Uses of Interface org.codehaus.janino.Java.Locatable

Packages that use Java.Locatable
Package Description

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

Packages that use Java.Locatable
Package	Description
org.codehaus.janino	The core of the Janino Java compiler.

Uses of Java.Locatable in org.codehaus.janino

Subinterfaces of Java.Locatable in org.codehaus.janino
Modifier and Type	Interface	Description
`static interface`	`Java.Annotation`	Representation of a Java annotation.
`static interface`	`Java.AnnotationTypeDeclaration`	Base for package member ("top-level") and member ("nested") annotation type declarations.
`static interface`	`Java.ArrayInitializerOrRvalue`	The union of `Java.ArrayInitializer` and `Java.Rvalue`.
`static interface`	`Java.BlockStatement`	Everything that can be compiled to code, e.g.
`static interface`	`Java.ClassDeclaration`	Base for the various class declarations (top-level class, local class, anonymous class, nested class, top-level enum, nested enum).
`static interface`	`Java.ElementValue`	Base of the possible element values in a `Java.NormalAnnotation`.
`static interface`	`Java.EnumDeclaration`	Base for package member (a.k.a.
`static interface`	`Java.FieldDeclarationOrInitializer`
`(package private) static interface`	`Java.InnerClassDeclaration`	Represents the declaration of an inner class, i.e.
`static interface`	`Java.MemberTypeDeclaration`	Represents a class or interface declaration where the immediately enclosing scope is another class or interface declaration.
`static interface`	`Java.Modifier`	Base for the various modifiers (access modifiers, annotations).
`static interface`	`Java.NamedTypeDeclaration`	Represents the declaration of a class or an interface that has a name.
`static interface`	`Java.PackageMemberTypeDeclaration`	Represents a class or interface declaration on compilation unit level.
`static interface`	`Java.TypeBodyDeclaration`	Representation of a "ClassBodyDeclaration" or an "InterfaceMemberDeclaration".
`static interface`	`Java.TypeDeclaration`	Base for the various kinds of type declarations, e.g.

Classes in org.codehaus.janino that implement Java.Locatable
Modifier and Type	Class	Description
`static class`	`Java.AbstractAnnotation`	Convenience class.
`static class`	`Java.AbstractClassDeclaration`	Base for the various class declaration kinds.
`static class`	`Java.AbstractCompilationUnit.ImportDeclaration`	Base class for the various IMPORT declarations.
`static class`	`Java.AbstractCompilationUnit.SingleStaticImportDeclaration`	Represents a single static import declaration like
`static class`	`Java.AbstractCompilationUnit.SingleTypeImportDeclaration`	Represents a "single-type import declaration" like "`import java.util.Map;`".
`static class`	`Java.AbstractCompilationUnit.StaticImportOnDemandDeclaration`	Represents a static-import-on-demand declaration like
`static class`	`Java.AbstractCompilationUnit.TypeImportOnDemandDeclaration`	Represents a type-import-on-demand declaration like `import java.util.*;`.
`static class`	`Java.AbstractTypeBodyDeclaration`	Abstract implementation of `Java.TypeBodyDeclaration`.
`static class`	`Java.AbstractTypeDeclaration`	Abstract implementation of `Java.TypeDeclaration`.
`static class`	`Java.AccessModifier`	Representation of the modifier flags and annotations that are associated with a declaration.
`static class`	`Java.AlternateConstructorInvocation`	Representation of a JLS7 8.8.7.1.
`static class`	`Java.AmbiguousName`	Representation of a JLS7 6.5.2 "ambiguous name".
`static class`	`Java.AnonymousClassDeclaration`	Representation of a JLS7 15.9.5 "anonymous class declaration".
`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.ArrayInitializer`	Representation of a JLS7 10.6 "array initializer".
`static class`	`Java.ArrayLength`	Representation of the JLS7 10.7 array type "length" pseudo-member.
`static class`	`Java.ArrayType`	Representation of a JLS7 10.1 "array type".
`static class`	`Java.AssertStatement`	Representation of the JLS7 14.10 ASSERT statement.
`static class`	`Java.Assignment`	Representation of all JLS7 15.26 assignments.
`static class`	`Java.Atom`	Abstract base class for `Java.Type`, `Java.Rvalue`, `Java.Package` and `Java.ConstructorInvocation`.
