Uses of Class org.codehaus.commons.nullanalysis.Nullable (janino-parent 3.1.6 API)

Packages that use Nullable
Package	Description
org.codehaus.commons.compiler	This package declares interfaces for the implementation of an `IExpressionEvaluator`, an `IScriptEvaluator`, an `IClassBodyEvaluator` and an `ISimpleCompiler`.
org.codehaus.commons.compiler.jdk	An implementation of the `org.codehaus.commons.compiler` API that uses the "JAVAC" Java compiler that is part of the "Java Development Kit" (JDK).
org.codehaus.commons.compiler.jdk.util
org.codehaus.commons.compiler.lang
org.codehaus.commons.compiler.util	Utility functionality for this project.
org.codehaus.commons.compiler.util.iterator
org.codehaus.commons.compiler.util.reflect	Utility functionality related to `java.util.reflect`.
org.codehaus.commons.compiler.util.resource	Classes related to loading "resources" (`ResourceFinder`) and creating resources (`ResourceCreator`).
org.codehaus.janino	The core of the Janino Java compiler.
org.codehaus.janino.util	Application-independent helper classes.

Uses of Nullable in org.codehaus.commons.compiler

Fields in org.codehaus.commons.compiler with annotations of type Nullable
Modifier and Type	Field	Description
`protected File[]`	AbstractCompiler.`bootClassPath`	This is always non-`null` for JVMs that support BOOTCLASSPATH (1.0-1.8), and this is always `null` for JVMs that don't (9+).
`protected ErrorHandler`	AbstractCompiler.`compileErrorHandler`	Stores the value configured with `AbstractCompiler.setCompileErrorHandler(ErrorHandler)`.
`static File`	ICompiler.`NO_DESTINATION_DIRECTORY`	Special value for `ICompiler.setDestinationDirectory(File, boolean)`'s first parameter: Indicates that .class files are to be created in the directory of the .java file from which they are generated.
`protected AbstractJavaSourceClassLoader.ProtectionDomainFactory`	AbstractJavaSourceClassLoader.`protectionDomainFactory`
`protected WarningHandler`	AbstractCompiler.`warningHandler`	Stores the value configured with `AbstractCompiler.setWarningHandler(WarningHandler)`.

Methods in org.codehaus.commons.compiler with annotations of type Nullable
Modifier and Type	Method	Description
`Object`	IExpressionEvaluator.`evaluate(int idx, Object... arguments)`	`Null` `arguments` is equivalent with `new Object[0]`.
`Object`	IExpressionEvaluator.`evaluate(Object... arguments)`	Evaluates the expression with concrete parameter values.
`Object`	IScriptEvaluator.`evaluate(int idx, Object[] arguments)`	Same as `IScriptEvaluator.evaluate(Object[])`, but for multiple scripts.
`Object`	IScriptEvaluator.`evaluate(Object[] arguments)`	Calls the script with concrete parameter values.
`String`	Location.`getFileName()`
`Location`	LocatedException.`getLocation()`

