Index (lisa-sdk 0.1b7 API)

A B C D E F G H I J K L M N O P Q R S T U V W Z
All Classes All Packages

A

abs() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the absolute value of this number.
ABSTRACT_METHODS - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for AbstractCodeMembers in non-AbstractClassUnits.
ABSTRACT_NON_INSTANCE - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for AbstractCodeMember that is not instance.
ABSTRACT_SEALED_UNIT - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for sealed AbstractClassUnits.
AbstractClassUnit - Class in it.unive.lisa.program: A compilation unit of the program to analyze.
AbstractClassUnit(CodeLocation, Program, String, boolean) - Constructor for class it.unive.lisa.program.AbstractClassUnit: Builds a concrete compilation unit, defined at the given program point.
AbstractCodeMember - Class in it.unive.lisa.program.cfg: A signature control flow graph, that has no graph implementation but just its signature.

Note that this class does not implement Object.equals(Object) nor Object.hashCode() since all cfgs are unique.
AbstractCodeMember(CodeMemberDescriptor) - Constructor for class it.unive.lisa.program.cfg.AbstractCodeMember: Builds the signature control flow graph.
AbstractState<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Interface in it.unive.lisa.analysis: An abstract state of the analysis, composed by a heap state modeling the memory layout and a value state modeling values of program variables and memory locations.
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.heap.AccessChild
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.heap.HeapAllocation
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.heap.HeapDereference
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.heap.HeapReference
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.SymbolicExpression: Accepts an ExpressionVisitor, visiting this expression recursively.
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.BinaryExpression
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.Constant
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.HeapLocation
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.MemoryPointer
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.OutOfScopeIdentifier
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.PushAny
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.Skip
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.TernaryExpression
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.UnaryExpression
accept(ExpressionVisitor<T>, Object...) - Method in class it.unive.lisa.symbolic.value.Variable
accept(GraphVisitor<G, N, E, V>, V) - Method in interface it.unive.lisa.util.datastructures.graph.Edge: Accepts the given GraphVisitor.
accept(GraphVisitor<G, N, E, V>, V) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Accepts the given GraphVisitor.
accept(GraphVisitor<G, N, E, V>, V) - Method in interface it.unive.lisa.util.datastructures.graph.Node: Accepts the given GraphVisitor.
accept(GraphVisitor<BaseCallGraph, CallGraphNode, CallGraphEdge, V>, V) - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphEdge
accept(GraphVisitor<BaseCallGraph, CallGraphNode, CallGraphEdge, V>, V) - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphNode
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.edge.Edge
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.literal.Literal
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.NaryExpression
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.NoOp
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.Ret
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.UnaryStatement
accept(GraphVisitor<CFG, Statement, Edge, V>, V) - Method in class it.unive.lisa.program.cfg.statement.VariableRef
AccessChild - Class in it.unive.lisa.symbolic.heap: An expression that accesses a memory location that is a child of another one, that is, the former is reachable from the latter.
AccessChild(Type, SymbolicExpression, SymbolicExpression, CodeLocation) - Constructor for class it.unive.lisa.symbolic.heap.AccessChild: Builds the child access.
AccessGlobal - Class in it.unive.lisa.program.cfg.statement.global: An access to a Global of a Unit.
AccessGlobal(CFG, CodeLocation, Unit, Global) - Constructor for class it.unive.lisa.program.cfg.statement.global.AccessGlobal: Builds the global access, happening at the given location in the program.
AccessInstanceGlobal - Class in it.unive.lisa.program.cfg.statement.global: An access to an instance Global of a ClassUnit.
AccessInstanceGlobal(CFG, CodeLocation, Expression, String) - Constructor for class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal: Builds the global access, happening at the given location in the program.
add(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the result of this + other.
add(T) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
add(T) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
addAll(ExternalSet<T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
addAll(ExternalSet<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Adds to this set all elements contained into other.
addAll(Collection<? extends T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
addAll(Collection<? extends T>) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
addAncestor(CompilationUnit) - Method in class it.unive.lisa.program.ClassUnit
addAncestor(CompilationUnit) - Method in class it.unive.lisa.program.CompilationUnit: Adds a new CompilationUnit as direct inheritance ancestor (i.e., superclass, interface, or superinterface) of this unit.
addAncestor(CompilationUnit) - Method in class it.unive.lisa.program.InterfaceUnit
addAnnotation(Annotation) - Method in class it.unive.lisa.program.annotations.Annotations: Adds an annotations to this annotation collection.
addAnnotation(Annotation) - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Adds an annotations to this descriptor.
addAnnotation(Annotation) - Method in class it.unive.lisa.program.cfg.Parameter: Adds an annotations to this parameter.
addAnnotation(Annotation) - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Adds an annotation to the annotations of this variable table entry.
addAnnotation(Annotation) - Method in class it.unive.lisa.program.CompilationUnit: Adds an annotation to the annotations of this compilation unit.
addAnnotation(Annotation) - Method in class it.unive.lisa.program.Global: Adds an annotation to the annotations of this global.
addAnnotation(Annotation) - Method in class it.unive.lisa.symbolic.value.Identifier: Adds an annotation to the annotations of this identifier.
addCodeMember(CodeMember) - Method in class it.unive.lisa.program.Unit: Adds a new CodeMember, identified by its signature (CodeMemberDescriptor.getSignature()), to this unit.
addControlFlowStructure(ControlFlowStructure) - Method in class it.unive.lisa.program.cfg.CFG: Adds the given ControlFlowStructure to the ones contained in this cfg.
addEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Adds an edge to this matrix.
addEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
addEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
addEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Adds an edge to this list.
addEdge(E) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Adds an edge to this graph.
addEdge(SerializableEdge) - Method in class it.unive.lisa.outputs.DotGraph: Adds an edge to the graph.
addEdge(SerializableEdge) - Method in class it.unive.lisa.outputs.GraphmlGraph: Adds an edge to the graph.
addEdge(SerializableEdge) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Adds the given edge to the graph.
addEntryPoint(CFG) - Method in class it.unive.lisa.program.Program: Adds a new CFG to the entry points of this program.
addGlobal(Global) - Method in class it.unive.lisa.program.Unit: Adds a new Global, identified by its name (Global.getName()), to this unit.
addInstance(Unit) - Method in class it.unive.lisa.program.ClassUnit
addInstance(Unit) - Method in class it.unive.lisa.program.CompilationUnit: Adds the given unit as an instance of this one, thus marking the former as a type that inherits from the latter.
addInstance(Unit) - Method in class it.unive.lisa.program.InterfaceUnit
addInstanceCodeMember(CodeMember) - Method in class it.unive.lisa.program.CompilationUnit: Adds a new instance CodeMember, identified by its signature (CodeMemberDescriptor.getSignature()), to this unit.
addInstanceGlobal(Global) - Method in class it.unive.lisa.program.CompilationUnit: Adds a new instance Global, identified by its name (Global.getName()), to this unit.
addInterface(InterfaceUnit) - Method in class it.unive.lisa.program.ClassUnit: Adds a new InterfaceUnit as interface of this unit.
Addition - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the addition operation (+).
Addition(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Addition: Builds the addition.
AdditionOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that performs an addition between its operands.
addNode(SerializableNode) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Adds the given node to the graph.
addNode(SerializableNode, boolean, boolean, SerializableValue) - Method in class it.unive.lisa.outputs.DotGraph: Adds a node to the graph.
addNode(SerializableNode, boolean, boolean, SerializableValue) - Method in class it.unive.lisa.outputs.GraphmlGraph: Adds a node to the graph.
addNode(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Adds the given node to the set of nodes.
addNode(N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
addNode(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
addNode(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Adds the given node to the list of nodes.
addNode(N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Adds the given node to the set of nodes.
addNode(N, boolean) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
addNode(N, boolean) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
addNode(N, boolean) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Adds the given node to the set of nodes, optionally marking this as entrypoint (that is, root).
addNodeDescription(SerializableNodeDescription) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Adds the given node description to the graph.
addSource(Identifier) - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement: Adds an Identifier to the set of identifiers that are the sources of this replacement.
addSuperclass(ClassUnit) - Method in class it.unive.lisa.program.ClassUnit: Adds a new ClassUnit as superclass of this unit.
addSuperinterface(InterfaceUnit) - Method in class it.unive.lisa.program.InterfaceUnit: Adds the given InterfaceUnit to the list of direct ancestors of this interface.
addTarget(Identifier) - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement: Adds an Identifier to the set of identifiers that are the targets of this replacement.
addUnit(Unit) - Method in class it.unive.lisa.program.Program: Adds a new ClassUnit, identified by its name (Unit.getName()), to this program.
addVariable(VariableTableEntry) - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Adds a VariableTableEntry at the end of the variable table.
adjacencyMatrix - Variable in class it.unive.lisa.util.datastructures.graph.BaseGraph: The adjacency matrix of this graph, mapping nodes to the collection of edges attached to it.
AdjacencyMatrix<G extends BaseGraph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph: An adjacency matrix for a graph that has Nodes as nodes and Edges as edges.
AdjacencyMatrix() - Constructor for class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Builds a new matrix.
AdjacencyMatrix(AdjacencyMatrix<G, N, E>) - Constructor for class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Copies the given matrix by shallow-copying the Nodes and deep-copying the values.
AdjacencyMatrix.NodeEdges<G extends BaseGraph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph: Utility class for representing the edges tied to a node, split into two sets: ingoing and outgoing.
afterExecution(T) - Method in interface it.unive.lisa.checks.Check: Callback invoked only once after the end of the inspection of the program.
alias(Symbol, Symbol) - Method in class it.unive.lisa.analysis.AnalysisState: Registers an alias for the given symbol.
Aliases - Class in it.unive.lisa.analysis.symbols: A SetLattice of Symbols to be used as aliases.
Aliases() - Constructor for class it.unive.lisa.analysis.symbols.Aliases: Builds an empty set of aliases, representing the top of the lattice.
Aliases(Symbol) - Constructor for class it.unive.lisa.analysis.symbols.Aliases: Builds the set of aliases.
Aliases(Set<Symbol>) - Constructor for class it.unive.lisa.analysis.symbols.Aliases: Builds the set of aliases.
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.BoolType
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.Float32Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.Float64Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.Int16Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.Int32Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.Int64Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.Int8Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.StringType
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.UInt16Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.UInt32Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.UInt64Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.common.UInt8Type
allInstances(TypeSystem) - Method in class it.unive.lisa.type.NullType
allInstances(TypeSystem) - Method in class it.unive.lisa.type.ReferenceType
allInstances(TypeSystem) - Method in interface it.unive.lisa.type.Type: Yields all possible instances of this type, including itself.
allInstances(TypeSystem) - Method in class it.unive.lisa.type.TypeTokenType
allInstances(TypeSystem) - Method in class it.unive.lisa.type.Untyped
allInstances(TypeSystem) - Method in class it.unive.lisa.type.VoidType
allMatch(Predicate<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields true iff all the elements contained in this set satisfy the given predicate.
allStatements() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields all the Statements contained in this structure, including the condition and the first follower.
AnalysisException - Exception in it.unive.lisa: A generic Exception that indicates that something has gone wrong during the analysis.
AnalysisException() - Constructor for exception it.unive.lisa.AnalysisException: Builds the exception.
AnalysisException(String) - Constructor for exception it.unive.lisa.AnalysisException: Builds the exception.
AnalysisException(String, Throwable) - Constructor for exception it.unive.lisa.AnalysisException: Builds the exception.
AnalysisException(Throwable) - Constructor for exception it.unive.lisa.AnalysisException: Builds the exception.
AnalysisExecutionException - Exception in it.unive.lisa: A generic RuntimeException that indicates that something has gone wrong during the analysis.
AnalysisExecutionException() - Constructor for exception it.unive.lisa.AnalysisExecutionException: Builds the exception.
AnalysisExecutionException(String) - Constructor for exception it.unive.lisa.AnalysisExecutionException: Builds the exception.
AnalysisExecutionException(String, Throwable) - Constructor for exception it.unive.lisa.AnalysisExecutionException: Builds the exception.
AnalysisExecutionException(Throwable) - Constructor for exception it.unive.lisa.AnalysisExecutionException: Builds the exception.
AnalysisSetupException - Exception in it.unive.lisa: An AnalysisException that happens during the setup of the analysis.
AnalysisSetupException() - Constructor for exception it.unive.lisa.AnalysisSetupException: Builds the exception.
AnalysisSetupException(String) - Constructor for exception it.unive.lisa.AnalysisSetupException: Builds the exception.
AnalysisSetupException(String, Throwable) - Constructor for exception it.unive.lisa.AnalysisSetupException: Builds the exception.
AnalysisSetupException(Throwable) - Constructor for exception it.unive.lisa.AnalysisSetupException: Builds the exception.
AnalysisState<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Class in it.unive.lisa.analysis: The abstract analysis state at a given program point.
AnalysisState(A, ExpressionSet<SymbolicExpression>, SymbolAliasing) - Constructor for class it.unive.lisa.analysis.AnalysisState: Builds a new state.
AnalysisState(A, SymbolicExpression, SymbolAliasing) - Constructor for class it.unive.lisa.analysis.AnalysisState: Builds a new state.
and(SemanticDomain.Satisfiability) - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Performs a logical and between this satisfiability and the given one.
And - Class in it.unive.lisa.program.cfg.statement.logic: An expression modeling the logical conjunction (&& or and).
And(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.logic.And: Builds the logical conjunction.
Annotation - Class in it.unive.lisa.program.annotations: A single annotation.
Annotation(String) - Constructor for class it.unive.lisa.program.annotations.Annotation: Builds an annotation from its name .
Annotation(String, boolean) - Constructor for class it.unive.lisa.program.annotations.Annotation: Builds an annotation from its name.
Annotation(String, List<AnnotationMember>) - Constructor for class it.unive.lisa.program.annotations.Annotation: Builds an annotation from its name and its members that cannot be inherited.
Annotation(String, List<AnnotationMember>, boolean) - Constructor for class it.unive.lisa.program.annotations.Annotation: Builds an annotation from its name and its members.
AnnotationMatcher - Interface in it.unive.lisa.program.annotations.matcher: Interface for an annotation matcher.
AnnotationMember - Class in it.unive.lisa.program.annotations: A member of an annotation.
AnnotationMember(String, AnnotationValue) - Constructor for class it.unive.lisa.program.annotations.AnnotationMember: Builds an annotation member from its identifier and its annotation value.
Annotations - Class in it.unive.lisa.program.annotations: A collection of annotations.
Annotations() - Constructor for class it.unive.lisa.program.annotations.Annotations: Builds an empty list of annotations.
Annotations(Annotation) - Constructor for class it.unive.lisa.program.annotations.Annotations: Builds a collection of annotations containing only the given one.
Annotations(Annotation...) - Constructor for class it.unive.lisa.program.annotations.Annotations: Builds a collection of annotations from an array of annotations.
Annotations(Collection<Annotation>) - Constructor for class it.unive.lisa.program.annotations.Annotations: Builds a collection of annotations from a given collection.
AnnotationValue - Interface in it.unive.lisa.program.annotations.values: An annotation value.
anyMatch(Predicate<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields true iff at least one element contained in this set satisfies the given predicate.
Application - Class in it.unive.lisa.program: An complete application, collecting several Programs that need to be analyzed together.
Application(Program...) - Constructor for class it.unive.lisa.program.Application: Builds the application.
apply(OpenCall, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in interface it.unive.lisa.interprocedural.OpenCallPolicy: Applies the policy to the given open call.
apply(OpenCall, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.interprocedural.ReturnTopPolicy
apply(OpenCall, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.interprocedural.WorstCasePolicy
applySubstitution(List<HeapSemanticOperation.HeapReplacement>, ProgramPoint) - Method in interface it.unive.lisa.analysis.value.ValueDomain: Applies a substitution of identifiers that is caused by a modification of the abstraction provided in the HeapDomain of the analysis.
ArithmeticOperator - Interface in it.unive.lisa.symbolic.value.operator: A numerical operation on operand(s) of type NumericType.
ArrayAnnotationValue - Class in it.unive.lisa.program.annotations.values: An array annotation value.
ArrayAnnotationValue(BasicAnnotationValue[]) - Constructor for class it.unive.lisa.program.annotations.values.ArrayAnnotationValue: Builds an array annotation value.
ArrayType - Interface in it.unive.lisa.type: Array type interface.
asArrayType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a ArrayType, only if Type.isArrayType() yields true.
asBooleanType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a BooleanType, only if Type.isBooleanType() yields true.
asInMemoryType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a InMemoryType, only if Type.isInMemoryType() yields true.
asNullType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a NullType, only if Type.isNullType() yields true.
asNumericType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a NumericType, only if Type.isNumericType() yields true.
asPointerType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a PointerType, only if Type.isPointerType() yields true.
asReferenceType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a ReferenceType, only if Type.isReferenceType() yields true.
assign(I, E, ProgramPoint) - Method in interface it.unive.lisa.analysis.SemanticDomain: Yields a copy of this domain, where id has been assigned to value.
assign(SymbolicExpression, SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.AnalysisState: Yields a copy of this analysis state, where the symbolic expression id has been assigned to value: if id is not an Identifier, then it is rewritten before performing the assignment.
assign(Identifier, E, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.Environment
assign(Identifier, SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.AnalysisState
assign(Identifier, SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.SimpleAbstractState
assign(Identifier, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
assignAux(Identifier, E, Map<Identifier, T>, T, V, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.Environment: Auxiliary function of Environment.assign(Identifier, SymbolicExpression, ProgramPoint) that is invoked after the evaluation of the expression.
assignAux(Identifier, SymbolicExpression, Map<Identifier, T>, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
assignAux(Identifier, ValueExpression, Map<Identifier, T>, T, InferredValue.InferredPair<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
assignAux(Identifier, ValueExpression, Map<Identifier, T>, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
assignAux(Identifier, ValueExpression, Map<Identifier, T>, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
Assignment - Class in it.unive.lisa.program.cfg.statement: A statement assigning the result of an expression to an assignable expression.
Assignment(CFG, CodeLocation, EvaluationOrder, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.Assignment: Builds the assignment, assigning expression to target, happening at the given location in the program.
Assignment(CFG, CodeLocation, EvaluationOrder, Type, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.Assignment: Builds the assignment, assigning expression to target, happening at the given location in the program.
Assignment(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.Assignment: Builds the assignment, assigning expression to target, happening at the given location in the program.
Assignment(CFG, CodeLocation, Type, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.Assignment: Builds the assignment, assigning expression to target, happening at the given location in the program.
asStringType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a StringType, only if Type.isStringType() yields true.
assume(E, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.Environment
assume(E, ProgramPoint) - Method in interface it.unive.lisa.analysis.SemanticDomain: Yields a copy of this domain, modified by assuming that the given expression holds.
assume(F, E, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.NonRelationalElement: Yields the environment environment on which the expression expression is assumed to hold by this domain.
assume(InferenceSystem<T>, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
assume(TypeEnvironment<T>, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
assume(ValueEnvironment<T>, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
assume(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.AnalysisState
assume(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.SimpleAbstractState
assume(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
assumeBinaryExpression(TypeEnvironment<T>, BinaryOperator, ValueExpression, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the environment environment assuming that a binary expression with operator operator, left argument left, and right argument right holds.
assumeBinaryExpression(ValueEnvironment<T>, BinaryOperator, ValueExpression, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the environment environment assuming that a binary expression with operator operator, left argument left, and right argument right holds.
assumeSatisfied(InferredValue.InferredPair<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
assumeSatisfied(T) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
assumeSatisfied(T) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
assumeSatisfied(T) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
assumeSatisfied(V) - Method in class it.unive.lisa.analysis.nonrelational.Environment: Assumes that an expression, that evaluated to eval, is always satisfied by this environment.
assumeTernaryExpression(TypeEnvironment<T>, TernaryOperator, ValueExpression, ValueExpression, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the environment environment assuming that a ternary expression with operator operator, left argument left, middle argument middle,and right argument right holds.
assumeTernaryExpression(ValueEnvironment<T>, TernaryOperator, ValueExpression, ValueExpression, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the environment environment assuming that a ternary expression with operator operator, left argument left, middle argument middle,and right argument right holds.
assumeUnaryExpression(TypeEnvironment<T>, UnaryOperator, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the environment environment assuming that an unary expression with operator operator and argument expression holds.
assumeUnaryExpression(ValueEnvironment<T>, UnaryOperator, ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the environment environment assuming that an unary expression with operator operator and argument expression holds.
asTypeTokenType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a TypeTokenType, only if Type.isTypeTokenType() yields true.
asUnitType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a UnitType, only if Type.isUnitType() yields true.
asUntyped() - Method in interface it.unive.lisa.type.Type: Returns this type casted as an Untyped, only if Type.isUntyped() yields true.
asVoidType() - Method in interface it.unive.lisa.type.Type: Returns this type casted as a VoidType, only if Type.isVoidType() yields true.

B

BaseCallGraph - Class in it.unive.lisa.interprocedural.callgraph: An instance of CallGraph that provides the basic mechanism to resolve UnresolvedCalls.

The graph underlying this call graph is built lazily through each call to resolve: querying for information about the graph before the completion of the analysis might lead to wrong results.
BaseCallGraph() - Constructor for class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
BaseGraph<G extends BaseGraph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph: A generic Graph, backed by an AdjacencyMatrix.

Note that this class does not define Object.equals(Object) nor Object.hashCode(), since we leave the decision to be unique instances to implementers.
BaseGraph() - Constructor for class it.unive.lisa.util.datastructures.graph.BaseGraph: Builds the graph.
BaseGraph(G) - Constructor for class it.unive.lisa.util.datastructures.graph.BaseGraph: Clones the given graph.
BaseGraph(Collection<N>, AdjacencyMatrix<G, N, E>) - Constructor for class it.unive.lisa.util.datastructures.graph.BaseGraph: Builds the graph.
BaseHeapDomain<H extends BaseHeapDomain<H>> - Class in it.unive.lisa.analysis.heap: A base implementation of the HeapDomain interface, handling base cases of BaseHeapDomain.smallStepSemantics(SymbolicExpression, ProgramPoint).
BaseHeapDomain() - Constructor for class it.unive.lisa.analysis.heap.BaseHeapDomain
BaseHeapDomain.Rewriter - Class in it.unive.lisa.analysis.heap: An ExpressionVisitor that rewrites SymbolicExpressions to ValueExpressions.
BaseInferredValue<T extends BaseInferredValue<T>> - Class in it.unive.lisa.analysis.nonrelational.inference: Base implementation for InferredValues.
BaseInferredValue() - Constructor for class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
BaseInferredValue.EvaluationVisitor - Class in it.unive.lisa.analysis.nonrelational.inference: A ExpressionVisitor for BaseInferredValue instances.
BaseLattice<L extends BaseLattice<L>> - Class in it.unive.lisa.analysis: A base implementation of the Lattice interface, handling base cases of the methods exposed by that interface.
BaseLattice() - Constructor for class it.unive.lisa.analysis.BaseLattice
BaseNonRelationalTypeDomain<T extends BaseNonRelationalTypeDomain<T>> - Class in it.unive.lisa.analysis.nonrelational.value: Base implementation for NonRelationalTypeDomains.
BaseNonRelationalTypeDomain() - Constructor for class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
BaseNonRelationalTypeDomain.EvaluationVisitor - Class in it.unive.lisa.analysis.nonrelational.value: A ExpressionVisitor for BaseNonRelationalTypeDomain instances.
BaseNonRelationalValueDomain<T extends BaseNonRelationalValueDomain<T>> - Class in it.unive.lisa.analysis.nonrelational.value: Base implementation for NonRelationalValueDomains.
BaseNonRelationalValueDomain() - Constructor for class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
BaseNonRelationalValueDomain.EvaluationVisitor - Class in it.unive.lisa.analysis.nonrelational.value: A ExpressionVisitor for BaseNonRelationalValueDomain instances.
BaseValidationLogic - Class in it.unive.lisa.program.language.validation: A simple implementation of ProgramValidationLogic, providing the minimum reasoning for considering a Program valid for LiSA.
BaseValidationLogic() - Constructor for class it.unive.lisa.program.language.validation.BaseValidationLogic
BasicAnnotationMatcher - Class in it.unive.lisa.program.annotations.matcher: An annotation matcher based on the annotation name.
BasicAnnotationMatcher(Annotation) - Constructor for class it.unive.lisa.program.annotations.matcher.BasicAnnotationMatcher: Builds the matcher from the name of the annotation.
BasicAnnotationMatcher(String) - Constructor for class it.unive.lisa.program.annotations.matcher.BasicAnnotationMatcher: Builds the matcher from the name of the annotation.
BasicAnnotationValue - Interface in it.unive.lisa.program.annotations.values: Abstract class representing a basic annotation value, namely annotation values that can be inside an ArrayAnnotationValue.
beforeExecution(T) - Method in interface it.unive.lisa.checks.Check: Callback invoked only once before the beginning of the inspection of the program.
BinaryExpression - Class in it.unive.lisa.program.cfg.statement: An NaryExpression with exactly two sub-expressions.
BinaryExpression - Class in it.unive.lisa.symbolic.value: A bynary expression that applies a BinaryOperator to two SymbolicExpressions.
BinaryExpression(CFG, CodeLocation, String, EvaluationOrder, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.BinaryExpression: Builds the untyped expression, happening at the given location in the program.
BinaryExpression(CFG, CodeLocation, String, EvaluationOrder, Type, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.BinaryExpression: Builds the expression, happening at the given location in the program.
BinaryExpression(CFG, CodeLocation, String, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.BinaryExpression: Builds the untyped expression, happening at the given location in the program.
BinaryExpression(CFG, CodeLocation, String, Type, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.BinaryExpression: Builds the expression, happening at the given location in the program.
BinaryExpression(Type, SymbolicExpression, SymbolicExpression, BinaryOperator, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.BinaryExpression: Builds the binary expression.
BinaryOperator - Interface in it.unive.lisa.symbolic.value.operator.binary: A binary Operator that can be applied to a pair of SymbolicExpression.
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.Assignment
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.BinaryExpression: Computes the semantics of the expression, after the semantics of the sub-expressions have been computed.
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.comparison.Equal
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.comparison.GreaterOrEqual
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.comparison.GreaterThan
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.comparison.LessOrEqual
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.comparison.LessThan
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.comparison.NotEqual
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.logic.And
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.logic.Or
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Addition
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Division
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Modulo
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Multiplication
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Remainder
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Subtraction
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.Concat
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.Contains
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.EndsWith
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.Equals
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.IndexOf
binarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.StartsWith
BitExternalSet<T> - Class in it.unive.lisa.util.collections.externalSet: An ExternalSet where the indexes of the elements included in the set are stored through bit vectors, enabling better memory efficiency.
BitwiseAnd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the AND operation (i.e., setting each bit to 1 only if the corresponding bits of both operands are 1) on the arguments.

First argument expression type: any NumericType
Second argument expression type: any NumericType
Computed expression type: NumericType
BitwiseAnd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.BitwiseAnd: Builds the operator.
BitwiseNegation - Class in it.unive.lisa.symbolic.value.operator.unary: Given an expression that evaluates to a numeric value, a UnaryExpression using this operator computes the bitwise negation (i.e., flipping every single bit independently) of that value.

Argument expression type: NumericType
Computed expression type: NumericType (same as argument)
BitwiseNegation() - Constructor for class it.unive.lisa.symbolic.value.operator.unary.BitwiseNegation: Builds the operator.
BitwiseOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that treats its operand(s) as bit vectors, operating on each bit individually.
BitwiseOr - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the OR operation (i.e., setting each bit to 1 only if at least one of the corresponding bits of the operands are 1) on the arguments.

First argument expression type: any NumericType
Second argument expression type: any NumericType
Computed expression type: NumericType
BitwiseOr() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.BitwiseOr: Builds the operator.
BitwiseShiftLeft - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes a new number built with the bits of the first argument's value shifted to the left by an amount specified by the second argument's value.
BitwiseShiftLeft() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.BitwiseShiftLeft: Builds the operator.
BitwiseShiftRight - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes a new number built with the bits of the first argument's value shifted to the right by an amount specified by the second argument's value.
BitwiseShiftRight() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.BitwiseShiftRight: Builds the operator.
BitwiseUnsignedShiftRight - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes a new number built with the bits of the first argument's value shifted to the right by an amount specified by the second argument's value.
BitwiseUnsignedShiftRight() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.BitwiseUnsignedShiftRight: Builds the operator.
BitwiseXor - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the XOR operation (i.e., setting each bit to 1 only the corresponding bits of the operands are different) on the arguments.

First argument expression type: any NumericType
Second argument expression type: any NumericType
Computed expression type: NumericType
BitwiseXor() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.BitwiseXor: Builds the operator.
bodyStatements() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields all the Statements contained in the body of this structure (thus excluding the condition and the first follower).
bodyStatements() - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse
bodyStatements() - Method in class it.unive.lisa.program.cfg.controlFlow.Loop
BoolAnnotationValue - Class in it.unive.lisa.program.annotations.values: A Boolean annotation value.
BoolAnnotationValue(boolean) - Constructor for class it.unive.lisa.program.annotations.values.BoolAnnotationValue: Builds a Boolean annotation value.
BooleanType - Interface in it.unive.lisa.type: Boolean type interface.
BoolType - Class in it.unive.lisa.type.common: An internal implementation of the BooleanType.
BoolType() - Constructor for class it.unive.lisa.type.common.BoolType: Builds the type.
bottom() - Method in class it.unive.lisa.analysis.AnalysisState
bottom() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
bottom() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
bottom() - Method in interface it.unive.lisa.analysis.Lattice: Yields the bottom element of this lattice.
bottom() - Method in class it.unive.lisa.analysis.lattices.ExpressionSet
bottom() - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
bottom() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
bottom() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
bottom() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
bottom() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
bottom() - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability
bottom() - Method in class it.unive.lisa.analysis.SimpleAbstractState
bottom() - Method in class it.unive.lisa.analysis.StatementStore
bottom() - Method in class it.unive.lisa.analysis.symbols.Aliases
bottom() - Method in class it.unive.lisa.analysis.symbols.SymbolAliasing
BOTTOM - it.unive.lisa.analysis.SemanticDomain.Satisfiability: Represent the fact that the satisfiability evaluation resulted in an error.
BOTTOM_STRING - Static variable in interface it.unive.lisa.analysis.Lattice: A string constant that can be used to represent bottom values.
bottomRepresentation() - Static method in interface it.unive.lisa.analysis.Lattice: Yields a fresh DomainRepresentation that can be used to represent bottom values.
build(G) - Method in class it.unive.lisa.util.datastructures.graph.algorithms.Dominators: Builds the dominators for the given graph.
ByteAnnotationValue - Class in it.unive.lisa.program.annotations.values: A byte annotation value.
ByteAnnotationValue(byte) - Constructor for class it.unive.lisa.program.annotations.values.ByteAnnotationValue: Builds a byte annotation value.

C

Call - Class in it.unive.lisa.program.cfg.statement.call: A call to another cfg.
Call(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.Call: Builds a call happening at the given source location.
Call.CallType - Enum in it.unive.lisa.program.cfg.statement.call: Possible types of a call, identifying the type of targets (instance or static) it can have.
CallGraph - Interface in it.unive.lisa.interprocedural.callgraph: A callgraph of the program to analyze, that knows how to resolve dynamic targets of UnresolvedCalls.
CallGraphConstructionException - Exception in it.unive.lisa.interprocedural.callgraph: An exception that occurred while building the callgraph.
CallGraphConstructionException() - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallGraphConstructionException: Builds the exception.
CallGraphConstructionException(String) - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallGraphConstructionException: Builds the exception.
CallGraphConstructionException(String, Throwable) - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallGraphConstructionException: Builds the exception.
CallGraphConstructionException(Throwable) - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallGraphConstructionException: Builds the exception.
CallGraphEdge - Class in it.unive.lisa.interprocedural.callgraph: An edge between two CallGraphNodes in a BaseCallGraph.
CallGraphEdge(CallGraphNode, CallGraphNode) - Constructor for class it.unive.lisa.interprocedural.callgraph.CallGraphEdge: Build the edge.
CallGraphNode - Class in it.unive.lisa.interprocedural.callgraph: A node of a BaseCallGraph, representing a single CodeMember.
CallGraphNode(BaseCallGraph, CodeMember) - Constructor for class it.unive.lisa.interprocedural.callgraph.CallGraphNode: Builds the node.
CallResolutionException - Exception in it.unive.lisa.interprocedural.callgraph: An exception that occurred while resolving an UnresolvedCall.
CallResolutionException() - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallResolutionException: Builds the exception.
CallResolutionException(String) - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallResolutionException: Builds the exception.
CallResolutionException(String, Throwable) - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallResolutionException: Builds the exception.
CallResolutionException(Throwable) - Constructor for exception it.unive.lisa.interprocedural.callgraph.CallResolutionException: Builds the exception.
CallWithResult - Class in it.unive.lisa.program.cfg.statement.call: A call that evaluate its result directly.
CallWithResult(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.CallWithResult: Builds the call, happening at the given location in the program.
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.BoolType
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.Float32Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.Float64Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.Int16Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.Int32Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.Int64Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.Int8Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.StringType
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.UInt16Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.UInt32Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.UInt64Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.common.UInt8Type
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.NullType
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.ReferenceType
canBeAssignedTo(Type) - Method in interface it.unive.lisa.type.Type: Determines if the type represented by this Type object is either the same as, or is a subtype of, the type represented by other.
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.TypeTokenType
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.Untyped
canBeAssignedTo(Type) - Method in class it.unive.lisa.type.VoidType
canBeInstantiated() - Method in class it.unive.lisa.program.AbstractClassUnit
canBeInstantiated() - Method in class it.unive.lisa.program.ClassUnit
canBeInstantiated() - Method in class it.unive.lisa.program.CodeUnit
canBeInstantiated() - Method in class it.unive.lisa.program.InterfaceUnit
canBeInstantiated() - Method in class it.unive.lisa.program.Program
canBeInstantiated() - Method in class it.unive.lisa.program.Unit: Yields true if this unit can be instantiated, false otherwise (e.g., interfaces, abstract classes).
canBeReferenced(Type) - Method in class it.unive.lisa.type.TypeSystem: Yields whether or not values of the given type can be referenced, that is, if a pointer to memory locations containing them can be created.
CANNOT_OVERRIDE - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for the overriding of a non-overridable CodeMember.
canProcess(SymbolicExpression) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement
canProcess(SymbolicExpression) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
canProcess(SymbolicExpression) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
canProcess(SymbolicExpression) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
canProcess(SymbolicExpression) - Method in interface it.unive.lisa.analysis.SemanticEvaluator: Yields true if the domain can process expression, false otherwise.
CanRemoveReceiver - Interface in it.unive.lisa.program.cfg.statement.call: Marker for Calls whose first parameter can be removed.
cast(Set<Type>, Set<Type>) - Method in class it.unive.lisa.type.TypeSystem: Simulates a cast operation, where an expression with possible runtime types types is being cast to one of the possible type tokens in tokens.
cast(Set<Type>, Set<Type>, AtomicBoolean) - Method in class it.unive.lisa.type.TypeSystem: Simulates a cast operation, where an expression with possible runtime types types is being cast to one of the possible type tokens in tokens.
castElements(Class<T>) - Method in class it.unive.lisa.analysis.symbols.Aliases: Yields an iterable over the elements of this object casted to the given type.
CastIterable<E,T extends E> - Class in it.unive.lisa.util.collections: An iterable that wraps another one, and whose iterator delegates to the wrapped one's, but returns its elements casted to another type.
CastIterable(Iterable<E>, Class<T>) - Constructor for class it.unive.lisa.util.collections.CastIterable: Builds the iterable.
CFG - Class in it.unive.lisa.program.cfg: A control flow graph with an implementation, that has Statements as nodes and Edges as edges.