`static class`	`Java.BinaryOperation`	Representation of all non-operand-modifying binary operations.
`static class`	`Java.Block`	Representation of a Java "block" (JLS7 14.2).
`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.BreakableStatement`	Base class for statements that can be terminated abnormally with a `break` statement.
`static class`	`Java.BreakStatement`	Representation of the JLS7 14.15 BREAK statement.
`static class`	`Java.Cast`	Representation of a JLS7 15.16 "cast expression".
`static class`	`Java.CatchClause`	Representation of a JLS7 14.20.1 CATCH clause.
`static class`	`Java.CatchParameter`	Representation of a "catch" parameter.
`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.ConstructorDeclarator`	Representation of a constructor declarator.
`static class`	`Java.ConstructorInvocation`	Abstract bas class for `Java.SuperConstructorInvocation` and `Java.AlternateConstructorInvocation`.
`static class`	`Java.ContinuableStatement`	Base class for statements that support the "continue" statement.
`static class`	`Java.ContinueStatement`	Representation of the JLS7 14.16 CONTINUE statement.
`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.DoStatement`	Representation of a JLS7 14.13 DO statement.
`static class`	`Java.ElementValueArrayInitializer`	An element value in the form of an array initializer, e.g.
`static class`	`Java.EmptyStatement`	Representation of the "empty statement", i.e.
`static class`	`Java.EnumConstant`	Representation of an "enum constant", see JLS7 8.9.1.
`static class`	`Java.ExportsModuleDirective`	Representation of a (Java 9+) "exports directive", as explained in JLS9 7.7.2.
`static class`	`Java.ExpressionStatement`	Representation of the JLS7 14.8 "expression statement".
`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.FieldDeclaration`	This class is derived from "Statement", because it provides for the initialization of the field.
`static class`	`Java.FloatingPointLiteral`	Representation of a "floating-point literal" (JLS7 3.10.2) (types `float` and `double`).
`static class`	`Java.ForEachStatement`	Representation of a JLS7 14.14.2 "enhanced FOR statement".
`static class`	`Java.ForStatement`	Representation of a JLS7 14.14.1 "basic FOR statement".
`static class`	`Java.FunctionDeclarator`	Abstract base class for `Java.ConstructorDeclarator` and `Java.MethodDeclarator`.
`static class`	`Java.FunctionDeclarator.FormalParameter`	Representation of a (formal) function parameter.
`static class`	`Java.FunctionDeclarator.FormalParameters`	Representation of the (formal) function parameters.
`static class`	`Java.IfStatement`	Representation of a JLS7 14.9 IF statement.
`static class`	`Java.Initializer`	Representation of an "instance initializer" (JLS7 8.6) or "static initializer" (JLS7 8.7).
`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.InterfaceDeclaration`	Base for the various interface declaration kinds.
`static class`	`Java.Invocation`	Abstract base class for `Java.MethodInvocation` and `Java.SuperclassMethodInvocation`.
`static class`	`Java.LabeledStatement`	Representation of a JLS7 14.7 "labeled statement".
`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.LocalClassDeclaration`	Representation of a "local class declaration" i.e.
`static class`	`Java.LocalClassDeclarationStatement`	Representation of the JLS7 14.3 "local class declaration statement".
`static class`	`Java.LocalVariableAccess`	Representation of a local variable access -- used during compilation.
`static class`	`Java.LocalVariableDeclarationStatement`	Representation of a JLS7 14.4 "local variable declaration statement".
`static class`	`Java.Located`	Abstract implementation of `Java.Locatable`.
`static class`	`Java.Lvalue`	Representation of an "lvalue", i.e.
`static class`	`Java.MarkerAnnotation`	Representation of a "marker annotation", i.e.
`static class`	`Java.MemberAnnotationTypeDeclaration`	Representation of a member annotation type declaration, a.k.a.
`static class`	`Java.MemberClassDeclaration`	Representation of a "member class declaration", i.e.
`static class`	`Java.MemberEnumDeclaration`	Representation of a "member enum declaration", i.e.
`static class`	`Java.MemberInterfaceDeclaration`	Representation of a "member interface declaration", i.e.
`static class`	`Java.MethodDeclarator`	Representation of a method declarator.
`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.ModuleDeclaration`	Representation of a "module declaration", as described in JLS9 7.7.
`static class`	`Java.NamedClassDeclaration`	Base for the various named class declarations.
