStates, Map<Integer,Integer> idMapping)

Constructors in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration with parameters of type ProgramState

Constructor and Description
TraceBasedFinalStateStrategy(StateSubsumptionStrategy subsumptionStrategy, ProgramState traceFinalState)

Constructor parameters in de.rwth.i2.attestor.phases.counterexamples.counterexampleGeneration with type arguments of type ProgramState

Constructor and Description
CounterexampleStateSpace(Predicate<ProgramState> isFinalStateRequiredPredicate)
TargetBasedStateExplorationStrategy(Collection<ProgramState> targetStates, StateSubsumptionStrategy subsumptionStrategy)

Uses of ProgramState in de.rwth.i2.attestor.phases.modelChecking.modelChecker

Methods in de.rwth.i2.attestor.phases.modelChecking.modelChecker that return ProgramState

Modifier and Type	Method and Description
ProgramState	FailureTrace.getFinalState()
ProgramState	FailureTrace.getInitialState()
ProgramState	FailureTrace.next()

Uses of ProgramState in de.rwth.i2.attestor.phases.symbolicExecution.procedureImpl

Methods in de.rwth.i2.attestor.phases.symbolicExecution.procedureImpl with parameters of type ProgramState

Modifier and Type	Method and Description
StateSpaceGenerator	StateSpaceGeneratorFactory.create(Program program, ProgramState initialState)
StateSpaceGenerator	StateSpaceGeneratorFactory.create(Program program, ProgramState initialState, StateSpace stateSpace)
Contract	InternalContractGenerator.generateContract(ProgramState initialState)

Method parameters in de.rwth.i2.attestor.phases.symbolicExecution.procedureImpl with type arguments of type ProgramState

Modifier and Type	Method and Description
StateSpaceGenerator	StateSpaceGeneratorFactory.create(Program program, List<ProgramState> initialStates)

Uses of ProgramState in de.rwth.i2.attestor.phases.symbolicExecution.recursive

Methods in de.rwth.i2.attestor.phases.symbolicExecution.recursive that return ProgramState

Modifier and Type	Method and Description
ProgramState	InternalProcedureCall.getInput()

Methods in de.rwth.i2.attestor.phases.symbolicExecution.recursive with parameters of type ProgramState

Modifier and Type	Method and Description
void	InternalProcedureRegistry.registerDependency(ProgramState callingState, ProcedureCall call)

Constructors in de.rwth.i2.attestor.phases.symbolicExecution.recursive with parameters of type ProgramState

Constructor and Description
InternalPartialStateSpace(ProgramState callingState, StateSpaceGeneratorFactory stateSpaceGeneratorFactory)

Uses of ProgramState in de.rwth.i2.attestor.phases.symbolicExecution.recursive.interproceduralAnalysis

Methods in de.rwth.i2.attestor.phases.symbolicExecution.recursive.interproceduralAnalysis that return ProgramState

Modifier and Type	Method and Description
ProgramState	ProcedureCall.getInput()

Methods in de.rwth.i2.attestor.phases.symbolicExecution.recursive.interproceduralAnalysis with parameters of type ProgramState

Modifier and Type	Method and Description
protected Collection<HeapConfiguration>	AbstractInterproceduralMethodExecutor.getPostconditions(ProgramState callingState, ScopedHeap scopedHeap)
void	ProcedureRegistry.registerDependency(ProgramState callingState, ProcedureCall call) Stores a dependency between the given state and procedureCall.

Uses of ProgramState in de.rwth.i2.attestor.phases.symbolicExecution.stateSpaceGenerationImpl

Methods in de.rwth.i2.attestor.phases.symbolicExecution.stateSpaceGenerationImpl that return ProgramState

Modifier and Type	Method and Description
ProgramState	InternalStateSpace.getState(int id)