Method parameters in org.codehaus.commons.compiler with annotations of type Nullable
Modifier and Type	Method	Description
`void`	Cookable.`cook(InputStream is, String encoding)`
`void`	Cookable.`cook(String fileName, InputStream is)`
`void`	Cookable.`cook(String fileName, InputStream is, String encoding)`
`void`	Cookable.`cook(String fileName, InputStream is, String encoding)`
`abstract void`	Cookable.`cook(String fileName, Reader reader)`
`void`	Cookable.`cook(String fileName, String s)`
`void`	ICookable.`cook(InputStream is, String encoding)`	Reads, scans, parses and compiles Java tokens from the given `InputStream` with the given `encoding`.
`void`	ICookable.`cook(String fileName, InputStream is)`	Reads, scans, parses and compiles Java tokens from the given `InputStream`, encoded in the "platform default encoding".
`void`	ICookable.`cook(String fileName, InputStream is, String encoding)`	Reads, scans, parses and compiles Java tokens from the given `InputStream` with the given `encoding`.
`void`	ICookable.`cook(String fileName, InputStream is, String encoding)`	Reads, scans, parses and compiles Java tokens from the given `InputStream` with the given `encoding`.
`void`	ICookable.`cook(String fileName, Reader r)`	Reads, scans, parses and compiles Java tokens from the given `Reader`.
`void`	ICookable.`cook(String fileName, String s)`	Reads, scans, parses and compiles Java tokens from the given `String`.
`void`	Cookable.`cookFile(File file, String encoding)`
`void`	Cookable.`cookFile(String fileName, String encoding)`
`void`	ICookable.`cookFile(File file, String encoding)`	Reads, scans, parses and compiles Java tokens from the given `File` with the given `encoding`.
`void`	ICookable.`cookFile(String fileName, String encoding)`	Reads, scans, parses and compiles Java tokens from the named file with the given `encoding`.
`Object`	IExpressionEvaluator.`evaluate(int idx, Object... arguments)`	`Null` `arguments` is equivalent with `new Object[0]`.
`Object`	IExpressionEvaluator.`evaluate(Object... arguments)`	Evaluates the expression with concrete parameter values.
`Object`	IScriptEvaluator.`evaluate(int idx, Object[] arguments)`	Same as `IScriptEvaluator.evaluate(Object[])`, but for multiple scripts.
`Object`	IScriptEvaluator.`evaluate(Object[] arguments)`	Calls the script with concrete parameter values.
`void`	ErrorHandler.`handleError(String message, Location location)`	May or may not choose to throw a `CompileException`.
`void`	WarningHandler.`handleWarning(String handle, String message, Location location)`	May or may not choose to throw a `CompileException`.
`void`	WarningHandler.`handleWarning(String handle, String message, Location location)`	May or may not choose to throw a `CompileException`.
`void`	AbstractCompiler.`setCharacterEncoding(String characterEncoding)`
`void`	ICompiler.`setCharacterEncoding(String characterEncoding)`	Deprecated. Use `ICompiler.setSourceCharset(Charset)` instead
`void`	AbstractCompiler.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	IClassBodyEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`	By default, `CompileException`s are thrown on compile errors, but an application my install its own `ErrorHandler`.
`void`	ICompiler.`setCompileErrorHandler(ErrorHandler errorHandler)`	By default, `CompileException`s are thrown on compile errors, but an application my install its own `ErrorHandler`.
`void`	IExpressionEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`	By default, `CompileException`s are thrown on compile errors, but an application my install its own `ErrorHandler`.
`void`	IScriptEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`	By default, `CompileException`s are thrown on compile errors, but an application my install its own `ErrorHandler`.
`void`	ISimpleCompiler.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`	By default, `CompileException`s are thrown on compile errors, but an application my install its own `ErrorHandler`.
`void`	AbstractCompiler.`setDestinationDirectory(File destinationDirectory, boolean rebuild)`
`void`	ICompiler.`setDestinationDirectory(File destinationDirectory, boolean rebuild)`	Equivalent of -d and `-rebuild`.
`void`	IClassBodyEvaluator.`setExtendedClass(Class<?> extendedClass)`	Sets a particular superclass that the generated class will extend.
`void`	IClassBodyEvaluator.`setExtendedType(Class<?> extendedClass)`	Deprecated. Use `IClassBodyEvaluator.setExtendedClass(Class)` instead
`void`	IScriptEvaluator.`setMethodName(String methodName)`	Defines the name of the generated method.
`void`	IClassBodyEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`	The "parent class loader" is used to load referenced classes.
`void`	IExpressionEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`	The "parent class loader" is used to load referenced classes.
`void`	IScriptEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`	The "parent class loader" is used to load referenced classes.
`void`	ISimpleCompiler.`setParentClassLoader(ClassLoader parentClassLoader)`	The "parent class loader" is used to load referenced classes.
`void`	AbstractJavaSourceClassLoader.`setProtectionDomainFactory(AbstractJavaSourceClassLoader.ProtectionDomainFactory protectionDomainFactory)`
`void`	AbstractJavaSourceClassLoader.`setSourceFileCharacterEncoding(String charsetName)`
`void`	AbstractCompiler.`setWarningHandler(WarningHandler warningHandler)`
`void`	IClassBodyEvaluator.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a custom `WarningHandler`.
`void`	IExpressionEvaluator.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a custom `WarningHandler`.
`void`	IScriptEvaluator.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a custom `WarningHandler`.
`void`	ISimpleCompiler.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a custom `WarningHandler`.