Note that this class does not implement Object.equals(Object) nor Object.hashCode() since all cfgs are unique.
CFG(CFG) - Constructor for class it.unive.lisa.program.cfg.CFG: Clones the given control flow graph.
CFG(CodeMemberDescriptor) - Constructor for class it.unive.lisa.program.cfg.CFG: Builds the control flow graph.
CFG(CodeMemberDescriptor, Collection<Statement>, NodeList<CFG, Statement, Edge>) - Constructor for class it.unive.lisa.program.cfg.CFG: Builds the control flow graph.
CFGCall - Class in it.unive.lisa.program.cfg.statement.call: A call to one or more of the CFGs under analysis.
CFGCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Collection<CFG>, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.CFGCall: Builds the CFG call, happening at the given location in the program.
CFGCall(CFG, CodeLocation, Call.CallType, String, String, Collection<CFG>, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.CFGCall: Builds the CFG call, happening at the given location in the program.
CFGCall(UnresolvedCall, Collection<CFG>) - Constructor for class it.unive.lisa.program.cfg.statement.call.CFGCall: Creates a cfg call as the resolved version of the given source call, copying all its data.
CFGDescriptorWarning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on the descriptor of one of the CFGs under analysis.
CFGDescriptorWarning(CodeMemberDescriptor, String) - Constructor for class it.unive.lisa.checks.warnings.CFGDescriptorWarning: Builds the warning.
cfgMatrix - Variable in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: The matrix of the cfg containing this structure.
CFGWarning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on one of the CFGs under analysis.
CFGWarning(CFG, String) - Constructor for class it.unive.lisa.checks.warnings.CFGWarning: Builds the warning.
CFGWithAnalysisResults<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Class in it.unive.lisa.analysis: A control flow graph, that has Statements as nodes and Edges as edges.
CFGWithAnalysisResults(CFG, AnalysisState<A, H, V, T>) - Constructor for class it.unive.lisa.analysis.CFGWithAnalysisResults: Builds the control flow graph, storing the given mapping between nodes and fixpoint computation results.
CFGWithAnalysisResults(CFG, AnalysisState<A, H, V, T>, Map<Statement, AnalysisState<A, H, V, T>>, Map<Statement, AnalysisState<A, H, V, T>>) - Constructor for class it.unive.lisa.analysis.CFGWithAnalysisResults: Builds the control flow graph, storing the given mapping between nodes and fixpoint computation results.
CFGWithAnalysisResults(CFG, StatementStore<A, H, V, T>, StatementStore<A, H, V, T>) - Constructor for class it.unive.lisa.analysis.CFGWithAnalysisResults: Builds the control flow graph, storing the given mapping between nodes and fixpoint computation results.
CharAnnotationValue - Class in it.unive.lisa.program.annotations.values: A char annotation value.
CharAnnotationValue(char) - Constructor for class it.unive.lisa.program.annotations.values.CharAnnotationValue: Builds a char annotation value.
Check<T> - Interface in it.unive.lisa.checks: A check that inspects the syntactic structure of the program to report warnings.
checkMember(UnresolvedCall, Set<Type>[], Collection<CFG>, Collection<NativeCFG>, SymbolAliasing, CodeMember, boolean) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph: Checks if the given code member cm is a candidate target for the given call, and proceeds to add it to the set of targets if it is.
ChecksExecutor - Class in it.unive.lisa.checks: Utility class that handles the execution of Checks.
CheckTool - Class in it.unive.lisa.checks.syntactic: An auxiliary tool that can be used by checks during their execution.
CheckTool() - Constructor for class it.unive.lisa.checks.syntactic.CheckTool: Build the tool.
CheckTool(CheckTool) - Constructor for class it.unive.lisa.checks.syntactic.CheckTool: Build the tool, shallow-copying the set of warnings from the given one.
CheckToolWithAnalysisResults<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Class in it.unive.lisa.checks.semantic: An extension of CheckTool that also contains the results of the fixpoint computation.
CheckToolWithAnalysisResults(CheckTool, Map<CFG, Collection<CFGWithAnalysisResults<A, H, V, T>>>, CallGraph) - Constructor for class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Builds the tool, copying the given tool and storing the given results.
CheckToolWithAnalysisResults(Map<CFG, Collection<CFGWithAnalysisResults<A, H, V, T>>>, CallGraph) - Constructor for class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Builds the tool, storing the given results.
ClassUnit - Class in it.unive.lisa.program: A CompilationUnit representing a concrete class that can be instantiated.
ClassUnit(CodeLocation, Program, String, boolean) - Constructor for class it.unive.lisa.program.ClassUnit: Builds a compilation unit, defined at the given program point.
clear() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
clear() - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Cleans the cache, removing all elements.
clear() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
CodeEdge<G extends CodeGraph<G,N,E>,N extends CodeNode<G,N,E>,E extends CodeEdge<G,N,E>> - Interface in it.unive.lisa.util.datastructures.graph.code: An Edge that can be used with a CodeGraph.
CodeElement - Interface in it.unive.lisa.program: Interface for code elements that have to provide information about the location where they appear.
CodeGraph<G extends CodeGraph<G,N,E>,N extends CodeNode<G,N,E>,E extends CodeEdge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph.code: A Graph that contains a list of nodes, backed by a NodeList.
CodeGraph(E) - Constructor for class it.unive.lisa.util.datastructures.graph.code.CodeGraph: Builds the graph.
CodeGraph(G) - Constructor for class it.unive.lisa.util.datastructures.graph.code.CodeGraph: Clones the given graph.
CodeGraph(Collection<N>, NodeList<G, N, E>) - Constructor for class it.unive.lisa.util.datastructures.graph.code.CodeGraph: Builds the graph.
CodeLocation - Interface in it.unive.lisa.program.cfg: A generic interface for representing the location of an element in the source code (e.g., source/line/column, source/offset, ...).
CodeMember - Interface in it.unive.lisa.program.cfg: A program member that has code within it.
CodeMemberDescriptor - Class in it.unive.lisa.program.cfg: A descriptor of a CodeMember, containing the debug informations (source file, line, column) as well as metadata.
CodeMemberDescriptor(CodeLocation, Unit, boolean, String, Parameter...) - Constructor for class it.unive.lisa.program.cfg.CodeMemberDescriptor: Builds the descriptor with Untyped return type.
CodeMemberDescriptor(CodeLocation, Unit, boolean, String, Type, Annotations, Parameter...) - Constructor for class it.unive.lisa.program.cfg.CodeMemberDescriptor: Builds the descriptor.
CodeMemberDescriptor(CodeLocation, Unit, boolean, String, Type, Parameter...) - Constructor for class it.unive.lisa.program.cfg.CodeMemberDescriptor: Builds the descriptor.
CodeNode<G extends CodeGraph<G,N,E>,N extends CodeNode<G,N,E>,E extends CodeEdge<G,N,E>> - Interface in it.unive.lisa.util.datastructures.graph.code: A Node that can be used with a CodeGraph.
CodeUnit - Class in it.unive.lisa.program: A file-based unit of the program to analyze, that logically groups code in files or modules.
CodeUnit(CodeLocation, Program, String) - Constructor for class it.unive.lisa.program.CodeUnit: Builds a unit, defined at the given location.
collect() - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields a concrete list containing all the elements corresponding to the bits in this set.
collect(T...) - Static method in class it.unive.lisa.util.collections.CollectionUtilities: Stores the given objects into a collection and returns it.
CollectionsDiffBuilder<T> - Class in it.unive.lisa.util.collections: An utility class that can compute the difference between two collections containing the same object types.
CollectionsDiffBuilder(Class<T>, Collection<T>, Collection<T>) - Constructor for class it.unive.lisa.util.collections.CollectionsDiffBuilder: Builds the diff builder.
CollectionUtilities - Class in it.unive.lisa.util.collections: Utility methods for operations on Collections.
COLOR - Static variable in class it.unive.lisa.outputs.DotGraph: The color attribute name.
COLOR_BLACK - Static variable in class it.unive.lisa.outputs.DotGraph: The black color.
COLOR_BLUE - Static variable in class it.unive.lisa.outputs.DotGraph: The blue color.
COLOR_GRAY - Static variable in class it.unive.lisa.outputs.DotGraph: The gray color.
COLOR_RED - Static variable in class it.unive.lisa.outputs.DotGraph: The red color.
COMMON - it.unive.lisa.outputs.compare.JsonReportComparer.REPORT_TYPE: Indicates that the objects being reported are present in both reports.
commonNumericalType(Set<Type>, Set<Type>) - Static method in interface it.unive.lisa.type.NumericType: Computes the set of Types representing the common ones among the given sets.
commonSupertype(Type) - Method in class it.unive.lisa.type.common.BoolType
commonSupertype(Type) - Method in class it.unive.lisa.type.common.Float32Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.Float64Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.Int16Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.Int32Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.Int64Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.Int8Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.StringType
commonSupertype(Type) - Method in class it.unive.lisa.type.common.UInt16Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.UInt32Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.UInt64Type
commonSupertype(Type) - Method in class it.unive.lisa.type.common.UInt8Type
commonSupertype(Type) - Method in class it.unive.lisa.type.NullType
commonSupertype(Type) - Method in class it.unive.lisa.type.ReferenceType
commonSupertype(Type) - Method in interface it.unive.lisa.type.Type: Yields the most specific common supertype between this Type and the given one.
commonSupertype(Type) - Method in class it.unive.lisa.type.TypeTokenType
commonSupertype(Type) - Method in class it.unive.lisa.type.Untyped
commonSupertype(Type) - Method in class it.unive.lisa.type.VoidType
commonSupertype(Collection<Type>, Type) - Static method in interface it.unive.lisa.type.Type: Yields the most specific common supertype of the given collection of types by successive invocations of Type.commonSupertype(Type) between its elements.
compare(JsonReport, JsonReport, File, File) - Static method in class it.unive.lisa.outputs.compare.JsonReportComparer: Compares the two reports.
compare(JsonReport, JsonReport, File, File, JsonReportComparer.DiffReporter) - Static method in class it.unive.lisa.outputs.compare.JsonReportComparer: Compares the two reports.
compareTo(DomainRepresentation) - Method in class it.unive.lisa.analysis.representation.DomainRepresentation
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.CFGDescriptorWarning
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.CFGWarning
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.GlobalWarning
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.StatementWarning
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.UnitWarning
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.Warning
compareTo(Warning) - Method in class it.unive.lisa.checks.warnings.WarningWithLocation
compareTo(JsonReport.JsonWarning) - Method in class it.unive.lisa.outputs.json.JsonReport.JsonWarning
compareTo(SerializableEdge) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge
compareTo(SerializableNode) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode
compareTo(SerializableNodeDescription) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription
compareTo(SerializableValue) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableArray
compareTo(SerializableValue) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableObject
compareTo(SerializableValue) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableString
compareTo(SerializableValue) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableValue
compareTo(CodeLocation) - Method in class it.unive.lisa.program.SourceCodeLocation
compareTo(CodeLocation) - Method in class it.unive.lisa.program.SyntheticLocation
compareTo(Edge) - Method in class it.unive.lisa.program.cfg.edge.Edge
compareTo(Statement) - Method in class it.unive.lisa.program.cfg.statement.Statement
compareTo(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber
ComparisonEq - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions, a BinaryExpression using this operator checks if the values those expressions compute to are different.
ComparisonEq() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.ComparisonEq: Builds the operator.
ComparisonGe - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator checks if the value of the first argument is greater or equal than the value of the right-hand side.

First argument expression type: NumericType
Second argument expression type: NumericType
Computed expression type: BooleanType
ComparisonGe() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.ComparisonGe: Builds the operator.
ComparisonGt - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator checks if the value of the first argument is greater than the value of the second argument.

First argument expression type: NumericType
Second argument expression type: NumericType
Computed expression type: BooleanType
ComparisonGt() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.ComparisonGt: Builds the operator.
ComparisonLe - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator checks if the value of the first argument is less or equal than the value of the right-hand side.

First argument expression type: NumericType
Second argument expression type: NumericType
Computed expression type: BooleanType
ComparisonLe() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.ComparisonLe: Builds the operator.
ComparisonLt - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator checks if the value of the first argument is less than the value of the second argument.

First argument expression type: NumericType
Second argument expression type: NumericType
Computed expression type: BooleanType
ComparisonLt() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.ComparisonLt: Builds the operator.
ComparisonNe - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions, a BinaryExpression using this operator checks if the values those expressions compute to are different.
ComparisonNe() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.ComparisonNe: Builds the operator.
ComparisonOperator - Interface in it.unive.lisa.symbolic.value.operator: A logical operation on operand(s) of type BooleanType.
CompilationUnit - Class in it.unive.lisa.program: An unit of the program to analyze that is part of a hierarchical structure.
CompilationUnit(CodeLocation, Program, String, boolean) - Constructor for class it.unive.lisa.program.CompilationUnit: Builds an unit with super unit.
CompilationUnitAnnotationValue - Class in it.unive.lisa.program.annotations.values: A compilation unit annotation value.
CompilationUnitAnnotationValue(String) - Constructor for class it.unive.lisa.program.annotations.values.CompilationUnitAnnotationValue: Builds a compilation unit annotation value.
compute(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.cfg.statement.call.CallWithResult: Computes an analysis state that abstracts the result of this call when parameters are used as actual parameters, and the state when the call is executed is entryState.
compute(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
compute(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.cfg.statement.call.OpenCall
compute(Comparator<T>) - Method in class it.unive.lisa.util.collections.CollectionsDiffBuilder: Computes the diff between the collections used to create this object.
Concat - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string contains operation.
Concat(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.Concat: Builds the concat.
ConcurrentFIFOWorkingSet<E> - Class in it.unive.lisa.util.collections.workset: A first-in, first-out working set.
ConcurrentLIFOWorkingSet<E> - Class in it.unive.lisa.util.collections.workset: A last-in, first-out working set.
CONDITIONAL_EDGE_STYLE - Static variable in class it.unive.lisa.outputs.DotGraph: The style of conditional edges.
Constant - Class in it.unive.lisa.symbolic.value: A constant value.
Constant(Type, Object, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.Constant: Builds the constant.
contains(E) - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice: Checks whether an element is contained in this set.
contains(E) - Method in class it.unive.lisa.analysis.lattices.SetLattice: Checks whether an element is contained in this set.
contains(AnnotationMatcher) - Method in class it.unive.lisa.program.annotations.Annotations: Returns true if matcher matches at least one of this annotations, false otherwise.
contains(Statement) - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields true if the given statement is part of the body of this structure.
contains(Statement) - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse
contains(Statement) - Method in class it.unive.lisa.program.cfg.controlFlow.Loop
contains(ExternalSet<T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
contains(ExternalSet<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Determines if this set contains all elements of another if they share the same cache.
contains(Object) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
contains(Object) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
Contains - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string contains operation.
Contains(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.Contains: Builds the contains.
containsAll(Collection<?>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
containsAll(Collection<?>) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
containsEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields true if the given edge is contained in this matrix.
containsEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
containsEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
containsEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields true if the given edge is contained in this list.
containsEdge(E) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields true if the given edge is contained in this graph.
containsNode(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields true if the given node is contained in this matrix.
containsNode(N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
containsNode(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
containsNode(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields true if the given node is contained in this list.
containsNode(N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields true if the given node is contained in this graph.
ControlFlowExtractor - Class in it.unive.lisa.program.cfg.controlFlow: An extractor of ControlFlowStructures from CFGs.
ControlFlowExtractor(CFG) - Constructor for class it.unive.lisa.program.cfg.controlFlow.ControlFlowExtractor: Builds the extractor.
ControlFlowStructure - Class in it.unive.lisa.program.cfg.controlFlow: A control flow structure of a CFG.
ControlFlowStructure(NodeList<CFG, Statement, Edge>, Statement, Statement) - Constructor for class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Builds the structure.
convert(Set<Type>, Set<Type>) - Method in class it.unive.lisa.type.TypeSystem: Simulates a conversion operation, where an expression with possible runtime types types is being converted to one of the possible type tokens in tokens.
copy() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
copy() - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields a fresh copy of this set, defined over the same cache and containing the same elements.
copy() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet: Copying an UniversalExternalSet yields a BitExternalSet representing a snapshot of the actual state of the cache.

Yields a fresh copy of this set, defined over the same cache and containing the same elements.
count() - Method in class it.unive.lisa.logging.Counter: Progresses the count by one.
Counter - Class in it.unive.lisa.logging: A counter that logs to a given logger while progressing during the count.
Counter(Logger, Level, String, String, int, double) - Constructor for class it.unive.lisa.logging.Counter: Builds the counter.
createdFiles() - Method in class it.unive.lisa.util.file.FileManager: Yields the collection of file names that have been created by this manager.
createReference(CFG) - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Creates a VariableRef for the variable depicted by this entry, happening in the given CFG at the location of its descriptor.

D

DataflowDomain<D extends DataflowDomain<D,E>,E extends DataflowElement<D,E>> - Class in it.unive.lisa.analysis.dataflow: A dataflow domain that collects instances of DataflowElement.
DataflowDomain(E, Set<E>, boolean, boolean) - Constructor for class it.unive.lisa.analysis.dataflow.DataflowDomain: Builds the domain.
DataflowElement<D extends DataflowDomain<D,E>,E extends DataflowElement<D,E>> - Interface in it.unive.lisa.analysis.dataflow: An element of the dataflow domain, that contains a collection of Identifiers in its definition.
DefiniteForwardDataflowDomain<E extends DataflowElement<DefiniteForwardDataflowDomain<E>,E>> - Class in it.unive.lisa.analysis.dataflow: A DataflowDomain for forward and definite dataflow analysis.
DefiniteForwardDataflowDomain(E) - Constructor for class it.unive.lisa.analysis.dataflow.DefiniteForwardDataflowDomain: Builds an empty domain.
deserialize(JsonParser, DeserializationContext) - Method in class it.unive.lisa.outputs.serializableGraph.ValueDeserializer
diff(IntInterval) - Method in class it.unive.lisa.util.numeric.IntInterval: Performs the interval subtraction between this and other.
difference(ExternalSet<T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
difference(ExternalSet<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields a new set obtained from this by removing the given elements.
distance(Statement) - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields the minimum distance, in terms of number of edges to traverse, between the condition of this structure and the given node.
distance(N, N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the minimum distance, in terms of number of edges to traverse, between the given nodes.
distance(N, N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the minimum distance, in terms of number of edges to traverse, between the given nodes.
div(IntInterval, boolean, boolean) - Method in class it.unive.lisa.util.numeric.IntInterval: Performs the interval division between this and other.
divide(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the result of this / other.
Division - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the division operation (/).
Division(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Division: Builds the division.
DivisionOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that performs a division between its operands.
domain - Variable in class it.unive.lisa.analysis.dataflow.DataflowDomain: The underlying domain.
DomainRepresentation - Class in it.unive.lisa.analysis.representation: A structured representation of the abstract information present in a single instance of SemanticDomain, NonRelationalDomain, DataflowElement or other types of domains.
DomainRepresentation() - Constructor for class it.unive.lisa.analysis.representation.DomainRepresentation
Dominators<G extends Graph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph.algorithms: An algorithms that evaluates the dominators of each node in a graph.
Dominators() - Constructor for class it.unive.lisa.util.datastructures.graph.algorithms.Dominators: Builds the dominators.
DotGraph - Class in it.unive.lisa.outputs: A graph that can be dumped into Dot format.
DotGraph(String) - Constructor for class it.unive.lisa.outputs.DotGraph: Builds a graph.
DoubleAnnotationValue - Class in it.unive.lisa.program.annotations.values: A double annotation value.
DoubleAnnotationValue(double) - Constructor for class it.unive.lisa.program.annotations.values.DoubleAnnotationValue: Builds a double annotation value.
dump(Writer) - Method in class it.unive.lisa.outputs.DotGraph
dump(Writer) - Method in class it.unive.lisa.outputs.GraphmlGraph
dump(Writer) - Method in class it.unive.lisa.outputs.GraphStreamWrapper: Dumps this graph through the given Writer.
dump(Writer) - Method in class it.unive.lisa.outputs.HtmlGraph
dump(Writer) - Method in class it.unive.lisa.outputs.json.JsonReport: Dumps this report to the given Writer instance, serializing it as a json object.
dump(Writer) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Dumps this graph, in JSON format through the given Writer.
dump(Writer, boolean) - Method in class it.unive.lisa.outputs.GraphmlGraph: This method provides the actual implementation for GraphmlGraph.dump(Writer), optionally avoiding the xml formatting (i.e.
DUPLICATE_MEMBER - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for duplicated CodeMembers in the same Unit.

E

Edge - Class in it.unive.lisa.program.cfg.edge: An edge of a control flow graph, connecting two statements.
Edge<G extends Graph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Interface in it.unive.lisa.util.datastructures.graph: An edge of a Graph.
Edge() - Constructor for class it.unive.lisa.program.cfg.edge.Edge: Builds an "empty" edge, meaning that it does not have endpoints.
Edge(Statement, Statement) - Constructor for class it.unive.lisa.program.cfg.edge.Edge: Builds the edge.
edgeName(long, long) - Static method in class it.unive.lisa.outputs.GraphStreamWrapper: Given the codes for the source and destination edges, builds the name of an edge that can be added to, removed from or retrieved from the wrapped graph.
elements - Variable in class it.unive.lisa.analysis.lattices.InverseSetLattice: The set of elements contained in the lattice.
elements - Variable in class it.unive.lisa.analysis.lattices.SetLattice: The set of elements contained in the lattice.
elements - Variable in class it.unive.lisa.analysis.representation.ListRepresentation: The elements of contained in this list.
elements - Variable in class it.unive.lisa.analysis.representation.SetRepresentation: The elements of contained in this set.
elements() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice: Yields the set of elements contained in this lattice element.
elements() - Method in class it.unive.lisa.analysis.lattices.SetLattice: Yields the set of elements contained in this lattice element.
EndsWith - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string endsWith operation.
EndsWith(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.EndsWith: Builds the endsWith.
entrypoints - Variable in class it.unive.lisa.util.datastructures.graph.BaseGraph: The nodes of this graph that are entrypoints, that is, that can be executed from other graphs.
entrypoints - Variable in class it.unive.lisa.util.datastructures.graph.code.CodeGraph: The nodes of this graph that are entrypoints, that is, that can be executed from other graphs.
EnumAnnotationValue - Class in it.unive.lisa.program.annotations.values: An enum annotation value.
EnumAnnotationValue(String, String) - Constructor for class it.unive.lisa.program.annotations.values.EnumAnnotationValue: Builds an enum annotation value.
Environment<M extends Environment<M,E,T,V>,E extends SymbolicExpression,T extends NonRelationalElement<T,E,M>,V extends Lattice<V>> - Class in it.unive.lisa.analysis.nonrelational: An environment for a NonRelationalDomain, that maps Identifiers to instances of such domain.
Environment(T) - Constructor for class it.unive.lisa.analysis.nonrelational.Environment: Builds an empty environment.
Environment(T, Map<Identifier, T>) - Constructor for class it.unive.lisa.analysis.nonrelational.Environment: Builds an environment containing the given mapping.
Equal - Class in it.unive.lisa.program.cfg.statement.comparison: An expression modeling the equality test (==).
Equal(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.comparison.Equal: Builds the equality test.
equality(N, T, T) - Method in interface it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint.FixpointImplementation: Given a node and two states, yields whether or not the most recent one has to be considered equal to the older one in terms of fixpoint iterations.
equals(C, C, BiPredicate<T, T>) - Static method in class it.unive.lisa.util.collections.CollectionUtilities: Tests if two collections contain the same elements, using a custom equality test to determine if two elements are to be considered equals.
equals(Object) - Method in class it.unive.lisa.analysis.AnalysisState
equals(Object) - Method in class it.unive.lisa.analysis.BaseLattice
equals(Object) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
equals(Object) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
equals(Object) - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement
equals(Object) - Method in class it.unive.lisa.analysis.lattices.ExpressionSet
equals(Object) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
equals(Object) - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
equals(Object) - Method in class it.unive.lisa.analysis.lattices.SetLattice
equals(Object) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
equals(Object) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
equals(Object) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
equals(Object) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
equals(Object) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
equals(Object) - Method in class it.unive.lisa.analysis.representation.DomainRepresentation
equals(Object) - Method in class it.unive.lisa.analysis.representation.ListRepresentation
equals(Object) - Method in class it.unive.lisa.analysis.representation.MapRepresentation
equals(Object) - Method in class it.unive.lisa.analysis.representation.ObjectRepresentation
equals(Object) - Method in class it.unive.lisa.analysis.representation.SetRepresentation
equals(Object) - Method in class it.unive.lisa.analysis.representation.StringRepresentation
equals(Object) - Method in class it.unive.lisa.analysis.ScopeToken
equals(Object) - Method in class it.unive.lisa.analysis.SimpleAbstractState
equals(Object) - Method in class it.unive.lisa.analysis.symbols.NameSymbol
equals(Object) - Method in class it.unive.lisa.analysis.symbols.QualifiedNameSymbol
equals(Object) - Method in class it.unive.lisa.analysis.symbols.QualifierSymbol
equals(Object) - Method in class it.unive.lisa.checks.warnings.CFGDescriptorWarning
equals(Object) - Method in class it.unive.lisa.checks.warnings.CFGWarning
equals(Object) - Method in class it.unive.lisa.checks.warnings.GlobalWarning
equals(Object) - Method in class it.unive.lisa.checks.warnings.StatementWarning
equals(Object) - Method in class it.unive.lisa.checks.warnings.UnitWarning
equals(Object) - Method in class it.unive.lisa.checks.warnings.Warning
equals(Object) - Method in class it.unive.lisa.checks.warnings.WarningWithLocation
equals(Object) - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphEdge
equals(Object) - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphNode
equals(Object) - Method in class it.unive.lisa.outputs.json.JsonReport
equals(Object) - Method in class it.unive.lisa.outputs.json.JsonReport.JsonWarning
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableArray
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableObject
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableString
equals(Object) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableValue
equals(Object) - Method in class it.unive.lisa.program.annotations.Annotation
equals(Object) - Method in class it.unive.lisa.program.annotations.AnnotationMember
equals(Object) - Method in class it.unive.lisa.program.annotations.Annotations
equals(Object) - Method in class it.unive.lisa.program.annotations.matcher.BasicAnnotationMatcher
equals(Object) - Method in class it.unive.lisa.program.annotations.values.ArrayAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.BoolAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.ByteAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.CharAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.CompilationUnitAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.DoubleAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.EnumAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.FloatAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.IntAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.LongAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.ShortAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.annotations.values.StringAnnotationValue
equals(Object) - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor
equals(Object) - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure
equals(Object) - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse
equals(Object) - Method in class it.unive.lisa.program.cfg.controlFlow.Loop
equals(Object) - Method in class it.unive.lisa.program.cfg.edge.Edge
equals(Object) - Method in class it.unive.lisa.program.cfg.Parameter
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.call.Call
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.call.NamedParameterExpression
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.Expression
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.literal.Literal
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.NaryExpression
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.NoOp
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.Ret
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.Statement
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.UnaryStatement
equals(Object) - Method in class it.unive.lisa.program.cfg.statement.VariableRef
equals(Object) - Method in class it.unive.lisa.program.cfg.VariableTableEntry
equals(Object) - Method in class it.unive.lisa.program.Global
equals(Object) - Method in class it.unive.lisa.program.SourceCodeLocation
equals(Object) - Method in class it.unive.lisa.symbolic.heap.AccessChild
equals(Object) - Method in class it.unive.lisa.symbolic.heap.HeapAllocation
equals(Object) - Method in class it.unive.lisa.symbolic.heap.HeapDereference
equals(Object) - Method in class it.unive.lisa.symbolic.heap.HeapReference
equals(Object) - Method in class it.unive.lisa.symbolic.SymbolicExpression
equals(Object) - Method in class it.unive.lisa.symbolic.value.BinaryExpression
equals(Object) - Method in class it.unive.lisa.symbolic.value.Constant
equals(Object) - Method in class it.unive.lisa.symbolic.value.HeapLocation
equals(Object) - Method in class it.unive.lisa.symbolic.value.Identifier
equals(Object) - Method in class it.unive.lisa.symbolic.value.NullConstant
equals(Object) - Method in class it.unive.lisa.symbolic.value.PushAny
equals(Object) - Method in class it.unive.lisa.symbolic.value.Skip
equals(Object) - Method in class it.unive.lisa.symbolic.value.TernaryExpression
equals(Object) - Method in class it.unive.lisa.symbolic.value.UnaryExpression
equals(Object) - Method in class it.unive.lisa.type.common.BoolType
equals(Object) - Method in class it.unive.lisa.type.common.Float32Type
equals(Object) - Method in class it.unive.lisa.type.common.Float64Type
equals(Object) - Method in class it.unive.lisa.type.common.Int16Type
equals(Object) - Method in class it.unive.lisa.type.common.Int32Type
equals(Object) - Method in class it.unive.lisa.type.common.Int64Type
equals(Object) - Method in class it.unive.lisa.type.common.Int8Type
equals(Object) - Method in class it.unive.lisa.type.common.StringType
equals(Object) - Method in class it.unive.lisa.type.common.UInt16Type
equals(Object) - Method in class it.unive.lisa.type.common.UInt32Type
equals(Object) - Method in class it.unive.lisa.type.common.UInt64Type
equals(Object) - Method in class it.unive.lisa.type.common.UInt8Type
equals(Object) - Method in class it.unive.lisa.type.NullType
equals(Object) - Method in class it.unive.lisa.type.ReferenceType
equals(Object) - Method in class it.unive.lisa.type.TypeTokenType
equals(Object) - Method in class it.unive.lisa.type.Untyped
equals(Object) - Method in class it.unive.lisa.type.VoidType
equals(Object) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
equals(Object) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
equals(Object) - Method in class it.unive.lisa.util.collections.IterableArray
equals(Object) - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
equals(Object) - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
equals(Object) - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
equals(Object) - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
equals(Object) - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
equals(Object) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix
equals(Object) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix.NodeEdges
equals(Object) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList
equals(Object) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList.NodeEdges
equals(Object) - Method in class it.unive.lisa.util.numeric.IntInterval
equals(Object) - Method in class it.unive.lisa.util.numeric.MathNumber
Equals - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string equals operation.
Equals(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.Equals: Builds the equals.
eval(E, F, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.NonRelationalDomain: Evaluates a SymbolicExpression, assuming that the values of program variables are the ones stored in environment.
eval(E, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.Environment: Yields the evaluation of the given expression, happening at the given program point.
eval(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
eval(ValueExpression, InferenceSystem<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
eval(ValueExpression, InferenceSystem<T>, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.inference.InferredValue: Evaluates a ValueExpression, assuming that the values of program variables are the ones stored in environment.
eval(ValueExpression, TypeEnvironment<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
eval(ValueExpression, ValueEnvironment<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
eval(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
eval(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
eval(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
evalBinaryExpression(BinaryOperator, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of a BinaryExpression applying operator to two expressions whose runtime types are left and right, respectively.
evalBinaryExpression(BinaryOperator, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of a BinaryExpression applying operator to two expressions whose abstract value are left and right, respectively.
evalBinaryExpression(BinaryOperator, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of a BinaryExpression applying operator to two expressions whose abstract value are left and right, respectively.
evalIdentifier(Identifier, InferenceSystem<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of an identifier in a given environment.
evalIdentifier(Identifier, TypeEnvironment<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of an identifier in a given environment.
evalIdentifier(Identifier, ValueEnvironment<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of an identifier in a given environment.
evalNonNullConstant(Constant, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of the given non-null constant.
evalNonNullConstant(Constant, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of the given non-null constant.
evalNonNullConstant(Constant, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of the given non-null constant.
evalNullConstant(ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of the null constant NullConstant.
evalNullConstant(ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of the null constant NullConstant.
evalNullConstant(T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of the null constant NullConstant.
evalPushAny(PushAny, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of a push-any expression.
evalPushAny(PushAny, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of a push-any expression.
evalPushAny(PushAny, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of a push-any expression.
evalTernaryExpression(TernaryOperator, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of a TernaryExpression applying operator to two expressions whose runtime types are left, middle and right, respectively.
evalTernaryExpression(TernaryOperator, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of a TernaryExpression applying operator to two expressions whose abstract value are left, middle and right, respectively.
evalTernaryExpression(TernaryOperator, T, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of a TernaryExpression applying operator to two expressions whose abstract value are left, middle and right, respectively.
evalTypeCast(BinaryExpression, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of a type cast expression.
evalTypeCast(BinaryExpression, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of a type cast expression.
evalTypeCast(BinaryExpression, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of a type cast expression.
evalTypeConv(BinaryExpression, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of a type conversion expression.
evalTypeConv(BinaryExpression, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of a type conversion expression.
evalTypeConv(BinaryExpression, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of a type conversion expression.
evaluate(Expression[], AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in interface it.unive.lisa.program.cfg.statement.evaluation.EvaluationOrder: Evaluates the given sub-expressions according to this order.
evaluate(Expression[], AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.cfg.statement.evaluation.LeftToRightEvaluation
evaluate(Expression[], AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.cfg.statement.evaluation.RightToLeftEvaluation
EvaluationOrder - Interface in it.unive.lisa.program.cfg.statement.evaluation: The order of evaluation of the sub-expressions of an NaryExpression.
EvaluationVisitor() - Constructor for class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
EvaluationVisitor() - Constructor for class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
EvaluationVisitor() - Constructor for class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
evalUnaryExpression(UnaryOperator, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the evaluation of a UnaryExpression applying operator to an expression whose runtime types is arg.
evalUnaryExpression(UnaryOperator, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the evaluation of a UnaryExpression applying operator to an expression whose abstract value is arg.
evalUnaryExpression(UnaryOperator, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the evaluation of a UnaryExpression applying operator to an expression whose abstract value is arg.
execAction(Logger, String, TimerLogger.LoggableAction) - Static method in class it.unive.lisa.logging.TimerLogger: Executes the given action, while logging the time need for it to complete.
execAction(Logger, Level, TimeFormat, String, TimerLogger.LoggableAction) - Static method in class it.unive.lisa.logging.TimerLogger: Executes the given action, while logging the time need for it to complete.
execAction(Logger, Level, String, TimerLogger.LoggableAction) - Static method in class it.unive.lisa.logging.TimerLogger: Executes the given action, while logging the time need for it to complete.
execSupplier(Logger, String, TimerLogger.LoggableSupplier<T>) - Static method in class it.unive.lisa.logging.TimerLogger: Executes the given supplier, while logging the time need for it to complete.
execSupplier(Logger, Level, TimeFormat, String, TimerLogger.LoggableSupplier<T>) - Static method in class it.unive.lisa.logging.TimerLogger: Executes the given supplier, while logging the time need for it to complete.
execSupplier(Logger, Level, String, TimerLogger.LoggableSupplier<T>) - Static method in class it.unive.lisa.logging.TimerLogger: Executes the given supplier, while logging the time need for it to complete.
executeAll(T, Application, Iterable<C>) - Static method in class it.unive.lisa.checks.ChecksExecutor: Executes all the given checks on the given inputs cfgs.
EXIT_NODE_EXTRA_ATTR - Static variable in class it.unive.lisa.outputs.DotGraph: The name of the extra attribute identifying exit nodes.
EXIT_NODE_EXTRA_VALUE - Static variable in class it.unive.lisa.outputs.DotGraph: The value of the extra attribute identifying exit nodes.
EXIT_WITH_FOLLOWERS - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for terminating Statements with followers.
Expression - Class in it.unive.lisa.program.cfg.statement: An expression that is part of a statement of the program.
Expression(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.Expression: Builds an untyped expression happening at the given source location, that is its type is Untyped.INSTANCE.
Expression(CFG, CodeLocation, Type) - Constructor for class it.unive.lisa.program.cfg.statement.Expression: Builds a typed expression happening at the given source location.
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.BinaryExpression
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.CallWithResult
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.UnresolvedCall
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.NaryExpression: Computes the semantics of the expression, after the semantics of all sub-expressions have been computed.
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.TernaryExpression
expressionSemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.UnaryExpression
ExpressionSet<T extends SymbolicExpression> - Class in it.unive.lisa.analysis.lattices: A set lattice containing a set of symbolic expressions.
ExpressionSet() - Constructor for class it.unive.lisa.analysis.lattices.ExpressionSet: Builds the empty set lattice element.
ExpressionSet(Set<T>) - Constructor for class it.unive.lisa.analysis.lattices.ExpressionSet: Builds a set lattice element.
ExpressionSet(T) - Constructor for class it.unive.lisa.analysis.lattices.ExpressionSet: Builds a singleton set lattice element.
ExpressionVisitor<T> - Interface in it.unive.lisa.symbolic: A visitor for SymbolicExpressions, to be used as parameter to SymbolicExpression.accept(ExpressionVisitor, Object...).
ExpressionWarning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on an expression.
ExpressionWarning(Expression, String) - Constructor for class it.unive.lisa.checks.warnings.ExpressionWarning: Builds the warning.
ExternalSet<T> - Interface in it.unive.lisa.util.collections.externalSet: A set of elements that are stored externally from this set.
ExternalSetCache<T> - Class in it.unive.lisa.util.collections.externalSet: A cache for creating ExternalSets of the elements contained in this cache.
ExternalSetCache() - Constructor for class it.unive.lisa.util.collections.externalSet.ExternalSetCache
extract() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowExtractor: Runs the algorithms for extracting ControlFlowStructures.