Methods in de.rwth.i2.attestor.phases.symbolicExecution.stateSpaceGenerationImpl that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Set<ProgramState>	InternalStateSpace.getArtificialInfPathsSuccessorsOf(ProgramState state)
Set<ProgramState>	InternalStateSpace.getControlFlowSuccessorsOf(ProgramState state)
Set<ProgramState>	InternalStateSpace.getFinalStates()
Set<ProgramState>	InternalStateSpace.getInitialStates()
Set<ProgramState>	InternalStateSpace.getMaterializationSuccessorsOf(ProgramState state)
Set<ProgramState>	InternalStateSpace.getStates()

Methods in de.rwth.i2.attestor.phases.symbolicExecution.stateSpaceGenerationImpl with parameters of type ProgramState

Modifier and Type	Method and Description
void	InternalStateSpace.addArtificialInfPathsTransition(ProgramState cur)
void	InternalStateSpace.addControlFlowTransition(ProgramState from, ProgramState to)
void	InternalStateSpace.addInitialState(ProgramState state)
void	InternalStateSpace.addMaterializationTransition(ProgramState from, ProgramState to)
boolean	InternalStateSpace.addState(ProgramState state)
boolean	InternalStateSpace.addStateIfAbsent(ProgramState state)
Set<ProgramState>	InternalStateSpace.getArtificialInfPathsSuccessorsOf(ProgramState state)
Set<ProgramState>	InternalStateSpace.getControlFlowSuccessorsOf(ProgramState state)
Set<ProgramState>	InternalStateSpace.getMaterializationSuccessorsOf(ProgramState state)
void	InternalStateSpace.setAborted(ProgramState state)
void	InternalStateSpace.setFinal(ProgramState state)

Method parameters in de.rwth.i2.attestor.phases.symbolicExecution.stateSpaceGenerationImpl with type arguments of type ProgramState

Modifier and Type	Method and Description
void	InternalStateSpace.updateFinalStates(Set<ProgramState> newFinalStates, Map<Integer,Integer> idMapping)

Uses of ProgramState in de.rwth.i2.attestor.phases.symbolicExecution.utilStrategies

Methods in de.rwth.i2.attestor.phases.symbolicExecution.utilStrategies that return ProgramState

Modifier and Type	Method and Description
ProgramState	DepthFirstStateExplorationStrategy.getNextUnexploredState()
ProgramState	NoStateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)

Methods in de.rwth.i2.attestor.phases.symbolicExecution.utilStrategies that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	AdmissibleStateRectificationStrategy.rectify(ProgramState state)
Collection<ProgramState>	NoRectificationStrategy.rectify(ProgramState state)

Methods in de.rwth.i2.attestor.phases.symbolicExecution.utilStrategies with parameters of type ProgramState

Modifier and Type	Method and Description
void	DepthFirstStateExplorationStrategy.addUnexploredState(ProgramState state, boolean isMaterializedState)
void	NoStateLabelingStrategy.computeAtomicPropositions(ProgramState programState)
boolean	TerminalStatementFinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand)
Collection<ProgramState>	AdmissibleStateRectificationStrategy.rectify(ProgramState state)
Collection<ProgramState>	NoRectificationStrategy.rectify(ProgramState state)
ProgramState	NoStateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)

Method parameters in de.rwth.i2.attestor.phases.symbolicExecution.utilStrategies with type arguments of type ProgramState

Modifier and Type	Method and Description
boolean	TerminalStatementFinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand)

Uses of ProgramState in de.rwth.i2.attestor.phases.transformers

Methods in de.rwth.i2.attestor.phases.transformers that return ProgramState

Modifier and Type	Method and Description
ProgramState	CounterexampleTransformer.getInputOf(de.rwth.i2.attestor.LTLFormula formula)

Uses of ProgramState in de.rwth.i2.attestor.procedures

Methods in de.rwth.i2.attestor.procedures that return types with arguments of type ProgramState

Modifier and Type	Method and Description
protected Collection<ProgramState>	AbstractMethodExecutor.createResultStates(ProgramState input, Collection<HeapConfiguration> postconditions)
Collection<ProgramState>	AbstractMethodExecutor.getResultStates(ProgramState callingState, ProgramState input)
Collection<ProgramState>	MethodExecutor.getResultStates(ProgramState callingState, ProgramState input)