Constructor parameters in org.codehaus.commons.compiler with annotations of type Nullable
Constructor	Description
`CompileException(String message, Location location)`	An infix `"NYI"` in the message string indicates that the compiler has a known limitation here.
`CompileException(String message, Location location, Throwable cause)`	An infix `"NYI"` in the message string indicates that the compiler has a known limitation here.
`InternalCompilerException(String message)`
`InternalCompilerException(String message, Throwable t)`
`LocatedException(String message, Location location)`
`LocatedException(String message, Location location, Throwable cause)`
`LocatedException(String message, Location location, Throwable cause)`
`Location(String fileName, int lineNumber, int columnNumber)`

Uses of Nullable in org.codehaus.commons.compiler.jdk

Methods in org.codehaus.commons.compiler.jdk with annotations of type Nullable
Modifier and Type	Method	Description
`Object`	ExpressionEvaluator.`evaluate(int idx, Object... arguments)`
`Object`	ExpressionEvaluator.`evaluate(Object... arguments)`
`Object`	ScriptEvaluator.`evaluate(int idx, Object[] arguments)`
`Object`	ScriptEvaluator.`evaluate(Object[] arguments)`

Method parameters in org.codehaus.commons.compiler.jdk with annotations of type Nullable
Modifier and Type	Method	Description
`protected void`	SimpleCompiler.`addOffset(String fileName)`	Derived classes call this method to "reset" the current line and column number at the currently read input character, and also changes the "file name" (see `SimpleCompiler.cook(String, Reader)`).
`void`	ClassBodyEvaluator.`cook(String fileName, Reader r)`
`protected void`	ClassBodyEvaluator.`cook(String fileName, String[] imports, Reader r)`
`void`	ExpressionEvaluator.`cook(String fileName, Reader reader)`
`void`	ScriptEvaluator.`cook(String fileName, Reader reader)`
`void`	SimpleCompiler.`cook(String fileName, Reader r)`
`Object`	ExpressionEvaluator.`evaluate(int idx, Object... arguments)`
`Object`	ExpressionEvaluator.`evaluate(Object... arguments)`
`Object`	ScriptEvaluator.`evaluate(int idx, Object[] arguments)`
`Object`	ScriptEvaluator.`evaluate(Object[] arguments)`
`protected Reader`	ClassBodyEvaluator.`newFileName(String fileName, Reader reader)`	Sets the given file name, and the current line number to 1, and the current column number to 1, when the first `char` is read from the `reader`.
`void`	ClassBodyEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	ExpressionEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	ScriptEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	SimpleCompiler.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	ClassBodyEvaluator.`setExtendedClass(Class<?> extendedType)`
`void`	ExpressionEvaluator.`setExtendedClass(Class<?> extendedType)`
`void`	ScriptEvaluator.`setExtendedClass(Class<?> extendedClass)`
`void`	ClassBodyEvaluator.`setExtendedType(Class<?> extendedClass)`	Deprecated. Use `ClassBodyEvaluator.setExtendedClass(Class)` instead
`void`	ScriptEvaluator.`setMethodName(String methodName)`
`void`	ClassBodyEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	ExpressionEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	ScriptEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	SimpleCompiler.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	SimpleCompiler.`setParentClassLoader(ClassLoader parentClassLoader, Class<?>[] auxiliaryClasses)`	Deprecated. Auxiliary classes never really worked...
`void`	ClassBodyEvaluator.`setWarningHandler(WarningHandler warningHandler)`
`void`	ExpressionEvaluator.`setWarningHandler(WarningHandler warningHandler)`
`void`	ScriptEvaluator.`setWarningHandler(WarningHandler warningHandler)`
`void`	SimpleCompiler.`setWarningHandler(WarningHandler warningHandler)`