`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.NormalAnnotation`	A "normal annotation", i.e.
`static class`	`Java.NullLiteral`	Representation of a "null literal" (JLS7 3.10.7).
`static class`	`Java.OpensModuleDirective`	Representation of a (Java 9+) "opens directive", as explained in JLS9 7.7.2.
`static class`	`Java.Package`	Representation of a JLS7 6.5.2.1.5 "package name".
`static class`	`Java.PackageDeclaration`	Representation of a package declaration like `package com.acme.tools;`.
`static class`	`Java.PackageMemberAnnotationTypeDeclaration`	Representation of a package member annotation type declaration, a.k.a.
`static class`	`Java.PackageMemberClassDeclaration`	Implementation of a "package member class declaration", a.k.a.
`static class`	`Java.PackageMemberEnumDeclaration`	Implementation of a "package member enum declaration", a.k.a.
`static class`	`Java.PackageMemberInterfaceDeclaration`	Representation of a "package member interface declaration", a.k.a.
`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.PrimitiveType`	Representation of a JLS7 4.2 "primitive type", i.e a primitive type "usage", which has a location.
`static class`	`Java.ProvidesModuleDirective`	Representation of a (Java 9+) "provides directive", as explained in JLS9 7.7.4.
`static class`	`Java.QualifiedThisReference`	Representation of an JLS7 15.8.4 access to the current object or an enclosing instance.
`static class`	`Java.ReferenceType`	Representation of a JLS7 4.3 reference type.
`static class`	`Java.RequiresModuleDirective`	Representation of a (Java 9+) "requires directive", as explained in JLS9 7.7.1.
`static class`	`Java.ReturnStatement`	Representation of the JLS7 14.17 RETURN statement.
`static class`	`Java.Rvalue`	Representation of an "rvalue", i.e.
`static class`	`Java.RvalueMemberType`	Representation of the first part of a JLS7 15.9 "Qualified class instance creation expression": The "`a.new MyClass`" part of "`a.new MyClass(...)`" expression.
`static class`	`Java.SimpleConstant`	This class is not used when code is parsed; it is intended for "programmatic" literals.
`static class`	`Java.SimpleType`	This class is not used when code is parsed; it is intended for "programmatic" types.
`static class`	`Java.SingleElementAnnotation`	Representation of a "single-element annotation", i.e.
`static class`	`Java.Statement`	Everything that can occur in the body of a method or in a block.
`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.SuperConstructorInvocation`	Representation of a JLS7 8.8.7.1.
`static class`	`Java.SwitchStatement`	The JLS7 14.10 `switch` Statement.
`static class`	`Java.SwitchStatement.SwitchBlockStatementGroup`	Representation of a "switch block statement group" as defined in JLS7 14.11.
`static class`	`Java.SynchronizedStatement`	Representation of a JLS7 14.9 SYNCHRONIZED statement.
`static class`	`Java.TextBlock`	Representation of a "text block" (JLS17 3.10.6 Text Blocks) (type `String`).
`static class`	`Java.ThisReference`	Representation of an JLS7 15.8.3 access to the innermost enclosing instance.
`static class`	`Java.ThrowStatement`	Representation of a JLS7 14.18 THROW statement.
`static class`	`Java.TryStatement`	Representation of a JLS7 14.20 TRY statement.
`static class`	`Java.TryStatement.LocalVariableDeclaratorResource`	Representation of a JLS9 14.20.2 "local-variable-declarator resource" in a TRY-with-resources statement.
`static class`	`Java.TryStatement.Resource`	Representation of a JLS9 14.20.2 "resource" in a TRY-with-resources statement.
`static class`	`Java.TryStatement.VariableAccessResource`	Representation of a JLS9 14.20.2 "variable-access resource" in a TRY-with-resources statement.
`static class`	`Java.Type`	Representation of a Java type.
`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".
`static class`	`Java.UsesModuleDirective`	Representation of a (Java 9+) "uses directive", as explained in JLS9 7.7.3.
`static class`	`Java.VariableDeclarator`	Used by FieldDeclaration and LocalVariableDeclarationStatement.
`static class`	`Java.WhileStatement`	Representation of the JLS7 14.2 WHILE statement.