Methods in de.rwth.i2.attestor.procedures with parameters of type ProgramState

Modifier and Type	Method and Description
protected Collection<ProgramState>	AbstractMethodExecutor.createResultStates(ProgramState input, Collection<HeapConfiguration> postconditions)
Contract	ContractGenerator.generateContract(ProgramState initialState)
protected abstract Collection<HeapConfiguration>	AbstractMethodExecutor.getPostconditions(ProgramState callingState, ScopedHeap scopedHeap)
Collection<ProgramState>	AbstractMethodExecutor.getResultStates(ProgramState callingState, ProgramState input)
Collection<ProgramState>	MethodExecutor.getResultStates(ProgramState callingState, ProgramState input)

Uses of ProgramState in de.rwth.i2.attestor.programState

Classes in de.rwth.i2.attestor.programState that implement ProgramState

Modifier and Type	Class and Description
class	GeneralProgramState A general implementation of program states that comprises most functionality when analyzing Jimple programs.

Methods in de.rwth.i2.attestor.programState that return ProgramState

Modifier and Type	Method and Description
ProgramState	GeneralProgramState.prepareHeap()
ProgramState	GeneralProgramState.shallowCopyWithUpdateHeap(HeapConfiguration newHeap)

Uses of ProgramState in de.rwth.i2.attestor.programState.defaultState

Classes in de.rwth.i2.attestor.programState.defaultState that implement ProgramState

Modifier and Type	Class and Description
class	DefaultProgramState Simple implementation of program states for HRG-based analysis.

Methods in de.rwth.i2.attestor.programState.defaultState that return ProgramState

Modifier and Type	Method and Description
ProgramState	DefaultProgramState.shallowCopy()
ProgramState	DefaultProgramState.shallowCopyUpdatePC(int newPC)

Uses of ProgramState in de.rwth.i2.attestor.programState.indexedState

Classes in de.rwth.i2.attestor.programState.indexedState that implement ProgramState

Modifier and Type	Class and Description
class	IndexedState

Methods in de.rwth.i2.attestor.programState.indexedState that return ProgramState

Modifier and Type	Method and Description
ProgramState	IndexedState.shallowCopy()
ProgramState	IndexedState.shallowCopyUpdatePC(int newPC)

Uses of ProgramState in de.rwth.i2.attestor.refinement

Methods in de.rwth.i2.attestor.refinement that return ProgramState

Modifier and Type	Method and Description
ProgramState	BundledStateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)

Methods in de.rwth.i2.attestor.refinement with parameters of type ProgramState

Modifier and Type	Method and Description
void	AutomatonStateLabelingStrategy.computeAtomicPropositions(ProgramState programState)
ProgramState	BundledStateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)

Uses of ProgramState in de.rwth.i2.attestor.refinement.balanced

Methods in de.rwth.i2.attestor.refinement.balanced that return ProgramState

Modifier and Type	Method and Description
ProgramState	BalancednessStateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)

Methods in de.rwth.i2.attestor.refinement.balanced with parameters of type ProgramState

Modifier and Type	Method and Description
ProgramState	BalancednessStateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)

Uses of ProgramState in de.rwth.i2.attestor.refinement.garbageCollection

Methods in de.rwth.i2.attestor.refinement.garbageCollection that return ProgramState

Modifier and Type	Method and Description
ProgramState	GarbageCollector.refine(SemanticsCommand semanticsCommand, ProgramState state)

Methods in de.rwth.i2.attestor.refinement.garbageCollection with parameters of type ProgramState

Modifier and Type	Method and Description
ProgramState	GarbageCollector.refine(SemanticsCommand semanticsCommand, ProgramState state)

Uses of ProgramState in de.rwth.i2.attestor.semantics

Methods in de.rwth.i2.attestor.semantics that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	TerminalStatement.computeSuccessors(ProgramState executable)

Methods in de.rwth.i2.attestor.semantics with parameters of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	TerminalStatement.computeSuccessors(ProgramState executable)

Uses of ProgramState in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements that return ProgramState

