Uses of Class org.codehaus.janino.Java.Rvalue (janino-parent 3.1.6 API)

Packages that use Java.Rvalue
Package Description

org.codehaus.janino
The core of the Janino Java compiler.

org.codehaus.janino.util
Application-independent helper classes.

Packages that use Java.Rvalue
Package	Description
org.codehaus.janino	The core of the Janino Java compiler.
org.codehaus.janino.util	Application-independent helper classes.

Uses of Java.Rvalue in org.codehaus.janino

Subclasses of Java.Rvalue in org.codehaus.janino
Modifier and Type	Class	Description
`static class`	`Java.AmbiguousName`	Representation of a JLS7 6.5.2 "ambiguous name".
`static class`	`Java.ArrayAccessExpression`	Representation of a JLS7 15.13 (JLS8: 15.10.3) "array access expression".
`static class`	`Java.ArrayCreationReference`	Representation of a "method reference expression", as described in JLS9 15.13, with the form "`<var>arrayType</var>::new`".
`static class`	`Java.ArrayLength`	Representation of the JLS7 10.7 array type "length" pseudo-member.
`static class`	`Java.Assignment`	Representation of all JLS7 15.26 assignments.
`static class`	`Java.BinaryOperation`	Representation of all non-operand-modifying binary operations.
`static class`	`Java.BooleanLiteral`	Representation of a "boolean literal" (JLS7 3.10.3) (type `boolean`).
`static class`	`Java.BooleanRvalue`	Base class for `Java.Rvalue`s that compile better as conditional branches.
`static class`	`Java.Cast`	Representation of a JLS7 15.16 "cast expression".
`static class`	`Java.CharacterLiteral`	Representation of a "character literal" (JLS7 3.10.4) (type `char`).
`static class`	`Java.ClassInstanceCreationReference`	Representation of a "method reference expression", as described in JLS9 15.13, with the form "`<var>classType</var>::new`".
`static class`	`Java.ClassLiteral`	Representation of a JLS7 15.8.2 "class literal".
`static class`	`Java.ConditionalExpression`	Representation of a JLS7 15.25 "conditional operation".
`static class`	`Java.Crement`	Representation of a JLS7 15.14.2 "postfix increment operation", a JLS7 15.14.3 "postfix decrement operation", a JLS7 15.15.1 "prefix increment operation" or a JLS7 15.15.2 "prefix decrement operation".
`static class`	`Java.FieldAccess`	Representation of an access to a field of a class or an interface.
`static class`	`Java.FieldAccessExpression`	Representation of a JLS7 15.11 "field access expression", including the "array length" pseudo field access.
`static class`	`Java.FloatingPointLiteral`	Representation of a "floating-point literal" (JLS7 3.10.2) (types `float` and `double`).
`static class`	`Java.Instanceof`	Representation of a JLS7 15.20.2 "type comparison operation".
`static class`	`Java.IntegerLiteral`	Representation of an "integer literal" (JLS7 3.10.1) (types `int` and `long`).
`static class`	`Java.Invocation`	Abstract base class for `Java.MethodInvocation` and `Java.SuperclassMethodInvocation`.
`static class`	`Java.LambdaExpression`	Representation of a (Java 8+) "lambda expression", see JLS9 15.27.
`static class`	`Java.Literal`	Abstract base class for the various Java literals; see JLS7 3.10.
`static class`	`Java.LocalVariableAccess`	Representation of a local variable access -- used during compilation.
`static class`	`Java.Lvalue`	Representation of an "lvalue", i.e.
`static class`	`Java.MethodInvocation`	Representation of a JLS7 15.12 "method invocation expression".
`static class`	`Java.MethodReference`	Representation of a "method reference expression", as described in JLS9 15.13, with the form "`<var>referenceType</var>::identifier`.
`static class`	`Java.NewAnonymousClassInstance`	Representation of a JLS7 15.9 "anonymous class instance creation expression".
`static class`	`Java.NewArray`	Representation of a JLS7 15.10 "array creation expression".
`static class`	`Java.NewClassInstance`	Representation of a JLS7 "class instance creation expression".
`static class`	`Java.NewInitializedArray`	Representation of a JLS7 15.10 "array creation expression".
`static class`	`Java.NullLiteral`	Representation of a "null literal" (JLS7 3.10.7).
`static class`	`Java.ParameterAccess`	"Artificial" operation for accessing the parameters of the synthetic constructor of an anonymous class.
`static class`	`Java.ParenthesizedExpression`	Representation of a JLS7 15.8.5 "parenthesized expression".
`static class`	`Java.QualifiedThisReference`	Representation of an JLS7 15.8.4 access to the current object or an enclosing instance.
`static class`	`Java.SimpleConstant`	This class is not used when code is parsed; it is intended for "programmatic" literals.
`static class`	`Java.StringLiteral`	Representation of a "string literal" (JLS7 3.10.5) (type `String`).
`static class`	`Java.SuperclassFieldAccessExpression`	Representation of an JLS7 "superclass field access expression", e.g.
`static class`	`Java.SuperclassMethodInvocation`	Representation of a JLS7 15.12.1.1.3 "superclass method invocation".
`static class`	`Java.ThisReference`	Representation of an JLS7 15.8.3 access to the innermost enclosing instance.
`static class`	`Java.UnaryOperation`	Representation of a JLS7 15.15.3 "unary plus operator", a JLS7 15.15.4 "unary minus operator", a JLS7 15.15.5 "bitwise complement operator" or a JLS7 15.15.6 "logical complement operator".