Methods in org.codehaus.janino with parameters of type Java.Locatable
Modifier and Type	Method	Description
`private void`	UnitCompiler.`aconstnull(Java.Locatable locatable)`
`private void`	UnitCompiler.`add(Java.Locatable locatable)`
`private void`	UnitCompiler.`addLineNumberOffset(Java.Locatable locatable)`
`private static ClassFile.MethodInfo`	UnitCompiler.`addMethodInfo(Java.Locatable locatable, ClassFile classFile, short accessFlags, java.lang.String methodName, MethodDescriptor methodMd)`
`private void`	UnitCompiler.`andOrXor(Java.Locatable locatable, java.lang.String operator)`
`private void`	UnitCompiler.`anewarray(Java.Locatable locatable, IClass componentType)`
`private void`	UnitCompiler.`arraylength(Java.Locatable locatable)`
`private void`	UnitCompiler.`arraystore(Java.Locatable locatable, IType lhsComponentType)`
`private void`	UnitCompiler.`assignmentConversion(Java.Locatable locatable, IType sourceType, IType targetType, java.lang.Object constantValue)`	Implements "assignment conversion" (JLS7 5.2) (more precisely: "assignment contexts".)
`private void`	UnitCompiler.`athrow(Java.Locatable locatable)`
`private IClass`	UnitCompiler.`binaryNumericPromotionType(Java.Locatable locatable, IType type1, IType type2)`
`private void`	UnitCompiler.`boxingConversion(Java.Locatable locatable, IType sourceType, IType targetType)`
`private void`	UnitCompiler.`castConversion(Java.Locatable locatable, IType sourceType, IType targetType, java.lang.Object constantValue)`
`private void`	UnitCompiler.`checkcast(Java.Locatable locatable, IType targetType)`
`private void`	UnitCompiler.`checkThrownException(Java.Locatable locatable, IType type, Java.Scope scope)`
`private void`	UnitCompiler.`cmp(Java.Locatable locatable, int opIdx)`
`private IType`	UnitCompiler.`compileArithmeticBinaryOperation(Java.Locatable locatable, IType lhsType, java.lang.String operator, Java.Rvalue rhs)`	The LHS operand of type `lhsType` is expected on the stack.
`private IType`	UnitCompiler.`compileArithmeticOperation(Java.Locatable locatable, IType firstOperandType, java.util.Iterator<Java.Rvalue> operands, java.lang.String operator)`	Executes an arithmetic operation on a sequence of `operands`.
`private static CompileException`	UnitCompiler.`compileException(Java.Locatable locatable, java.lang.String message)`
`private IClass`	UnitCompiler.`compileStringConcatenation(Java.Locatable locatable, IType type, Java.Rvalue secondOperand, java.util.Iterator<Java.Rvalue> operands)`
`private void`	UnitCompiler.`consT(Java.Locatable locatable, double value)`
`private void`	UnitCompiler.`consT(Java.Locatable locatable, float value)`
`private void`	UnitCompiler.`consT(Java.Locatable locatable, int value)`
`private void`	UnitCompiler.`consT(Java.Locatable locatable, long value)`
`private IClass`	UnitCompiler.`consT(Java.Locatable locatable, java.lang.Object value)`	Pushes one value on the operand stack and pushes the respective `ClassFile.StackMapTableAttribute.VerificationTypeInfo` operand to the stack map.
`private void`	UnitCompiler.`consT(Java.Locatable locatable, java.lang.String s)`
`private void`	UnitCompiler.`consT(Java.Locatable locatable, IClass iClass)`
`private void`	UnitCompiler.`consT(Java.Locatable locatable, IClass t, int value)`
`private java.lang.Object`	UnitCompiler.`constantAssignmentConversion(Java.Locatable locatable, java.lang.Object value, IType targetType)`	Implements "assignment conversion" (JLS7 5.2) on a constant value.
`private IClass`	UnitCompiler.`convertToPrimitiveNumericType(Java.Locatable locatable, IType type)`	If the given type is a primitive type, return that type.
`private void`	UnitCompiler.`dup(Java.Locatable locatable)`	Duplicates the top operand: ...
`private void`	UnitCompiler.`dup2(Java.Locatable locatable)`	Duplicates the top two operands: ...
`private void`	UnitCompiler.`dupn(Java.Locatable locatable, int n)`	Duplicates the top `n` operands.