Modifier and Type	Method and Description
ProgramState	AssignInvoke.getCleanedResultState(ProgramState state)
ProgramState	InvokeStmt.getCleanedResultState(ProgramState state)

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	Skip.computeSuccessors(ProgramState programState)
Collection<ProgramState>	ReturnVoidStmt.computeSuccessors(ProgramState programState) Returns the resulting heap with exit location (-1)
Set<ProgramState>	IdentityStmt.computeSuccessors(ProgramState programState) gets the value for the intermediate specified in IdentityStmt.rhs from the heap and assigns IdentityStmt.lhs to it.
Collection<ProgramState>	AssignInvoke.computeSuccessors(ProgramState programState) gets the fixpoint of the abstract method for the given input.
Collection<ProgramState>	AssignStmt.computeSuccessors(ProgramState programState) evaluates the rhs and assigns it to the left hand side.
Set<ProgramState>	IfStmt.computeSuccessors(ProgramState programState) evaluates the condition on the input heap.
Collection<ProgramState>	InvokeStmt.computeSuccessors(ProgramState programState) gets the fixpoint from the method for the input heap and returns it for the successor location.
Collection<ProgramState>	GotoStmt.computeSuccessors(ProgramState state)
Collection<ProgramState>	ReturnValueStmt.computeSuccessors(ProgramState programState)
Set<ProgramState>	BranchingSkip.computeSuccessors(ProgramState programState) copies the input heap to both successor states
protected Collection<ProgramState>	AssignInvoke.getCleanedResultStates(Collection<ProgramState> resultStates)

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements with parameters of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	Skip.computeSuccessors(ProgramState programState)
Collection<ProgramState>	ReturnVoidStmt.computeSuccessors(ProgramState programState) Returns the resulting heap with exit location (-1)
Set<ProgramState>	IdentityStmt.computeSuccessors(ProgramState programState) gets the value for the intermediate specified in IdentityStmt.rhs from the heap and assigns IdentityStmt.lhs to it.
Collection<ProgramState>	AssignInvoke.computeSuccessors(ProgramState programState) gets the fixpoint of the abstract method for the given input.
Collection<ProgramState>	AssignStmt.computeSuccessors(ProgramState programState) evaluates the rhs and assigns it to the left hand side.
Set<ProgramState>	IfStmt.computeSuccessors(ProgramState programState) evaluates the condition on the input heap.
Collection<ProgramState>	InvokeStmt.computeSuccessors(ProgramState programState) gets the fixpoint from the method for the input heap and returns it for the successor location.
Collection<ProgramState>	GotoStmt.computeSuccessors(ProgramState state)
Collection<ProgramState>	ReturnValueStmt.computeSuccessors(ProgramState programState)
Set<ProgramState>	BranchingSkip.computeSuccessors(ProgramState programState) copies the input heap to both successor states
ProgramState	AssignInvoke.getCleanedResultState(ProgramState state)
ProgramState	InvokeStmt.getCleanedResultState(ProgramState state)
boolean	IdentityStmt.needsMaterialization(ProgramState programState)
boolean	AssignInvoke.needsMaterialization(ProgramState programState)
boolean	InvokeStmt.needsMaterialization(ProgramState programState)
boolean	ReturnValueStmt.needsMaterialization(ProgramState programState)

Method parameters in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements with type arguments of type ProgramState

Modifier and Type	Method and Description
protected Collection<ProgramState>	AssignInvoke.getCleanedResultStates(Collection<ProgramState> resultStates)

Uses of ProgramState in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements.invoke

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements.invoke that return ProgramState

Modifier and Type	Method and Description
ProgramState	InvokeCleanup.getCleanedResultState(ProgramState state)

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.statements.invoke with parameters of type ProgramState

Modifier and Type	Method and Description
abstract void	InvokeHelper.cleanHeap(ProgramState programState) Removes unused intermediates (this, params, return) and local variables from the programState.
void	InstanceInvokeHelper.cleanHeap(ProgramState programState) remove any intermediates that are still present in the heap.
void	StaticInvokeHelper.cleanHeap(ProgramState programState) removes all remaining intermediates and local variables.
ProgramState	InvokeCleanup.getCleanedResultState(ProgramState state)
boolean	InvokeHelper.needsMaterialization(ProgramState programState)
boolean	InstanceInvokeHelper.needsMaterialization(ProgramState programState)
abstract void	InvokeHelper.prepareHeap(ProgramState programState) Attaches method parameters and if need be this to the programState for use in the method.
void	InstanceInvokeHelper.prepareHeap(ProgramState programState)
void	StaticInvokeHelper.prepareHeap(ProgramState programState) evaluates the expressions for the arguments and appends them to the heap.