F

FalseEdge - Class in it.unive.lisa.program.cfg.edge: An edge connecting two statements, that is traversed when the condition expressed in the source state does not hold.
FalseEdge(Statement, Statement) - Constructor for class it.unive.lisa.program.cfg.edge.FalseEdge: Builds the edge.
FalseLiteral - Class in it.unive.lisa.program.cfg.statement.literal: A Literal representing the false boolean value.
FalseLiteral(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.literal.FalseLiteral: Builds the literal.
fields - Variable in class it.unive.lisa.analysis.representation.ObjectRepresentation: The fields of this object, with their values.
FIFOWorkingSet<E> - Class in it.unive.lisa.util.collections.workset: A first-in, first-out working set.
fileDiff(String, String, String) - Method in interface it.unive.lisa.outputs.compare.JsonReportComparer.DiffReporter: Callback invoked by a JsonReportComparer whenever files from different reports but with matching names have different content.
FileManager - Class in it.unive.lisa.util.file: A file manager that provides standard functionalities for communicating with the file system.
FileManager(String) - Constructor for class it.unive.lisa.util.file.FileManager: Builds a new manager that will produce files in the given workdir.
FileManager.WriteAction - Interface in it.unive.lisa.util.file: A functional interface for a write operation that can throw IOExceptions.
FILES - it.unive.lisa.outputs.compare.JsonReportComparer.REPORTED_COMPONENT: Indicates that the difference was found in the collection of generated files.
filter(Predicate<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields a new external set containing only the elements of this set that satisfy the given predicate.
first() - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields the first element inside this set.
first(int) - Method in interface it.unive.lisa.program.cfg.statement.evaluation.EvaluationOrder: Yields the index of the first sub-expression that has to be evaluated.
first(int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.LeftToRightEvaluation
first(int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.RightToLeftEvaluation
FixedOrderMatchingStrategy - Class in it.unive.lisa.program.language.resolution: A resolution strategy that does not permit by-name (e.g.
FixedOrderMatchingStrategy() - Constructor for class it.unive.lisa.program.language.resolution.FixedOrderMatchingStrategy
fixpoint(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, WorkingSet<Statement>, int) - Method in class it.unive.lisa.program.cfg.CFG: Computes a fixpoint over this control flow graph.
fixpoint(AnalysisState<A, H, V, T>, Class<? extends WorkingSet<Statement>>, int) - Method in interface it.unive.lisa.interprocedural.InterproceduralAnalysis: Computes a fixpoint over the whole control flow graph, producing a CFGWithAnalysisResults for each CFG contained in this analysis.
fixpoint(AnalysisState<A, H, V, T>, Map<Statement, AnalysisState<A, H, V, T>>, InterproceduralAnalysis<A, H, V, T>, WorkingSet<Statement>, int) - Method in class it.unive.lisa.program.cfg.CFG: Computes a fixpoint over this control flow graph.
fixpoint(Collection<Statement>, AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, WorkingSet<Statement>, int) - Method in class it.unive.lisa.program.cfg.CFG: Computes a fixpoint over this control flow graph.
fixpoint(Map<N, T>, WorkingSet<N>, Fixpoint.FixpointImplementation<N, E, T>) - Method in class it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint: Runs the fixpoint.
Fixpoint<G extends Graph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>,T> - Class in it.unive.lisa.util.datastructures.graph.algorithms: A fixpoint algorithm for a Graph, parametric to the Fixpoint.FixpointImplementation that one wants to use to compute the results.
Fixpoint(Graph<G, N, E>) - Constructor for class it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint: Builds a fixpoint for the given Graph.
Fixpoint.FixpointImplementation<N,E,T> - Interface in it.unive.lisa.util.datastructures.graph.algorithms: Concrete implementation of the general methods used by a fixpoint algorithm to perform.
FixpointException - Exception in it.unive.lisa.util.datastructures.graph.algorithms: An exception raised during the fixpoint computation.
FixpointException() - Constructor for exception it.unive.lisa.util.datastructures.graph.algorithms.FixpointException: Builds the exception.
FixpointException(String) - Constructor for exception it.unive.lisa.util.datastructures.graph.algorithms.FixpointException: Builds the exception.
FixpointException(String, Throwable) - Constructor for exception it.unive.lisa.util.datastructures.graph.algorithms.FixpointException: Builds the exception.
FixpointException(Throwable) - Constructor for exception it.unive.lisa.util.datastructures.graph.algorithms.FixpointException: Builds the exception.
Float32Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 32-bit signed Literal representing a constant non-integral value.
Float32Literal(CFG, CodeLocation, float) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Float32Literal: Builds the literal.
Float32Type - Class in it.unive.lisa.type.common: A signed 32-bit floating point NumericType.
Float32Type() - Constructor for class it.unive.lisa.type.common.Float32Type: Builds the type.
Float64Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 64-bit signed Literal representing a constant non-integral value.
Float64Literal(CFG, CodeLocation, double) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Float64Literal: Builds the literal.
Float64Type - Class in it.unive.lisa.type.common: A signed 64-bit floating point NumericType.
Float64Type() - Constructor for class it.unive.lisa.type.common.Float64Type: Builds the type.
FloatAnnotationValue - Class in it.unive.lisa.program.annotations.values: A float annotation value.
FloatAnnotationValue(float) - Constructor for class it.unive.lisa.program.annotations.values.FloatAnnotationValue: Builds a float annotation value.
followersOf(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the collection of the nodes that are followers of the given one, that is, all nodes such that there exist an edge in this matrix going from the given node to such node.
followersOf(N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
followersOf(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
followersOf(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the collection of the nodes that are followers of the given one, that is, all nodes such that there exist an edge in this list going from the given node to such node.
followersOf(N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the collection of the nodes that are followers of the given one, that is, all nodes such that there exist an edge in this control flow graph going from the given node to such node.
forceDeleteFolder(String) - Static method in class it.unive.lisa.util.file.FileManager: Deletes a folder with all of its contents if it exists.
forget(Statement) - Method in class it.unive.lisa.analysis.StatementStore: Removes the stored state for the given statement.
forgetIdentifier(Identifier) - Method in class it.unive.lisa.analysis.AnalysisState
forgetIdentifier(Identifier) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
forgetIdentifier(Identifier) - Method in class it.unive.lisa.analysis.nonrelational.Environment
forgetIdentifier(Identifier) - Method in interface it.unive.lisa.analysis.SemanticDomain: Forgets an Identifier.
forgetIdentifier(Identifier) - Method in class it.unive.lisa.analysis.SimpleAbstractState
forgetIdentifiers(Iterable<Identifier>) - Method in interface it.unive.lisa.analysis.SemanticDomain: Forgets all the given Identifiers.
forgetIdentifiersIf(Predicate<Identifier>) - Method in class it.unive.lisa.analysis.AnalysisState
forgetIdentifiersIf(Predicate<Identifier>) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
forgetIdentifiersIf(Predicate<Identifier>) - Method in class it.unive.lisa.analysis.nonrelational.Environment
forgetIdentifiersIf(Predicate<Identifier>) - Method in interface it.unive.lisa.analysis.SemanticDomain: Forgets all Identifiers that match the given predicate.
forgetIdentifiersIf(Predicate<Identifier>) - Method in class it.unive.lisa.analysis.SimpleAbstractState
format(long) - Method in enum it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos into a string with time units.
fromBoolean(boolean) - Static method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Transforms a boolean value to a SemanticDomain.Satisfiability instance.
fromCFG(CFG) - Static method in class it.unive.lisa.outputs.serializableGraph.SerializableCFG: Builds a SerializableGraph starting from the given CFG, with no extra descriptions for the statements.
fromCFG(CFG, Function<Statement, SerializableValue>) - Static method in class it.unive.lisa.outputs.serializableGraph.SerializableCFG: Builds a SerializableGraph starting from the given CFG, using the given function to generate extra descriptions for each statement.
function - Variable in class it.unive.lisa.analysis.lattices.FunctionalLattice: The function implemented by this lattice.
FunctionalLattice<F extends FunctionalLattice<F,K,V>,K,V extends Lattice<V>> - Class in it.unive.lisa.analysis.lattices: A generic functional abstract domain that performs the functional lifting of the lattice on the elements of the co-domain.
FunctionalLattice(V) - Constructor for class it.unive.lisa.analysis.lattices.FunctionalLattice: Builds the lattice.
FunctionalLattice(V, Map<K, V>) - Constructor for class it.unive.lisa.analysis.lattices.FunctionalLattice: Builds the lattice by cloning the given function.
FunctionalLattice.FunctionalLift<V extends Lattice<V>> - Interface in it.unive.lisa.analysis.lattices: Interface for the lift of lattice elements.
FunctionalLattice.KeyFunctionalLift<K> - Interface in it.unive.lisa.analysis.lattices: Interface for the left of key sets.
functionalLift(F, FunctionalLattice.KeyFunctionalLift<K>, FunctionalLattice.FunctionalLift<V>) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the functional lift between this and other.

G

gen(Identifier, ValueExpression, ProgramPoint, D) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: The dataflow gen operation, yielding the dataflow elements that are generated by the assignment of the given expression to the given id.
gen(ValueExpression, ProgramPoint, D) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: The dataflow gen operation, yielding the dataflow elements that are generated by evaluating the given non-assigning expression.
generateHtmlViewerSupportFiles(boolean) - Method in class it.unive.lisa.util.file.FileManager: Generates, inside the working directory, all supporting files (mostly cytoscape.js) needed for correct visualization of graphs dumped in html format.
get(int) - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Yields the pos-th element of this cache.
getAbstractCodeMembers(boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of instance AbstractCodeMembers defined in this unit.
getAbstractResultOf(CFGCall, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in interface it.unive.lisa.interprocedural.InterproceduralAnalysis: Computes an analysis state that abstracts the execution of the possible targets considering that they were given parameters as actual parameters, and the state when the call is executed is entryState.

Note that the interprocedural analysis is also responsible for registering the call to the CallGraph, if needed.
getAbstractResultOf(OpenCall, AnalysisState<A, H, V, T>, ExpressionSet<SymbolicExpression>[], StatementStore<A, H, V, T>) - Method in interface it.unive.lisa.interprocedural.InterproceduralAnalysis: Computes an analysis state that abstracts the execution of an unknown target considering that they were given parameters as actual parameters, and the state when the call is executed is entryState.
getAdjacencyMatrix() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph: Yields the adjacency matrix backing this graph.
getAliasing() - Method in class it.unive.lisa.analysis.AnalysisState: Yields the symbol aliasing information, that can be used to resolve targets of calls when the names used in the call are different from the ones in the target's signature.
getAllCFGs() - Method in class it.unive.lisa.program.Application: Yields the lazily computed collection of all CFGs defined in all Programs of this application.
getAllCFGs() - Method in class it.unive.lisa.program.Program: Yields all the CFGs defined in this program, obtained by filtering the results of Program.getCodeMembersRecursively().
getAllCodeCodeMembers() - Method in class it.unive.lisa.program.Application: Yields the lazily computed collection of all CodeMembers defined in all Programs of this application.
getAllExitpoints() - Method in class it.unive.lisa.program.cfg.CFG: Yields the statements of this control flow graph that are normal exitpoints, that is, that normally ends the execution of this cfg, returning the control to the caller, or throwing an error (i.e., all such statements on which either Statement.stopsExecution() or Statement.throwsError() hold).
getAnalysisResultsOf(CFG) - Method in interface it.unive.lisa.interprocedural.InterproceduralAnalysis: Yields the results of the given analysis, identified by its class, on the given CFG.
getAnalysisStateAfter(Statement) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Yields the computed result at a given statement (exit state).
getAnalysisStateBefore(Statement) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Yields the computed result before a given statement (entry state).
getAnnotationMembers() - Method in class it.unive.lisa.program.annotations.Annotation: Yields the annotation members of this annotation.
getAnnotationName() - Method in class it.unive.lisa.program.annotations.Annotation: Yields the annotation name of this annotation.
getAnnotations() - Method in class it.unive.lisa.program.annotations.Annotations: Yields the list of annotations.
getAnnotations() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the annotations of this descriptor.
getAnnotations() - Method in class it.unive.lisa.program.cfg.Parameter: Yields the annotations of this parameter.
getAnnotations() - Method in class it.unive.lisa.program.cfg.statement.VariableRef: Yields the annotations of this variable, retrieved from the variable table of the cfg this variable belongs to.
getAnnotations() - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Yields the annotations of this variable.
getAnnotations() - Method in class it.unive.lisa.program.CompilationUnit: Yields the annotations of this compilation unit.
getAnnotations() - Method in class it.unive.lisa.program.Global: Yields the annotations of this global element.
getAnnotations() - Method in class it.unive.lisa.symbolic.value.Identifier: Yields the annotations of this identifier.
getAnnotations(AnnotationMatcher) - Method in class it.unive.lisa.program.annotations.Annotations: Yields the annotations that are matched by the matcher m.
getAssigningStrategy() - Method in class it.unive.lisa.program.language.LanguageFeatures: Yields the ParameterAssigningStrategy defining how actual parameters of a call are matched against the formal ones of its targets.
getBaseType() - Method in interface it.unive.lisa.type.ArrayType: Yields the base type of this array type.
getBody() - Method in class it.unive.lisa.program.cfg.controlFlow.Loop: Yields the Statements contained in the body of this loop.
getBooleanType() - Method in class it.unive.lisa.type.TypeSystem: Yields the BooleanType of this type system.
getCache() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
getCache() - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields the cache that this set is connected to.
getCache() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
getCallees(CodeMember) - Method in class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Yields all the CodeMembers that are called by the given one, according to the CallGraph that has been built during the analysis.
getCallees(CodeMember) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
getCallees(CodeMember) - Method in interface it.unive.lisa.interprocedural.callgraph.CallGraph: Yields all the CodeMembers that are called by the given one.
getCallers(CodeMember) - Method in class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Yields all the CodeMembers that call the given one, according to the CallGraph that has been built during the analysis.
getCallers(CodeMember) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
getCallers(CodeMember) - Method in interface it.unive.lisa.interprocedural.callgraph.CallGraph: Yields all the CodeMembers that call the given one.
getCalls() - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall: Yields the calls underlying this multi call.
getCallSites(CodeMember) - Method in class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Yields all the Calls that targets the given CodeMember, according to the CallGraph that has been built during the analysis.
getCallSites(CodeMember) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
getCallSites(CodeMember) - Method in interface it.unive.lisa.interprocedural.callgraph.CallGraph: Yields all the Calls that targets the given CodeMember.
getCallType() - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields the call type of this call.
getCFG() - Method in class it.unive.lisa.checks.warnings.CFGWarning: Yields the cfg where this warning was reported on.
getCFG() - Method in interface it.unive.lisa.program.cfg.ProgramPoint: Yields the CFG that this program point belongs to.
getCFG() - Method in class it.unive.lisa.program.cfg.statement.Statement
getChild() - Method in class it.unive.lisa.symbolic.heap.AccessChild: Yields the expression representing the child.
getCodeLocation() - Method in interface it.unive.lisa.program.cfg.CodeLocation: Yields the string code location representation.
getCodeLocation() - Method in class it.unive.lisa.program.SourceCodeLocation
getCodeLocation() - Method in class it.unive.lisa.program.SyntheticLocation
getCodeLocation() - Method in class it.unive.lisa.symbolic.SymbolicExpression: Yields the code location of the statement that has generated this symbolic expression.
getCodeMember() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphNode: Yields the CodeMember represented by this node.
getCodeMember(String) - Method in class it.unive.lisa.program.Unit: Yields the CodeMember defined in this unit having the given signature (CodeMemberDescriptor.getSignature()), if any.
getCodeMembers() - Method in class it.unive.lisa.program.Unit: Yields the collection of CodeMembers defined in this unit.
getCodeMembersByName(String) - Method in class it.unive.lisa.program.Unit: Yields the collection of all CodeMembers defined in this unit that have the given name.
getCodeMembersRecursively() - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of all the CodeMembers defined in this unit.
getCodeMembersRecursively() - Method in class it.unive.lisa.program.Program: Yields the collection of all the CodeMembers defined in this unit.
getCodeMembersRecursively() - Method in class it.unive.lisa.program.Unit: Yields the collection of all the CodeMembers defined in this unit.
getCol() - Method in class it.unive.lisa.program.SourceCodeLocation: Yields the column where this code element happens in the source file.
getCommons() - Method in class it.unive.lisa.util.collections.CollectionsDiffBuilder: Yields a collection containing all the pair of elements (deemed to be equal) that are contained in both collections used to create this builder.
getCompleteStructure() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields an NodeList containing the full structure (nodes and edges) represented by this conditional structure.
getComputedExpressions() - Method in class it.unive.lisa.analysis.AnalysisState: Yields the last computed expression.
getCondition() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields the condition of this structure.
getConstructName() - Method in class it.unive.lisa.program.cfg.statement.NaryExpression: Yields the name of the native construct represented by this expression.
getContainer() - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal: Yields the Unit where the global targeted by this access is defined.
getContainer() - Method in class it.unive.lisa.program.Global: Yields the unit containing this global.
getContainer() - Method in class it.unive.lisa.symbolic.heap.AccessChild: Yields the expression representing the parent.
getControlFlowStructures() - Method in class it.unive.lisa.program.cfg.CFG: Yields the collection of ControlFlowStructures contained in this cfg.