Constructor parameters in org.codehaus.commons.compiler.jdk with annotations of type Nullable
Constructor	Description
`ExpressionEvaluator(String expression, Class<?> expressionType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, Class<?> extendedType, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ExpressionEvaluator(String expression, Class<?> expressionType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, Class<?> extendedType, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ExpressionEvaluator(String expression, Class<?> expressionType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, InputStream is, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, InputStream is, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, Reader reader, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, Reader reader, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to

Uses of Nullable in org.codehaus.commons.compiler.jdk.util

Method parameters in org.codehaus.commons.compiler.jdk.util with annotations of type Nullable
Modifier and Type	Method	Description
`static Map<String,URL>`	ClassLoaders.`getSubresources(ClassLoader classLoader, String name, boolean includeDirectories)`	Equivalent with `ClassLoaders.getSubresources(ClassLoader, String, boolean, boolean)` with the `recurse` parameter set to `true`.
`static Map<String,URL>`	ClassLoaders.`getSubresources(ClassLoader classLoader, String name, boolean includeDirectories, boolean recurse)`	Returns a name-to-URL mapping of all resources "under" a given directory name.

Uses of Nullable in org.codehaus.commons.compiler.lang

Method parameters in org.codehaus.commons.compiler.lang with annotations of type Nullable
Modifier and Type	Method	Description
`static ClassLoader`	ClassLoaders.`getsResourceAsStream(ResourceFinder finder, ClassLoader parent)`	Creates and returns a `ClassLoader` that implements `ClassLoader.getResourceAsStream(String)` via a `ResourceFinder`.

Uses of Nullable in org.codehaus.commons.compiler.util

Methods in org.codehaus.commons.compiler.util with annotations of type Nullable
Modifier and Type	Method	Description
`static String`	SystemProperties.`getClassProperty(Class<?> targetClass, String classPropertyName)`
`static String`	SystemProperties.`getClassProperty(Class<?> targetClass, String classPropertyName, String defaultValue)`	Gets the value of a "class property".
`static File[]`	StringUtil.`parseOptionalPath(String s)`	Same as `StringUtil.parsePath(String)`, but returns `null` iff s `== null`.
`T`	Producer.`produce()`	Produces the next object.

Method parameters in org.codehaus.commons.compiler.util with annotations of type Nullable
Modifier and Type	Method	Description
`boolean`	Predicate.`evaluate(T subject)`
`protected Class<?>`	ResourceFinderClassLoader.`findClass(String className)`
`static String`	SystemProperties.`getClassProperty(Class<?> targetClass, String classPropertyName, String defaultValue)`	Gets the value of a "class property".
`static File[]`	StringUtil.`parseOptionalPath(String s)`	Same as `StringUtil.parsePath(String)`, but returns `null` iff s `== null`.
`static int`	Numbers.`parseUnsignedInt(String s, int radix)`	Counterpart of `Integer.parseInt(String, int)` for parsing unsigned integers.
`static long`	Numbers.`parseUnsignedLong(String s, int radix)`	Counterpart of `Long.parseLong(String, int)` for parsing unsigned integers.
`void`	Benchmark.`report(String title, Object o)`	Reports the `title`, a colon, a space, and the pretty-printed `Object`.
`void`	Benchmark.`report(String title, Object o)`	Reports the `title`, a colon, a space, and the pretty-printed `Object`.

Constructor parameters in org.codehaus.commons.compiler.util with annotations of type Nullable
Constructor	Description
`StringPattern(String pattern)`

Uses of Nullable in org.codehaus.commons.compiler.util.iterator

Method parameters in org.codehaus.commons.compiler.util.iterator with annotations of type Nullable
Modifier and Type	Method	Description
`void`	FilterListIterator.`add(T o)`	Calls `FilterListIterator.delegate`.`ListIterator.add(java.lang.Object)`
`void`	FilterListIterator.`set(T o)`	Calls `FilterListIterator.delegate`.`ListIterator.set(java.lang.Object)`

Uses of Nullable in org.codehaus.commons.compiler.util.reflect

Method parameters in org.codehaus.commons.compiler.util.reflect with annotations of type Nullable
Modifier and Type	Method	Description
`protected Class<?>`	ByteArrayClassLoader.`findClass(String name)`	Implements `ClassLoader.findClass(String)`.
`static <R,EX extends Throwable> R`	Methods.`invoke(Method method, Object obj, Object... args)`	A wrapper for `method.invoke(obj, args)` that catches any exception, wraps it in an `AssertionError`, and throws that.