Uses of ProgramState in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.values

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.values with parameters of type ProgramState

Modifier and Type	Method and Description
ConcreteValue	NewExpr.evaluateOn(ProgramState programState) inserts a new element of the expected type into the programState.
ConcreteValue	NullConstant.evaluateOn(ProgramState programState) gets the element of programState that represents null
ConcreteValue	Value.evaluateOn(ProgramState programState)
ConcreteValue	Field.evaluateOn(ProgramState programState) evaluates the expression defining the origin and gets the element referenced by the field starting at this origin element.
ConcreteValue	UndefinedValue.evaluateOn(ProgramState programState)
ConcreteValue	IntConstant.evaluateOn(ProgramState programState)
ConcreteValue	Local.evaluateOn(ProgramState programState)
boolean	NewExpr.needsMaterialization(ProgramState programState)
boolean	NullConstant.needsMaterialization(ProgramState programState)
boolean	Value.needsMaterialization(ProgramState programState)
boolean	Field.needsMaterialization(ProgramState programState)
boolean	UndefinedValue.needsMaterialization(ProgramState programState)
boolean	IntConstant.needsMaterialization(ProgramState programState)
boolean	Local.needsMaterialization(ProgramState programState)
void	Field.setValue(ProgramState programState, ConcreteValue concreteTarget) Sets the value of the field in programState to concreteTarget.
void	SettableValue.setValue(ProgramState programState, ConcreteValue concreteRHS) Sets a value to a given value that is evaluated in a given programState.
void	Local.setValue(ProgramState programState, ConcreteValue concreteTarget) sets the variable in programState to concreteTarget

Uses of ProgramState in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.values.boolExpr

Methods in de.rwth.i2.attestor.semantics.jimpleSemantics.jimple.values.boolExpr with parameters of type ProgramState

Modifier and Type	Method and Description
ConcreteValue	EqualExpr.evaluateOn(ProgramState programState) evaluates both expressions on the executable and returns the element representing true if they result in the same element (otherwise false).
ConcreteValue	UnequalExpr.evaluateOn(ProgramState programState) evaluates both expressions on the executable and returns the element representing true if they don't result in the same element (otherwise false).
boolean	EqualExpr.needsMaterialization(ProgramState programState)
boolean	UnequalExpr.needsMaterialization(ProgramState programState)

Uses of ProgramState in de.rwth.i2.attestor.semantics.util

Methods in de.rwth.i2.attestor.semantics.util with parameters of type ProgramState

Modifier and Type	Method and Description
static void	DeadVariableEliminator.removeDeadVariables(SceneObject sceneObject, String name, ProgramState programState, Set<String> liveVariables) Removes all dead variables from a given expression.

Uses of ProgramState in de.rwth.i2.attestor.stateSpaceGeneration

Fields in de.rwth.i2.attestor.stateSpaceGeneration with type parameters of type ProgramState

Modifier and Type	Field and Description
protected List<ProgramState>	StateSpaceGeneratorBuilder.initialStates The initial state passed to the state space generation

Methods in de.rwth.i2.attestor.stateSpaceGeneration that return ProgramState

Modifier and Type	Method and Description
ProgramState	StateCanonicalizationStrategy.canonicalize(ProgramState state)
ProgramState	ProgramState.clone()
ProgramState	StateExplorationStrategy.getNextUnexploredState()
ProgramState	StateSpace.getState(int id)
ProgramState	ProgramState.prepareHeap() Adds all required constants if not yet present, converts variables from the semantics format to the format used inside the heap, etc.
ProgramState	StateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)
ProgramState	ProgramState.shallowCopy() Creates a shallow copy of this program state in which the underlying heap configuration is the same as in the copied object.
ProgramState	ProgramState.shallowCopyUpdatePC(int newPC) Creates a shallow copy of this program state in which the underlying heap configuration is the same as in the copied object.
ProgramState	ProgramState.shallowCopyWithUpdateHeap(HeapConfiguration newHeap) Creates a shallow copy in which the underlying heap is set to newHeap without creating a copy first.