Note that if no control flow structures have been provided by frontends, and no attempt at extracting them has been made yet, invoking this method will cause a ControlFlowExtractor to try to extract them.
getCurrentCount() - Method in class it.unive.lisa.logging.Counter: Yields the current count of this counter.
getDataflowElements() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain: Yields the DataflowElements contained in this domain instance.
getDefaultValue() - Method in class it.unive.lisa.program.cfg.Parameter: Yields the default value for this parameter that can be used when a call does not specify a value for it.
getDescription() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Yields the description of the graph.
getDescription() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription: Yields the SerializableValue to be used as description.
getDescriptions() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Yields the set of descriptions of the nodes of this graph.
getDescriptor() - Method in class it.unive.lisa.checks.warnings.CFGDescriptorWarning: Yields the cfg where this warning was reported on.
getDescriptor() - Method in class it.unive.lisa.program.cfg.AbstractCodeMember
getDescriptor() - Method in class it.unive.lisa.program.cfg.CFG: Yields the name of this control flow graph.
getDescriptor() - Method in interface it.unive.lisa.program.cfg.CodeMember: Yields the CodeMemberDescriptor containing the signature of this code member.
getDescriptor() - Method in class it.unive.lisa.program.cfg.NativeCFG
getDestId() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge: Yields the id of the destination SerializableNode.
getDestination() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphEdge
getDestination() - Method in class it.unive.lisa.program.cfg.edge.Edge
getDestination() - Method in interface it.unive.lisa.util.datastructures.graph.Edge: Yields the node where this edge ends.
getDomainInstance(Class<D>) - Method in class it.unive.lisa.analysis.AnalysisState
getDomainInstance(Class<D>) - Method in class it.unive.lisa.analysis.SimpleAbstractState
getDomainInstance(Class<T>) - Method in interface it.unive.lisa.analysis.SemanticDomain: Yields the instance of a specific domain, of class domain, contained inside the domain.
getDominators() - Method in class it.unive.lisa.util.datastructures.graph.algorithms.Dominators: Yelds the last computed dominators through Dominators.build(Graph).
getDynamicType() - Method in class it.unive.lisa.symbolic.SymbolicExpression: Yields the dynamic type of this expression, that is, the most specific common supertype of all its runtime types (available through SymbolicExpression.getRuntimeTypes(TypeSystem).
getEdgeConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the edge connecting the two given nodes, if any.
getEdgeConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getEdgeConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getEdgeConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the edge connecting the two given nodes, if any.
getEdgeConnecting(N, N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the edge connecting the two given nodes, if any.
getEdges() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Yields the set of edges of this graph.
getEdges() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the set of edges of this matrix.
getEdges() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getEdges() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getEdges() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the set of edges of this list.
getEdges() - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the set of edges of this graph.
getEdgesConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields all edges connecting the two given nodes, if any.
getEdgesConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getEdgesConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getEdgesConnecting(N, N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields all edges connecting the two given nodes, if any.
getEdgesConnecting(N, N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields all edges connecting the two given nodes, if any.
getEdgesCount() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getEdgesCount() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getEdgesCount() - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the total number of edges of this graph.
getElements() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableArray: Yields the elements contained in this array.
getEntries() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the entry nodes of this matrix, that is, the nodes that have no predecessors.
getEntries() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the entry nodes of this list, that is, the nodes that have no predecessors.
getEntrypoints() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getEntrypoints() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getEntrypoints() - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the nodes of this graph that are entrypoints, that is, roots of the graph.
getEntryPoints() - Method in class it.unive.lisa.program.Application: Yields the lazily computed collection of all CFGs that are entrypoints of one of the Programs of this application.
getEntryPoints() - Method in class it.unive.lisa.program.Program: Yields the collection of CFGs that are entry points in this program.
getEntryState() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Yields the entry state.
getEvaluationPredecessor() - Method in class it.unive.lisa.program.cfg.statement.Statement: Yields the Statement that is evaluated right before this one, such that querying for the entry state of this expression is equivalent to querying the exit state of the returned one.
getExecutionState() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem: Yields the execution state (also called program counter), that might change when evaluating an expression.
getExits() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the exit nodes of this matrix, that is, the nodes that have no followers.
getExits() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the exit nodes of this list, that is, the nodes that have no followers.
getExitState() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Yields the exit state.
getExpression() - Method in class it.unive.lisa.checks.warnings.ExpressionWarning: Yields the expression where this warning was reported on.
getExpression() - Method in class it.unive.lisa.program.cfg.statement.UnaryStatement: Yields the expression that is the argument of this unary statement.
getExpression() - Method in class it.unive.lisa.symbolic.heap.HeapDereference: Yields the expression to be dereferenced.
getExpression() - Method in class it.unive.lisa.symbolic.heap.HeapReference: Yields the referred expression.
getExpression() - Method in class it.unive.lisa.symbolic.value.UnaryExpression: Yields the inner expression, that is transformed by this expression by applying UnaryExpression.getOperator().
getFalseBranch() - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse: Yields the Statements contained in the false branch of this if-then-else.
getFeatures() - Method in class it.unive.lisa.program.Program: Yields the language-specific features, algorithms and semantics of this program.
getFields() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableObject: Yields the fields of this object.
getFiles() - Method in class it.unive.lisa.outputs.json.JsonReport: Yields the collection of file names contained into this report.
getFirstFollower() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Yields the first follower of this structure, that is, the first statement after the conditional structure exits.
getFormals() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the array containing the formal parameters of the CFG associated with this descriptor.
getFullName() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the full name of the CFG associated with this descriptor.
getFullSignature() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the full signature of this cfg, that is, CodeMemberDescriptor.getSignature() preceded by the cfg's return type.
getFullSignatureWithParNames() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the full signature of this cfg including parameters names, that is, CodeMemberDescriptor.getSignatureWithParNames() preceded by the cfg's return type.
getFullTargetName() - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields the full name of the target of the call.
getGenericProgramPoint() - Method in class it.unive.lisa.program.cfg.CFG: Yields a generic ProgramPoint happening inside this cfg.
getGlobal() - Method in class it.unive.lisa.checks.warnings.GlobalWarning: Yields the global where this warning was reported on.
getGlobal(String) - Method in class it.unive.lisa.program.Unit: Yields the Global defined in this unit having the given name (Global.getName()), if any.
getGlobals() - Method in class it.unive.lisa.program.Unit: Yields the collection of Globals defined in this unit.
getGlobalsRecursively() - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of all the Globals defined in this unit.
getGlobalsRecursively() - Method in class it.unive.lisa.program.Program: Yields the collection of all the Globals defined in this unit.
getGlobalsRecursively() - Method in class it.unive.lisa.program.Unit: Yields the collection of all the Globals defined in this unit.
getGraph() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphNode: Yields the parent BaseCallGraph containing this node.
getGuards(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields the guard of all the ControlFlowStructures, regardless of their type, containing the given program point.
getHeapState() - Method in interface it.unive.lisa.analysis.AbstractState: Yields the instance of HeapDomain that contains the information on heap structures contained in this abstract state.
getHeapState() - Method in class it.unive.lisa.analysis.SimpleAbstractState
getHigh() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields the upper bound of this interval.
getId() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Yields a string meant to identify this specific result, based on how it has been produced.
getId() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode: Yields the id of this node.
getId() - Method in class it.unive.lisa.program.annotations.AnnotationMember: Yields the identifier of this annotation member.
getIdsToForget() - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement: Yields the collection of identifiers that must be removed after the application of this replacement, that is, the identifiers that are in HeapSemanticOperation.HeapReplacement.getSources() but not in HeapSemanticOperation.HeapReplacement.getTargets().
getIfThenElseGuards(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields the guard of all the IfThenElse containing the given program point.
getImmediateAncestors() - Method in class it.unive.lisa.program.ClassUnit
getImmediateAncestors() - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of CompilationUnits that are this unit directly inherits from, regardless of their type.
getImmediateAncestors() - Method in class it.unive.lisa.program.InterfaceUnit
getIndex() - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Yields the index of this variable.
getInferred() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair: Yields the instance of InferredValue representing the inferred value.
getInferredDynamicType() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
getInferredDynamicType() - Method in interface it.unive.lisa.analysis.value.TypeDomain: Yields the dynamic type that this analysis inferred for the last computed expression.
getInferredRuntimeTypes() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
getInferredRuntimeTypes() - Method in interface it.unive.lisa.analysis.value.TypeDomain: Yields the runtime types that this analysis inferred for the last computed expression.
getInferredValue() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem: Yields the inferred value of the last SymbolicExpression handled by this domain, either through Environment.assign(Identifier, SymbolicExpression, ProgramPoint) or InferenceSystem.smallStepSemantics(ValueExpression, ProgramPoint).
getIngoing() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix.NodeEdges: Yields the ingoing edges.
getIngoing() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList.NodeEdges: Yields the ingoing edges.
getIngoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the ingoing edges to the given node.
getIngoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getIngoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getIngoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the ingoing edges to the given node.
getIngoingEdges(N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the ingoing edges to the given node.
getInnerType() - Method in interface it.unive.lisa.type.ArrayType: Yields the type of the inner dimension of this array type.
getInnerType() - Method in interface it.unive.lisa.type.PointerType: Yields the inner type, that is, the type of the memory region that variables with this type point to.
getInnerType() - Method in class it.unive.lisa.type.ReferenceType
getInnerValues() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableArray
getInnerValues() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableObject
getInnerValues() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableString
getInnerValues() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableValue: Yields all the SerializableValues that are contained into this one, recursively.
getInstanceCFGs(boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of instance CFGs defined in this unit.
getInstanceCodeMember(String, boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the first instance CodeMember defined in this unit having the given signature (CodeMemberDescriptor.getSignature()), if any.
getInstanceCodeMembers(boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of instance CodeMembers defined in this unit.
getInstanceCodeMembersByName(String, boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of all instance CodeMembers defined in this unit that have the given name.
getInstanceConstructs(boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of instance constructs (NativeCFGs) defined in this unit.
getInstanceGlobal(String, boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the first instance Global defined in this unit having the given name (Global.getName()), if any.
getInstanceGlobals(boolean) - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of instance Globals defined in this unit.
getInstances() - Method in class it.unive.lisa.program.CompilationUnit: Yields the collection of ClassUnits that are instances of this one, including itself.
getIntegerType() - Method in class it.unive.lisa.type.TypeSystem: Yields the integer type of this type system, that is, the integral NumericType that is typically used to index array elements and performing string operations.
getInterfaces() - Method in class it.unive.lisa.program.ClassUnit: Yields the list of InterfaceUnits implemented by this class.
getInvolvedIdentifiers() - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: Yields all the Identifiers that are involved in the definition of this element.
getKeys() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the set of keys currently in this lattice.
getKind() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge: Yields the kind of this edge.
getLeft() - Method in class it.unive.lisa.program.cfg.statement.BinaryExpression: Yields the left-most (first) sub-expression of this expression.
getLeft() - Method in class it.unive.lisa.program.cfg.statement.TernaryExpression: Yields the left-most (first) sub-expression of this expression.
getLeft() - Method in class it.unive.lisa.symbolic.value.BinaryExpression: Yields the left-hand side operand of this expression.
getLeft() - Method in class it.unive.lisa.symbolic.value.TernaryExpression: Yields the left-hand side operand of this expression.
getLine() - Method in class it.unive.lisa.program.SourceCodeLocation: Yields the line number where this code element happens in the source file.
getLocation() - Method in class it.unive.lisa.checks.warnings.WarningWithLocation: Yields the location where this warning was reported.
getLocation() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor
getLocation() - Method in class it.unive.lisa.program.cfg.Parameter
getLocation() - Method in class it.unive.lisa.program.cfg.statement.Statement
getLocation() - Method in class it.unive.lisa.program.cfg.VariableTableEntry
getLocation() - Method in interface it.unive.lisa.program.CodeElement: Yields the location where this code element appears in the program.
getLocation() - Method in class it.unive.lisa.program.Global
getLocation() - Method in class it.unive.lisa.program.ProgramUnit
getLocationWithBrackets() - Method in class it.unive.lisa.checks.warnings.WarningWithLocation: Yields the string representation of the location where this warning was reported, surrounded by square brackets.
getLoopGuards(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields the guard of all Loops containing the given program point.
getLow() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields the lower bound of this interval.
getMap() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the map associated with this functional lattice element.
getMatchingCodeMember(CodeMemberDescriptor) - Method in class it.unive.lisa.program.Unit: Finds all the code members whose signature matches the one of the given CodeMemberDescriptor, according to CodeMemberDescriptor.matchesSignature(CodeMemberDescriptor).
getMatchingInstanceCodeMembers(CodeMemberDescriptor, boolean) - Method in class it.unive.lisa.program.CompilationUnit: Finds all the instance code members whose signature matches the one of the given CodeMemberDescriptor, according to CodeMemberDescriptor.matchesSignature(CodeMemberDescriptor).
getMatchingStrategy() - Method in class it.unive.lisa.program.language.LanguageFeatures: Yields the ParameterMatchingStrategy encoding how actual parameters of a call are matched against the formal ones of its targets.
getMessage() - Method in class it.unive.lisa.checks.warnings.Warning: Yields the message of this warning.
getMessage() - Method in class it.unive.lisa.outputs.json.JsonReport.JsonWarning: Yields the message of this warning.
getMetaVariable() - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
getMetaVariable() - Method in class it.unive.lisa.program.cfg.statement.call.OpenCall
getMetaVariable() - Method in interface it.unive.lisa.program.cfg.statement.MetaVariableCreator: Yields the meta variable that is introduced during the evaluation of the semantics of this object to store information about the value produced by this object.
getMetaVariable() - Method in class it.unive.lisa.program.cfg.statement.Return
getMetaVariables() - Method in class it.unive.lisa.program.cfg.statement.Expression: Yields the meta variables that are generated by the evaluation of this expression.
getMiddle() - Method in class it.unive.lisa.program.cfg.statement.TernaryExpression: Yields the middle (second) sub-expression of this expression.
getMiddle() - Method in class it.unive.lisa.symbolic.value.TernaryExpression: Yields the middle operand of this expression.
getMostRecentGuard(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields the guard of the most recent ControlFlowStructure, regardless of its type, containing the given program point.
getMostRecentIfThenElseGuard(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields the guard of the most recent IfThenElse containing the given program point.
getMostRecentLoopGuard(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields the guard of the most recent Loop containing the given program point.
getName() - Method in class it.unive.lisa.analysis.symbols.NameSymbol: Yields the name represented by this symbol.
getName() - Method in class it.unive.lisa.analysis.symbols.QualifiedNameSymbol: Yields the name represented by this symbol.
getName() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Yields the name of the graph.
getName() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the name of the CFG associated with this descriptor.
getName() - Method in class it.unive.lisa.program.cfg.Parameter: Yields the name of this parameter.
getName() - Method in class it.unive.lisa.program.cfg.statement.VariableRef: Yields the name of this variable.
getName() - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Yields the name of this variable.
getName() - Method in class it.unive.lisa.program.Global: Yields the name of this global.
getName() - Method in class it.unive.lisa.program.Unit: Yields the name of the unit.
getName() - Method in class it.unive.lisa.symbolic.value.Identifier: Yields the name of this identifier.
getNodeId() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription: Yields the id of the SerializableNode that this description refers to.
getNodeList() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph: Yields the node list backing this graph.
getNodes() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Yields the set of nodes of this graph.
getNodes() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the collection of nodes of this matrix.
getNodes() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getNodes() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getNodes() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the collection of nodes of this list.
getNodes() - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the set of nodes of this graph.
getNodesCount() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getNodesCount() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getNodesCount() - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the total number of nodes of this graph.
getNormalExitpoints() - Method in class it.unive.lisa.program.cfg.CFG: Yields the statements of this control flow graph that are normal exitpoints, that is, that normally ends the execution of this cfg, returning the control to the caller without throwing an error (i.e., all such statements on which Statement.stopsExecution() holds but Statement.throwsError() does not).
getOffset() - Method in class it.unive.lisa.program.cfg.statement.Statement
getOffset() - Method in interface it.unive.lisa.util.datastructures.graph.code.CodeNode: Yields the offset of this node relative to its containing graph.
getOnlyFirst() - Method in class it.unive.lisa.util.collections.CollectionsDiffBuilder: Yields a collection containing all the elements that are contained only in the first collection used to create this builder.
getOnlySecond() - Method in class it.unive.lisa.util.collections.CollectionsDiffBuilder: Yields a collection containing all the elements that are contained only in the second collection used to create this builder.
getOperator() - Method in class it.unive.lisa.symbolic.value.BinaryExpression: Yields the operator that is applied to BinaryExpression.getLeft() and BinaryExpression.getRight().
getOperator() - Method in class it.unive.lisa.symbolic.value.TernaryExpression: Yields the operator that is applied to TernaryExpression.getLeft(), TernaryExpression.getMiddle() and TernaryExpression.getRight().
getOperator() - Method in class it.unive.lisa.symbolic.value.UnaryExpression: Yields the operator that is applied to UnaryExpression.getExpression().
getOrder() - Method in class it.unive.lisa.program.cfg.statement.NaryExpression: Yields the EvaluationOrder of the sub-expressions.
getOutgoing() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix.NodeEdges: Yields the outgoing edges.
getOutgoing() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList.NodeEdges: Yields the outgoing edges.
getOutgoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the outgoing edges from the given node.
getOutgoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
getOutgoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
getOutgoingEdges(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the outgoing edges from the given node.
getOutgoingEdges(N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the outgoing edges from the given node.
getParameterName() - Method in class it.unive.lisa.program.cfg.statement.call.NamedParameterExpression: Yields the name of the parameter targeted by this expression.
getParameters() - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields the parameters of this call.
getParentStatement() - Method in class it.unive.lisa.program.cfg.statement.Expression: Yields the Statement that contains this expression, if any.
getPossibleTypesOfReceiver(Expression, Set<Type>) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph: Returns all the possible types of the given expression that should be considered as possible receivers of the call.
getProgram() - Method in interface it.unive.lisa.program.cfg.ProgramPoint: Yields the Program where this program point is defined.
getProgram() - Method in class it.unive.lisa.program.Program
getProgram() - Method in class it.unive.lisa.program.ProgramUnit
getProgram() - Method in class it.unive.lisa.program.Unit: Yields the Program where this unit is defined.
getPrograms() - Method in class it.unive.lisa.program.Application: Yields the program that build this application.
getProgramValidationLogic() - Method in class it.unive.lisa.program.language.LanguageFeatures: Yields the ProgramValidationLogic that validates the structure of a program, identifying erroneous situations (e.g., code members with the same signature) that can crash the analysis.
getProperties() - Method in class it.unive.lisa.analysis.representation.DomainRepresentation: Yields the set collection of textual properties defined for this representation.
getProperties() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableValue: Yields the additional properties to use as metadata.
getQualifier() - Method in class it.unive.lisa.analysis.symbols.QualifiedNameSymbol: Yields the qualifier represented by this symbol.
getQualifier() - Method in class it.unive.lisa.analysis.symbols.QualifierSymbol: Yields the qualifier represented by this symbol.
getQualifier() - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields the optional qualifier of the target of the call.
getReceiver() - Method in class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal: Yields the expression that determines the receiver of the global access defined by this expression.
getReferencedLocation() - Method in class it.unive.lisa.symbolic.value.MemoryPointer: Yields the heap location pointed by this pointer.
getResolvedVersion(UnresolvedCall) - Method in class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Yields the resolved version of the given call, according to the CallGraph that has been built during the analysis.
getResultOf(CFG) - Method in class it.unive.lisa.checks.semantic.CheckToolWithAnalysisResults: Yields the analysis results stored in this tool for the given CFG.
getReturnType() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the return type of the CFG associated with this descriptor.
getRight() - Method in class it.unive.lisa.program.cfg.statement.BinaryExpression: Yields the right-most (second) sub-expression of this expression.
getRight() - Method in class it.unive.lisa.program.cfg.statement.TernaryExpression: Yields the right-most (third) sub-expression of this expression.
getRight() - Method in class it.unive.lisa.symbolic.value.BinaryExpression: Yields the right-hand side operand of this expression.
getRight() - Method in class it.unive.lisa.symbolic.value.TernaryExpression: Yields the right-hand side operand of this expression.
getRootStatement() - Method in class it.unive.lisa.program.cfg.statement.Expression: Yields the outer-most Statement containing this expression, that is used as a node in the cfg.
getRuntimeTypes() - Method in interface it.unive.lisa.analysis.nonrelational.value.NonRelationalTypeDomain: Yields the set containing the types held by this instance.
getRuntimeTypes(TypeSystem) - Method in class it.unive.lisa.symbolic.SymbolicExpression: Yields the runtime types of this expression.
getScope() - Method in class it.unive.lisa.symbolic.value.OutOfScopeIdentifier: Returns the scope of the identifier.
getScopeEnd() - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Yields the statement where this variable is last visible.
getScoper() - Method in class it.unive.lisa.analysis.ScopeToken: Yields the element that this scope refers to.
getScopeStart() - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Yields the statement where this variable is first visible.
getSeen() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet: Yields the elements visited (and this no longer able to be added to this working set) by this object.
getSignature() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the signature of this cfg, composed by its CodeMemberDescriptor.getFullName() followed by its parameters types.
getSignatureWithParNames() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the signature of this cfg, composed by its CodeMemberDescriptor.getFullName() followed by its parameters (types and names).
getSource() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphEdge
getSource() - Method in class it.unive.lisa.program.cfg.edge.Edge
getSource() - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields the call that this call originated from, if any.
getSource() - Method in interface it.unive.lisa.util.datastructures.graph.Edge: Yields the node where this edge originates.
getSourceFile() - Method in class it.unive.lisa.program.SourceCodeLocation: Yields the source file name where this code element happens.
getSourceId() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge: Yields the id of the source SerializableNode.
getSources() - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement: Yields the set of identifiers that this replacement originates from, that is, the ones whose value will be assigned to the targets.
getState() - Method in class it.unive.lisa.analysis.AnalysisState: Yields the AbstractState embedded into this analysis state, containing abstract values for program variables and memory locations.
getState() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair: Yields the instance of InferredValue representing the execution state.
getState(K) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the state associated to the given key.
getStatement() - Method in class it.unive.lisa.checks.warnings.StatementWarning: Yields the statement where this warning was reported on.
getStatementEvaluatedBefore(Statement) - Method in class it.unive.lisa.program.cfg.statement.Expression
getStatementEvaluatedBefore(Statement) - Method in class it.unive.lisa.program.cfg.statement.NaryExpression
getStatementEvaluatedBefore(Statement) - Method in class it.unive.lisa.program.cfg.statement.Statement: Yields the Statement that precedes the given one, assuming that other is contained into this expression.
getStatementEvaluatedBefore(Statement) - Method in class it.unive.lisa.program.cfg.statement.UnaryStatement
getStaticType() - Method in class it.unive.lisa.program.cfg.Parameter: Yields the static type of this parameter.
getStaticType() - Method in class it.unive.lisa.program.cfg.statement.Expression: Yields the static type of this expression.
getStaticType() - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Yields the static type of this variable.
getStaticType() - Method in class it.unive.lisa.program.Global: Yields the static type of this global.
getStaticType() - Method in class it.unive.lisa.symbolic.SymbolicExpression: Yields the static type of this expression.
getStringType() - Method in class it.unive.lisa.type.TypeSystem: Yields the StringType of this type system.
getSubExpression() - Method in class it.unive.lisa.program.cfg.statement.UnaryExpression: Yields the only sub-expression of this unary expression.
getSubExpressions() - Method in class it.unive.lisa.program.cfg.statement.NaryExpression: Yields the sub-expressions of this expression, to be evaluated left-to-right.
getSubNodes() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode: Yields the id of the nodes that are subnodes of this one, in the order they appear.
getSubstitution() - Method in interface it.unive.lisa.analysis.heap.HeapSemanticOperation: Yields the substitution, in the form of a list of HeapSemanticOperation.HeapReplacements that must be processed in their order of appearance, that the creation of this heap domain caused.
getSubstitution() - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
getSuperclasses() - Method in class it.unive.lisa.program.ClassUnit: Yields the list of ClassUnits that this class inherits from.
getTag() - Method in class it.unive.lisa.checks.warnings.CFGDescriptorWarning
getTag() - Method in class it.unive.lisa.checks.warnings.CFGWarning
getTag() - Method in class it.unive.lisa.checks.warnings.ExpressionWarning
getTag() - Method in class it.unive.lisa.checks.warnings.GlobalWarning
getTag() - Method in class it.unive.lisa.checks.warnings.StatementWarning
getTag() - Method in class it.unive.lisa.checks.warnings.UnitWarning
getTag() - Method in class it.unive.lisa.checks.warnings.Warning: Yields the tag of this warning.
getTaggedMessage() - Method in class it.unive.lisa.checks.warnings.Warning: Yields the message of this warning, preceeded by the tag under square brackets.
getTarget() - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal: Yields the Global targeted by this expression.
getTarget() - Method in class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal: Yields the instance Global targeted by this expression.
getTargetedCFGs() - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall: Yields the CFGs that are targeted by this CFG call.
getTargetedConstructs() - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall: Yields the NativeCFGs that are targeted by this native call.
getTargetName() - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields the name of the target of the call.
getTargets() - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement: Yields the set of identifiers that are targeted by this replacement, that is, the ones that will be assigned.
getTargets() - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
getTargets() - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall
getTargets() - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall
getTargets() - Method in class it.unive.lisa.program.cfg.statement.call.OpenCall
getTargets() - Method in interface it.unive.lisa.program.cfg.statement.call.ResolvedCall: Yields the targets of the Call.
getTargets() - Method in class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall
getText() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode: Yields the text of this node.
getTitle() - Method in class it.unive.lisa.outputs.GraphmlGraph: Yields the title of the graph.
getTraversalStrategy() - Method in class it.unive.lisa.program.language.LanguageFeatures: Yields the HierarcyTraversalStrategy that expresses how a class hierarchy is traversed, starting from a leaf and visiting all of its ancestors recursively, when searching for program members in it.
getTrueBranch() - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse: Yields the Statements contained in the true branch of this if-then-else.
getType(String) - Method in class it.unive.lisa.type.TypeSystem: Yields the Type instance with the given name.
getTypes() - Method in class it.unive.lisa.program.Program: Yields the type system knowing about the types that appear in the program.
getTypes() - Method in class it.unive.lisa.type.TypeSystem: Yields the collection of Types that have been registered in this type system.
getTypes() - Method in class it.unive.lisa.type.TypeTokenType: Yields the Types represented by this type token.
getTypeState() - Method in interface it.unive.lisa.analysis.AbstractState: Yields the instance of ValueDomain and TypeDomain that contains the information on runtime types of program variables and concretized memory locations.
getTypeState() - Method in class it.unive.lisa.analysis.SimpleAbstractState
getUnit() - Method in class it.unive.lisa.checks.warnings.GlobalWarning: Yields the unit containing the global where this warning was reported on.
getUnit() - Method in class it.unive.lisa.checks.warnings.UnitWarning: Yields the unit where this warning was reported on.
getUnit() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the Unit containing the cfg associated to this descriptor.
getUnit() - Method in interface it.unive.lisa.type.UnitType: Yields the CompilationUnit that induces this type.
getUnit(String) - Method in class it.unive.lisa.program.Program: Yields the ClassUnit defined in this unit having the given name (Unit.getName()), if any.
getUnits() - Method in class it.unive.lisa.program.Program: Yields the collection of ClassUnits defined in this program.
getValue() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableString: Yields the textual representation of the value.
getValue() - Method in class it.unive.lisa.program.annotations.AnnotationMember: Yields the annotation value of this annotation member.
getValue() - Method in class it.unive.lisa.program.cfg.statement.literal.Literal: Yields the value of this literal.
getValue() - Method in class it.unive.lisa.symbolic.value.Constant: Yields the constant value.
getValueOnStack() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment: Yields the computed value of the last SymbolicExpression handled by this domain, either through Environment.assign(Identifier, SymbolicExpression, ProgramPoint) or ValueEnvironment.smallStepSemantics(ValueExpression, ProgramPoint).
getValues() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the values of this functional lattice.
getValueState() - Method in interface it.unive.lisa.analysis.AbstractState: Yields the instance of ValueDomain that contains the information on values of program variables and concretized memory locations.
getValueState() - Method in class it.unive.lisa.analysis.SimpleAbstractState
getVariable() - Method in class it.unive.lisa.program.cfg.statement.VariableRef: Yields a Variable representing the referenced variable.
getVariables() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the list of VariableTableEntrys that have been added to this descriptor.
getWarnings() - Method in class it.unive.lisa.checks.syntactic.CheckTool: Returns an unmodifiable view of the warnings that have been generated up to now using this tool.
getWarnings() - Method in class it.unive.lisa.outputs.json.JsonReport: Yields the collection of JsonReport.JsonWarnings contained into this report.
glb(SemanticDomain.Satisfiability) - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Performs the greatest lower bound operation between this satisfiability and the given one.
glb(M) - Method in class it.unive.lisa.analysis.nonrelational.Environment: Performs the greatest lower bound between this environment and other.
glb(S) - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice: Performs the greatest lower bound between this inverse set lattice element and the given one.
glb(S) - Method in class it.unive.lisa.analysis.lattices.SetLattice: Performs the greatest lower bound between this set lattice element and the given one.
glb(T) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
glb(T) - Method in interface it.unive.lisa.analysis.nonrelational.NonRelationalElement: Performs the greatest lower bound operation between this domain element and other.
glb(T) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
glb(T) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
glbAux(T) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Performs the greatest lower bound operation between this inferred value and other, assuming that base cases have already been handled.
glbAux(T) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Performs the greatest lower bound operation between this domain element and other, assuming that base cases have already been handled.
glbAux(T) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Performs the greatest lower bound operation between this domain element and other, assuming that base cases have already been handled.
glbAux(T, Map<Identifier, T>, HeapEnvironment<T>) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
glbAux(T, Map<Identifier, T>, InferenceSystem<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
glbAux(T, Map<Identifier, T>, TypeEnvironment<T>) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
glbAux(T, Map<Identifier, T>, ValueEnvironment<T>) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
glbAux(T, Map<Identifier, T>, M) - Method in class it.unive.lisa.analysis.nonrelational.Environment: Auxiliary glb operation, invoked after the result has been computed to create the concrete instance of environment.
glbKeys(Set<K>, Set<K>) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the intersection of the keys between k1 and k2.
Global - Class in it.unive.lisa.program: A global variable, scoped by its container.
Global(CodeLocation, Unit, String, boolean) - Constructor for class it.unive.lisa.program.Global: Builds an untyped global variable, identified by its name.
Global(CodeLocation, Unit, String, boolean, Type) - Constructor for class it.unive.lisa.program.Global: Builds the global reference, identified by its name and its type, happening at the given location in the program.
Global(CodeLocation, Unit, String, boolean, Type, Annotations) - Constructor for class it.unive.lisa.program.Global: Builds the global reference, identified by its name and its type, happening at the given location in the program.
GlobalWarning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on one of the Globals under analysis.
GlobalWarning(Unit, Global, String) - Constructor for class it.unive.lisa.checks.warnings.GlobalWarning: Builds the warning.
graph - Variable in class it.unive.lisa.outputs.GraphStreamWrapper: The wrapped graph.
Graph<G extends Graph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Interface in it.unive.lisa.util.datastructures.graph: Interface of a generic graph structure.
GraphmlGraph - Class in it.unive.lisa.outputs: A graph that can be dumped into compound GraphML format.
GraphmlGraph(String) - Constructor for class it.unive.lisa.outputs.GraphmlGraph: Builds a graph.
GraphStreamWrapper - Class in it.unive.lisa.outputs: A graph instance that decorates a graphstream Graph, offering custom/improved dumping.
GraphStreamWrapper() - Constructor for class it.unive.lisa.outputs.GraphStreamWrapper: Builds the wrapper.
GraphVisitor<G extends Graph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>,V> - Interface in it.unive.lisa.util.datastructures.graph: A visitor of a Graph.
GreaterOrEqual - Class in it.unive.lisa.program.cfg.statement.comparison: An expression modeling the greater or equal operation (>=).
GreaterOrEqual(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.comparison.GreaterOrEqual: Builds the greater or equal.
GreaterThan - Class in it.unive.lisa.program.cfg.statement.comparison: An expression modeling the greater than operation (>).
GreaterThan(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.comparison.GreaterThan: Builds the greater than.

H

hashCode() - Method in class it.unive.lisa.analysis.AnalysisState
hashCode() - Method in class it.unive.lisa.analysis.BaseLattice
hashCode() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
hashCode() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
hashCode() - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement
hashCode() - Method in class it.unive.lisa.analysis.lattices.ExpressionSet
hashCode() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
hashCode() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
hashCode() - Method in class it.unive.lisa.analysis.lattices.SetLattice
hashCode() - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
hashCode() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
hashCode() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
hashCode() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
hashCode() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
hashCode() - Method in class it.unive.lisa.analysis.representation.DomainRepresentation
hashCode() - Method in class it.unive.lisa.analysis.representation.ListRepresentation
hashCode() - Method in class it.unive.lisa.analysis.representation.MapRepresentation
hashCode() - Method in class it.unive.lisa.analysis.representation.ObjectRepresentation
hashCode() - Method in class it.unive.lisa.analysis.representation.SetRepresentation
hashCode() - Method in class it.unive.lisa.analysis.representation.StringRepresentation
hashCode() - Method in class it.unive.lisa.analysis.ScopeToken
hashCode() - Method in class it.unive.lisa.analysis.SimpleAbstractState
hashCode() - Method in class it.unive.lisa.analysis.symbols.NameSymbol
hashCode() - Method in class it.unive.lisa.analysis.symbols.QualifiedNameSymbol
hashCode() - Method in class it.unive.lisa.analysis.symbols.QualifierSymbol
hashCode() - Method in class it.unive.lisa.checks.warnings.CFGDescriptorWarning
hashCode() - Method in class it.unive.lisa.checks.warnings.CFGWarning
hashCode() - Method in class it.unive.lisa.checks.warnings.GlobalWarning
hashCode() - Method in class it.unive.lisa.checks.warnings.StatementWarning
hashCode() - Method in class it.unive.lisa.checks.warnings.UnitWarning
hashCode() - Method in class it.unive.lisa.checks.warnings.Warning
hashCode() - Method in class it.unive.lisa.checks.warnings.WarningWithLocation
hashCode() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphEdge
hashCode() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphNode
hashCode() - Method in class it.unive.lisa.outputs.json.JsonReport
hashCode() - Method in class it.unive.lisa.outputs.json.JsonReport.JsonWarning
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableArray
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableObject
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableString
hashCode() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableValue
hashCode() - Method in class it.unive.lisa.program.annotations.Annotation
hashCode() - Method in class it.unive.lisa.program.annotations.AnnotationMember
hashCode() - Method in class it.unive.lisa.program.annotations.Annotations
hashCode() - Method in class it.unive.lisa.program.annotations.matcher.BasicAnnotationMatcher
hashCode() - Method in class it.unive.lisa.program.annotations.values.ArrayAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.BoolAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.ByteAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.CharAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.CompilationUnitAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.DoubleAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.EnumAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.FloatAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.IntAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.LongAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.ShortAnnotationValue
hashCode() - Method in class it.unive.lisa.program.annotations.values.StringAnnotationValue
hashCode() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor
hashCode() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure
hashCode() - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse
hashCode() - Method in class it.unive.lisa.program.cfg.controlFlow.Loop
hashCode() - Method in class it.unive.lisa.program.cfg.edge.Edge
hashCode() - Method in class it.unive.lisa.program.cfg.Parameter
hashCode() - Method in class it.unive.lisa.program.cfg.statement.call.Call
hashCode() - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
hashCode() - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall
hashCode() - Method in class it.unive.lisa.program.cfg.statement.call.NamedParameterExpression
hashCode() - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall
hashCode() - Method in class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall
hashCode() - Method in class it.unive.lisa.program.cfg.statement.Expression
hashCode() - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal
hashCode() - Method in class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal
hashCode() - Method in class it.unive.lisa.program.cfg.statement.literal.Literal
hashCode() - Method in class it.unive.lisa.program.cfg.statement.NaryExpression
hashCode() - Method in class it.unive.lisa.program.cfg.statement.NoOp
hashCode() - Method in class it.unive.lisa.program.cfg.statement.Ret
hashCode() - Method in class it.unive.lisa.program.cfg.statement.Statement
hashCode() - Method in class it.unive.lisa.program.cfg.statement.UnaryStatement
hashCode() - Method in class it.unive.lisa.program.cfg.statement.VariableRef
hashCode() - Method in class it.unive.lisa.program.cfg.VariableTableEntry
hashCode() - Method in class it.unive.lisa.program.Global
hashCode() - Method in class it.unive.lisa.program.SourceCodeLocation
hashCode() - Method in class it.unive.lisa.symbolic.heap.AccessChild
hashCode() - Method in class it.unive.lisa.symbolic.heap.HeapAllocation
hashCode() - Method in class it.unive.lisa.symbolic.heap.HeapDereference
hashCode() - Method in class it.unive.lisa.symbolic.heap.HeapReference
hashCode() - Method in class it.unive.lisa.symbolic.SymbolicExpression
hashCode() - Method in class it.unive.lisa.symbolic.value.BinaryExpression
hashCode() - Method in class it.unive.lisa.symbolic.value.Constant
hashCode() - Method in class it.unive.lisa.symbolic.value.HeapLocation
hashCode() - Method in class it.unive.lisa.symbolic.value.Identifier
hashCode() - Method in class it.unive.lisa.symbolic.value.NullConstant
hashCode() - Method in class it.unive.lisa.symbolic.value.PushAny
hashCode() - Method in class it.unive.lisa.symbolic.value.Skip
hashCode() - Method in class it.unive.lisa.symbolic.value.TernaryExpression
hashCode() - Method in class it.unive.lisa.symbolic.value.UnaryExpression
hashCode() - Method in class it.unive.lisa.type.common.BoolType
hashCode() - Method in class it.unive.lisa.type.common.Float32Type
hashCode() - Method in class it.unive.lisa.type.common.Float64Type
hashCode() - Method in class it.unive.lisa.type.common.Int16Type
hashCode() - Method in class it.unive.lisa.type.common.Int32Type
hashCode() - Method in class it.unive.lisa.type.common.Int64Type
hashCode() - Method in class it.unive.lisa.type.common.Int8Type
hashCode() - Method in class it.unive.lisa.type.common.StringType
hashCode() - Method in class it.unive.lisa.type.common.UInt16Type
hashCode() - Method in class it.unive.lisa.type.common.UInt32Type
hashCode() - Method in class it.unive.lisa.type.common.UInt64Type
hashCode() - Method in class it.unive.lisa.type.common.UInt8Type
hashCode() - Method in class it.unive.lisa.type.NullType
hashCode() - Method in class it.unive.lisa.type.ReferenceType
hashCode() - Method in class it.unive.lisa.type.TypeTokenType
hashCode() - Method in class it.unive.lisa.type.Untyped
hashCode() - Method in class it.unive.lisa.type.VoidType
hashCode() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
hashCode() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
hashCode() - Method in class it.unive.lisa.util.collections.IterableArray
hashCode() - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
hashCode() - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
hashCode() - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
hashCode() - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
hashCode() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
hashCode() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix
hashCode() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix.NodeEdges
hashCode() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList
hashCode() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList.NodeEdges
hashCode() - Method in class it.unive.lisa.util.numeric.IntInterval
hashCode() - Method in class it.unive.lisa.util.numeric.MathNumber
hasRuntimeTypes() - Method in class it.unive.lisa.symbolic.SymbolicExpression: Yields true if this expression's runtime types have been set (even to the empty set).
HEAP_REPRESENTATION_KEY - Static variable in interface it.unive.lisa.analysis.AbstractState: The key that should be used to store the instance of HeapDomain inside the DomainRepresentation returned by SemanticDomain.representation().
HeapAllocation - Class in it.unive.lisa.symbolic.heap: An allocation of a memory location.
HeapAllocation(Type, CodeLocation) - Constructor for class it.unive.lisa.symbolic.heap.HeapAllocation: Builds the heap allocation.
HeapDereference - Class in it.unive.lisa.symbolic.heap: A heap dereference expression.
HeapDereference(Type, SymbolicExpression, CodeLocation) - Constructor for class it.unive.lisa.symbolic.heap.HeapDereference: Builds the heap dereference.
HeapDomain<D extends HeapDomain<D>> - Interface in it.unive.lisa.analysis.heap: A semantic domain that can evaluate the semantic of statements that operate on heap locations, and not on concrete values.
HeapEnvironment<T extends NonRelationalHeapDomain<T>> - Class in it.unive.lisa.analysis.nonrelational.heap: An environment for a NonRelationalHeapDomain, that maps Identifiers to instances of such domain.
HeapEnvironment(T) - Constructor for class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment: Builds an empty environment.
HeapEnvironment(T, Map<Identifier, T>) - Constructor for class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment: Builds an empty environment from a given mapping.
HeapEnvironment(T, Map<Identifier, T>, List<HeapSemanticOperation.HeapReplacement>) - Constructor for class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment: Builds an environment containing the given mapping.
HeapExpression - Class in it.unive.lisa.symbolic.heap: A symbolic expression that identifies a location in the program's heap.
HeapExpression(Type, CodeLocation) - Constructor for class it.unive.lisa.symbolic.heap.HeapExpression: Builds the heap expression.
HeapLocation - Class in it.unive.lisa.symbolic.value: An identifier of a synthetic program variable that represents a resolved memory location.
HeapLocation(Type, String, boolean, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.HeapLocation: Builds the heap location.
HeapReference - Class in it.unive.lisa.symbolic.heap: A reference to a memory location, identified by its name.
HeapReference(Type, SymbolicExpression, CodeLocation) - Constructor for class it.unive.lisa.symbolic.heap.HeapReference: Builds the heap reference.
HeapReplacement() - Constructor for class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement: Builds the replacement.
HeapSemanticOperation - Interface in it.unive.lisa.analysis.heap: A semantic operation on the heap state of the program, that provides a substitution of the available identifiers.
HeapSemanticOperation.HeapReplacement - Class in it.unive.lisa.analysis.heap: A replacement between Identifiers caused by a change in the heap abstraction.
HierarcyTraversalStrategy - Interface in it.unive.lisa.program.language.hierarchytraversal: A strategy for traversing hierarchies of CompilationUnit to search for implementations of call targets or global implementations.
highIsPlusInfinity() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if the upper bound of this interval is set to plus infinity.
HOURS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as hours.
HtmlGraph - Class in it.unive.lisa.outputs: A graph that can be dumped as an html page using javascript to visualize the graphs.
HtmlGraph(GraphmlGraph, boolean, SortedMap<Integer, Pair<String, SerializableNodeDescription>>, String, String) - Constructor for class it.unive.lisa.outputs.HtmlGraph: Builds the graph.