Fields in org.codehaus.janino declared as Java.Rvalue
Modifier and Type	Field	Description
`Java.Rvalue[]`	Java.ConstructorInvocation.`arguments`	The arguments to pass to the constructor.
`Java.Rvalue[]`	Java.EnumConstant.`arguments`	The optional arguments that appear after the enum constant name iff the enum declares constructors with one or more parameters.
`Java.Rvalue[]`	Java.Invocation.`arguments`	Arguments to pass to the method.
`Java.Rvalue[]`	Java.NewAnonymousClassInstance.`arguments`	The arguments to pass to the constructor.
`Java.Rvalue[]`	Java.NewClassInstance.`arguments`	The arguments to pass to the constructor.
`Java.Rvalue`	Java.DoStatement.`condition`	The condition in the WHILE clause of this DO statement.
`Java.Rvalue`	Java.ForStatement.`condition`	The optional "condition" part of the "basic FOR statement".
`Java.Rvalue`	Java.IfStatement.`condition`	The condition of the IF statement.
`Java.Rvalue`	Java.SwitchStatement.`condition`	The rvalue that is evaluated and matched with the CASE clauses.
`Java.Rvalue`	Java.WhileStatement.`condition`	The "condition" of the WHILE statement.
`Java.Rvalue[]`	Java.NewArray.`dimExprs`	The sizes of the first dimensions to instantiate.
`Java.Rvalue`	Java.ExpressionLambdaBody.`expression`	The expression that poses the lambda body.
`Java.Rvalue`	Java.ForEachStatement.`expression`	The "expression" part of the "enhanced FOR statement".
`Java.Rvalue`	Java.SynchronizedStatement.`expression`	The object reference on which the statement synchronizes.
`Java.Rvalue`	Java.ThrowStatement.`expression`	The rvalue (of type `Throwable`) thrown by this THROW statement.
`Java.Rvalue`	Java.AssertStatement.`expression1`	The left-hand-side expression of this ASSERT statement.
`Java.Rvalue`	Java.AssertStatement.`expression2`	The optional right-hand-side expression of this ASSERT statement.
`Java.Rvalue`	Java.ArrayAccessExpression.`index`	The index value to use.
`Java.Rvalue`	Java.ArrayAccessExpression.`lhs`	The array to access (must be an `Java.Lvalue` if the access is modifying).
`Java.Rvalue`	Java.ArrayLength.`lhs`	The rvalue identifying the array to determine the length of.
`Java.Rvalue`	Java.BinaryOperation.`lhs`	The left hand side operand.
`Java.Rvalue`	Java.ConditionalExpression.`lhs`	Left-hand side of this conditional operation.
`Java.Rvalue`	Java.Instanceof.`lhs`	The rvalue who's type is to be compared.
`Java.Rvalue`	Java.ConditionalExpression.`mhs`	Middle-hand side of this conditional operation.
`Java.Rvalue`	Java.UnaryOperation.`operand`	The rvalue to operate upon.
`Java.Rvalue`	Java.NewAnonymousClassInstance.`qualification`	The qualification iff this a "qualified anonymous class instance creation expression".
`Java.Rvalue`	Java.NewClassInstance.`qualification`	The qualification of this "qualified class instance creation expression".
`Java.Rvalue`	Java.SuperConstructorInvocation.`qualification`	The qualification for this "qualified superclass constructor invocation", or `null` iff this is an "unqualified superclass constructor invocation".
`Java.Rvalue`	Java.ReturnStatement.`returnValue`	The optional rvalue that is returned.
`Java.Rvalue`	Java.Assignment.`rhs`	The rvalue that is assigned.
`Java.Rvalue`	Java.BinaryOperation.`rhs`	The right hand side operand.
`Java.Rvalue`	Java.ConditionalExpression.`rhs`	Right-hand side of this conditional operation.
`Java.Rvalue`	Java.ExpressionStatement.`rvalue`	The rvalue that is evaluated when the statement is executed.
`Java.Rvalue`	Java.RvalueMemberType.`rvalue`	The expression that represents the outer instance required for the instantiation of the inner type.
`Java.Rvalue[]`	Java.ForStatement.`update`	The optional "update" part of the "basic FOR statement".
`Java.Rvalue`	Java.Cast.`value`	The rvalue to convert.
`Java.Rvalue`	Java.ParenthesizedExpression.`value`	The rvalue in parentheses.
`Java.Rvalue`	Java.TryStatement.VariableAccessResource.`variableAccess`	The rvalue of this resource.