Methods in de.rwth.i2.attestor.stateSpaceGeneration that return types with arguments of type ProgramState

Modifier and Type	Method and Description
Collection<ProgramState>	SemanticsCommand.computeSuccessors(ProgramState programState) Executes a single step of the abstract program semantics on the given program state.
Set<ProgramState>	StateSpace.getArtificialInfPathsSuccessorsOf(ProgramState state)
Set<ProgramState>	StateSpace.getControlFlowSuccessorsOf(ProgramState state)
Set<ProgramState>	StateSpace.getFinalStates()
Set<ProgramState>	StateSpace.getInitialStates()
Set<ProgramState>	StateSpace.getMaterializationSuccessorsOf(ProgramState state)
Set<ProgramState>	StateSpace.getStates()
Collection<ProgramState>	StateMaterializationStrategy.materialize(ProgramState state, ViolationPoints violationPoints)
Collection<ProgramState>	StateRectificationStrategy.rectify(ProgramState state)

Methods in de.rwth.i2.attestor.stateSpaceGeneration with parameters of type ProgramState

Modifier and Type	Method and Description
void	StateSpace.addArtificialInfPathsTransition(ProgramState cur)
void	StateSpace.addControlFlowTransition(ProgramState from, ProgramState to)
void	StateSpace.addInitialState(ProgramState state)
StateSpaceGeneratorBuilder	StateSpaceGeneratorBuilder.addInitialState(ProgramState initialState)
void	StateSpace.addMaterializationTransition(ProgramState from, ProgramState to)
boolean	StateSpace.addState(ProgramState state)
boolean	StateSpace.addStateIfAbsent(ProgramState state)
void	StateExplorationStrategy.addUnexploredState(ProgramState state, boolean isMaterializedState)
ProgramState	StateCanonicalizationStrategy.canonicalize(ProgramState state)
void	StateLabelingStrategy.computeAtomicPropositions(ProgramState programState) Determines the atomic propositions assigned to the given program state.
Collection<ProgramState>	SemanticsCommand.computeSuccessors(ProgramState programState) Executes a single step of the abstract program semantics on the given program state.
Set<ProgramState>	StateSpace.getArtificialInfPathsSuccessorsOf(ProgramState state)
Set<ProgramState>	StateSpace.getControlFlowSuccessorsOf(ProgramState state)
Set<ProgramState>	StateSpace.getMaterializationSuccessorsOf(ProgramState state)
boolean	FinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand) Checks whether the given state is a final state
Collection<ProgramState>	StateMaterializationStrategy.materialize(ProgramState state, ViolationPoints violationPoints)
Collection<ProgramState>	StateRectificationStrategy.rectify(ProgramState state)
ProgramState	StateRefinementStrategy.refine(SemanticsCommand semanticsCommand, ProgramState state)
void	StateSpace.setAborted(ProgramState state)
void	StateSpace.setFinal(ProgramState state)

Method parameters in de.rwth.i2.attestor.stateSpaceGeneration with type arguments of type ProgramState

Modifier and Type	Method and Description
StateSpaceGeneratorBuilder	StateSpaceGeneratorBuilder.addInitialStates(List<ProgramState> initialStates)
boolean	FinalStateStrategy.isFinalState(ProgramState state, Collection<ProgramState> successorStates, SemanticsCommand semanticsCommand) Checks whether the given state is a final state
void	StateSpace.updateFinalStates(Set<ProgramState> newFinalStates, Map<Integer,Integer> idMapping)