I

Identifier - Class in it.unive.lisa.symbolic.value: An identifier of a program variable, representing either a program variable (as an instance of Variable), or a resolved memory location (as an instance of HeapLocation).
Identifier(Type, String, boolean, Annotations, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.Identifier: Builds the identifier.
Identifier(Type, String, boolean, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.Identifier: Builds the identifier.
IfThenElse - Class in it.unive.lisa.program.cfg.controlFlow: A ControlFlowStructure representing a if-then-else.
IfThenElse(NodeList<CFG, Statement, Edge>, Statement, Statement, Collection<Statement>, Collection<Statement>) - Constructor for class it.unive.lisa.program.cfg.controlFlow.IfThenElse: Builds the if-then-else.
includes(IntInterval) - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this interval includes the given one.
indexOf(T) - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Yields the index where the given element is stored in this cache.
IndexOf - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string indexOf operation.
IndexOf(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.IndexOf: Builds the indexOf.
indexOfOrAdd(T) - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Yields the index where the given element is stored in this cache.
InferenceSystem<T extends InferredValue<T>> - Class in it.unive.lisa.analysis.nonrelational.inference: An inference system that model standard derivation systems (e.g., types systems, small step semantics, big step semantics, ...).
InferenceSystem(InferenceSystem<T>, T) - Constructor for class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem: Builds an inference system identical to the given one, except for the execution state that will be set to the given one.
InferenceSystem(T) - Constructor for class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem: Builds an empty inference system.
InferenceSystem(T, Map<Identifier, T>, InferredValue.InferredPair<T>) - Constructor for class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem: Builds an environment containing the given mapping.
InferredPair(T, T, T) - Constructor for class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair: Builds the pair.
InferredValue<T extends InferredValue<T>> - Interface in it.unive.lisa.analysis.nonrelational.inference: A NonRelationalElement that can be inferred by InferenceSystems.
InferredValue.InferredPair<T extends InferredValue<T>> - Class in it.unive.lisa.analysis.nonrelational.inference: A pair of instances of InferredValue, representing the result of an evaluation in the form of <inferred value, new execution state>.
INFINITY - Static variable in class it.unive.lisa.util.numeric.IntInterval: The interval [-Inf, +Inf].
INHERIT_FROM_SEALED - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for inheritance from a sealed CompilationUnit.
init(Application) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
init(Application) - Method in interface it.unive.lisa.interprocedural.callgraph.CallGraph: Initializes the call graph of the given program.
init(Application, CallGraph, OpenCallPolicy) - Method in interface it.unive.lisa.interprocedural.InterproceduralAnalysis: Initializes the interprocedural analysis of the given program.
InMemoryType - Interface in it.unive.lisa.type: A type that can only live in-memory, without being used for local variables.
INSTANCE - it.unive.lisa.program.cfg.statement.call.Call.CallType: Only instance code members are targeted by the call.
INSTANCE - Static variable in class it.unive.lisa.interprocedural.ReturnTopPolicy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.interprocedural.WorstCasePolicy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.cfg.statement.evaluation.LeftToRightEvaluation: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.cfg.statement.evaluation.RightToLeftEvaluation: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.language.hierarchytraversal.SingleInheritanceTraversalStrategy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.language.parameterassignment.OrderPreservingAssigningStrategy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.language.parameterassignment.PythonLikeAssigningStrategy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.language.resolution.JavaLikeMatchingStrategy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.language.resolution.RuntimeTypesMatchingStrategy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.language.resolution.StaticTypesMatchingStrategy: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.program.SyntheticLocation: Singleton instance of the synthetic location.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.BitwiseAnd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.BitwiseOr: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.BitwiseShiftLeft: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.BitwiseShiftRight: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.BitwiseUnsignedShiftRight: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.BitwiseXor: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.ComparisonEq: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.ComparisonGe: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.ComparisonGt: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.ComparisonLe: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.ComparisonLt: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.ComparisonNe: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.LogicalAnd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.LogicalOr: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitAdd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitDiv: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitMod: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitMul: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitRem: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitSub: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitAdd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitDiv: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitMod: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitMul: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitRem: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitSub: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitAdd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitDiv: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitMod: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitMul: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitRem: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitSub: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitAdd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitDiv: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitMod: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitMul: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitRem: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitSub: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingAdd: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingDiv: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingMod: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingMul: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingRem: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingSub: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.StringConcat: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.StringContains: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.StringEndsWith: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.StringEquals: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.StringIndexOf: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.StringStartsWith: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.TypeCast: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.TypeCheck: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.binary.TypeConv: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.ternary.StringReplace: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.ternary.StringSubstring: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.unary.BitwiseNegation: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.unary.LogicalNegation: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.unary.NumericNegation: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.unary.StringLength: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.symbolic.value.operator.unary.TypeOf: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.type.common.BoolType: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.type.common.Float32Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.Float64Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.Int16Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.Int32Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.Int64Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.Int8Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.StringType: The singleton instance of this class.
INSTANCE - Static variable in class it.unive.lisa.type.common.UInt16Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.UInt32Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.UInt64Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.common.UInt8Type: The unique singleton instance of this type.
INSTANCE - Static variable in class it.unive.lisa.type.NullType: Unique instance of NullType.
INSTANCE - Static variable in class it.unive.lisa.type.Untyped: Unique instance of Untyped type.
INSTANCE - Static variable in class it.unive.lisa.type.VoidType: Unique instance of VoidType.
instances - Variable in class it.unive.lisa.program.CompilationUnit: The lazily computed collection of instances of this unit, that is, the collection of compilation units that directly or indirectly inherit from this unit.
Int16Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 16-bit signed Literal representing a constant integral value.
Int16Literal(CFG, CodeLocation, short) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Int16Literal: Builds the literal.
Int16Type - Class in it.unive.lisa.type.common: A signed 16-bit integral NumericType.
Int16Type() - Constructor for class it.unive.lisa.type.common.Int16Type: Builds the type.
Int32Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 32-bit signed Literal representing a constant integral value.
Int32Literal(CFG, CodeLocation, int) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Int32Literal: Builds the literal.
Int32Type - Class in it.unive.lisa.type.common: A signed 32-bit integral NumericType.
Int32Type() - Constructor for class it.unive.lisa.type.common.Int32Type: Builds the type.
Int64Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 64-bit signed Literal representing a constant integral value.
Int64Literal(CFG, CodeLocation, long) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Int64Literal: Builds the literal.
Int64Type - Class in it.unive.lisa.type.common: A signed 64-bit integral NumericType.
Int64Type() - Constructor for class it.unive.lisa.type.common.Int64Type: Builds the type.
Int8Literal - Class in it.unive.lisa.program.cfg.statement.literal: An 8-bit signed Literal representing a constant integral value.
Int8Literal(CFG, CodeLocation, byte) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Int8Literal: Builds the literal.
Int8Type - Class in it.unive.lisa.type.common: A signed 8-bit integral NumericType.
Int8Type() - Constructor for class it.unive.lisa.type.common.Int8Type: Builds the type.
IntAnnotationValue - Class in it.unive.lisa.program.annotations.values: An integer annotation value.
IntAnnotationValue(int) - Constructor for class it.unive.lisa.program.annotations.values.IntAnnotationValue: Builds an integer annotation value.
INTERFACE_WITH_GLOBALS - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for Globals inside InterfaceUnits.
InterfaceUnit - Class in it.unive.lisa.program: A interface unit of the program to analyze.
InterfaceUnit(CodeLocation, Program, String, boolean) - Constructor for class it.unive.lisa.program.InterfaceUnit: Builds an interface unit, defined at the given location.
InterproceduralAnalysis<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Interface in it.unive.lisa.interprocedural: The definition of interprocedural analyses.
InterproceduralAnalysisException - Exception in it.unive.lisa.interprocedural: An exception that occurred while performing an interprocedural analysis.
InterproceduralAnalysisException() - Constructor for exception it.unive.lisa.interprocedural.InterproceduralAnalysisException: Builds the exception.
InterproceduralAnalysisException(String) - Constructor for exception it.unive.lisa.interprocedural.InterproceduralAnalysisException: Builds the exception.
InterproceduralAnalysisException(String, Throwable) - Constructor for exception it.unive.lisa.interprocedural.InterproceduralAnalysisException: Builds the exception.
InterproceduralAnalysisException(Throwable) - Constructor for exception it.unive.lisa.interprocedural.InterproceduralAnalysisException: Builds the exception.
intersection(ExternalSet<T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
intersection(ExternalSet<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields the intersection of this set and another.
intersects(ExternalSet<T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
intersects(ExternalSet<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Determines if this set has at least an element in common with another if they share the same cache.
intersects(IntInterval) - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this interval intersects with the given one.
IntInterval - Class in it.unive.lisa.util.numeric: An interval with integer bounds.
IntInterval(int, int) - Constructor for class it.unive.lisa.util.numeric.IntInterval: Builds a new interval.
IntInterval(MathNumber, MathNumber) - Constructor for class it.unive.lisa.util.numeric.IntInterval: Builds a new interval.
IntInterval(Integer, Integer) - Constructor for class it.unive.lisa.util.numeric.IntInterval: Builds a new interval.
INVALID_CFSTRUCTURE - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for invalid ControlFlowStructures.
INVALID_NODE_LIST - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for invalid NodeLists.
InverseSetLattice<S extends InverseSetLattice<S,E>,E> - Class in it.unive.lisa.analysis.lattices: A generic inverse set lattice containing a set of elements.
InverseSetLattice(Set<E>, boolean) - Constructor for class it.unive.lisa.analysis.lattices.InverseSetLattice: Builds the lattice.
is(int) - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this is a singleton interval containing only n.
is(int) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is number represents exactly the given integer.
is16Bits() - Method in class it.unive.lisa.type.common.Float32Type
is16Bits() - Method in class it.unive.lisa.type.common.Float64Type
is16Bits() - Method in class it.unive.lisa.type.common.Int16Type
is16Bits() - Method in class it.unive.lisa.type.common.Int32Type
is16Bits() - Method in class it.unive.lisa.type.common.Int64Type
is16Bits() - Method in class it.unive.lisa.type.common.Int8Type
is16Bits() - Method in class it.unive.lisa.type.common.UInt16Type
is16Bits() - Method in class it.unive.lisa.type.common.UInt32Type
is16Bits() - Method in class it.unive.lisa.type.common.UInt64Type
is16Bits() - Method in class it.unive.lisa.type.common.UInt8Type
is16Bits() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type follows a 16-bits format representation.
is32Bits() - Method in class it.unive.lisa.type.common.Float32Type
is32Bits() - Method in class it.unive.lisa.type.common.Float64Type
is32Bits() - Method in class it.unive.lisa.type.common.Int16Type
is32Bits() - Method in class it.unive.lisa.type.common.Int32Type
is32Bits() - Method in class it.unive.lisa.type.common.Int64Type
is32Bits() - Method in class it.unive.lisa.type.common.Int8Type
is32Bits() - Method in class it.unive.lisa.type.common.UInt16Type
is32Bits() - Method in class it.unive.lisa.type.common.UInt32Type
is32Bits() - Method in class it.unive.lisa.type.common.UInt64Type
is32Bits() - Method in class it.unive.lisa.type.common.UInt8Type
is32Bits() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type follows a 32-bits format representation.
is64Bits() - Method in class it.unive.lisa.type.common.Float32Type
is64Bits() - Method in class it.unive.lisa.type.common.Float64Type
is64Bits() - Method in class it.unive.lisa.type.common.Int16Type
is64Bits() - Method in class it.unive.lisa.type.common.Int32Type
is64Bits() - Method in class it.unive.lisa.type.common.Int64Type
is64Bits() - Method in class it.unive.lisa.type.common.Int8Type
is64Bits() - Method in class it.unive.lisa.type.common.UInt16Type
is64Bits() - Method in class it.unive.lisa.type.common.UInt32Type
is64Bits() - Method in class it.unive.lisa.type.common.UInt64Type
is64Bits() - Method in class it.unive.lisa.type.common.UInt8Type
is64Bits() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type follows a 64-bits format representation.
is8Bits() - Method in class it.unive.lisa.type.common.Float32Type
is8Bits() - Method in class it.unive.lisa.type.common.Float64Type
is8Bits() - Method in class it.unive.lisa.type.common.Int16Type
is8Bits() - Method in class it.unive.lisa.type.common.Int32Type
is8Bits() - Method in class it.unive.lisa.type.common.Int64Type
is8Bits() - Method in class it.unive.lisa.type.common.Int8Type
is8Bits() - Method in class it.unive.lisa.type.common.UInt16Type
is8Bits() - Method in class it.unive.lisa.type.common.UInt32Type
is8Bits() - Method in class it.unive.lisa.type.common.UInt64Type
is8Bits() - Method in class it.unive.lisa.type.common.UInt8Type
is8Bits() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type follows a 8-bits format representation.
isArrayType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of ArrayType.
isBooleanType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of BooleanType.
isBottom() - Method in class it.unive.lisa.analysis.AnalysisState
isBottom() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
isBottom() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
isBottom() - Method in interface it.unive.lisa.analysis.Lattice: Yields true if and only if this object represents the bottom of the lattice.
isBottom() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields true if and only if this object represents the bottom of the lattice.
isBottom() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
isBottom() - Method in class it.unive.lisa.analysis.lattices.SetLattice
isBottom() - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
isBottom() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
isBottom() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
isBottom() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
isBottom() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
isBottom() - Method in class it.unive.lisa.analysis.SimpleAbstractState
isEmpty() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice: Returns true if this set contains no elements.
isEmpty() - Method in class it.unive.lisa.analysis.lattices.SetLattice: Returns true if this set contains no elements.
isEmpty() - Method in class it.unive.lisa.program.annotations.Annotations: Yields true if and only if the set of annotations represented by this instance is empty.
isEmpty() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
isEmpty() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
isEmpty() - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
isEmpty() - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
isEmpty() - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
isEmpty() - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
isEmpty() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
isEmpty() - Method in interface it.unive.lisa.util.collections.workset.WorkingSet: Yields true if and only if this working set is empty.
isEqualTo(G) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
isEqualTo(G) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
isEqualTo(G) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Checks if this graph is effectively equal to the given one, that is, if they have the same structure while potentially being different instances.
isFinite() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this is interval is finite, that is, if neither bound is set to infinity.
isFinite() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is finite (i.e.
isGuarded(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields true if and only if the given program point is inside the body of a ControlFlowStructure, regardless of its type.

Note that if no control flow structures have been provided by frontends, and no attempt at extracting them has been made yet, invoking this method will cause a ControlFlowExtractor to try to extract them.
isInfinite() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this is interval is not finite, that is, if at least one bound is set to infinity.
isInfinite() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is infinite (i.e.
isInfinity() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this is the interval representing infinity, that is, [-Inf, +Inf].
isInherited() - Method in class it.unive.lisa.program.annotations.Annotation: Yields true if this annotation can be inherited, false otherwise.
isInMemoryType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of InMemoryType.
isInsideIfThenElse(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields true if and only if the given program point is inside one of the branches of an IfThenElse.

Note that if no control flow structures have been provided by frontends, and no attempt at extracting them has been made yet, invoking this method will cause a ControlFlowExtractor to try to extract them.
isInsideLoop(ProgramPoint) - Method in class it.unive.lisa.program.cfg.CFG: Yields true if and only if the given program point is inside the body of a Loop.

Note that if no control flow structures have been provided by frontends, and no attempt at extracting them has been made yet, invoking this method will cause a ControlFlowExtractor to try to extract them.
isInstance() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields true if and only if the cfg associated to this descriptor is an instance cfg.
isInstance() - Method in class it.unive.lisa.program.Global: Yields true if and only if this is an instance global.
isInstanceOf(CompilationUnit) - Method in class it.unive.lisa.program.ClassUnit
isInstanceOf(CompilationUnit) - Method in class it.unive.lisa.program.CompilationUnit: Yields true if and only if this unit is an instance of the given one.
isInstanceOf(CompilationUnit) - Method in class it.unive.lisa.program.InterfaceUnit
isIntegral() - Method in class it.unive.lisa.type.common.Float32Type
isIntegral() - Method in class it.unive.lisa.type.common.Float64Type
isIntegral() - Method in class it.unive.lisa.type.common.Int16Type
isIntegral() - Method in class it.unive.lisa.type.common.Int32Type
isIntegral() - Method in class it.unive.lisa.type.common.Int64Type
isIntegral() - Method in class it.unive.lisa.type.common.Int8Type
isIntegral() - Method in class it.unive.lisa.type.common.UInt16Type
isIntegral() - Method in class it.unive.lisa.type.common.UInt32Type
isIntegral() - Method in class it.unive.lisa.type.common.UInt64Type
isIntegral() - Method in class it.unive.lisa.type.common.UInt8Type
isIntegral() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type is integral, representing one of the numbers in the mathematical set Z.
isLogging() - Method in class it.unive.lisa.logging.Counter: Yields true if this counter is currently logging updates.
isMinusInfinity() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is minus infinity.
isNaN() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is not a number, that is, obtained from an operation that does not produce a result (e.g.
isNegative() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is negative.
isNullType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of NullType.
isNumericType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of NumericType.
isOverridable() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields true if and only if the cfg associated to this descriptor is can be overridden by cfgs in Units that inherit for the cfg's unit.
isPlusInfinity() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is plus infinity.
isPointerType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of PointerType.
isPositiveOrZero() - Method in class it.unive.lisa.util.numeric.MathNumber: Yields true if this number is positive or equal to zero.
isReferenceType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of ReferenceType.
isSealed() - Method in class it.unive.lisa.program.CompilationUnit: Yields whether or not this unit is sealed, meaning that it cannot be used as super unit of other compilation units.
isSigned() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type is signed.
isSingleton() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if this is a singleton interval, that is, if the lower bound and the upper bound are the same.
isStringType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of StringType.
isTop - Variable in class it.unive.lisa.analysis.lattices.InverseSetLattice: Whether or not this is the top or bottom element of the lattice, valid only if the set of elements is empty.
isTop - Variable in class it.unive.lisa.analysis.lattices.SetLattice: Whether or not this is the top or bottom element of the lattice, valid only if the set of elements is empty.
isTop() - Method in class it.unive.lisa.analysis.AnalysisState
isTop() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
isTop() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
isTop() - Method in interface it.unive.lisa.analysis.Lattice: Yields true if and only if this object represents the top of the lattice.
isTop() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields true if and only if this object represents the top of the lattice.
isTop() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
isTop() - Method in class it.unive.lisa.analysis.lattices.SetLattice
isTop() - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
isTop() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
isTop() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
isTop() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
isTop() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
isTop() - Method in class it.unive.lisa.analysis.SimpleAbstractState
isTypeTokenType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of TypeTokenType.
isUnconditional() - Method in class it.unive.lisa.program.cfg.edge.FalseEdge
isUnconditional() - Method in class it.unive.lisa.program.cfg.edge.SequentialEdge
isUnconditional() - Method in class it.unive.lisa.program.cfg.edge.TrueEdge
isUnconditional() - Method in interface it.unive.lisa.util.datastructures.graph.code.CodeEdge: Yields true if and only if this edge represent unconditional execution flow between its bounds.
isUnitType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of UnitType.
isUnsigned() - Method in class it.unive.lisa.type.common.Float32Type
isUnsigned() - Method in class it.unive.lisa.type.common.Float64Type
isUnsigned() - Method in class it.unive.lisa.type.common.Int16Type
isUnsigned() - Method in class it.unive.lisa.type.common.Int32Type
isUnsigned() - Method in class it.unive.lisa.type.common.Int64Type
isUnsigned() - Method in class it.unive.lisa.type.common.Int8Type
isUnsigned() - Method in class it.unive.lisa.type.common.UInt16Type
isUnsigned() - Method in class it.unive.lisa.type.common.UInt32Type
isUnsigned() - Method in class it.unive.lisa.type.common.UInt64Type
isUnsigned() - Method in class it.unive.lisa.type.common.UInt8Type
isUnsigned() - Method in interface it.unive.lisa.type.NumericType: Returns true if this numeric type is unsigned.
isUntyped() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of Untyped.
isVoidType() - Method in interface it.unive.lisa.type.Type: Yields true if and only if this type is an instance of VoidType.
isWeak() - Method in class it.unive.lisa.symbolic.value.Identifier: Yields whether or not this identifier is weak.
it.unive.lisa - package it.unive.lisa
it.unive.lisa.analysis - package it.unive.lisa.analysis
it.unive.lisa.analysis.dataflow - package it.unive.lisa.analysis.dataflow
it.unive.lisa.analysis.heap - package it.unive.lisa.analysis.heap
it.unive.lisa.analysis.lattices - package it.unive.lisa.analysis.lattices
it.unive.lisa.analysis.nonrelational - package it.unive.lisa.analysis.nonrelational
it.unive.lisa.analysis.nonrelational.heap - package it.unive.lisa.analysis.nonrelational.heap
it.unive.lisa.analysis.nonrelational.inference - package it.unive.lisa.analysis.nonrelational.inference
it.unive.lisa.analysis.nonrelational.value - package it.unive.lisa.analysis.nonrelational.value
it.unive.lisa.analysis.representation - package it.unive.lisa.analysis.representation
it.unive.lisa.analysis.symbols - package it.unive.lisa.analysis.symbols
it.unive.lisa.analysis.value - package it.unive.lisa.analysis.value
it.unive.lisa.checks - package it.unive.lisa.checks
it.unive.lisa.checks.semantic - package it.unive.lisa.checks.semantic
it.unive.lisa.checks.syntactic - package it.unive.lisa.checks.syntactic
it.unive.lisa.checks.warnings - package it.unive.lisa.checks.warnings
it.unive.lisa.interprocedural - package it.unive.lisa.interprocedural
it.unive.lisa.interprocedural.callgraph - package it.unive.lisa.interprocedural.callgraph
it.unive.lisa.logging - package it.unive.lisa.logging
it.unive.lisa.outputs - package it.unive.lisa.outputs
it.unive.lisa.outputs.compare - package it.unive.lisa.outputs.compare
it.unive.lisa.outputs.json - package it.unive.lisa.outputs.json
it.unive.lisa.outputs.serializableGraph - package it.unive.lisa.outputs.serializableGraph
it.unive.lisa.program - package it.unive.lisa.program
it.unive.lisa.program.annotations - package it.unive.lisa.program.annotations
it.unive.lisa.program.annotations.matcher - package it.unive.lisa.program.annotations.matcher
it.unive.lisa.program.annotations.values - package it.unive.lisa.program.annotations.values
it.unive.lisa.program.cfg - package it.unive.lisa.program.cfg
it.unive.lisa.program.cfg.controlFlow - package it.unive.lisa.program.cfg.controlFlow
it.unive.lisa.program.cfg.edge - package it.unive.lisa.program.cfg.edge
it.unive.lisa.program.cfg.statement - package it.unive.lisa.program.cfg.statement
it.unive.lisa.program.cfg.statement.call - package it.unive.lisa.program.cfg.statement.call
it.unive.lisa.program.cfg.statement.comparison - package it.unive.lisa.program.cfg.statement.comparison
it.unive.lisa.program.cfg.statement.evaluation - package it.unive.lisa.program.cfg.statement.evaluation
it.unive.lisa.program.cfg.statement.global - package it.unive.lisa.program.cfg.statement.global
it.unive.lisa.program.cfg.statement.literal - package it.unive.lisa.program.cfg.statement.literal
it.unive.lisa.program.cfg.statement.logic - package it.unive.lisa.program.cfg.statement.logic
it.unive.lisa.program.cfg.statement.numeric - package it.unive.lisa.program.cfg.statement.numeric
it.unive.lisa.program.cfg.statement.string - package it.unive.lisa.program.cfg.statement.string
it.unive.lisa.program.language - package it.unive.lisa.program.language
it.unive.lisa.program.language.hierarchytraversal - package it.unive.lisa.program.language.hierarchytraversal
it.unive.lisa.program.language.parameterassignment - package it.unive.lisa.program.language.parameterassignment
it.unive.lisa.program.language.resolution - package it.unive.lisa.program.language.resolution
it.unive.lisa.program.language.validation - package it.unive.lisa.program.language.validation
it.unive.lisa.symbolic - package it.unive.lisa.symbolic
it.unive.lisa.symbolic.heap - package it.unive.lisa.symbolic.heap
it.unive.lisa.symbolic.value - package it.unive.lisa.symbolic.value
it.unive.lisa.symbolic.value.operator - package it.unive.lisa.symbolic.value.operator
it.unive.lisa.symbolic.value.operator.binary - package it.unive.lisa.symbolic.value.operator.binary
it.unive.lisa.symbolic.value.operator.ternary - package it.unive.lisa.symbolic.value.operator.ternary
it.unive.lisa.symbolic.value.operator.unary - package it.unive.lisa.symbolic.value.operator.unary
it.unive.lisa.type - package it.unive.lisa.type
it.unive.lisa.type.common - package it.unive.lisa.type.common
it.unive.lisa.util.collections - package it.unive.lisa.util.collections
it.unive.lisa.util.collections.externalSet - package it.unive.lisa.util.collections.externalSet
it.unive.lisa.util.collections.workset - package it.unive.lisa.util.collections.workset
it.unive.lisa.util.datastructures.graph - package it.unive.lisa.util.datastructures.graph
it.unive.lisa.util.datastructures.graph.algorithms - package it.unive.lisa.util.datastructures.graph.algorithms
it.unive.lisa.util.datastructures.graph.code - package it.unive.lisa.util.datastructures.graph.code
it.unive.lisa.util.file - package it.unive.lisa.util.file
it.unive.lisa.util.numeric - package it.unive.lisa.util.numeric
IterableArray<E> - Class in it.unive.lisa.util.collections: An iterable over an array of elements.
IterableArray(E[]) - Constructor for class it.unive.lisa.util.collections.IterableArray: Builds the iterable.
iterate(Logger, E[], String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given array into an Iterable instance that automatically logs at level Level.INFO while traversing the array.
iterate(Logger, Iterable<E>, String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given iterable into an Iterable instance that automatically logs at level Level.INFO while traversing the array.
iterate(Logger, Collection<E>, String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given collection into an Iterable instance that automatically logs at level Level.INFO while traversing the collection.
iterate(Logger, Stream<E>, String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given stream into an Iterable instance that automatically logs at level Level.INFO while traversing a collection created from the stream.
iterate(Logger, Level, E[], String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given array into an Iterable instance that automatically logs while traversing the array.
iterate(Logger, Level, Iterable<E>, String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given iterable into an Iterable instance that automatically logs while traversing the iterable.
iterate(Logger, Level, Collection<E>, String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given collection into an Iterable instance that automatically logs while traversing the collection.
iterate(Logger, Level, Stream<E>, String, String) - Static method in class it.unive.lisa.logging.IterationLogger: Wraps the given array into an Iterable instance that automatically logs while traversing a collection created from the stream.
IterationLogger - Class in it.unive.lisa.logging: An utility class that allows automatic logging while iterating over elements of a collection, stream or array.
iterator() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
iterator() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
iterator() - Method in class it.unive.lisa.analysis.lattices.SetLattice
iterator() - Method in class it.unive.lisa.program.annotations.Annotations
iterator() - Method in class it.unive.lisa.util.collections.CastIterable
iterator() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
iterator() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
iterator() - Method in class it.unive.lisa.util.collections.IterableArray
iterator() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix
iterator() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList

J

JavaLikeMatchingStrategy - Class in it.unive.lisa.program.language.resolution: A strategy where the first parameter is tested using RuntimeTypesMatchingStrategy if it represents the receiver of an instance call, otherwise it is tested with StaticTypesMatchingStrategy.
join(C, C, C, BiPredicate<T, T>, BinaryOperator<T>) - Static method in class it.unive.lisa.util.collections.CollectionUtilities: Joins (union) two collections, using a custom equality test to determine if two elements are to be considered equals and thus joined together through the given joiner.
join(CFGWithAnalysisResults<A, H, V, T>) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Joins two CFGWithAnalysisResults together.
join(N, T, T) - Method in interface it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint.FixpointImplementation: Given a node and two states, joins the states (i.e.
JsonReport - Class in it.unive.lisa.outputs.json: A report of an executed analysis that can be dumped in json format, and that can be read from a json file.
JsonReport() - Constructor for class it.unive.lisa.outputs.json.JsonReport: Builds an empty report.
JsonReport(Collection<Warning>, Collection<String>) - Constructor for class it.unive.lisa.outputs.json.JsonReport: Builds the report, containing the given warnings and files.
JsonReport.JsonWarning - Class in it.unive.lisa.outputs.json: A warning that is ready to dump into a JsonReport.
JsonReportComparer - Class in it.unive.lisa.outputs.compare: A class providing capabilities for finding differences between two JsonReports.
JsonReportComparer() - Constructor for class it.unive.lisa.outputs.compare.JsonReportComparer
JsonReportComparer.DiffReporter - Interface in it.unive.lisa.outputs.compare: An object that provides callbacks for reporting differences when comparing JsonReports.
JsonReportComparer.REPORT_TYPE - Enum in it.unive.lisa.outputs.compare: An enumeration defining the different type of reports that can be issued.
JsonReportComparer.REPORTED_COMPONENT - Enum in it.unive.lisa.outputs.compare: An enumeration defining the different components of a JsonReport, in order to distinguish which one of them caused a difference being reported.
JsonWarning() - Constructor for class it.unive.lisa.outputs.json.JsonReport.JsonWarning: Builds an empty warning with no message.
JsonWarning(Warning) - Constructor for class it.unive.lisa.outputs.json.JsonReport.JsonWarning: Builds the warning, cloning the information from the given Warning.

K

keyLift(Set<K>, Set<K>) - Method in interface it.unive.lisa.analysis.lattices.FunctionalLattice.KeyFunctionalLift: Yields the lift of first and second key sets.
kill(Identifier, ValueExpression, ProgramPoint, D) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: The dataflow kill operation, yielding the dataflow elements that are killed by the assignment of the given expression to the given id.
kill(ValueExpression, ProgramPoint, D) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: The dataflow kill operation, yielding the dataflow elements that are killed by evaluating the given non-assigning expression.

L

LABEL - Static variable in class it.unive.lisa.outputs.DotGraph: The label attribute name.
LanguageFeatures - Class in it.unive.lisa.program.language: Logical grouping of all language-specific features, such as strategies for matching call parameters or traversing type hierarchies.
LanguageFeatures() - Constructor for class it.unive.lisa.program.language.LanguageFeatures
last(int) - Method in interface it.unive.lisa.program.cfg.statement.evaluation.EvaluationOrder: Yields the index of the last sub-expression that has to be evaluated.
last(int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.LeftToRightEvaluation
last(int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.RightToLeftEvaluation
lattice - Variable in class it.unive.lisa.analysis.lattices.FunctionalLattice: The underlying lattice.
Lattice<L extends Lattice<L>> - Interface in it.unive.lisa.analysis: An interface for elements that follow a lattice structure.
LeftToRightEvaluation - Class in it.unive.lisa.program.cfg.statement.evaluation: A left-to-right EvaluationOrder, evaluating expressions in the given order.
Length - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string length operation.
Length(CFG, CodeLocation, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.Length: Builds the length.
lessOrEqual(CFGWithAnalysisResults<A, H, V, T>) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
lessOrEqual(L) - Method in class it.unive.lisa.analysis.BaseLattice
lessOrEqual(L) - Method in interface it.unive.lisa.analysis.Lattice: Yields true if and only if this lattice element is in relation with (usually represented through ≤) the given one.
LessOrEqual - Class in it.unive.lisa.program.cfg.statement.comparison: An expression modeling the less or equal operation (<=).
LessOrEqual(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.comparison.LessOrEqual: Builds the less or equal.
lessOrEqualAux(F) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
lessOrEqualAux(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.analysis.AnalysisState
lessOrEqualAux(DefiniteForwardDataflowDomain<E>) - Method in class it.unive.lisa.analysis.dataflow.DefiniteForwardDataflowDomain
lessOrEqualAux(PossibleForwardDataflowDomain<E>) - Method in class it.unive.lisa.analysis.dataflow.PossibleForwardDataflowDomain
lessOrEqualAux(HeapEnvironment<T>) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
lessOrEqualAux(InferenceSystem<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
lessOrEqualAux(InferredValue.InferredPair<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
lessOrEqualAux(SimpleAbstractState<H, V, T>) - Method in class it.unive.lisa.analysis.SimpleAbstractState
lessOrEqualAux(L) - Method in class it.unive.lisa.analysis.BaseLattice: Yields true if and only if this lattice element is in relation with (usually represented through ≤) the given one, assuming that base cases have already been handled.
lessOrEqualAux(S) - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
lessOrEqualAux(S) - Method in class it.unive.lisa.analysis.lattices.SetLattice
LessThan - Class in it.unive.lisa.program.cfg.statement.comparison: An expression modeling the less than operation (<).
LessThan(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.comparison.LessThan: Builds the less than.
LIFOWorkingSet<E> - Class in it.unive.lisa.util.collections.workset: A last-in, first-out working set.
lift(V, V) - Method in interface it.unive.lisa.analysis.lattices.FunctionalLattice.FunctionalLift: Yields the lift of first and second lattice element.
list - Variable in class it.unive.lisa.util.datastructures.graph.code.CodeGraph: The node list of this graph.
ListRepresentation - Class in it.unive.lisa.analysis.representation: A DomainRepresentation in the form of a list of values.
ListRepresentation(DomainRepresentation...) - Constructor for class it.unive.lisa.analysis.representation.ListRepresentation: Builds a new representation containing the given elements.
ListRepresentation(List<E>, Function<E, DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.ListRepresentation: Builds a new representation starting from the given list.
ListRepresentation(List<DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.ListRepresentation: Builds a new representation containing the given list.
Literal<E> - Class in it.unive.lisa.program.cfg.statement.literal: A literal, representing a constant value.
Literal(CFG, CodeLocation, E, Type) - Constructor for class it.unive.lisa.program.cfg.statement.literal.Literal: Builds a typed literal, consisting of a constant value, happening at the given location in the program.
LogicalAnd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to Boolean values, a BinaryExpression using this operator computes the logical conjunction of those values, without short-circuiting.

First argument expression type: BooleanType
Second argument expression type: BooleanType
Computed expression type: BooleanType
LogicalAnd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.LogicalAnd: Builds the operator.
LogicalNegation - Class in it.unive.lisa.symbolic.value.operator.unary: Given an expression that evaluates to a Boolean value, a UnaryExpression using this operator computes the logical negation of the expression: if it evaluates to true, it is transformed to false, and vice versa.

Argument expression type: BooleanType
Computed expression type: BooleanType
LogicalNegation() - Constructor for class it.unive.lisa.symbolic.value.operator.unary.LogicalNegation: Builds the operator.
LogicalOperation - Class in it.unive.lisa.symbolic.value.operator.binary: A common implementation for classes implementing BinaryOperator and LogicalOperator, providing a LogicalOperation.typeInference(TypeSystem, Set, Set) implementation that returns an empty set if no BooleanType can be found in one of the arguments, and a singleton set containing TypeSystem.getBooleanType() otherwise.
LogicalOperation() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.LogicalOperation
LogicalOperator - Interface in it.unive.lisa.symbolic.value.operator: A logical operation on operand(s) of type BooleanType.
LogicalOr - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to Boolean values, a BinaryExpression using this operator computes the logical disjunction of those values, without short-circuiting.

First argument expression type: BooleanType
Second argument expression type: BooleanType
Computed expression type: BooleanType
LogicalOr() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.LogicalOr: Builds the operator.
LongAnnotationValue - Class in it.unive.lisa.program.annotations.values: A long annotation value.
LongAnnotationValue(long) - Constructor for class it.unive.lisa.program.annotations.values.LongAnnotationValue: Builds a long annotation value.
Loop - Class in it.unive.lisa.program.cfg.controlFlow: A ControlFlowStructure representing a loop.
Loop(NodeList<CFG, Statement, Edge>, Statement, Statement, Collection<Statement>) - Constructor for class it.unive.lisa.program.cfg.controlFlow.Loop: Builds the loop.
lowIsMinusInfinity() - Method in class it.unive.lisa.util.numeric.IntInterval: Yields true if the lower bound of this interval is set to minus infinity.
lub(CFGWithAnalysisResults<A, H, V, T>) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
lub(Identifier) - Method in class it.unive.lisa.symbolic.value.HeapLocation
lub(Identifier) - Method in class it.unive.lisa.symbolic.value.Identifier: Yields the least upper bounds between two identifiers.
lub(L) - Method in class it.unive.lisa.analysis.BaseLattice
lub(L) - Method in interface it.unive.lisa.analysis.Lattice: Performs the least upper bound operation between this lattice element and the given one.
lubAux(F) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
lubAux(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.analysis.AnalysisState
lubAux(DefiniteForwardDataflowDomain<E>) - Method in class it.unive.lisa.analysis.dataflow.DefiniteForwardDataflowDomain
lubAux(PossibleForwardDataflowDomain<E>) - Method in class it.unive.lisa.analysis.dataflow.PossibleForwardDataflowDomain
lubAux(ExpressionSet<T>) - Method in class it.unive.lisa.analysis.lattices.ExpressionSet
lubAux(HeapEnvironment<T>) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
lubAux(InferenceSystem<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
lubAux(InferredValue.InferredPair<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
lubAux(SimpleAbstractState<H, V, T>) - Method in class it.unive.lisa.analysis.SimpleAbstractState
lubAux(L) - Method in class it.unive.lisa.analysis.BaseLattice: Performs the least upper bound operation between this lattice element and the given one, assuming that base cases have already been handled.
lubAux(S) - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
lubAux(S) - Method in class it.unive.lisa.analysis.lattices.SetLattice
lubKeys(Set<Identifier>, Set<Identifier>) - Method in class it.unive.lisa.analysis.nonrelational.Environment
lubKeys(Set<K>, Set<K>) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields the union of the keys between k1 and k2.