Uses of Nullable in org.codehaus.commons.compiler.util.resource

Methods in org.codehaus.commons.compiler.util.resource with annotations of type Nullable
Modifier and Type	Method	Description
`Resource`	MapResourceFinder.`addResource(String fileName, byte[] data)`	Adds another `Resource`, so that it can later be found with `MapResourceFinder.findResource(String)`, `ResourceFinder.findResourceAsStream(String)` and `MapResourceFinder.resources()`.
`Resource`	MapResourceFinder.`addResource(String fileName, String data)`
`Resource`	FileResourceFinder.`findResource(String resourceName)`
`Resource`	MapResourceFinder.`findResource(String resourceName)`
`Resource`	MultiResourceFinder.`findResource(String resourceName)`
`abstract Resource`	ResourceFinder.`findResource(String resourceName)`	Finds a resource by name and return it as a `Resource` object.
`Resource`	ZipFileResourceFinder.`findResource(String resourceName)`
`protected File`	DirectoryResourceFinder.`findResourceAsFile(String resourceName)`
`protected abstract File`	FileResourceFinder.`findResourceAsFile(String resourceName)`	Converts a given resource resource name into a `File`.
`InputStream`	ResourceFinder.`findResourceAsStream(String resourceName)`	Finds a resource by name and open it for reading.
`Iterable<Resource>`	DirectoryResourceFinder.`list(String resourceNamePrefix, boolean recurse)`
`abstract Iterable<Resource>`	ListableResourceFinder.`list(String resourceNamePrefix, boolean recurse)`
`Iterable<Resource>`	MapResourceFinder.`list(String resourceNamePrefix, boolean recurse)`
`Iterable<Resource>`	MultiResourceFinder.`list(String resourceNamePrefix, boolean recurse)`