`private void`	UnitCompiler.`dupx(Java.Locatable locatable)`	Copies the top operand one position down: b a => a b a
`private void`	UnitCompiler.`dupx2(Java.Locatable locatable)`	Copies the top operand two positions down: c b a => a c b a.
`private void`	UnitCompiler.`dupxx(Java.Locatable locatable, int positions)`	Copies the top operand positions down.
`IClass.IInvocable`	UnitCompiler.`findMostSpecificIInvocable(Java.Locatable locatable, IClass.IInvocable[] iInvocables, IClass[] argumentTypes, boolean boxingPermitted, Java.Scope contextScope)`	Determines the applicable invocables and choose the most specific invocable.
`private IClass.IInvocable`	UnitCompiler.`findMostSpecificIInvocable(Java.Locatable locatable, IClass.IInvocable[] iInvocables, Java.Rvalue[] arguments, Java.Scope contextScope)`	Determines the arguments' types, determine the applicable invocables and choose the most specific invocable and adjust arguments as needed (for varargs case).
`private void`	UnitCompiler.`getfield(Java.Locatable locatable, IClass.IField iField)`
`private void`	UnitCompiler.`getfield(Java.Locatable locatable, IClass declaringIClass, java.lang.String fieldName, IClass fieldType, boolean statiC)`
`private void`	UnitCompiler.`gotO(Java.Locatable locatable, CodeContext.Offset dst)`
`private void`	UnitCompiler.`if_acmpxx(Java.Locatable locatable, int opIdx, CodeContext.Offset dst)`
`private void`	UnitCompiler.`if_icmpxx(Java.Locatable locatable, int opIdx, CodeContext.Offset dst)`
`private void`	UnitCompiler.`ifnonnull(Java.Locatable locatable, CodeContext.Offset dst)`
`private void`	UnitCompiler.`ifnull(Java.Locatable locatable, CodeContext.Offset dst)`
`private void`	UnitCompiler.`ifNumeric(Java.Locatable locatable, int opIdx, CodeContext.Offset dst, boolean orientation)`
`private void`	UnitCompiler.`ifxx(Java.Locatable locatable, int opIdx, CodeContext.Offset dst)`
`private void`	UnitCompiler.`iinc(Java.Locatable locatable, Java.LocalVariable lv, java.lang.String operator)`
`private void`	UnitCompiler.`instanceoF(Java.Locatable locatable, IType rhsType)`
`private void`	UnitCompiler.`invoke(Java.Locatable locatable, int opcode, IClass declaringIClass, java.lang.String methodName, MethodDescriptor methodDescriptor, boolean useInterfaceMethodRef)`	Expects the target object and the arguments on the operand stack.
`private void`	UnitCompiler.`invokeConstructor(Java.Locatable locatable, IClass.IConstructor iConstructor)`	Invokes the `iConstructor`; assumes that `this` and the correct number and types of arguments are on the operand stack.
`private void`	UnitCompiler.`invokeConstructor(Java.Locatable locatable, Java.Scope scope, Java.Rvalue enclosingInstance, IType targetType, Java.Rvalue[] arguments)`	Expects the object to initialize on the stack.
`private void`	UnitCompiler.`invokeMethod(Java.Locatable locatable, IClass.IMethod iMethod)`	Invokes the `iMethod`; assumes that `this` (unless `iMethod` is static) and the correct number and types of arguments are on the operand stack.
`private void`	UnitCompiler.`l2i(Java.Locatable locatable)`
`private void`	UnitCompiler.`load(Java.Locatable locatable, IType localVariableType, int localVariableIndex)`
`private IType`	UnitCompiler.`load(Java.Locatable locatable, Java.LocalVariable localVariable)`
`private void`	UnitCompiler.`lookupswitch(Java.Locatable locatable, java.util.SortedMap<java.lang.Integer,CodeContext.Offset> caseLabelMap, CodeContext.Offset defaultLabelOffset)`
`private void`	UnitCompiler.`monitorenter(Java.Locatable locatable)`
`private void`	UnitCompiler.`monitorexit(Java.Locatable locatable)`
`private void`	UnitCompiler.`mulDivRemAddSub(Java.Locatable locatable, java.lang.String operator)`
`private void`	UnitCompiler.`multianewarray(Java.Locatable locatable, int dimExprCount, int dims, IType componentType)`
`private void`	UnitCompiler.`neg(Java.Locatable locatable, IClass operandType)`
`private void`	UnitCompiler.`neW(Java.Locatable locatable, IType iType)`
`private void`	UnitCompiler.`newarray(Java.Locatable locatable, IType componentType)`
`private IClass`	UnitCompiler.`newArray(Java.Locatable locatable, int dimExprCount, int dims, IType componentType)`	Expects `dimExprCount` values of type `int` on the operand stack.