M

map - Variable in class it.unive.lisa.analysis.representation.MapRepresentation: The mappings of contained in this map.
MapRepresentation - Class in it.unive.lisa.analysis.representation: A DomainRepresentation in the form of a key-value mapping.
MapRepresentation(Map<DomainRepresentation, DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.MapRepresentation: Builds a new representation containing the given map.
MapRepresentation(Map<K, V>, Function<K, DomainRepresentation>, Function<V, DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.MapRepresentation: Builds a new representation starting from the given map.
markSubNode(SerializableNode, SerializableNode) - Method in class it.unive.lisa.outputs.GraphmlGraph: Takes note that inner is a subnode of node instead of a proper node of the graph.
matchCodeMemberName(UnresolvedCall, String, String) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph: Matches the name (qualifier + target name) of the given call against the given code member.
matches(Annotation) - Method in interface it.unive.lisa.program.annotations.matcher.AnnotationMatcher: Returns true if this matcher matches the input annotation, false otherwise.
matches(Annotation) - Method in class it.unive.lisa.program.annotations.matcher.BasicAnnotationMatcher
matches(Call, int, Parameter, Expression, Set<Type>) - Method in class it.unive.lisa.program.language.resolution.FixedOrderMatchingStrategy: Yields true if and only if the signature of the pos-th parameter of a cfg is matched by the given actual parameter, according to this strategy.
matches(Call, int, Parameter, Expression, Set<Type>) - Method in class it.unive.lisa.program.language.resolution.JavaLikeMatchingStrategy
matches(Call, int, Parameter, Expression, Set<Type>) - Method in class it.unive.lisa.program.language.resolution.RuntimeTypesMatchingStrategy
matches(Call, int, Parameter, Expression, Set<Type>) - Method in class it.unive.lisa.program.language.resolution.StaticTypesMatchingStrategy
matches(Call, Parameter[], Expression[], Set<Type>[]) - Method in class it.unive.lisa.program.language.resolution.FixedOrderMatchingStrategy
matches(Call, Parameter[], Expression[], Set<Type>[]) - Method in interface it.unive.lisa.program.language.resolution.ParameterMatchingStrategy: Yields true if and only if the parameter list of a cfg is matched by the given actual parameters, according to this strategy.
matches(Call, Parameter[], Expression[], Set<Type>[]) - Method in class it.unive.lisa.program.language.resolution.PythonLikeMatchingStrategy
matchesSignature(CodeMemberDescriptor) - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Checks if the signature defined by the given descriptor is matched by the one of this descriptor.
MathNumber - Class in it.unive.lisa.util.numeric: A wrapper around BigDecimal to represent the mathematical concept of a number, that can be also plus or minus infinity, in a convenient way.
MathNumber(double) - Constructor for class it.unive.lisa.util.numeric.MathNumber: Builds a math number representing the given value.
MathNumber(long) - Constructor for class it.unive.lisa.util.numeric.MathNumber: Builds a math number representing the given value.
MathNumber(BigDecimal) - Constructor for class it.unive.lisa.util.numeric.MathNumber: Builds a math number representing the given value.
max(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the maximum number between this and other.
MEMBER_MISMATCH - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for a CodeMember not matching its own signature.
MemoryPointer - Class in it.unive.lisa.symbolic.value: A memory pointer to a heap location.
MemoryPointer(Type, HeapLocation, Annotations, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.MemoryPointer: Builds a memory pointer.
MemoryPointer(Type, HeapLocation, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.MemoryPointer: Builds a memory pointer with empty annotations.
mergeWith(AdjacencyMatrix<G, N, E>) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Merges this matrix with the given one, by adding all nodes and all edges contained in other.
mergeWith(NodeList<G, N, E>) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Merges this list with the given one, by adding all nodes and all edges contained in other.
MetaVariableCreator - Interface in it.unive.lisa.program.cfg.statement: Objects implementing this interface will produce a meta-variable to represent the value that they produce on the stack during the computation of their semantic.
mightBeFalse() - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Yields whether or not this element can represent a false result.
mightBeTrue() - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Yields whether or not this element can represent a true result.
MILLIS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as milliseconds.
min(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the minimum number between this and other.
MINUS_INFINITY - Static variable in class it.unive.lisa.util.numeric.MathNumber: The constant for minus infinity.
MINUS_ONE - Static variable in class it.unive.lisa.util.numeric.IntInterval: The interval [-1, -1].
MINUS_ONE - Static variable in class it.unive.lisa.util.numeric.MathNumber: The constant -1.
MINUTES - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as minutes.
MINUTES_AND_SECONDS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as minutes and seconds.
MISSING_OVERRIDE - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for missing override of an AbstractCodeMember.
mk() - Static method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet: Yields a new, empty working set.
mk() - Static method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet: Yields a new, empty working set.
mk() - Static method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet: Yields a new, empty working set.
mk() - Static method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet: Yields a new, empty working set.
mk(E, Set<E>, boolean, boolean) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain: Utility for creating a concrete instance of DataflowDomain given its core fields.
mk(E, Set<E>, boolean, boolean) - Method in class it.unive.lisa.analysis.dataflow.DefiniteForwardDataflowDomain
mk(E, Set<E>, boolean, boolean) - Method in class it.unive.lisa.analysis.dataflow.PossibleForwardDataflowDomain
mk(H) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain: Creates a new instance of this domain containing the same abstract information of reference.
mk(AnalysisState<A, H, V, T>, Map<Statement, AnalysisState<A, H, V, T>>) - Method in class it.unive.lisa.analysis.StatementStore
mk(Aliases, Map<Symbol, Aliases>) - Method in class it.unive.lisa.analysis.symbols.SymbolAliasing
mk(WorkingSet<E>) - Static method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet: Yields a new, empty working set.
mk(Set<E>) - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice: Utility for creating a concrete instance of InverseSetLattice given a set.
mk(Set<E>) - Method in class it.unive.lisa.analysis.lattices.SetLattice: Utility for creating a concrete instance of SetLattice given a set.
mk(Set<Symbol>) - Method in class it.unive.lisa.analysis.symbols.Aliases
mk(Set<T>) - Method in class it.unive.lisa.analysis.lattices.ExpressionSet
mk(T, Map<Identifier, T>) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
mk(T, Map<Identifier, T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
mk(T, Map<Identifier, T>) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
mk(T, Map<Identifier, T>) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
mk(V, Map<K, V>) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Builds a instance of this class from the given lattice instance and the given mapping.
mkDotFile(String, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name, appending the dot extension.
mkEmptySet() - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Builds an empty ExternalSet that uses this cache.
mkGraphmlFile(String, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name, appending the graphml extension.
mkHtmlFile(String, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name, appending the html extension.
mkJsonFile(String, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name, appending the json extension.
mkNewFunction(Map<K, V>, boolean) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Creates a new instance of the underlying function.
mkOutputFile(String, boolean, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name.
mkOutputFile(String, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name.
mkOutputFile(String, String, boolean, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name.
mkOutputFile(String, String, FileManager.WriteAction) - Method in class it.unive.lisa.util.file.FileManager: Creates a UTF-8 encoded file with the given name.
mkSet(Iterable<T>) - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Builds an ExternalSet that uses this cache and contains the elements of the given iterable.
mkSingletonSet(T) - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Builds an ExternalSet that uses this cache and contains only the given element.
mkUniversalSet() - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Builds an ExternalSet that uses this cache and contains all of its elements.
Modulo - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the modulo operation (%, returning the Euclidean module between the two operands and taking the sign of the divisor).
Modulo(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Modulo: Builds the modulo.
ModuloOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that performs a modulo (Euclidean modulo between the two operands and taking the sign of the divisor) between its operands.
mul(IntInterval) - Method in class it.unive.lisa.util.numeric.IntInterval: Performs the interval multiplication between this and other.
MultiCall - Class in it.unive.lisa.program.cfg.statement.call: A call to one or more CodeMembers under analysis, implemented through a sequence of calls.
MultiCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Collection<Call>, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.MultiCall: Builds the multi call, happening at the given location in the program.
MultiCall(CFG, CodeLocation, Call.CallType, String, String, Collection<Call>, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.MultiCall: Builds the multi-call, happening at the given location in the program.
MultiCall(UnresolvedCall, Call...) - Constructor for class it.unive.lisa.program.cfg.statement.call.MultiCall: Creates a multi call as the resolved version of the given source call, copying all its data.
MULTIPLE_OVERRIDES - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for multiple overrides of the same CodeMember inside the same CompilationUnit.
Multiplication - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the multiplication operation (*).
Multiplication(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Multiplication: Builds the multiplication.
MultiplicationOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that performs a multiplication between its operands.
multiply(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the result of this * other.
multiTransform(Function<T, Collection<T>>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Transforms this set into another set where each element is obtained by transforming elements of this set.

N

NamedParameterExpression - Class in it.unive.lisa.program.cfg.statement.call: An expression that can be used to for by-name parameter passing to Calls.
NamedParameterExpression(CFG, CodeLocation, String, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.call.NamedParameterExpression: Builds the expression.
NameSymbol - Class in it.unive.lisa.analysis.symbols: A Symbol that represents a name (e.g.
NameSymbol(String) - Constructor for class it.unive.lisa.analysis.symbols.NameSymbol: Builds the symbol.
NaN - Static variable in class it.unive.lisa.util.numeric.MathNumber: A constant for representing numbers obtained from an operation that does not produce a result (e.g.
NANOS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as nanoseconds.
NaryExpression - Class in it.unive.lisa.program.cfg.statement: A generic expression with n sub-expressions.
NaryExpression(CFG, CodeLocation, String, EvaluationOrder, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.NaryExpression: Builds the expression, happening at the given location in the program.
NaryExpression(CFG, CodeLocation, String, EvaluationOrder, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.NaryExpression: Builds the expression, happening at the given location in the program.
NaryExpression(CFG, CodeLocation, String, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.NaryExpression: Builds the expression, happening at the given location in the program.
NaryExpression(CFG, CodeLocation, String, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.NaryExpression: Builds the expression, happening at the given location in the program.
NativeCall - Class in it.unive.lisa.program.cfg.statement.call: A call to one or more NativeCFGs under analysis.
NativeCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Collection<NativeCFG>, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.NativeCall: Builds the native call, happening at the given location in the program.
NativeCall(CFG, CodeLocation, Call.CallType, String, String, Collection<NativeCFG>, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.NativeCall: Builds the native call, happening at the given location in the program.
NativeCall(UnresolvedCall, Collection<NativeCFG>) - Constructor for class it.unive.lisa.program.cfg.statement.call.NativeCall: Creates a native call as the resolved version of the given source call, copying all its data.
NativeCFG - Class in it.unive.lisa.program.cfg: A native cfg, representing a cfg that is usually provided by the runtime of the programming language.
NativeCFG(CodeMemberDescriptor, Class<? extends NaryExpression>) - Constructor for class it.unive.lisa.program.cfg.NativeCFG: Builds the native control flow graph.
NegatableOperator - Interface in it.unive.lisa.symbolic.value.operator: A logical operation on operand(s) of type BooleanType.
negate() - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Negates the current satisfiability, getting the opposite result.
Negation - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the numerical negation operation (-).
Negation(CFG, CodeLocation, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Negation: Builds the numerical negation.
newInstance(Statement, Statement) - Method in class it.unive.lisa.program.cfg.edge.FalseEdge
newInstance(Statement, Statement) - Method in class it.unive.lisa.program.cfg.edge.SequentialEdge
newInstance(Statement, Statement) - Method in class it.unive.lisa.program.cfg.edge.TrueEdge
newInstance(N, N) - Method in interface it.unive.lisa.util.datastructures.graph.code.CodeEdge: Builds a new instance of this edge, connecting the given nodes.
next(int, int) - Method in interface it.unive.lisa.program.cfg.statement.evaluation.EvaluationOrder: Assuming that pos is the index of a sub-expression, yields the index of the sub-expression that has to be evaluated after the given one.
next(int, int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.LeftToRightEvaluation
next(int, int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.RightToLeftEvaluation
NO_FOLLOWERS - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for Statements with no followers.
Node<G extends Graph<G,N,E>,N extends Node<G,N,E>,E extends Edge<G,N,E>> - Interface in it.unive.lisa.util.datastructures.graph: A node of a Graph.
NODE_SHAPE - Static variable in class it.unive.lisa.outputs.DotGraph: The default shape of a node.
NodeList<G extends CodeGraph<G,N,E>,N extends CodeNode<G,N,E>,E extends CodeEdge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph.code: A list of nodes of a CodeGraph, together with the edges connecting them.
NodeList(E) - Constructor for class it.unive.lisa.util.datastructures.graph.code.NodeList: Builds a new list.
NodeList(E, boolean) - Constructor for class it.unive.lisa.util.datastructures.graph.code.NodeList: Builds a new list.
NodeList(NodeList<G, N, E>) - Constructor for class it.unive.lisa.util.datastructures.graph.code.NodeList: Copies the given list.
NodeList.NodeEdges<G extends CodeGraph<G,N,E>,N extends CodeNode<G,N,E>,E extends CodeEdge<G,N,E>> - Class in it.unive.lisa.util.datastructures.graph.code: Utility class for representing the edges tied to a node, split into two sets: ingoing and outgoing.
nodeName(long) - Static method in class it.unive.lisa.outputs.GraphStreamWrapper: Given a code, builds the name of a node that can be added to, removed from or retrieved from the wrapped graph.
NoEntryPointException - Exception in it.unive.lisa.interprocedural: A FixpointException signaling that no entry points have been found.
NoEntryPointException() - Constructor for exception it.unive.lisa.interprocedural.NoEntryPointException: Builds the exception.
noneMatch(Predicate<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields true iff none of the elements contained in this set satisfy the given predicate.
NonRelationalDomain<T extends NonRelationalDomain<T,E,F>,E extends SymbolicExpression,F extends FunctionalLattice<F,Identifier,T>> - Interface in it.unive.lisa.analysis.nonrelational: A NonRelationalElement that models the standard concept of non-relational abstract domain, and that is able to compute the value of a SymbolicExpressions of type E by knowing the values of all program variables.
NonRelationalElement<T extends NonRelationalElement<T,E,F>,E extends SymbolicExpression,F extends FunctionalLattice<F,Identifier,T>> - Interface in it.unive.lisa.analysis.nonrelational: A non-relational domain, that is able to compute the value of a SymbolicExpressions of type E by knowing the values of all program variables.
NonRelationalHeapDomain<T extends NonRelationalHeapDomain<T>> - Interface in it.unive.lisa.analysis.nonrelational.heap: A non-relational heap domain, that is able to compute the value of a SymbolicExpression by knowing the values of all program variables.
NonRelationalTypeDomain<T extends NonRelationalTypeDomain<T>> - Interface in it.unive.lisa.analysis.nonrelational.value: A non-relational type domain, that is able to compute the types of a ValueExpression by knowing the types of all program variables.
NonRelationalValueDomain<T extends NonRelationalValueDomain<T>> - Interface in it.unive.lisa.analysis.nonrelational.value: A non-relational value domain, that is able to compute the value of a ValueExpression by knowing the values of all program variables.
NoOp - Class in it.unive.lisa.program.cfg.statement: A statement that does nothing.
NoOp(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.NoOp: Builds the no-op, happening at the given location in the program.
NORMAL_NODE_COLOR - Static variable in class it.unive.lisa.outputs.DotGraph: The color of a normal node.
Not - Class in it.unive.lisa.program.cfg.statement.logic: An expression modeling the logical negation (! or not).
Not(CFG, CodeLocation, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.logic.Not: Builds the logical negation.
NOT_SATISFIED - it.unive.lisa.analysis.SemanticDomain.Satisfiability: Represent the fact that an expression is not satisfied.
NotEqual - Class in it.unive.lisa.program.cfg.statement.comparison: An expression modeling the inequality test (!=).
NotEqual(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.comparison.NotEqual: Builds the inequality test.
NullConstant - Class in it.unive.lisa.symbolic.value: A Constant that represent the null value.
NullConstant(CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.NullConstant: Builds a null constant.
NullLiteral - Class in it.unive.lisa.program.cfg.statement.literal: A literal representing the null constant.
NullLiteral(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.literal.NullLiteral: Builds the null literal, happening at the given location in the program.
nullSafeCompare(boolean, T, T, Comparator<T>) - Static method in class it.unive.lisa.util.collections.CollectionUtilities: A null-safe comparison callback that invokes the given comparator only if the given objects are both non-null.
NullType - Class in it.unive.lisa.type: The Null type, that is the type of {#link NullLiteral}.
NullType() - Constructor for class it.unive.lisa.type.NullType: Builds the type.
Numeric16BitAdd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic addition of those values.
Numeric16BitAdd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitAdd: Builds the operator.
Numeric16BitDiv - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic division of those values.
Numeric16BitDiv() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitDiv: Builds the operator.
Numeric16BitMod - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic modulo (Euclidean modulo between the two operands and taking the sign of the divisor) of those values.
Numeric16BitMod() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitMod: Builds the operator.
Numeric16BitMul - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic multiplication of those values.
Numeric16BitMul() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitMul: Builds the operator.
Numeric16BitRem - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic remainder (the remainder of the division between the two operands and taking the sign of the dividend) of those values.
Numeric16BitRem() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitRem: Builds the operator.
Numeric16BitSub - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic subtraction of those values.
Numeric16BitSub() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitSub: Builds the operator.
Numeric32BitAdd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic addition of those values.
Numeric32BitAdd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitAdd: Builds the operator.
Numeric32BitDiv - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic division of those values.
Numeric32BitDiv() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitDiv: Builds the operator.
Numeric32BitMod - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic modulo (Euclidean modulo between the two operands and taking the sign of the divisor) of those values.
Numeric32BitMod() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitMod: Builds the operator.
Numeric32BitMul - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic multiplication of those values.
Numeric32BitMul() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitMul: Builds the operator.
Numeric32BitRem - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic remainder (the remainder of the division between the two operands and taking the sign of the dividend) of those values.
Numeric32BitRem() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitRem: Builds the operator.
Numeric32BitSub - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic subtraction of those values.
Numeric32BitSub() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitSub: Builds the operator.
Numeric64BitAdd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic addition of those values.
Numeric64BitAdd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitAdd: Builds the operator.
Numeric64BitDiv - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic division of those values.
Numeric64BitDiv() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitDiv: Builds the operator.
Numeric64BitMod - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic modulo (Euclidean modulo between the two operands and taking the sign of the divisor) of those values.
Numeric64BitMod() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitMod: Builds the operator.
Numeric64BitMul - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic multiplication of those values.
Numeric64BitMul() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitMul: Builds the operator.
Numeric64BitRem - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic remainder (the remainder of the division between the two operands and taking the sign of the dividend) of those values.
Numeric64BitRem() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitRem: Builds the operator.
Numeric64BitSub - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic subtraction of those values.
Numeric64BitSub() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitSub: Builds the operator.
Numeric8BitAdd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic addition of those values.
Numeric8BitAdd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitAdd: Builds the operator.
Numeric8BitDiv - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic division of those values.
Numeric8BitDiv() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitDiv: Builds the operator.
Numeric8BitMod - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic modulo (Euclidean modulo between the two operands and taking the sign of the divisor) of those values.
Numeric8BitMod() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitMod: Builds the operator.
Numeric8BitMul - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic multiplication of those values.
Numeric8BitMul() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitMul: Builds the operator.
Numeric8BitRem - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic remainder (the remainder of the division between the two operands and taking the sign of the dividend) of those values.
Numeric8BitRem() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitRem: Builds the operator.
Numeric8BitSub - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic subtraction of those values.
Numeric8BitSub() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitSub: Builds the operator.
NumericComparison - Class in it.unive.lisa.symbolic.value.operator.binary: A common implementation for classes implementing BinaryOperator and ComparisonOperator, providing a NumericComparison.typeInference(TypeSystem, Set, Set) implementation that returns an empty set if no NumericType can be found in one of the arguments or if NumericType.commonNumericalType(Set, Set) returns an empty set, and a singleton set containing TypeSystem.getBooleanType() otherwise.
NumericComparison() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericComparison
NumericNegation - Class in it.unive.lisa.symbolic.value.operator.unary: Given an expression that evaluates to a numeric value, a UnaryExpression using this operator computes the arithmetic negation (i.e., multiplication by -1) of that value.

Argument expression type: NumericType
Computed expression type: NumericType (same of the argument, but signed)
NumericNegation() - Constructor for class it.unive.lisa.symbolic.value.operator.unary.NumericNegation: Builds the operator.
NumericNonOverflowingAdd - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic addition of those values.
NumericNonOverflowingAdd() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingAdd: Builds the operator.
NumericNonOverflowingDiv - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic division of those values.
NumericNonOverflowingDiv() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingDiv: Builds the operator.
NumericNonOverflowingMod - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic modulo (Euclidean modulo between the two operands and taking the sign of the divisor) of those values.
NumericNonOverflowingMod() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingMod: Builds the operator.
NumericNonOverflowingMul - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic multiplication of those values.
NumericNonOverflowingMul() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingMul: Builds the operator.
NumericNonOverflowingRem - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic remainder (the remainder of the division between the two operands and taking the sign of the dividend) of those values.
NumericNonOverflowingRem() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingRem: Builds the operator.
NumericNonOverflowingSub - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to numeric values, a BinaryExpression using this operator computes the arithmetic subtraction of those values.
NumericNonOverflowingSub() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingSub: Builds the operator.
NumericOperation - Class in it.unive.lisa.symbolic.value.operator.binary: A common implementation for classes implementing BinaryOperator, providing a NumericOperation.typeInference(TypeSystem, Set, Set) implementation that returns an empty set if no NumericType, and the result of NumericType.commonNumericalType(Set, Set) otherwise.
NumericOperation() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.NumericOperation
NumericType - Interface in it.unive.lisa.type: Numeric type interface.

O

ObjectRepresentation - Class in it.unive.lisa.analysis.representation: A DomainRepresentation in the form of a complex object with fields.
ObjectRepresentation(Map<String, DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.ObjectRepresentation: Builds a new representation containing the given map.
ObjectRepresentation(Map<String, V>, Function<V, DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.ObjectRepresentation: Builds a new representation starting from the given map.
of(Class<? extends WorkingSet<E>>) - Static method in interface it.unive.lisa.util.collections.workset.WorkingSet: Yields a WorkingSet instance by invoking a static mk() method on the given class.
off() - Method in class it.unive.lisa.logging.Counter: Turns off the counter, logging the event.
offset - Variable in class it.unive.lisa.program.cfg.statement.Statement: The offset of the statement within the cfg.
on() - Method in class it.unive.lisa.logging.Counter: Turns on the counter, logging the event.
ONE - Static variable in class it.unive.lisa.util.numeric.IntInterval: The interval [1, 1].
ONE - Static variable in class it.unive.lisa.util.numeric.MathNumber: The constant 1.
ONLY_FIRST - it.unive.lisa.outputs.compare.JsonReportComparer.REPORT_TYPE: Indicates that the objects being reported are present only in the first report.
ONLY_SECOND - it.unive.lisa.outputs.compare.JsonReportComparer.REPORT_TYPE: Indicates that the objects being reported are present only in the second report.
OpenCall - Class in it.unive.lisa.program.cfg.statement.call: A call to a CFG that is not under analysis.
OpenCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.OpenCall: Builds the open call, happening at the given location in the program.
OpenCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.OpenCall: Builds the open call, happening at the given location in the program.
OpenCall(CFG, CodeLocation, Call.CallType, String, String, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.OpenCall: Builds the open call, happening at the given location in the program.
OpenCall(CFG, CodeLocation, Call.CallType, String, String, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.OpenCall: Builds the open call, happening at the given location in the program.
OpenCall(UnresolvedCall) - Constructor for class it.unive.lisa.program.cfg.statement.call.OpenCall: Creates an open call as the resolved version of the given source call, copying all its data.
OpenCallPolicy - Interface in it.unive.lisa.interprocedural: Policy that determines what happens to the AnalysisState when an OpenCall is encountered during the fixpoint.
Operator - Interface in it.unive.lisa.symbolic.value: An operator that causes a transformation of one or more SymbolicExpressions.
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonEq
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonGe
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonGt
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonLe
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonLt
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonNe
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.LogicalAnd
opposite() - Method in class it.unive.lisa.symbolic.value.operator.binary.LogicalOr
opposite() - Method in interface it.unive.lisa.symbolic.value.operator.NegatableOperator: Yields the opposite operator of this operator (e.g., ComparisonLe to ComparisonGt, ComparisonLt to ComparisonGe).
opposite() - Method in class it.unive.lisa.symbolic.value.operator.unary.LogicalNegation
or(SemanticDomain.Satisfiability) - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Performs a logical or between this satisfiability and the given one.
Or - Class in it.unive.lisa.program.cfg.statement.logic: An expression modeling the logical disjunction (|| or or).
Or(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.logic.Or: Builds the logical disjunction.
OrderPreservingAssigningStrategy - Class in it.unive.lisa.program.language.parameterassignment: A strategy that passes the parameters in the same order as they are specified.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.Concat: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.Contains: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.EndsWith: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.Equals: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.IndexOf: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.Length: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.Replace: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.StartsWith: Statement that has been rewritten to this operation, if any.
originating - Variable in class it.unive.lisa.program.cfg.statement.string.Substring: Statement that has been rewritten to this operation, if any.
OutOfScopeIdentifier - Class in it.unive.lisa.symbolic.value: An identifier outside the current scope of the call, that is, in a method that is in the call stack but not the last one.
OutOfScopeIdentifier(Identifier, ScopeToken, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.OutOfScopeIdentifier: Builds the identifier outside the scope.
OutputDumpingException - Exception in it.unive.lisa.outputs: An exception thrown when creating or dumping one of the outputs of the analysis.
OutputDumpingException() - Constructor for exception it.unive.lisa.outputs.OutputDumpingException: Builds the exception.
OutputDumpingException(String) - Constructor for exception it.unive.lisa.outputs.OutputDumpingException: Builds the exception.
OutputDumpingException(String, Throwable) - Constructor for exception it.unive.lisa.outputs.OutputDumpingException: Builds the exception.
OutputDumpingException(Throwable) - Constructor for exception it.unive.lisa.outputs.OutputDumpingException: Builds the exception.
OverflowingOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that might overflow or underflow.
overriddenBy() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the collection of CodeMember that override the cfg associated with this descriptor.
overrides() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Yields the collection of CodeMember that the cfg associated with this descriptor overrides.

P

Parameter - Class in it.unive.lisa.program.cfg: A CFG parameter identified by its name and its type, containing the information about the source file, line and column where the parameter is defined.
Parameter(CodeLocation, String) - Constructor for class it.unive.lisa.program.cfg.Parameter: Builds an untyped parameter reference, identified by its name.
Parameter(CodeLocation, String, Expression) - Constructor for class it.unive.lisa.program.cfg.Parameter: Builds the parameter reference, identified by its name and its type, happening at the given location in the program.
Parameter(CodeLocation, String, Type) - Constructor for class it.unive.lisa.program.cfg.Parameter: Builds the parameter reference, identified by its name and its type, happening at the given location in the program.
Parameter(CodeLocation, String, Type, Expression, Annotations) - Constructor for class it.unive.lisa.program.cfg.Parameter: Builds the parameter reference, identified by its name and its type, happening at the given location in the program.
ParameterAssigningStrategy - Interface in it.unive.lisa.program.language.parameterassignment: A strategy for assigning parameters at call sites.
ParameterMatchingStrategy - Interface in it.unive.lisa.program.language.resolution: A strategy for matching call signatures.
parameterTypes(StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.Call: Yields an array containing the runtime types of the parameters of this call, retrieved by accessing the given StatementStore.
peek() - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
peek() - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
peek() - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
peek() - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
peek() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
peek() - Method in interface it.unive.lisa.util.collections.workset.WorkingSet: Returns the next element to be processed from this working set without removing it.
perform(Writer) - Method in interface it.unive.lisa.util.file.FileManager.WriteAction: Performs the operation on the given writer.
PluggableStatement - Interface in it.unive.lisa.program.cfg.statement: A Statement that can be dynamically plugged into a CFG in place of another statement.
plus(IntInterval) - Method in class it.unive.lisa.util.numeric.IntInterval: Performs the interval addition between this and other.
PLUS_INFINITY - Static variable in class it.unive.lisa.util.numeric.MathNumber: The constant for plus infinity.
PointerType - Interface in it.unive.lisa.type: Pointer type interface.
pop() - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
pop() - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
pop() - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
pop() - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
pop() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
pop() - Method in interface it.unive.lisa.util.collections.workset.WorkingSet: Removes the next element to be processed from this working set and returns it.
popScope(ScopeToken) - Method in class it.unive.lisa.analysis.AnalysisState
popScope(ScopeToken) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
popScope(ScopeToken) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: Pop a scope to the dataflow element.
popScope(ScopeToken) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain
popScope(ScopeToken) - Method in class it.unive.lisa.analysis.lattices.ExpressionSet: Pops the scope identified by the given token from the set.
popScope(ScopeToken) - Method in class it.unive.lisa.analysis.nonrelational.Environment
popScope(ScopeToken) - Method in interface it.unive.lisa.analysis.SemanticDomain: Pops the scope identified by the given token from the domain.
popScope(ScopeToken) - Method in class it.unive.lisa.analysis.SimpleAbstractState
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.heap.HeapExpression
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.SymbolicExpression: Pops the scope identified by the given token from the expression.
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.BinaryExpression
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.Constant
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.HeapLocation
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.MemoryPointer
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.OutOfScopeIdentifier
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.PushAny
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.Skip
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.TernaryExpression
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.UnaryExpression
popScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.Variable
PossibleForwardDataflowDomain<E extends DataflowElement<PossibleForwardDataflowDomain<E>,E>> - Class in it.unive.lisa.analysis.dataflow: A DataflowDomain for forward and possible dataflow analysis.
PossibleForwardDataflowDomain(E) - Constructor for class it.unive.lisa.analysis.dataflow.PossibleForwardDataflowDomain: Builds an empty domain.
predecessorsOf(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Yields the collection of the nodes that are predecessors of the given vertex, that is, all nodes such that there exist an edge in this matrix going from such node to the given one.
predecessorsOf(N) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
predecessorsOf(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
predecessorsOf(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Yields the collection of the nodes that are predecessors of the given vertex, that is, all nodes such that there exist an edge in this list going from such node to the given one.
predecessorsOf(N) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields the collection of the nodes that are predecessors of the given vertex, that is, all nodes such that there exist an edge in this control flow graph going from such node to the given one.
prepare(Call, AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, Parameter[], ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.language.parameterassignment.OrderPreservingAssigningStrategy
prepare(Call, AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, Parameter[], ExpressionSet<SymbolicExpression>[]) - Method in interface it.unive.lisa.program.language.parameterassignment.ParameterAssigningStrategy: Prepares the entryState for the targets of the given Call, assuming that the state when the call is executed (after the evaluation of the parameters) is callState, and each parameter to the call is represented by an element of parameters.
prepare(Call, AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>, Parameter[], ExpressionSet<SymbolicExpression>[]) - Method in class it.unive.lisa.program.language.parameterassignment.PythonLikeAssigningStrategy
preSimplify(Statement) - Method in class it.unive.lisa.program.cfg.CFG
preSimplify(N) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph: Callback that is invoked on a node before simplifying it.
previous(int, int) - Method in interface it.unive.lisa.program.cfg.statement.evaluation.EvaluationOrder: Assuming that pos is the index of a sub-expression, yields the index of the sub-expression that has to be evaluated before the given one.
previous(int, int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.LeftToRightEvaluation
previous(int, int) - Method in class it.unive.lisa.program.cfg.statement.evaluation.RightToLeftEvaluation
processedUnits - Variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: The set of CompilationUnits, represented by their names, that have been already processed by BaseValidationLogic.validateAndFinalize(CompilationUnit).
Program - Class in it.unive.lisa.program: A program that LiSA can analyze.
Program(LanguageFeatures, TypeSystem) - Constructor for class it.unive.lisa.program.Program: Builds an empty program.
PROGRAM_NAME - Static variable in class it.unive.lisa.program.Program: The name of the program.
ProgramPoint - Interface in it.unive.lisa.program.cfg: A program point, representing an instruction that is happening in one of the CFG under analysis.
ProgramUnit - Class in it.unive.lisa.program: A unit that is part of a LiSA Program.
ProgramUnit(CodeLocation, Program, String) - Constructor for class it.unive.lisa.program.ProgramUnit: Builds a unit, defined at the given location.
ProgramValidationException - Exception in it.unive.lisa.program: A generic Exception that indicates that something has gone wrong while validating a Program's structure or when computing unit's hierarchies and cfgs' overridings.
ProgramValidationException() - Constructor for exception it.unive.lisa.program.ProgramValidationException: Builds the exception.
ProgramValidationException(String) - Constructor for exception it.unive.lisa.program.ProgramValidationException: Builds the exception.
ProgramValidationException(String, Throwable) - Constructor for exception it.unive.lisa.program.ProgramValidationException: Builds the exception.
ProgramValidationException(Throwable) - Constructor for exception it.unive.lisa.program.ProgramValidationException: Builds the exception.
ProgramValidationLogic - Interface in it.unive.lisa.program.language.validation: A logic for validating Programs.
push(E) - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
push(E) - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
push(E) - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
push(E) - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
push(E) - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
push(E) - Method in interface it.unive.lisa.util.collections.workset.WorkingSet: Pushes a new element into this working set.
PushAny - Class in it.unive.lisa.symbolic.value: An expression converting that push any possible value on the stack.
PushAny(Type, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.PushAny: Builds the push any.
pushScope(ScopeToken) - Method in class it.unive.lisa.analysis.AnalysisState
pushScope(ScopeToken) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
pushScope(ScopeToken) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: Push a scope to the dataflow element.
pushScope(ScopeToken) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain
pushScope(ScopeToken) - Method in class it.unive.lisa.analysis.lattices.ExpressionSet: Pushes a new scope, identified by the give token, in the set.
pushScope(ScopeToken) - Method in class it.unive.lisa.analysis.nonrelational.Environment
pushScope(ScopeToken) - Method in interface it.unive.lisa.analysis.SemanticDomain: Pushes a new scope, identified by the give token, in the domain.
pushScope(ScopeToken) - Method in class it.unive.lisa.analysis.SimpleAbstractState
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.heap.HeapExpression
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.SymbolicExpression: Pushes a new scope, identified by the give token, in the expression.
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.BinaryExpression
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.Constant
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.HeapLocation
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.MemoryPointer
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.OutOfScopeIdentifier
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.PushAny
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.Skip
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.TernaryExpression
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.UnaryExpression
pushScope(ScopeToken) - Method in class it.unive.lisa.symbolic.value.Variable
put(Statement, AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.analysis.StatementStore: Stores the given state for the given statement.
putState(Symbol, Symbol) - Method in class it.unive.lisa.analysis.symbols.SymbolAliasing: Registers an alias for the given symbol.
putState(K, V) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice: Yields an instance of this class equal to the receiver of the call, but with key mapped to state.
PythonLikeAssigningStrategy - Class in it.unive.lisa.program.language.parameterassignment: A Python-like assigning strategy.
PythonLikeMatchingStrategy - Class in it.unive.lisa.program.language.resolution: A Python-like matching strategy.
PythonLikeMatchingStrategy(FixedOrderMatchingStrategy) - Constructor for class it.unive.lisa.program.language.resolution.PythonLikeMatchingStrategy: Builds the strategy.
pythonLogic(Parameter[], Expression[], T[], Set<Type>[], T[], Set<Type>[], T[], Set<Type>[], F) - Static method in class it.unive.lisa.program.language.resolution.PythonLikeMatchingStrategy: Python logic for preparing an argument list for a method call.

Q

QualifiedNameSymbol - Class in it.unive.lisa.analysis.symbols: A Symbol that represents a fully qualified name, composed of both a name and a qualifier.
QualifiedNameSymbol(String, String) - Constructor for class it.unive.lisa.analysis.symbols.QualifiedNameSymbol: Builds the symbol.
QualifierSymbol - Class in it.unive.lisa.analysis.symbols: A Symbol that represents a qualifier (i.e.
QualifierSymbol(String) - Constructor for class it.unive.lisa.analysis.symbols.QualifierSymbol: Builds the symbol.