Uses of Nullable in org.codehaus.janino

Fields in org.codehaus.janino with annotations of type Nullable
Modifier and Type	Field	Description
`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.
`IClass`	Java.NewInitializedArray.`arrayIClass`	The resolved `Java.NewInitializedArray.arrayType`.
`Java.ArrayType`	Java.NewInitializedArray.`arrayType`	The array type to be instantiated.
`Java.ReferenceType[]`	Java.TypeParameter.`bound`	The optional bound of the type parameter.
`Java.Rvalue`	Java.ForStatement.`condition`	The optional "condition" part of the "basic FOR statement".
`Java.ConstructorInvocation`	Java.ConstructorDeclarator.`constructorInvocation`	The `Java.AlternateConstructorInvocation` or `Java.SuperConstructorInvocation`, if any.
`Java.ElementValue`	Java.MethodDeclarator.`defaultValue`	The optional "default value" of the declared method (only methods of annotation types can have a default value).
`String`	Java.EnumConstant.`docComment`	The optional "doc comment" that appeared in the compilation unit immediately before this enum constant declaration.
`Java.BlockStatement`	Java.IfStatement.`elseStatement`	The optional ELSE statement, which is executed iff the condition evaluates to FALSE.
`Java.Rvalue`	Java.AssertStatement.`expression2`	The optional right-hand-side expression of this ASSERT statement.
`Java.Type`	Java.NamedClassDeclaration.`extendedType`	The type of the extended class.
`String`	Java.AbstractCompilationUnit.`fileName`	A string that explains the "file" (or similar resource) where this compilation unit was loaded from.
`Java.Block`	Java.TryStatement.`finallY`	The optional "finally" block of the TRY statement.
`IClass`	Java.NewClassInstance.`iClass`	The resolved `Java.NewClassInstance.type`.
`Java.BlockStatement`	Java.ForStatement.`init`	The optional "init" part of the "basic FOR statement".
`Java.ArrayInitializerOrRvalue`	Java.VariableDeclarator.`initializer`	The initializer for the variable, if any.
`String`	Java.BreakStatement.`label`	The optional label that this BREAK statement refers to.
`String`	Java.ContinueStatement.`label`	The optional label that this CONTINUE statement refers to.
`Java.LocalVariable`	Java.CatchParameter.`localVariable`	The local variable associated with this parameter.
`Java.LocalVariable`	Java.FunctionDeclarator.FormalParameter.`localVariable`	The local variable associated with this parameter.
`Java.LocalVariable`	Java.VariableDeclarator.`localVariable`	Used only if the variable declarator declares a local variable.
`Map<String,Java.LocalVariable>`	Java.ConstructorInvocation.`localVariables`	The local variables that are accessible during the compilation of the constructor invocation.
`Map<String,Java.LocalVariable>`	Java.FunctionDeclarator.`localVariables`	Mapping of variable names to `Java.LocalVariable`s.
`Map<String,Java.LocalVariable>`	Java.Statement.`localVariables`	The map of currently visible local variables.
`IClass.IMethod`	IClassLoader.`METH_java_lang_Throwable__addSuppressed`
`Java.PackageDeclaration`	Java.CompilationUnit.`packageDeclaration`	The package declaration at the very top of this compilation unit (if any).
`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.Type`	Java.SuperclassFieldAccessExpression.`qualification`	The optional qualification before "`.super.fld`".
`Java.Rvalue`	Java.SuperConstructorInvocation.`qualification`	The qualification for this "qualified superclass constructor invocation", or `null` iff this is an "unqualified superclass constructor invocation".
`Java.ReferenceType`	Java.Wildcard.`referenceType`	The reference type of this wildcard's EXTENDS or SUPER bounds.
`Java.Rvalue`	Java.ReturnStatement.`returnValue`	The optional rvalue that is returned.
`Java.LocalVariableSlot`	Java.LocalVariable.`slot`	The slot reserved for this local variable.
`List<? extends Java.BlockStatement>`	Java.FunctionDeclarator.`statements`	The statements that comprise the function; `null` for abstract method declarations.
`Java.Atom`	Java.MethodInvocation.`target`	The optional type or rvalue that qualifies this method invocation.
`String[][]`	Java.ExportsModuleDirective.`toModuleNames`	The names of the modules for which the public and protected types in this package, and their public and protected members, are accessible.
`String[][]`	Java.OpensModuleDirective.`toModuleNames`	The names of the modules for which the public and protected types in this package, and their public and protected members, are accessible.
`Java.Type`	Java.NewClassInstance.`type`	The type to instantiate.
`Java.TypeArgument[]`	Java.ClassInstanceCreationReference.`typeArguments`	The optional type arguments for the `Java.ClassInstanceCreationReference.type`.
`Java.TypeArgument[]`	Java.ReferenceType.`typeArguments`	The optional type arguments of the reference type.
`Java.TypeParameter[]`	Java.MethodDeclarator.`typeParameters`	The type parameters declared for the method.
`Java.Rvalue[]`	Java.ForStatement.`update`	The optional "update" part of the "basic FOR statement".
`protected CodeContext.Offset`	Java.ContinuableStatement.`whereToContinue`	This one's filled in by the first CONTINUE statement, and is `CodeContext.Offset.set()` by this continuable statement.