Fields in org.codehaus.janino with type parameters of type Java.Rvalue
Modifier and Type	Field	Description
`List<Java.Rvalue>`	Java.SwitchStatement.SwitchBlockStatementGroup.`caseLabels`	The CASE labels at the top of the "switch block statement group".

Methods in org.codehaus.janino that return Java.Rvalue
Modifier and Type	Method	Description
`Java.Rvalue[]`	Parser.`parseArgumentList()`	ArgumentList := Expression { ',' Expression }
`Java.Rvalue[]`	Parser.`parseArguments()`	Arguments := '(' [ ArgumentList ] ')'
`Java.Rvalue`	Parser.`parseDimExpr()`	DimExpr := '[' Expression ']'
`Java.Rvalue[]`	Parser.`parseDimExprs()`	DimExprs := DimExpr { DimExpr }
`Java.Rvalue`	Parser.`parseExpression()`	Expression := AssignmentExpression \| LambdaExpression
`Java.Rvalue[]`	Parser.`parseExpressionList()`	ExpressionList := Expression { ',' Expression }
`Java.Rvalue`	Parser.`parseLiteral()`	Literal := IntegerLiteral \| FloatingPointLiteral \| BooleanLiteral \| CharacterLiteral \| StringLiteral \| NullLiteral
`Java.Rvalue`	Java.AmbiguousName.`toRvalue()`
`Java.Rvalue`	Java.Atom.`toRvalue()`
`Java.Rvalue`	Java.Rvalue.`toRvalue()`
`Java.Rvalue`	Java.Atom.`toRvalueOrCompileException()`

Methods in org.codehaus.janino that return types with arguments of type Java.Rvalue
Modifier and Type	Method	Description
`Iterator<Java.Rvalue>`	Java.BinaryOperation.`unrollLeftAssociation()`	Transforms this binary operation into an `Iterator` over a left-to-right sequence of `Java.Rvalue`s.

Methods in org.codehaus.janino with parameters of type Java.Rvalue
Modifier and Type	Method	Description
`Object`	UnitCompiler.`getConstantValue(Java.Rvalue rv)`	Attempts to evaluate as a constant expression.
`void`	Unparser.`unparseRvalue(Java.Rvalue rv)`
`R`	Visitor.AtomVisitor.`visitRvalue(Java.Rvalue rv)`	Invoked by `accept(Visitor.AtomVisitor)`.
`R`	Visitor.ElementValueVisitor.`visitRvalue(Java.Rvalue rv)`	Invoked by `accept(Visitor.ElementValueVisitor)`