R

read(Reader) - Static method in class it.unive.lisa.outputs.json.JsonReport: Reads a JsonReport from a Reader instance, deserializing it as a json object.
readDot(Reader) - Static method in class it.unive.lisa.outputs.DotGraph: Reads a graph through the given Reader.
readGraph(Reader) - Static method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Reads a graph through the given Reader, deserializing it as a JSON file.
reduce(T, BinaryOperator<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Reduces this set to a single element.
ReferenceType - Class in it.unive.lisa.type: A type for references to memory regions.
ReferenceType(Type) - Constructor for class it.unive.lisa.type.ReferenceType: Builds the type for a reference to a location containing values of types t.
registerCall(CFGCall) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
registerCall(CFGCall) - Method in interface it.unive.lisa.interprocedural.callgraph.CallGraph: Registers an already resolved CFGCall in this CallGraph.
registerType(Type) - Method in class it.unive.lisa.type.TypeSystem: Registers a new Type that appears in the program.
Remainder - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the remainder operation (%, returning the remainder of the division between the two operands and taking the sign of the dividend).
Remainder(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Remainder: Builds the remainder.
RemainderOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that performs a remainder (the remainder of the division between the two operands and taking the sign of the dividend) between its operands.
remove(Object) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
remove(Object) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
removeAll(Collection<?>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
removeAll(Collection<?>) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
removeEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Removes the given edge from the matrix.
removeEdge(E) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Removes the given edge from the list.
removeFirstParameter() - Method in interface it.unive.lisa.program.cfg.statement.call.CanRemoveReceiver: Yields an instance of TruncatedParamsCall that wraps a copy of the receiver of this call up to the parameters, where the first one has been removed.
removeFirstParameter() - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
removeFirstParameter() - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall
removeFrom(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Removes every node and edge that is reachable from the given root.
removeNegations() - Method in class it.unive.lisa.symbolic.value.UnaryExpression
removeNegations() - Method in class it.unive.lisa.symbolic.value.ValueExpression: Yields the same value expression removing any negation, namely the LogicalNegation operator, preserving its semantics, if possible.
removeNode(N) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Removes the given node from the matrix, together with all its connected edges.
removeNode(N) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Removes the given node from the list, together with all its connected edges.
Replace - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string replace operation.
Replace(CFG, CodeLocation, Expression, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.Replace: Builds the replace.
report(JsonReportComparer.REPORTED_COMPONENT, JsonReportComparer.REPORT_TYPE, Collection<?>) - Method in interface it.unive.lisa.outputs.compare.JsonReportComparer.DiffReporter: Reports a difference in one of the components of the reports.
representation - Variable in class it.unive.lisa.analysis.representation.StringRepresentation: The textual representation.
representation() - Method in class it.unive.lisa.analysis.AnalysisState
representation() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
representation() - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement: Yields a DomainRepresentation of the information contained in this domain's instance.
representation() - Method in class it.unive.lisa.analysis.lattices.ExpressionSet: Yields a DomainRepresentation of the information contained in this set.
representation() - Method in class it.unive.lisa.analysis.nonrelational.Environment
representation() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
representation() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair: Yields a DomainRepresentation of the information contained in this pair.
representation() - Method in interface it.unive.lisa.analysis.nonrelational.NonRelationalElement: Yields a DomainRepresentation of the information contained in this domain's instance.
representation() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
representation() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
representation() - Method in interface it.unive.lisa.analysis.SemanticDomain: Yields a DomainRepresentation of the information contained in this domain's instance.
representation() - Method in class it.unive.lisa.analysis.SimpleAbstractState
resolve(UnresolvedCall, Set<Type>[], SymbolAliasing) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph
resolve(UnresolvedCall, Set<Type>[], SymbolAliasing) - Method in interface it.unive.lisa.interprocedural.callgraph.CallGraph: Yields a Call implementation that corresponds to the resolution of the given UnresolvedCall.
resolve(UnresolvedCall, Set<Type>[], SymbolAliasing) - Method in interface it.unive.lisa.interprocedural.InterproceduralAnalysis: Yields a Call implementation that corresponds to the resolution of the given UnresolvedCall.
ResolvedCall - Interface in it.unive.lisa.program.cfg.statement.call: Marker for Calls that have already been resolved, and that thus know what are their targets.
resolveInstance(UnresolvedCall, Set<Type>[], Collection<CFG>, Collection<NativeCFG>, SymbolAliasing) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph: Resolves the given call as an instance call.
resolveNonInstance(UnresolvedCall, Set<Type>[], Collection<CFG>, Collection<NativeCFG>, SymbolAliasing) - Method in class it.unive.lisa.interprocedural.callgraph.BaseCallGraph: Resolves the given call as regular (non-instance) call.
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringConcat
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringContains
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringEndsWith
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringEquals
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringIndexOf
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringOperation: Yields the Type of this operation's result.
resultType(TypeSystem) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringStartsWith
Ret - Class in it.unive.lisa.program.cfg.statement: Terminates the execution of the CFG where this statement lies, without returning anything to the caller.
Ret(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.Ret: Builds the return, happening at the given location in the program.
retainAll(Collection<?>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
retainAll(Collection<?>) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
Return - Class in it.unive.lisa.program.cfg.statement: Returns an expression to the caller CFG, terminating the execution of the CFG where this statement lies.
Return(CFG, CodeLocation, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.Return: Builds the return, returning expression to the caller CFG, happening at the given location in the program.
RETURNED_VARIABLE_NAME - Static variable in interface it.unive.lisa.interprocedural.OpenCallPolicy: The name of the variable storing the return value of the call, if any.
ReturnTopPolicy - Class in it.unive.lisa.interprocedural: An OpenCallPolicy, where the post state is exactly the entry state, with the only difference of having a synthetic variable named "open_call_return" assigned to top only if the call returns a value.
rewrite(Statement, Expression...) - Method in class it.unive.lisa.program.cfg.NativeCFG: Produces an NaryExpression providing the semantics of this native cfg.
rewrite(SymbolicExpression, HeapEnvironment<T>, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.heap.NonRelationalHeapDomain: Rewrites a SymbolicExpression, getting rid of the parts that access heap structures, substituting them with synthetic HeapLocations representing the accessed locations.
rewrite(SymbolicExpression, ProgramPoint) - Method in interface it.unive.lisa.analysis.heap.HeapDomain: Rewrites a SymbolicExpression, getting rid of the parts that access heap structures, substituting them with synthetic HeapLocations representing the accessed locations.
rewrite(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
rewriteAll(ExpressionSet<SymbolicExpression>, HeapEnvironment<T>, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.heap.NonRelationalHeapDomain: Rewrites all SymbolicExpressions, getting rid of the parts that access heap structures, substituting them with synthetic HeapLocations representing the accessed locations.
rewriteAll(ExpressionSet<SymbolicExpression>, ProgramPoint) - Method in interface it.unive.lisa.analysis.heap.HeapDomain: Rewrites all SymbolicExpressions, getting rid of the parts that access heap structures, substituting them with synthetic HeapLocations representing the accessed locations.
Rewriter() - Constructor for class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
RightToLeftEvaluation - Class in it.unive.lisa.program.cfg.statement.evaluation: A right-to-left EvaluationOrder, evaluating expressions in reversed order.
roundDown() - Method in class it.unive.lisa.util.numeric.MathNumber: Rounds down this number to the next integer value towards minus infinity (see RoundingMode.FLOOR).
roundUp() - Method in class it.unive.lisa.util.numeric.MathNumber: Rounds down this number to the next integer value towards plus infinity (see RoundingMode.CEILING).
run() - Method in interface it.unive.lisa.logging.TimerLogger.LoggableAction: Runs the action.
run() - Method in interface it.unive.lisa.logging.TimerLogger.LoggableSupplier: Runs the supplier.
RuntimeTypesMatchingStrategy - Class in it.unive.lisa.program.language.resolution: A strategy where the runtime types of the parameters of the call are evaluated against the signature of a cfg: for each parameter, if at least one of the runtime types of the actual parameter can be assigned to the type of the formal parameter, then FixedOrderMatchingStrategy.matches(Call, Parameter[], Expression[], Set[]) returns true.

S

sameContent() - Method in class it.unive.lisa.util.collections.CollectionsDiffBuilder: Yields true if and only if the two collections used to create this builder contain the same elements, that is, if both CollectionsDiffBuilder.getOnlyFirst() and CollectionsDiffBuilder.getOnlySecond() are empty.
sameNumericTypes(NumericType) - Method in interface it.unive.lisa.type.NumericType: Checks if the two implementations of NumericType of this and other represent the same type, and can thus be used interchangeably.
sameStructure(SerializableGraph) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Checks if this graph and the given one share the same structure, that is, if they are equal up to the descriptions of their nodes.
SATISFIED - it.unive.lisa.analysis.SemanticDomain.Satisfiability: Represent the fact that an expression is satisfied.
satisfies(E, F, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.NonRelationalElement: Checks whether expression is satisfied in environment, assuming that the values of program variables are the ones stored in environment and returning an instance of SemanticDomain.Satisfiability.
satisfies(E, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.Environment
satisfies(E, ProgramPoint) - Method in interface it.unive.lisa.analysis.SemanticDomain: Checks if the given expression is satisfied by the abstract values of this domain, returning an instance of SemanticDomain.Satisfiability.
satisfies(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.AnalysisState
satisfies(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.SimpleAbstractState
satisfies(ValueExpression, InferenceSystem<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
satisfies(ValueExpression, TypeEnvironment<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
satisfies(ValueExpression, ValueEnvironment<T>, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
satisfies(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
satisfiesAbstractValue(T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the satisfiability of an runtime types of type <T>.
satisfiesAbstractValue(T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the satisfiability of an abstract value of type <T>.
satisfiesAbstractValue(T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of an abstract value of type <T>.
satisfiesBinaryExpression(BinaryOperator, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the satisfiability of a BinaryExpression applying operator to two expressions whose runtime types are left, and right.
satisfiesBinaryExpression(BinaryOperator, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the satisfiability of a BinaryExpression applying operator to two expressions whose abstract values are left, and right.
satisfiesBinaryExpression(BinaryOperator, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of a BinaryExpression applying operator to two expressions whose abstract values are left, and right.
satisfiesNonNullConstant(Constant, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the satisfiability of the given non-null constant on this abstract domain.
satisfiesNonNullConstant(Constant, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the satisfiability of the given non-null constant on this abstract domain.
satisfiesNonNullConstant(Constant, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of the given non-null constant on this abstract domain.
satisfiesNullConstant(ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the satisfiability of the null constant NullConstant on this abstract domain.
satisfiesNullConstant(ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the satisfiability of the null constant NullConstant on this abstract domain.
satisfiesNullConstant(T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of the null constant NullConstant on this abstract domain.
satisfiesPushAny(PushAny, T) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of the push any expression.
satisfiesTernaryExpression(TernaryOperator, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the satisfiability of a TernaryExpression applying operator to three expressions whose runtime types are left, middle and right.
satisfiesTernaryExpression(TernaryOperator, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the satisfiability of a TernaryExpression applying operator to three expressions whose abstract values are left, middle and right.
satisfiesTernaryExpression(TernaryOperator, T, T, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of a TernaryExpression applying operator to three expressions whose abstract values are left, middle and right.
satisfiesUnaryExpression(UnaryOperator, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain: Yields the satisfiability of a UnaryExpression applying operator to an expression whose runtime types are arg, returning an instance of SemanticDomain.Satisfiability.
satisfiesUnaryExpression(UnaryOperator, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain: Yields the satisfiability of a UnaryExpression applying operator to an expression whose abstract value is arg, returning an instance of SemanticDomain.Satisfiability.
satisfiesUnaryExpression(UnaryOperator, T, T, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue: Yields the satisfiability of a UnaryExpression applying operator to an expression whose abstract value is arg, returning an instance of SemanticDomain.Satisfiability.
ScopeToken - Class in it.unive.lisa.analysis: A token that can be used for pushing and popping scopes on local variables through SemanticDomain.pushScope(ScopeToken) and SemanticDomain.popScope(ScopeToken).
ScopeToken(CodeElement) - Constructor for class it.unive.lisa.analysis.ScopeToken: Builds a new scope, referring to the given code element.
searchCodeMembers(Predicate<CodeMember>, boolean) - Method in class it.unive.lisa.program.CompilationUnit: Searches among instance code members, returning a collection containing all members that satisfy the given condition.
searchGlobals(Predicate<Global>, boolean) - Method in class it.unive.lisa.program.CompilationUnit: Searches among instance globals, returning a collection containing all globals that satisfy the given condition.
SECONDS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as seconds.
SECONDS_AND_MILLIS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as seconds and milliseconds.
SemanticCheck<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Interface in it.unive.lisa.checks.semantic: A Check that is able to exploit both the syntactic structure of the program and the semantic information produced with the fixpoint iteration.
SemanticDomain<D extends SemanticDomain<D,E,I>,E extends SymbolicExpression,I extends Identifier> - Interface in it.unive.lisa.analysis: A domain able to determine how abstract information evolves thanks to the semantics of statements and expressions.
SemanticDomain.Satisfiability - Enum in it.unive.lisa.analysis: The satisfiability of an expression.
SemanticEvaluator - Interface in it.unive.lisa.analysis: An entity that can perform semantic evaluations that is not a SemanticDomain.
SemanticException - Exception in it.unive.lisa.analysis: An exception that occurred during semantic computation.
SemanticException() - Constructor for exception it.unive.lisa.analysis.SemanticException: Builds the exception.
SemanticException(String) - Constructor for exception it.unive.lisa.analysis.SemanticException: Builds the exception.
SemanticException(String, Throwable) - Constructor for exception it.unive.lisa.analysis.SemanticException: Builds the exception.
SemanticException(Throwable) - Constructor for exception it.unive.lisa.analysis.SemanticException: Builds the exception.
SemanticExceptionWrapper - Exception in it.unive.lisa.analysis: A runtime exception that wraps a SemanticException, so that it can be thrown within lambdas.
SemanticExceptionWrapper(SemanticException) - Constructor for exception it.unive.lisa.analysis.SemanticExceptionWrapper: Builds the exception wrapper.
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.literal.Literal
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.literal.NullLiteral
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.NaryExpression: Semantics of an n-ary expression is evaluated by computing the semantics of its sub-expressions, from left to right, using the analysis state from each sub-expression's computation as entry state for the next one.
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.NoOp
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.Ret
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.Return
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.Statement: Computes the semantics of the statement, expressing how semantic information is transformed by the execution of this statement.
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.Throw
semantics(AnalysisState<A, H, V, T>, InterproceduralAnalysis<A, H, V, T>, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.VariableRef
semantics(N, T) - Method in interface it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint.FixpointImplementation: Given a node and its entry state, computes its exit state relying on its semantics.

This callback is invoked after the overall entry state for a node has been computed through Fixpoint.FixpointImplementation.union(Object, Object, Object) of the exit states of its predecessors.
semanticsOf(HeapExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain: Yields a new instance of this domain, built by evaluating the semantics of the given heap expression.
SequentialEdge - Class in it.unive.lisa.program.cfg.edge: A sequential edge connecting two statement.
SequentialEdge() - Constructor for class it.unive.lisa.program.cfg.edge.SequentialEdge: Builds an "empty" edge, meaning that it does not have endpoints.
SequentialEdge(Statement, Statement) - Constructor for class it.unive.lisa.program.cfg.edge.SequentialEdge: Builds the edge.
SerializableArray - Class in it.unive.lisa.outputs.serializableGraph: An array of serializable values, represented through a list.
SerializableArray() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableArray: Builds the array.
SerializableArray(SortedMap<String, String>, List<SerializableValue>) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableArray: Builds the array.
SerializableCFG - Class in it.unive.lisa.outputs.serializableGraph: Utility class to build SerializableGraphs from CFGs.
SerializableEdge - Class in it.unive.lisa.outputs.serializableGraph: An edge of a SerializableGraph.
SerializableEdge() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableEdge: Builds an empty (invalid) edge.
SerializableEdge(int, int, String) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableEdge: Builds an edge.
SerializableGraph - Class in it.unive.lisa.outputs.serializableGraph: A graph that can be serialized.
SerializableGraph() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Builds an empty graph.
SerializableGraph(String, String, SortedSet<SerializableNode>, SortedSet<SerializableEdge>, SortedSet<SerializableNodeDescription>) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Builds a graph.
SerializableNode - Class in it.unive.lisa.outputs.serializableGraph: A node of a SerializableGraph, represented by a numeric id.
SerializableNode() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableNode: Builds an empty (invalid) node.
SerializableNode(int, List<Integer>, String) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableNode: Builds a node.
SerializableNodeDescription - Class in it.unive.lisa.outputs.serializableGraph: A description for a SerializableNode, pairing it with a SerializableValue.
SerializableNodeDescription() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription: Builds an empty (invalid) description.
SerializableNodeDescription(int, SerializableValue) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription: Builds a description.
SerializableObject - Class in it.unive.lisa.outputs.serializableGraph: A complex serializable object, represented through a set of named serializable fields.
SerializableObject() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableObject: Builds an empty object.
SerializableObject(SortedMap<String, String>, SortedMap<String, SerializableValue>) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableObject: Builds an object.
SerializableString - Class in it.unive.lisa.outputs.serializableGraph: A single serializable value, represented in its textual form.
SerializableString() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableString: Builds an empty (invalid) string.
SerializableString(SortedMap<String, String>, String) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableString: Builds a string.
SerializableValue - Class in it.unive.lisa.outputs.serializableGraph: A value that can be serialized, as part of a SerializableNodeDescription.
SerializableValue() - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableValue: Builds the value.
SerializableValue(SortedMap<String, String>) - Constructor for class it.unive.lisa.outputs.serializableGraph.SerializableValue: Builds the value.
serialize(SerializableValue, JsonGenerator, SerializerProvider) - Method in class it.unive.lisa.outputs.serializableGraph.ValueSerializer
setFirstFollower(Statement) - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Sets the first follower of this structure, that is, the first statement after the conditional structure exits.
setId(String) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults: Sets the string meant to identify this specific result, based on how it has been produced.
setIndex(int) - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Sets the index of this variable.
SetLattice<S extends SetLattice<S,E>,E> - Class in it.unive.lisa.analysis.lattices: A generic set lattice containing a set of elements.
SetLattice(Set<E>, boolean) - Constructor for class it.unive.lisa.analysis.lattices.SetLattice: Builds the lattice.
setMessage(String) - Method in class it.unive.lisa.outputs.json.JsonReport.JsonWarning: Sets the message of this warning.
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.literal.Literal
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.NaryExpression
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.NoOp
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.Ret
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.UnaryStatement
setOffset(int) - Method in class it.unive.lisa.program.cfg.statement.VariableRef
setOffset(int) - Method in interface it.unive.lisa.util.datastructures.graph.code.CodeNode: Sets the offset of this node to the given value, and then proceeds by setting the one of its nested nodes (if any) to subsequent values.
setOriginatingStatement(Statement) - Method in interface it.unive.lisa.program.cfg.statement.PluggableStatement: Sets the original Statement that got rewritten by theis pluggable statement.
setOverridable(boolean) - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor: Sets whether or not the cfg associated to this descriptor can be overridden.
setParentStatement(Statement) - Method in class it.unive.lisa.program.cfg.statement.Expression: Sets the Statement that contains this expression.
setProperty(String, String) - Method in class it.unive.lisa.analysis.representation.DomainRepresentation: Sets a textual property to enrich the information represented by this instance.
setProperty(String, String) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableValue: Sets a textual property to enrich the information represented by this value.
SetRepresentation - Class in it.unive.lisa.analysis.representation: A DomainRepresentation in the form of a set of values.
SetRepresentation(Set<E>, Function<E, DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.SetRepresentation: Builds a new representation starting from the given set.
SetRepresentation(Set<DomainRepresentation>) - Constructor for class it.unive.lisa.analysis.representation.SetRepresentation: Builds a new representation containing the given set.
setRuntimeTypes(Set<Type>) - Method in class it.unive.lisa.symbolic.SymbolicExpression: Sets the runtime types to the given set of types.
setScopeEnd(Statement) - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Sets the statement where this variable is last visible.
setScopeStart(Statement) - Method in class it.unive.lisa.program.cfg.VariableTableEntry: Sets the statement where this variable is first visible.
setSource(UnresolvedCall) - Method in class it.unive.lisa.program.cfg.statement.call.Call: Sets the call that this call originated from.
setSource(UnresolvedCall) - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall
setSource(UnresolvedCall) - Method in class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall
SHAPE - Static variable in class it.unive.lisa.outputs.DotGraph: The shape attribute name.
ShortAnnotationValue - Class in it.unive.lisa.program.annotations.values: A short annotation value.
ShortAnnotationValue(short) - Constructor for class it.unive.lisa.program.annotations.values.ShortAnnotationValue: Builds a short annotation value.
SimpleAbstractState<H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Class in it.unive.lisa.analysis: An abstract state of the analysis, composed by a heap state modeling the memory layout and a value state modeling values of program variables and memory locations.
SimpleAbstractState(H, V, T) - Constructor for class it.unive.lisa.analysis.SimpleAbstractState: Builds a new abstract state.
simplify() - Method in class it.unive.lisa.program.cfg.CFG: Simplifies this cfg, removing all NoOps and rewriting the edge set accordingly.
simplify() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure: Simplifies this structure, removing all NoOps from its body.
simplify() - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse
simplify() - Method in class it.unive.lisa.program.cfg.controlFlow.Loop
simplify(Class<? extends N>, Collection<E>, Map<Pair<E, E>, E>) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph: Simplifies the adjacency matrix beneath this graph, removing all nodes that are instances of <T> and rewriting the edge set accordingly.
simplify(Iterable<N>, Collection<N>, Collection<E>, Map<Pair<E, E>, E>) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Simplifies this list, removing all the given nodes and rewriting the edge set accordingly.
SingleInheritanceTraversalStrategy - Class in it.unive.lisa.program.language.hierarchytraversal: A HierarcyTraversalStrategy that assumes a single super unit per each unit (Java-like).
size() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice: Returns the number of elements in this lattice (its cardinality).
size() - Method in class it.unive.lisa.analysis.lattices.SetLattice: Returns the number of elements in this lattice (its cardinality).
size() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
size() - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache: Yields the total number of elements stored in this cache.
size() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
size() - Method in class it.unive.lisa.util.collections.IterableArray: Yields the size of this iterable, that is, the length of the array behind this iterable.
size() - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
size() - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
size() - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
size() - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
size() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
size() - Method in interface it.unive.lisa.util.collections.workset.WorkingSet: Yields the size of this working set, that is, the number of elements contained in it.
Skip - Class in it.unive.lisa.symbolic.value: An expression that does nothing.
Skip(CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.Skip: Builds the skip.
smallStepSemantics(E, ProgramPoint) - Method in interface it.unive.lisa.analysis.SemanticDomain: Yields a copy of this domain, that has been modified accordingly to the semantics of the given expression.
smallStepSemantics(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.AnalysisState
smallStepSemantics(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain
smallStepSemantics(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
smallStepSemantics(SymbolicExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.SimpleAbstractState
smallStepSemantics(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
smallStepSemantics(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
smallStepSemantics(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
smallStepSemantics(ValueExpression, ProgramPoint) - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
SourceCodeLocation - Class in it.unive.lisa.program: A location of an element in the source code represented by the path to the source code, the line and the column where the element appears.
SourceCodeLocation(String, int, int) - Constructor for class it.unive.lisa.program.SourceCodeLocation: Builds the code element.
SPECIAL_NODE_COLOR - Static variable in class it.unive.lisa.outputs.DotGraph: The color of a special node (entry or exit).
StartsWith - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string startsWith operation.
StartsWith(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.StartsWith: Builds the startsWith.
Statement - Class in it.unive.lisa.program.cfg.statement: A statement of the program to analyze.
Statement(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.Statement: Builds a statement happening at the given source location.
StatementStore<A extends AbstractState<A,H,V,T>,H extends HeapDomain<H>,V extends ValueDomain<V>,T extends TypeDomain<T>> - Class in it.unive.lisa.analysis: A functional lattice that stores instances of AnalysisState computed on statements.
StatementStore(AnalysisState<A, H, V, T>) - Constructor for class it.unive.lisa.analysis.StatementStore: Builds the store.
StatementWarning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on a statement.
StatementWarning(Statement, String) - Constructor for class it.unive.lisa.checks.warnings.StatementWarning: Builds the warning.
STATIC - it.unive.lisa.program.cfg.statement.call.Call.CallType: Only non-instance code members are targeted by the call.
StaticTypesMatchingStrategy - Class in it.unive.lisa.program.language.resolution: A strategy where the static types of the parameters of the call are evaluated against the signature of a cfg: for each parameter, if the static type of the actual parameter can be assigned to the type of the formal parameter, then FixedOrderMatchingStrategy.matches(Call, Parameter[], Expression[], Set[]) return true.
stopsExecution() - Method in class it.unive.lisa.program.cfg.statement.Ret
stopsExecution() - Method in class it.unive.lisa.program.cfg.statement.Return
stopsExecution() - Method in class it.unive.lisa.program.cfg.statement.Statement: Whether or not this statement stops the execution of the containing cfg, either by throwing an error or returning a value.
stopsExecution() - Method in class it.unive.lisa.program.cfg.statement.Throw
StringAnnotationValue - Class in it.unive.lisa.program.annotations.values: A string annotation value.
StringAnnotationValue(String) - Constructor for class it.unive.lisa.program.annotations.values.StringAnnotationValue: Builds a string annotation value.
StringConcat - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to string values, a BinaryExpression using this operator computes the concatenation of the string from the first argument with the one of the second argument.

First argument expression type: StringType
Second argument expression type: StringType
Computed expression type: StringType
StringConcat() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringConcat: Builds the operator.
StringContains - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to string values, a BinaryExpression using this operator checks if the string from the first argument contains the one of the second argument.

First argument expression type: StringType
Second argument expression type: StringType
Computed expression type: BooleanType
StringContains() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringContains: Builds the operator.
StringEndsWith - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to string values, a BinaryExpression using this operator checks if the string from the first argument is suffixed by the one of the second argument.

First argument expression type: StringType
Second argument expression type: StringType
Computed expression type: BooleanType
StringEndsWith() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringEndsWith: Builds the operator.
StringEquals - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to string values, a BinaryExpression using this operator checks if the string from the first argument is equal (in terms of contents, that is different from ComparisonEq) to the one of the second argument.

First argument expression type: StringType
Second argument expression type: StringType
Computed expression type: BooleanType
StringEquals() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringEquals: Builds the operator.
StringIndexOf - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to string values, a BinaryExpression using this operator computes the starting index of the first occurrence of the string from the second argument inside the one of the first argument, producing -1 if no occurrence can be found.

First argument expression type: StringType
Second argument expression type: StringType
Computed expression type: NumericType (integral)
StringIndexOf() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringIndexOf: Builds the operator.
StringLength - Class in it.unive.lisa.symbolic.value.operator.unary: Given an expression that evaluates to a string value, a UnaryExpression using this operator computes an integral value, from 0 upwards, representing the length of that value.

Argument expression type: StringType
Computed expression type: NumericType (integral)
StringLength() - Constructor for class it.unive.lisa.symbolic.value.operator.unary.StringLength: Builds the operator.
StringLiteral - Class in it.unive.lisa.program.cfg.statement.literal: A Literal representing a constant string value.
StringLiteral(CFG, CodeLocation, String) - Constructor for class it.unive.lisa.program.cfg.statement.literal.StringLiteral: Builds the literal.
StringOperation - Class in it.unive.lisa.symbolic.value.operator.binary: A common implementation for classes implementing BinaryOperator and StringOperator, providing a StringOperation.typeInference(TypeSystem, Set, Set) implementation that returns an empty set if no StringType can be found in one of the arguments, and a singleton set containing StringOperation.resultType(TypeSystem) otherwise.
StringOperation() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringOperation
StringOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation manipulating one or more values of type StringType.
StringReplace - Class in it.unive.lisa.symbolic.value.operator.ternary: Given three expressions that all evaluate to string values, a TernaryExpression using this operator computes a new string corresponding to the first argument's string where all occurrences of the second argument's string have been replaced with the third argument's string.
Note that: if the first argument's string is empty, the empty string is returned if the second argument's string is empty, the third argument's string is added in any position of the first argument's string if the third argument's string is empty, occurrences of the second argument's string are simply removed from the first argument's string
First argument expression type: StringType
Second argument expression type: StringType
Third argument expression type: StringType
Computed expression type: StringType
StringReplace() - Constructor for class it.unive.lisa.symbolic.value.operator.ternary.StringReplace: Builds the operator.
StringRepresentation - Class in it.unive.lisa.analysis.representation: A DomainRepresentation in the form of a single string element.
StringRepresentation(Object) - Constructor for class it.unive.lisa.analysis.representation.StringRepresentation: Builds a new representation starting from the given object.
StringRepresentation(String) - Constructor for class it.unive.lisa.analysis.representation.StringRepresentation: Builds a new representation containing the given string.
StringStartsWith - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions that both evaluate to string values, a BinaryExpression using this operator checks if the string from the first argument is prefixed by the one of the second argument.

First argument expression type: StringType
Second argument expression type: StringType
Computed expression type: BooleanType
StringStartsWith() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.StringStartsWith: Builds the operator.
StringSubstring - Class in it.unive.lisa.symbolic.value.operator.ternary: Given three expressions, with the first one evaluating to a string value and the second and third one evaluating to integral numerical values, a TernaryExpression using this operator computes a new string corresponding to the portion of first argument's string starting at the second argument's number position (inclusive) and ending at the third argument's number position (exclusive).
Note that: both second and third argument's numbers must be non-negative and less than the length of the first argument's string, with the second one's less or equal than the third one's if the second and third argument's numbers are equal, the empty string is returned
First argument expression type: StringType
Second argument expression type: NumericType
Third argument expression type: NumericType
Computed expression type: StringType
StringSubstring() - Constructor for class it.unive.lisa.symbolic.value.operator.ternary.StringSubstring: Builds the operator.
StringType - Class in it.unive.lisa.type.common: An implementation of the StringType.
StringType - Interface in it.unive.lisa.type: String type interface.
StringType() - Constructor for class it.unive.lisa.type.common.StringType: Builds the type.
STYLE - Static variable in class it.unive.lisa.outputs.DotGraph: The style attribute name.
Substring - Class in it.unive.lisa.program.cfg.statement.string: An expression modeling the string substring operation.
Substring(CFG, CodeLocation, Expression, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.string.Substring: Builds the substring.
subtract(MathNumber) - Method in class it.unive.lisa.util.numeric.MathNumber: Yields the result of this - other.
Subtraction - Class in it.unive.lisa.program.cfg.statement.numeric: An expression modeling the subtraction operation (-).
Subtraction(CFG, CodeLocation, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.numeric.Subtraction: Builds the subtraction.
SubtractionOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation that performs a subtraction between its operands.
supertype(NumericType) - Method in interface it.unive.lisa.type.NumericType: Determines which of the two NumericTypes between this and other is supertype for the other.
Symbol - Interface in it.unive.lisa.analysis.symbols: A symbol that can be aliased or used as an alias.
SymbolAliasing - Class in it.unive.lisa.analysis.symbols: A FunctionalLattice mapping Symbols to Aliases, that is, sets of symbols.
SymbolAliasing() - Constructor for class it.unive.lisa.analysis.symbols.SymbolAliasing: Builds an empty map of aliases.
SymbolicExpression - Class in it.unive.lisa.symbolic: A symbolic expression that can be evaluated by SemanticDomains.
SymbolicExpression(Type, CodeLocation) - Constructor for class it.unive.lisa.symbolic.SymbolicExpression: Builds the symbolic expression.
SyntacticCheck - Interface in it.unive.lisa.checks.syntactic: A Check that is able to exploit only the syntactic structure of the program.
SyntheticLocation - Class in it.unive.lisa.program: A synthetic code location.