`private void`	UnitCompiler.`numericPromotion(Java.Locatable locatable, IType sourceType, IClass targetType)`
`private void`	UnitCompiler.`pop(Java.Locatable locatable, IType type)`
`private void`	UnitCompiler.`putfield(Java.Locatable locatable, IClass.IField iField)`
`private void`	UnitCompiler.`referenceThis(Java.Locatable locatable, IClass currentIClass)`
`private void`	UnitCompiler.`referenceThis(Java.Locatable locatable, Java.AbstractTypeDeclaration declaringType, Java.TypeBodyDeclaration declaringTypeBodyDeclaration, IType targetIType)`
`private void`	UnitCompiler.`returN(Java.Locatable locatable)`
`private void`	UnitCompiler.`reverseUnaryNumericPromotion(Java.Locatable locatable, IClass sourceType, IType targetType)`
`private void`	UnitCompiler.`shift(Java.Locatable locatable, java.lang.String operator)`
`private void`	UnitCompiler.`store(Java.Locatable locatable, IType lvType, short lvIndex)`
`private void`	UnitCompiler.`store(Java.Locatable locatable, Java.LocalVariable localVariable)`	Assigns the top operand to the given local variable.
`private void`	UnitCompiler.`stringConversion(Java.Locatable locatable, IType sourceType)`	Converts object of type "sourceType" to type "String" (JLS7 15.18.1.1).
`private void`	UnitCompiler.`sub(Java.Locatable locatable)`
`private void`	UnitCompiler.`swap(Java.Locatable locatable)`
`private void`	UnitCompiler.`tableswitch(Java.Locatable locatable, java.util.SortedMap<java.lang.Integer,CodeContext.Offset> caseLabelMap, CodeContext.Offset defaultLabelOffset)`
`private boolean`	UnitCompiler.`tryAssignmentConversion(Java.Locatable locatable, IType sourceType, IType targetType, java.lang.Object constantValue)`
`private boolean`	UnitCompiler.`tryBoxingConversion(Java.Locatable locatable, IType sourceType, IType targetType)`
`private boolean`	UnitCompiler.`tryCastConversion(Java.Locatable locatable, IType sourceType, IType targetType, java.lang.Object constantValue)`
`private boolean`	UnitCompiler.`tryConstantAssignmentConversion(Java.Locatable locatable, java.lang.Object constantValue, IType targetType)`	Checks if "constant assignment conversion" (JLS7 5.2, paragraph 1) is possible.
`private boolean`	UnitCompiler.`tryNarrowingPrimitiveConversion(Java.Locatable locatable, IType sourceType, IType targetType)`	Implements "narrowing primitive conversion" (JLS7 5.1.3).
`private boolean`	UnitCompiler.`tryNarrowingReferenceConversion(Java.Locatable locatable, IType sourceType, IType targetType)`	Implements "narrowing reference conversion" (5.1.5).
`private boolean`	UnitCompiler.`tryWideningPrimitiveConversion(Java.Locatable locatable, IType sourceType, IType targetType)`	Implements "widening primitive conversion" (5.1.2).
`private IClass`	UnitCompiler.`unaryNumericPromotion(Java.Locatable locatable, IType type)`	Implements "unary numeric promotion" (JLS7 5.6.1).
`private IClass`	UnitCompiler.`unaryNumericPromotionType(Java.Locatable locatable, IType type)`
`private void`	UnitCompiler.`unboxingConversion(Java.Locatable locatable, IType sourceType, IClass targetType)`
`private void`	UnitCompiler.`xaload(Java.Locatable locatable, IType componentType)`
`private void`	UnitCompiler.`xor(Java.Locatable locatable, int opcode)`
`private void`	UnitCompiler.`xreturn(Java.Locatable locatable, IType returnType)`

Uses of Interfaceorg.codehaus.janino.Java.Locatable

Uses of Java.Locatable in org.codehaus.janino

Uses of Interface
org.codehaus.janino.Java.Locatable