Constructors in org.codehaus.janino with parameters of type Java.Rvalue
Constructor	Description
`AlternateConstructorInvocation(Location location, Java.Rvalue[] arguments)`
`ArrayAccessExpression(Location location, Java.Rvalue lhs, Java.Rvalue index)`
`ArrayLength(Location location, Java.Rvalue lhs)`
`AssertStatement(Location location, Java.Rvalue expression1, Java.Rvalue expression2)`
`Assignment(Location location, Java.Lvalue lhs, String operator, Java.Rvalue rhs)`
`BinaryOperation(Location location, Java.Rvalue lhs, String operator, Java.Rvalue rhs)`
`Cast(Location location, Java.Type targetType, Java.Rvalue value)`
`ConditionalExpression(Location location, Java.Rvalue lhs, Java.Rvalue mhs, Java.Rvalue rhs)`
`ConstructorInvocation(Location location, Java.Rvalue[] arguments)`
`DoStatement(Location location, Java.BlockStatement body, Java.Rvalue condition)`
`EnumConstant(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.Rvalue[] arguments)`
`ExpressionLambdaBody(Java.Rvalue expression)`
`ExpressionStatement(Java.Rvalue rvalue)`
`ForEachStatement(Location location, Java.FunctionDeclarator.FormalParameter currentElement, Java.Rvalue expression, Java.BlockStatement body)`
`ForStatement(Location location, Java.BlockStatement init, Java.Rvalue condition, Java.Rvalue[] update, Java.BlockStatement body)`
`IfStatement(Location location, Java.Rvalue condition, Java.BlockStatement thenStatement)`
`IfStatement(Location location, Java.Rvalue condition, Java.BlockStatement thenStatement, Java.BlockStatement elseStatement)`
`Instanceof(Location location, Java.Rvalue lhs, Java.Type rhs)`
`Invocation(Location location, String methodName, Java.Rvalue[] arguments)`
`MethodInvocation(Location location, Java.Atom target, String methodName, Java.Rvalue[] arguments)`
`NewAnonymousClassInstance(Location location, Java.Rvalue qualification, Java.AnonymousClassDeclaration anonymousClassDeclaration, Java.Rvalue[] arguments)`
`NewArray(Location location, Java.Type type, Java.Rvalue[] dimExprs, int dims)`	Creates a new array with dimension `dimExprs.length +` `dims`.
`NewClassInstance(Location location, Java.Rvalue qualification, IClass iClass, Java.Rvalue[] arguments)`
`NewClassInstance(Location location, Java.Rvalue qualification, Java.Type type, Java.Rvalue[] arguments)`
`ParenthesizedExpression(Location location, Java.Rvalue value)`
`ReturnStatement(Location location, Java.Rvalue returnValue)`
`RvalueMemberType(Location location, Java.Rvalue rvalue, String identifier)`	Notice: The `rvalue` is not a subordinate object!
`SuperclassMethodInvocation(Location location, String methodName, Java.Rvalue[] arguments)`
`SuperConstructorInvocation(Location location, Java.Rvalue qualification, Java.Rvalue[] arguments)`
`SwitchStatement(Location location, Java.Rvalue condition, List<Java.SwitchStatement.SwitchBlockStatementGroup> sbsgs)`
`SynchronizedStatement(Location location, Java.Rvalue expression, Java.BlockStatement body)`
`ThrowStatement(Location location, Java.Rvalue expression)`
`UnaryOperation(Location location, String operator, Java.Rvalue operand)`
`VariableAccessResource(Location location, Java.Rvalue variableAccess)`
`WhileStatement(Location location, Java.Rvalue condition, Java.BlockStatement body)`

Constructor parameters in org.codehaus.janino with type arguments of type Java.Rvalue
Constructor	Description
`SwitchBlockStatementGroup(Location location, List<Java.Rvalue> caseLabels, boolean hasDefaultLabel, List<Java.BlockStatement> blockStatements)`