T

TernaryExpression - Class in it.unive.lisa.program.cfg.statement: An NaryExpression with exactly three sub-expressions.
TernaryExpression - Class in it.unive.lisa.symbolic.value: A bynary expression that applies a TernaryExpression to three SymbolicExpressions.
TernaryExpression(CFG, CodeLocation, String, EvaluationOrder, Expression, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.TernaryExpression: Builds the untyped expression, happening at the given location in the program.
TernaryExpression(CFG, CodeLocation, String, EvaluationOrder, Type, Expression, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.TernaryExpression: Builds the expression, happening at the given location in the program.
TernaryExpression(CFG, CodeLocation, String, Expression, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.TernaryExpression: Builds the untyped expression, happening at the given location in the program.
TernaryExpression(CFG, CodeLocation, String, Type, Expression, Expression, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.TernaryExpression: Builds the expression, happening at the given location in the program.
TernaryExpression(Type, SymbolicExpression, SymbolicExpression, SymbolicExpression, TernaryOperator, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.TernaryExpression: Builds the binary expression.
TernaryOperator - Interface in it.unive.lisa.symbolic.value.operator.ternary: A ternary Operator that can be applied to three SymbolicExpression.
ternarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.Replace
ternarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.Substring
ternarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, SymbolicExpression, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.TernaryExpression: Computes the semantics of the expression, after the semantics of the sub-expressions have been computed.
Throw - Class in it.unive.lisa.program.cfg.statement: A statement that raises an error, stopping the execution of the current CFG and propagating the error to among the call chain.
Throw(CFG, CodeLocation, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.Throw: Builds the throw, raising expression as error, happening at the given location in the program.
throwsError() - Method in class it.unive.lisa.program.cfg.statement.Statement: Whether or not this statement throws an error, halting the normal execution of the containing cfg.
throwsError() - Method in class it.unive.lisa.program.cfg.statement.Throw
TimeFormat - Enum in it.unive.lisa.logging: Time formatting utility.
TimerLogger - Class in it.unive.lisa.logging: An utility class that allows automatic logging of the execution time of a method.
TimerLogger.LoggableAction - Interface in it.unive.lisa.logging: A Runnable executing a function with no arguments a no return value.
TimerLogger.LoggableSupplier<R> - Interface in it.unive.lisa.logging: A Supplier producing one element.
toArray() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
toArray() - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
toArray(E[]) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
toArray(E[]) - Method in class it.unive.lisa.util.collections.externalSet.UniversalExternalSet
toDot() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Converts this graph to a DotGraph.
toGraphml(boolean) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Converts this graph to a GraphmlGraph.
toHtml(boolean, String) - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph: Converts this graph to an HtmlGraph.
top() - Method in class it.unive.lisa.analysis.AnalysisState
top() - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
top() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
top() - Method in interface it.unive.lisa.analysis.Lattice: Yields the top element of this lattice.
top() - Method in class it.unive.lisa.analysis.lattices.ExpressionSet
top() - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
top() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
top() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
top() - Method in class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment
top() - Method in class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment
top() - Method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability
top() - Method in class it.unive.lisa.analysis.SimpleAbstractState
top() - Method in class it.unive.lisa.analysis.StatementStore
top() - Method in class it.unive.lisa.analysis.symbols.Aliases
top() - Method in class it.unive.lisa.analysis.symbols.SymbolAliasing
TOP_STRING - Static variable in interface it.unive.lisa.analysis.Lattice: A string constant that can be used to represent top values.
topRepresentation() - Static method in interface it.unive.lisa.analysis.Lattice: Yields a fresh DomainRepresentation that can be used to represent top values.
toSerializableGraph() - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields an instance of SerializableGraph built from this one.
toSerializableGraph(Function<Statement, SerializableValue>) - Method in class it.unive.lisa.program.cfg.CFG
toSerializableGraph(Function<N, SerializableValue>) - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
toSerializableGraph(Function<N, SerializableValue>) - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
toSerializableGraph(Function<N, SerializableValue>) - Method in interface it.unive.lisa.util.datastructures.graph.Graph: Yields an instance of SerializableGraph built from this one.
toSerializableValue() - Method in class it.unive.lisa.analysis.representation.DomainRepresentation: Produces a serializable version of this representation.
toSerializableValue() - Method in class it.unive.lisa.analysis.representation.ListRepresentation
toSerializableValue() - Method in class it.unive.lisa.analysis.representation.MapRepresentation
toSerializableValue() - Method in class it.unive.lisa.analysis.representation.ObjectRepresentation
toSerializableValue() - Method in class it.unive.lisa.analysis.representation.SetRepresentation
toSerializableValue() - Method in class it.unive.lisa.analysis.representation.StringRepresentation
toString() - Method in class it.unive.lisa.analysis.AnalysisState
toString() - Method in class it.unive.lisa.analysis.BaseLattice
toString() - Method in class it.unive.lisa.analysis.dataflow.DataflowDomain
toString() - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain
toString() - Method in class it.unive.lisa.analysis.heap.HeapSemanticOperation.HeapReplacement
toString() - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
toString() - Method in class it.unive.lisa.analysis.lattices.InverseSetLattice
toString() - Method in class it.unive.lisa.analysis.lattices.SetLattice
toString() - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
toString() - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
toString() - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
toString() - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
toString() - Method in class it.unive.lisa.analysis.representation.DomainRepresentation
toString() - Method in class it.unive.lisa.analysis.representation.ListRepresentation
toString() - Method in class it.unive.lisa.analysis.representation.MapRepresentation
toString() - Method in class it.unive.lisa.analysis.representation.ObjectRepresentation
toString() - Method in class it.unive.lisa.analysis.representation.SetRepresentation
toString() - Method in class it.unive.lisa.analysis.representation.StringRepresentation
toString() - Method in class it.unive.lisa.analysis.ScopeToken
toString() - Method in class it.unive.lisa.analysis.SimpleAbstractState
toString() - Method in class it.unive.lisa.analysis.symbols.NameSymbol
toString() - Method in class it.unive.lisa.analysis.symbols.QualifiedNameSymbol
toString() - Method in class it.unive.lisa.analysis.symbols.QualifierSymbol
toString() - Method in class it.unive.lisa.checks.warnings.CFGDescriptorWarning
toString() - Method in class it.unive.lisa.checks.warnings.CFGWarning
toString() - Method in class it.unive.lisa.checks.warnings.GlobalWarning
toString() - Method in class it.unive.lisa.checks.warnings.StatementWarning
toString() - Method in class it.unive.lisa.checks.warnings.UnitWarning
toString() - Method in class it.unive.lisa.checks.warnings.Warning
toString() - Method in class it.unive.lisa.checks.warnings.WarningWithLocation
toString() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphEdge
toString() - Method in class it.unive.lisa.interprocedural.callgraph.CallGraphNode
toString() - Method in class it.unive.lisa.outputs.GraphStreamWrapper
toString() - Method in class it.unive.lisa.outputs.json.JsonReport.JsonWarning
toString() - Method in class it.unive.lisa.outputs.json.JsonReport
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableArray
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableEdge
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableGraph
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNode
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableNodeDescription
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableObject
toString() - Method in class it.unive.lisa.outputs.serializableGraph.SerializableString
toString() - Method in class it.unive.lisa.program.annotations.Annotation
toString() - Method in class it.unive.lisa.program.annotations.AnnotationMember
toString() - Method in class it.unive.lisa.program.annotations.Annotations
toString() - Method in class it.unive.lisa.program.annotations.values.ArrayAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.BoolAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.ByteAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.CharAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.CompilationUnitAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.DoubleAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.EnumAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.FloatAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.IntAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.LongAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.ShortAnnotationValue
toString() - Method in class it.unive.lisa.program.annotations.values.StringAnnotationValue
toString() - Method in class it.unive.lisa.program.cfg.CFG
toString() - Method in class it.unive.lisa.program.cfg.CodeMemberDescriptor
toString() - Method in class it.unive.lisa.program.cfg.controlFlow.ControlFlowStructure
toString() - Method in class it.unive.lisa.program.cfg.controlFlow.IfThenElse
toString() - Method in class it.unive.lisa.program.cfg.controlFlow.Loop
toString() - Method in class it.unive.lisa.program.cfg.edge.Edge
toString() - Method in class it.unive.lisa.program.cfg.edge.FalseEdge
toString() - Method in class it.unive.lisa.program.cfg.edge.SequentialEdge
toString() - Method in class it.unive.lisa.program.cfg.edge.TrueEdge
toString() - Method in class it.unive.lisa.program.cfg.NativeCFG
toString() - Method in class it.unive.lisa.program.cfg.Parameter
toString() - Method in class it.unive.lisa.program.cfg.statement.Assignment
toString() - Method in class it.unive.lisa.program.cfg.statement.call.Call
toString() - Method in class it.unive.lisa.program.cfg.statement.call.CFGCall
toString() - Method in class it.unive.lisa.program.cfg.statement.call.MultiCall
toString() - Method in class it.unive.lisa.program.cfg.statement.call.NativeCall
toString() - Method in class it.unive.lisa.program.cfg.statement.call.OpenCall
toString() - Method in class it.unive.lisa.program.cfg.statement.global.AccessGlobal
toString() - Method in class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal
toString() - Method in class it.unive.lisa.program.cfg.statement.literal.Literal
toString() - Method in class it.unive.lisa.program.cfg.statement.literal.StringLiteral
toString() - Method in class it.unive.lisa.program.cfg.statement.NaryExpression
toString() - Method in class it.unive.lisa.program.cfg.statement.NoOp
toString() - Method in class it.unive.lisa.program.cfg.statement.Ret
toString() - Method in class it.unive.lisa.program.cfg.statement.Return
toString() - Method in class it.unive.lisa.program.cfg.statement.Statement
toString() - Method in class it.unive.lisa.program.cfg.statement.Throw
toString() - Method in class it.unive.lisa.program.cfg.statement.VariableRef
toString() - Method in class it.unive.lisa.program.cfg.VariableTableEntry
toString() - Method in class it.unive.lisa.program.Global
toString() - Method in class it.unive.lisa.program.SourceCodeLocation
toString() - Method in class it.unive.lisa.program.Unit
toString() - Method in class it.unive.lisa.symbolic.heap.AccessChild
toString() - Method in class it.unive.lisa.symbolic.heap.HeapAllocation
toString() - Method in class it.unive.lisa.symbolic.heap.HeapDereference
toString() - Method in class it.unive.lisa.symbolic.heap.HeapReference
toString() - Method in class it.unive.lisa.symbolic.SymbolicExpression
toString() - Method in class it.unive.lisa.symbolic.value.BinaryExpression
toString() - Method in class it.unive.lisa.symbolic.value.Constant
toString() - Method in class it.unive.lisa.symbolic.value.HeapLocation
toString() - Method in class it.unive.lisa.symbolic.value.MemoryPointer
toString() - Method in class it.unive.lisa.symbolic.value.NullConstant
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.BitwiseAnd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.BitwiseOr
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.BitwiseShiftLeft
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.BitwiseShiftRight
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.BitwiseUnsignedShiftRight
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.BitwiseXor
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonEq
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonGe
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonGt
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonLe
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonLt
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonNe
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.LogicalAnd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.LogicalOr
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitAdd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitDiv
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitMod
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitMul
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitRem
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric16BitSub
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitAdd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitDiv
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitMod
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitMul
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitRem
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric32BitSub
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitAdd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitDiv
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitMod
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitMul
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitRem
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric64BitSub
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitAdd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitDiv
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitMod
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitMul
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitRem
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.Numeric8BitSub
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingAdd
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingDiv
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingMod
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingMul
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingRem
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericNonOverflowingSub
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.StringConcat
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.StringContains
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.StringEndsWith
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.StringEquals
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.StringIndexOf
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.StringStartsWith
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.TypeCast
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.TypeCheck
toString() - Method in class it.unive.lisa.symbolic.value.operator.binary.TypeConv
toString() - Method in class it.unive.lisa.symbolic.value.operator.ternary.StringReplace
toString() - Method in class it.unive.lisa.symbolic.value.operator.ternary.StringSubstring
toString() - Method in class it.unive.lisa.symbolic.value.operator.unary.BitwiseNegation
toString() - Method in class it.unive.lisa.symbolic.value.operator.unary.LogicalNegation
toString() - Method in class it.unive.lisa.symbolic.value.operator.unary.NumericNegation
toString() - Method in class it.unive.lisa.symbolic.value.operator.unary.StringLength
toString() - Method in class it.unive.lisa.symbolic.value.operator.unary.TypeOf
toString() - Method in class it.unive.lisa.symbolic.value.OutOfScopeIdentifier
toString() - Method in class it.unive.lisa.symbolic.value.PushAny
toString() - Method in class it.unive.lisa.symbolic.value.Skip
toString() - Method in class it.unive.lisa.symbolic.value.TernaryExpression
toString() - Method in class it.unive.lisa.symbolic.value.UnaryExpression
toString() - Method in class it.unive.lisa.symbolic.value.Variable
toString() - Method in class it.unive.lisa.type.common.BoolType
toString() - Method in class it.unive.lisa.type.common.Float32Type
toString() - Method in class it.unive.lisa.type.common.Float64Type
toString() - Method in class it.unive.lisa.type.common.Int16Type
toString() - Method in class it.unive.lisa.type.common.Int32Type
toString() - Method in class it.unive.lisa.type.common.Int64Type
toString() - Method in class it.unive.lisa.type.common.Int8Type
toString() - Method in class it.unive.lisa.type.common.StringType
toString() - Method in class it.unive.lisa.type.common.UInt16Type
toString() - Method in class it.unive.lisa.type.common.UInt32Type
toString() - Method in class it.unive.lisa.type.common.UInt64Type
toString() - Method in class it.unive.lisa.type.common.UInt8Type
toString() - Method in class it.unive.lisa.type.NullType
toString() - Method in class it.unive.lisa.type.ReferenceType
toString() - Method in class it.unive.lisa.type.TypeTokenType
toString() - Method in class it.unive.lisa.type.Untyped
toString() - Method in class it.unive.lisa.type.VoidType
toString() - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
toString() - Method in class it.unive.lisa.util.collections.externalSet.ExternalSetCache
toString() - Method in class it.unive.lisa.util.collections.IterableArray
toString() - Method in class it.unive.lisa.util.collections.workset.ConcurrentFIFOWorkingSet
toString() - Method in class it.unive.lisa.util.collections.workset.ConcurrentLIFOWorkingSet
toString() - Method in class it.unive.lisa.util.collections.workset.FIFOWorkingSet
toString() - Method in class it.unive.lisa.util.collections.workset.LIFOWorkingSet
toString() - Method in class it.unive.lisa.util.collections.workset.VisitOnceWorkingSet
toString() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix.NodeEdges
toString() - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix
toString() - Method in class it.unive.lisa.util.datastructures.graph.BaseGraph
toString() - Method in class it.unive.lisa.util.datastructures.graph.code.CodeGraph
toString() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList.NodeEdges
toString() - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList
toString() - Method in class it.unive.lisa.util.numeric.IntInterval
toString() - Method in class it.unive.lisa.util.numeric.MathNumber
toSymbolicVariable() - Method in class it.unive.lisa.program.cfg.Parameter: Creates a Variable that represent this parameter, that can be used by SemanticDomains to reference this parameter.
toSymbolicVariable(CodeLocation) - Method in class it.unive.lisa.program.Global: Creates a Variable that represent this global, that can be used by SemanticDomains to reference it.
tracksIdentifiers(Identifier) - Method in interface it.unive.lisa.analysis.dataflow.DataflowElement
tracksIdentifiers(Identifier) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue
tracksIdentifiers(Identifier) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain
tracksIdentifiers(Identifier) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain
tracksIdentifiers(Identifier) - Method in interface it.unive.lisa.analysis.SemanticEvaluator: Yields true if the domain tracks information on the identifier id, false otherwise.
transform(UnaryOperator<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Transforms this set into another set where each element is obtained by transforming elements of this set.
traverse(E, T) - Method in interface it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint.FixpointImplementation: Given an edge and a state, computes a new state by modifying the given one assuming that the edge gets traversed.

This callback is invoked while computing the overall entry state for a node to filter a state according to the logic of the edge (an edge might be always traversed, or only if a condition holds).
traverse(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.edge.Edge: Traverses this edge, optionally modifying the given sourceState by applying semantic assumptions.
traverse(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.edge.FalseEdge
traverse(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.edge.SequentialEdge
traverse(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.edge.TrueEdge
traverse(Statement, CompilationUnit) - Method in interface it.unive.lisa.program.language.hierarchytraversal.HierarcyTraversalStrategy: Yields an iterable containing (or generating on-the-fly) compilation units in the order they should be visited for traversing a type hierarchy to find targets of calls or global accesses.
traverse(Statement, CompilationUnit) - Method in class it.unive.lisa.program.language.hierarchytraversal.SingleInheritanceTraversalStrategy
TrueEdge - Class in it.unive.lisa.program.cfg.edge: An edge connecting two statements, that is traversed when the condition expressed in the source state holds.
TrueEdge(Statement, Statement) - Constructor for class it.unive.lisa.program.cfg.edge.TrueEdge: Builds the edge.
TrueLiteral - Class in it.unive.lisa.program.cfg.statement.literal: A Literal representing the true boolean value.
TrueLiteral(CFG, CodeLocation) - Constructor for class it.unive.lisa.program.cfg.statement.literal.TrueLiteral: Builds the literal.
truncate(Expression[]) - Static method in interface it.unive.lisa.program.cfg.statement.call.CanRemoveReceiver: Truncates the given array of expressions by removing the first element.
TruncatedParamsCall - Class in it.unive.lisa.program.cfg.statement.call: A call that wraps another one that has been created through CanRemoveReceiver.removeFirstParameter().
TruncatedParamsCall(Call) - Constructor for class it.unive.lisa.program.cfg.statement.call.TruncatedParamsCall: Builds the call.
Type - Interface in it.unive.lisa.type: Type interface.
TYPE_REPRESENTATION_KEY - Static variable in interface it.unive.lisa.analysis.AbstractState: The key that should be used to store the instance of TypeDomain inside the DomainRepresentation returned by SemanticDomain.representation().
TypeCast - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions, with the second one evaluating to a type token, a BinaryExpression using this operator casts the type of the first argument to the type of the second argument.
TypeCast() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.TypeCast: Builds the operator.
TypeCheck - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions, with the second one evaluating to a type token, a BinaryExpression using this operator checks if the runtime types of the value the first argument evaluates to are subtypes of the ones contained in the token.

First argument expression type: any Type
Second argument expression type: TypeTokenType
Computed expression type: BooleanType
TypeCheck() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.TypeCheck: Builds the operator.
TypeConv - Class in it.unive.lisa.symbolic.value.operator.binary: Given two expressions, with the second one evaluating to a type token, a BinaryExpression using this operator converts the type of the first argument to the type of the second argument.
TypeConv() - Constructor for class it.unive.lisa.symbolic.value.operator.binary.TypeConv: Builds the operator.
TypeDomain<T extends TypeDomain<T>> - Interface in it.unive.lisa.analysis.value: An domain that is able to determine the runtime types of an expression given the runtime types of its operands.
TypeEnvironment<T extends NonRelationalTypeDomain<T>> - Class in it.unive.lisa.analysis.nonrelational.value: An environment for a NonRelationalTypeDomain, that maps Identifiers to instances of such domain.
TypeEnvironment(T) - Constructor for class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment: Builds an empty environment.
TypeEnvironment(T, Map<Identifier, T>, T) - Constructor for class it.unive.lisa.analysis.nonrelational.value.TypeEnvironment: Builds an environment containing the given mapping.
typeInference(TypeSystem, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.unary.BitwiseNegation
typeInference(TypeSystem, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.unary.LogicalNegation
typeInference(TypeSystem, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.unary.NumericNegation
typeInference(TypeSystem, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.unary.StringLength
typeInference(TypeSystem, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.unary.TypeOf
typeInference(TypeSystem, Set<Type>) - Method in interface it.unive.lisa.symbolic.value.operator.unary.UnaryOperator: Computes the runtime types of this expression (i.e., of the result of this expression) assuming that the argument of this expression has the given types.
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in interface it.unive.lisa.symbolic.value.operator.binary.BinaryOperator: Computes the runtime types of this expression (i.e., of the result of this expression) assuming that the arguments of this expression have the given types.
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonEq
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.ComparisonNe
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.LogicalOperation
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericComparison
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.NumericOperation
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.StringOperation
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.TypeCast
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.TypeCheck
typeInference(TypeSystem, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.binary.TypeConv
typeInference(TypeSystem, Set<Type>, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.ternary.StringReplace
typeInference(TypeSystem, Set<Type>, Set<Type>, Set<Type>) - Method in class it.unive.lisa.symbolic.value.operator.ternary.StringSubstring
typeInference(TypeSystem, Set<Type>, Set<Type>, Set<Type>) - Method in interface it.unive.lisa.symbolic.value.operator.ternary.TernaryOperator: Computes the runtime types of this expression (i.e., of the result of this expression) assuming that the arguments of this expression have the given types.
TypeOf - Class in it.unive.lisa.symbolic.value.operator.unary: Given any expression, a UnaryExpression using this operator computes the type(s) of that expression.

Argument expression type: any Type
Computed expression type: TypeTokenType containing all types of argument
TypeOf() - Constructor for class it.unive.lisa.symbolic.value.operator.unary.TypeOf: Builds the operator.
TypeOperator - Interface in it.unive.lisa.symbolic.value.operator: An operation manipulating the types of concrete values.
TypeSystem - Class in it.unive.lisa.type: A type system, knowing about the types that can appear in a Program.
TypeSystem() - Constructor for class it.unive.lisa.type.TypeSystem: Builds an empty type system, where only TypeSystem.getBooleanType(), TypeSystem.getStringType() and TypeSystem.getIntegerType() are registered.
TypeTokenType - Class in it.unive.lisa.type: The type of type tokens, used as reference to types in code.
TypeTokenType(Set<Type>) - Constructor for class it.unive.lisa.type.TypeTokenType: Builds the type token representing the given types.

U

UInt16Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 16-bit unsigned Literal representing a constant integral value.
UInt16Literal(CFG, CodeLocation, short) - Constructor for class it.unive.lisa.program.cfg.statement.literal.UInt16Literal: Builds the literal.
UInt16Type - Class in it.unive.lisa.type.common: An unsigned 16-bit integral NumericType.
UInt16Type() - Constructor for class it.unive.lisa.type.common.UInt16Type: Builds the type.
UInt32Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 32-bit unsigned Literal representing a constant integral value.
UInt32Literal(CFG, CodeLocation, int) - Constructor for class it.unive.lisa.program.cfg.statement.literal.UInt32Literal: Builds the literal.
UInt32Type - Class in it.unive.lisa.type.common: An unsigned 32-bit integral NumericType.
UInt32Type() - Constructor for class it.unive.lisa.type.common.UInt32Type: Builds the type.
UInt64Literal - Class in it.unive.lisa.program.cfg.statement.literal: A 64-bit unsigned Literal representing a constant integral value.
UInt64Literal(CFG, CodeLocation, long) - Constructor for class it.unive.lisa.program.cfg.statement.literal.UInt64Literal: Builds the literal.
UInt64Type - Class in it.unive.lisa.type.common: An unsigned 64-bit integral NumericType.
UInt64Type() - Constructor for class it.unive.lisa.type.common.UInt64Type: Builds the type.
UInt8Literal - Class in it.unive.lisa.program.cfg.statement.literal: An 8-bit unsigned Literal representing a constant integral value.
UInt8Literal(CFG, CodeLocation, byte) - Constructor for class it.unive.lisa.program.cfg.statement.literal.UInt8Literal: Builds the literal.
UInt8Type - Class in it.unive.lisa.type.common: An unsigned 8-bit integral NumericType.
UInt8Type() - Constructor for class it.unive.lisa.type.common.UInt8Type: Builds the type.
UnaryExpression - Class in it.unive.lisa.program.cfg.statement: An NaryExpression with a single sub-expression.
UnaryExpression - Class in it.unive.lisa.symbolic.value: A unary expression that applies a UnaryOperator to a SymbolicExpression.
UnaryExpression(CFG, CodeLocation, String, EvaluationOrder, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.UnaryExpression: Builds the untyped expression, happening at the given location in the program.
UnaryExpression(CFG, CodeLocation, String, EvaluationOrder, Type, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.UnaryExpression: Builds the expression, happening at the given location in the program.
UnaryExpression(CFG, CodeLocation, String, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.UnaryExpression: Builds the untyped expression, happening at the given location in the program.
UnaryExpression(CFG, CodeLocation, String, Type, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.UnaryExpression: Builds the expression, happening at the given location in the program.
UnaryExpression(Type, SymbolicExpression, UnaryOperator, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.UnaryExpression: Builds the unary expression.
UnaryOperator - Interface in it.unive.lisa.symbolic.value.operator.unary: A unary Operator that can be applied to a single SymbolicExpression.
unarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.call.NamedParameterExpression
unarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.global.AccessInstanceGlobal
unarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.logic.Not
unarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.numeric.Negation
unarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.string.Length
unarySemantics(InterproceduralAnalysis<A, H, V, T>, AnalysisState<A, H, V, T>, SymbolicExpression, StatementStore<A, H, V, T>) - Method in class it.unive.lisa.program.cfg.statement.UnaryExpression: Computes the semantics of the expression, after the semantics of the sub-expression has been computed.
UnaryStatement - Class in it.unive.lisa.program.cfg.statement: A unary statement.
UnaryStatement(CFG, CodeLocation, Expression) - Constructor for class it.unive.lisa.program.cfg.statement.UnaryStatement: Builds the unary statement, happening at the given location in the program.
union(ExternalSet<T>) - Method in class it.unive.lisa.util.collections.externalSet.BitExternalSet
union(ExternalSet<T>) - Method in interface it.unive.lisa.util.collections.externalSet.ExternalSet: Yields the union of this set and another.
union(N, T, T) - Method in interface it.unive.lisa.util.datastructures.graph.algorithms.Fixpoint.FixpointImplementation: Given a node and two states, computes their union (i.e.
Unit - Class in it.unive.lisa.program: A unit of the program to analyze.
Unit(String) - Constructor for class it.unive.lisa.program.Unit: Builds a unit, defined at the given location.
UnitType - Interface in it.unive.lisa.type: Interface for types that are introduced by a ClassUnit.
UnitWarning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on one of the Units under analysis.
UnitWarning(Unit, String) - Constructor for class it.unive.lisa.checks.warnings.UnitWarning: Builds the warning.
UniversalExternalSet<T> - Class in it.unive.lisa.util.collections.externalSet: An ExternalSet that always stays up-to-date with the contents of the underlying factory, but that cannot be modified.
UNKNOWN - it.unive.lisa.analysis.SemanticDomain.Satisfiability: Represent the fact that it is not possible to determine whether or not an expression is satisfied.
UNKNOWN - it.unive.lisa.program.cfg.statement.call.Call.CallType: Both instance and non-instance code members are targeted by the call.
UNKNOWN_ENTRYPOINTS - Static variable in class it.unive.lisa.program.language.validation.BaseValidationLogic: Error message format for entrypoints not defined inside the Program.
UnresolvedCall - Class in it.unive.lisa.program.cfg.statement.call: A call that happens inside the program to analyze.
UnresolvedCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.UnresolvedCall: Builds the unresolved call, happening at the given location in the program.
UnresolvedCall(CFG, CodeLocation, Call.CallType, String, String, EvaluationOrder, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.UnresolvedCall: Builds the unresolved call, happening at the given location in the program.
UnresolvedCall(CFG, CodeLocation, Call.CallType, String, String, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.UnresolvedCall: Builds the unresolved call, happening at the given location in the program.
UnresolvedCall(CFG, CodeLocation, Call.CallType, String, String, Type, Expression...) - Constructor for class it.unive.lisa.program.cfg.statement.call.UnresolvedCall: Builds the unresolved call, happening at the given location in the program.
Untyped - Class in it.unive.lisa.type: The untyped type, corresponding to an unknown/untyped type.
Untyped() - Constructor for class it.unive.lisa.type.Untyped: Builds the type.
UP_TO_HOURS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as hours, minutes, seconds, milliseconds and nanoseconds.
UP_TO_MILLIS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as milliseconds and nanoseconds.
UP_TO_MINUTES - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as minutes, seconds, milliseconds and nanoseconds.
UP_TO_SECONDS - it.unive.lisa.logging.TimeFormat: Formats the given elapsed nanos as seconds, milliseconds and nanoseconds.

V

validate() - Method in class it.unive.lisa.program.cfg.CFG: Validates this cfg, ensuring that the code contained in it is well formed.
validate() - Method in interface it.unive.lisa.program.cfg.CodeMember: Validates this cfg, ensuring that the code contained in it is well formed.
validate(CodeMember, boolean) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given CodeMember, checking that no other code member exists in its containing Unit with the same signature, according to CodeMemberDescriptor.matchesSignature(CodeMemberDescriptor).
validate(Collection<N>) - Method in class it.unive.lisa.util.datastructures.graph.AdjacencyMatrix: Validates this matrix, ensuring that the it is well formed.
validate(Collection<N>) - Method in class it.unive.lisa.util.datastructures.graph.code.NodeList: Validates this list, ensuring that the it is well formed.
validateAndFinalize(AbstractClassUnit) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given AbstractClassUnit.
validateAndFinalize(ClassUnit) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given ClassUnit.
validateAndFinalize(CodeUnit) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given CodeUnit.
validateAndFinalize(CompilationUnit) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given CompilationUnit.
validateAndFinalize(InterfaceUnit) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given InterfaceUnit.
validateAndFinalize(Program) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given Program, ensuring its consistency.
validateAndFinalize(Program) - Method in interface it.unive.lisa.program.language.validation.ProgramValidationLogic: Validates the given Program, ensuring its consistency.
validateAndFinalize(Unit) - Method in class it.unive.lisa.program.language.validation.BaseValidationLogic: Validates the given unit, ensuring its consistency.
VALUE_REPRESENTATION_KEY - Static variable in interface it.unive.lisa.analysis.AbstractState: The key that should be used to store the instance of ValueDomain inside the DomainRepresentation returned by SemanticDomain.representation().
ValueDeserializer - Class in it.unive.lisa.outputs.serializableGraph: Custom Jackson deserializer for SerializableValues, built to read back what is serialized by ValueSerializer.
ValueDeserializer() - Constructor for class it.unive.lisa.outputs.serializableGraph.ValueDeserializer: Builds the deserializer.
ValueDeserializer(Class<SerializableValue>) - Constructor for class it.unive.lisa.outputs.serializableGraph.ValueDeserializer: Builds the deserializer.
ValueDomain<D extends ValueDomain<D>> - Interface in it.unive.lisa.analysis.value: A semantic domain that can evaluate the semantic of statements that operate on values, and not on memory locations.
ValueEnvironment<T extends NonRelationalValueDomain<T>> - Class in it.unive.lisa.analysis.nonrelational.value: An environment for a NonRelationalValueDomain, that maps Identifiers to instances of such domain.
ValueEnvironment(T) - Constructor for class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment: Builds an empty environment.
ValueEnvironment(T, Map<Identifier, T>, T) - Constructor for class it.unive.lisa.analysis.nonrelational.value.ValueEnvironment: Builds an environment containing the given mapping.
ValueExpression - Class in it.unive.lisa.symbolic.value: A symbolic expression that represents an operation on the program's state.
ValueExpression(Type, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.ValueExpression: Builds the heap expression.
valueOf(String) - Static method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum it.unive.lisa.logging.TimeFormat: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum it.unive.lisa.outputs.compare.JsonReportComparer.REPORT_TYPE: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum it.unive.lisa.outputs.compare.JsonReportComparer.REPORTED_COMPONENT: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum it.unive.lisa.program.cfg.statement.call.Call.CallType: Returns the enum constant of this type with the specified name.
values() - Static method in enum it.unive.lisa.analysis.SemanticDomain.Satisfiability: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum it.unive.lisa.logging.TimeFormat: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum it.unive.lisa.outputs.compare.JsonReportComparer.REPORT_TYPE: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum it.unive.lisa.outputs.compare.JsonReportComparer.REPORTED_COMPONENT: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum it.unive.lisa.program.cfg.statement.call.Call.CallType: Returns an array containing the constants of this enum type, in the order they are declared.
ValueSerializer - Class in it.unive.lisa.outputs.serializableGraph: Custom Jackson serializer for SerializableValues that tries to reduce the size of the generated json files.
ValueSerializer() - Constructor for class it.unive.lisa.outputs.serializableGraph.ValueSerializer: Builds the serializer.
ValueSerializer(Class<SerializableValue>) - Constructor for class it.unive.lisa.outputs.serializableGraph.ValueSerializer: Builds the serializer.
variable(Identifier, ProgramPoint) - Method in interface it.unive.lisa.analysis.nonrelational.NonRelationalElement: Yields a fixed abstraction of the given variable.
Variable - Class in it.unive.lisa.symbolic.value: An identifier of a real program variable.
Variable(Type, String, Annotations, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.Variable: Builds the variable with annotations.
Variable(Type, String, CodeLocation) - Constructor for class it.unive.lisa.symbolic.value.Variable: Builds the variable.
VariableRef - Class in it.unive.lisa.program.cfg.statement: A reference to a variable of the current CFG, identified by its name.
VariableRef(CFG, CodeLocation, String) - Constructor for class it.unive.lisa.program.cfg.statement.VariableRef: Builds the untyped variable reference, identified by its name.
VariableRef(CFG, CodeLocation, String, Type) - Constructor for class it.unive.lisa.program.cfg.statement.VariableRef: Builds the variable reference, identified by its name, happening at the given location in the program.
VariableTableEntry - Class in it.unive.lisa.program.cfg: An entry in the variable table representing a CFG variable identified by its index, containing the information about the source file, line and column where the variable is defined.
VariableTableEntry(CodeLocation, int, Statement, Statement, String) - Constructor for class it.unive.lisa.program.cfg.VariableTableEntry: Builds an untyped variable table entry, identified by its index.
VariableTableEntry(CodeLocation, int, Statement, Statement, String, Type) - Constructor for class it.unive.lisa.program.cfg.VariableTableEntry: Builds the variable table entry, identified by its index, representing a variable defined at the given location in the program.
VariableTableEntry(CodeLocation, int, Statement, Statement, String, Type, Annotations) - Constructor for class it.unive.lisa.program.cfg.VariableTableEntry: Builds the variable table entry with its annotations, identified by its index, representing a variable defined at the given location in the program.
VariableTableEntry(CodeLocation, int, String) - Constructor for class it.unive.lisa.program.cfg.VariableTableEntry: Builds an untyped variable table entry, identified by its index.
visit(AccessChild, InferredValue.InferredPair<T>, InferredValue.InferredPair<T>, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(AccessChild, T, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(AccessChild, T, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(AccessChild, T, T, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits an AccessChild.
visit(HeapAllocation, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(HeapAllocation, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(HeapAllocation, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(HeapAllocation, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a HeapAllocation.
visit(HeapDereference, InferredValue.InferredPair<T>, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(HeapDereference, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(HeapDereference, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(HeapDereference, T, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a HeapDereference.
visit(HeapReference, InferredValue.InferredPair<T>, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(HeapReference, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(HeapReference, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(HeapReference, T, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a HeapReference.
visit(BinaryExpression, ExpressionSet<ValueExpression>, ExpressionSet<ValueExpression>, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(BinaryExpression, InferredValue.InferredPair<T>, InferredValue.InferredPair<T>, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(BinaryExpression, T, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(BinaryExpression, T, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(BinaryExpression, T, T, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a BinaryExpression.
visit(Constant, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(Constant, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(Constant, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(Constant, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(Constant, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a Constant.
visit(Identifier, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(Identifier, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(Identifier, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(Identifier, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(Identifier, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits an Identifier.
visit(PushAny, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(PushAny, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(PushAny, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(PushAny, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(PushAny, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a PushAny.
visit(Skip, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(Skip, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(Skip, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(Skip, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(Skip, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a Skip.
visit(TernaryExpression, ExpressionSet<ValueExpression>, ExpressionSet<ValueExpression>, ExpressionSet<ValueExpression>, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(TernaryExpression, InferredValue.InferredPair<T>, InferredValue.InferredPair<T>, InferredValue.InferredPair<T>, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(TernaryExpression, T, T, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(TernaryExpression, T, T, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(TernaryExpression, T, T, T, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a TernaryExpression.
visit(UnaryExpression, ExpressionSet<ValueExpression>, Object...) - Method in class it.unive.lisa.analysis.heap.BaseHeapDomain.Rewriter
visit(UnaryExpression, InferredValue.InferredPair<T>, Object...) - Method in class it.unive.lisa.analysis.nonrelational.inference.BaseInferredValue.EvaluationVisitor
visit(UnaryExpression, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalTypeDomain.EvaluationVisitor
visit(UnaryExpression, T, Object...) - Method in class it.unive.lisa.analysis.nonrelational.value.BaseNonRelationalValueDomain.EvaluationVisitor
visit(UnaryExpression, T, Object...) - Method in interface it.unive.lisa.symbolic.ExpressionVisitor: Visits a UnaryExpression.
visit(V, G) - Method in interface it.unive.lisa.util.datastructures.graph.GraphVisitor: Visits a graph, inspecting its structure and signature, but without accessing its contents.
visit(V, G, E) - Method in interface it.unive.lisa.util.datastructures.graph.GraphVisitor: Visits an edge of the given graph.
visit(V, G, N) - Method in interface it.unive.lisa.util.datastructures.graph.GraphVisitor: Visits a node of the given graph.
visitGlobal(T, Unit, Global, boolean) - Method in interface it.unive.lisa.checks.Check: Visits the given global.
VisitOnceWorkingSet<E> - Class in it.unive.lisa.util.collections.workset: A working set that guarantees that each element will be added to this working set no more than once.
visitUnit(T, Unit) - Method in interface it.unive.lisa.checks.Check: Visits the given unit.
VoidType - Class in it.unive.lisa.type: The void type.
VoidType() - Constructor for class it.unive.lisa.type.VoidType: Builds the type.

W

warn(String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning that is meant to be a generic warning on the program.
Warning - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on the program under analysis.
Warning(String) - Constructor for class it.unive.lisa.checks.warnings.Warning: Builds the warning.
WARNINGS - it.unive.lisa.outputs.compare.JsonReportComparer.REPORTED_COMPONENT: Indicates that the difference was found in the collection of generated warnings.
WarningWithLocation - Class in it.unive.lisa.checks.warnings: A warning reported by LiSA on the program under analysis.
WarningWithLocation(CodeLocation, String) - Constructor for class it.unive.lisa.checks.warnings.WarningWithLocation: Builds the warning.
warnOn(CFG, String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning with the given message on the declaration of the given cfg.
warnOn(CodeMemberDescriptor, String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning with the given message on the declaration of the cfg represented by the given descriptor.
warnOn(Expression, String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning with the given message on the given expression.
warnOn(Statement, String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning with the given message on the given statement.
warnOn(Unit, Global, String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning with the given message on the declaration of the given global.
warnOn(Unit, String) - Method in class it.unive.lisa.checks.syntactic.CheckTool: Reports a new warning with the given message on the declaration of the given unit.
widening(CFGWithAnalysisResults<A, H, V, T>) - Method in class it.unive.lisa.analysis.CFGWithAnalysisResults
widening(L) - Method in class it.unive.lisa.analysis.BaseLattice
widening(L) - Method in interface it.unive.lisa.analysis.Lattice: Performs the widening operation between this lattice element and the given one.
wideningAux(F) - Method in class it.unive.lisa.analysis.lattices.FunctionalLattice
wideningAux(AnalysisState<A, H, V, T>) - Method in class it.unive.lisa.analysis.AnalysisState
wideningAux(HeapEnvironment<T>) - Method in class it.unive.lisa.analysis.nonrelational.heap.HeapEnvironment
wideningAux(InferenceSystem<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferenceSystem
wideningAux(InferredValue.InferredPair<T>) - Method in class it.unive.lisa.analysis.nonrelational.inference.InferredValue.InferredPair
wideningAux(SimpleAbstractState<H, V, T>) - Method in class it.unive.lisa.analysis.SimpleAbstractState
wideningAux(L) - Method in class it.unive.lisa.analysis.BaseLattice: Performs the widening operation between this lattice element and the given one, assuming that base cases have already been handled.
WorkingSet<E> - Interface in it.unive.lisa.util.collections.workset: A working set, containing items to be processed.
WorstCasePolicy - Class in it.unive.lisa.interprocedural: A worst-case OpenCallPolicy, where the whole analysis state becomes top and all information is lost.

Z

ZERO - Static variable in class it.unive.lisa.util.numeric.IntInterval: The interval [0, 0].
ZERO - Static variable in class it.unive.lisa.util.numeric.MathNumber: The constant 0.

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