Uses of Java.Rvalue in org.codehaus.janino.util

Methods in org.codehaus.janino.util that return Java.Rvalue
Modifier and Type	Method	Description
`Java.Rvalue`	DeepCopier.`copyArrayCreationReference(Java.ArrayCreationReference subject)`
`Java.Rvalue`	DeepCopier.`copyArrayLength(Java.ArrayLength subject)`
`Java.Rvalue`	DeepCopier.`copyAssignment(Java.Assignment subject)`
`Java.Rvalue`	DeepCopier.`copyBinaryOperation(Java.BinaryOperation subject)`
`Java.Rvalue`	DeepCopier.`copyBooleanLiteral(Java.BooleanLiteral subject)`
`Java.Rvalue`	DeepCopier.`copyCast(Java.Cast subject)`
`Java.Rvalue`	DeepCopier.`copyCharacterLiteral(Java.CharacterLiteral subject)`
`Java.Rvalue`	DeepCopier.`copyClassInstanceCreationReference(Java.ClassInstanceCreationReference subject)`
`Java.Rvalue`	DeepCopier.`copyClassLiteral(Java.ClassLiteral subject)`
`Java.Rvalue`	DeepCopier.`copyConditionalExpression(Java.ConditionalExpression subject)`
`Java.Rvalue`	DeepCopier.`copyCrement(Java.Crement subject)`
`Java.Rvalue`	DeepCopier.`copyFloatingPointLiteral(Java.FloatingPointLiteral subject)`
`Java.Rvalue`	DeepCopier.`copyInstanceof(Java.Instanceof subject)`
`Java.Rvalue`	DeepCopier.`copyIntegerLiteral(Java.IntegerLiteral subject)`
`Java.Rvalue`	DeepCopier.`copyLambdaExpression(Java.LambdaExpression subject)`
`Java.Rvalue`	DeepCopier.`copyMethodInvocation(Java.MethodInvocation subject)`
`Java.Rvalue`	DeepCopier.`copyMethodReference(Java.MethodReference subject)`
`Java.Rvalue`	DeepCopier.`copyNewAnonymousClassInstance(Java.NewAnonymousClassInstance subject)`
`Java.Rvalue`	DeepCopier.`copyNewArray(Java.NewArray subject)`
`Java.Rvalue`	DeepCopier.`copyNewClassInstance(Java.NewClassInstance subject)`
`Java.Rvalue`	DeepCopier.`copyNewInitializedArray(Java.NewInitializedArray subject)`
`Java.Rvalue`	DeepCopier.`copyNullLiteral(Java.NullLiteral subject)`
`Java.Rvalue`	DeepCopier.`copyOptionalRvalue(Java.Rvalue subject)`
`Java.Rvalue[]`	DeepCopier.`copyOptionalRvalues(Java.Rvalue[] subject)`
`Java.Rvalue`	DeepCopier.`copyParameterAccess(Java.ParameterAccess pa)`
`Java.Rvalue`	DeepCopier.`copyQualifiedThisReference(Java.QualifiedThisReference subject)`
`Java.Rvalue`	DeepCopier.`copyRvalue(Java.Rvalue subject)`
`Java.Rvalue[]`	DeepCopier.`copyRvalues(Java.Rvalue[] subject)`
`Java.Rvalue`	DeepCopier.`copySimpleLiteral(Java.SimpleConstant subject)`
`Java.Rvalue`	DeepCopier.`copyStringLiteral(Java.StringLiteral subject)`
`Java.Rvalue`	DeepCopier.`copySuperclassMethodInvocation(Java.SuperclassMethodInvocation subject)`
`Java.Rvalue`	DeepCopier.`copyThisReference(Java.ThisReference subject)`
`Java.Rvalue`	DeepCopier.`copyUnaryOperation(Java.UnaryOperation subject)`

Methods in org.codehaus.janino.util that return types with arguments of type Java.Rvalue
Modifier and Type	Method	Description
`List<Java.Rvalue>`	DeepCopier.`copyRvalues(Collection<? extends Java.Rvalue> subject)`

Methods in org.codehaus.janino.util with parameters of type Java.Rvalue
Modifier and Type	Method	Description
`Java.Rvalue`	DeepCopier.`copyOptionalRvalue(Java.Rvalue subject)`
`Java.Rvalue[]`	DeepCopier.`copyOptionalRvalues(Java.Rvalue[] subject)`
`Java.Rvalue`	DeepCopier.`copyRvalue(Java.Rvalue subject)`
`Java.Rvalue[]`	DeepCopier.`copyRvalues(Java.Rvalue[] subject)`
`void`	AbstractTraverser.`traverseRvalue(Java.Rvalue rv)`
`void`	Traverser.`traverseRvalue(Java.Rvalue rv)`

Method parameters in org.codehaus.janino.util with type arguments of type Java.Rvalue
Modifier and Type	Method	Description
`List<Java.Rvalue>`	DeepCopier.`copyRvalues(Collection<? extends Java.Rvalue> subject)`

Uses of Classorg.codehaus.janino.Java.Rvalue

Uses of Java.Rvalue in org.codehaus.janino

Uses of Java.Rvalue in org.codehaus.janino.util

Uses of Class
org.codehaus.janino.Java.Rvalue