Methods in org.codehaus.janino with annotations of type Nullable
Modifier and Type	Method	Description
`<R,EX extends Throwable> R`	Java.AbstractAnnotation.`accept(Visitor.ElementValueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AbstractAnnotation.`accept(Visitor.ModifierVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.AbstractCompilationUnit.`accept(Visitor.AbstractCompilationUnitVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.AbstractCompilationUnitVisitor` for the concrete `Java.AbstractCompilationUnit` type.
`abstract <R,EX extends Throwable> R`	Java.AbstractCompilationUnit.ImportDeclaration.`accept(Visitor.ImportVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.ImportVisitor` for the concrete `Java.AbstractCompilationUnit.ImportDeclaration` type.
`<R,EX extends Throwable> R`	Java.AbstractCompilationUnit.SingleStaticImportDeclaration.`accept(Visitor.ImportVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AbstractCompilationUnit.SingleTypeImportDeclaration.`accept(Visitor.ImportVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AbstractCompilationUnit.StaticImportOnDemandDeclaration.`accept(Visitor.ImportVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AbstractCompilationUnit.TypeImportOnDemandDeclaration.`accept(Visitor.ImportVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AccessModifier.`accept(Visitor.ModifierVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AlternateConstructorInvocation.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AlternateConstructorInvocation.`accept(Visitor.ConstructorInvocationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AmbiguousName.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Annotation.`accept(Visitor.AnnotationVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.AnnotationVisitor` for the concrete `Java.Annotation` type.
`<R,EX extends Throwable> R`	Java.AnonymousClassDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ArrayAccessExpression.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ArrayCreationReference.`accept(Visitor.RvalueVisitor<R,EX> rvv)`
`<R,EX extends Throwable> R`	Java.ArrayLength.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ArrayType.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ArrayType.`accept(Visitor.TypeArgumentVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ArrayType.`accept(Visitor.TypeVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.AssertStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Assignment.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.Atom.`accept(Visitor.AtomVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.AtomVisitor` for the concrete `Java.Atom` type.
`<R,EX extends Throwable> R`	Java.BinaryOperation.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Block.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.BlockLambdaBody.`accept(Visitor.LambdaBodyVisitor<R,EX> lbv)`
`<R,EX extends Throwable> R`	Java.BlockStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.BlockStatementVisitor` for the concrete `Java.BlockStatement` type.
`<R,EX extends Throwable> R`	Java.BooleanLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.BreakStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Cast.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.CharacterLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ClassInstanceCreationReference.`accept(Visitor.RvalueVisitor<R,EX> rvv)`
`<R,EX extends Throwable> R`	Java.ClassLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.CompilationUnit.`accept(Visitor.AbstractCompilationUnitVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ConditionalExpression.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ConstructorDeclarator.`accept(Visitor.FunctionDeclaratorVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ConstructorInvocation.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.ConstructorInvocation.`accept(Visitor.ConstructorInvocationVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.ConstructorInvocationVisitor` for the concrete `Java.ConstructorInvocation`.
`<R,EX extends Throwable> R`	Java.ContinueStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Crement.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.DoStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ElementValue.`accept(Visitor.ElementValueVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.ElementValueVisitor` for the concrete `Java.ElementValue` type.
`<R,EX extends Throwable> R`	Java.ElementValueArrayInitializer.`accept(Visitor.ElementValueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.EmptyStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.EnumConstant.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ExportsModuleDirective.`accept(Visitor.ModuleDirectiveVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ExpressionLambdaBody.`accept(Visitor.LambdaBodyVisitor<R,EX> lbv)`
`<R,EX extends Throwable> R`	Java.ExpressionStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.FieldAccess.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.FieldAccessExpression.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.FieldDeclaration.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.FieldDeclaration.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.FloatingPointLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ForEachStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.FormalLambdaParameters.`accept(Visitor.LambdaParametersVisitor<R,EX> lpv)`
`<R,EX extends Throwable> R`	Java.ForStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.FunctionDeclarator.`accept(Visitor.FunctionDeclaratorVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.FunctionDeclaratorVisitor` for the concrete `Java.FunctionDeclarator` type.
`<R,EX extends Throwable> R`	Java.FunctionDeclarator.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.IdentifierLambdaParameters.`accept(Visitor.LambdaParametersVisitor<R,EX> lpv)`
`<R,EX extends Throwable> R`	Java.IfStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.InferredLambdaParameters.`accept(Visitor.LambdaParametersVisitor<R,EX> lpv)`
`<R,EX extends Throwable> R`	Java.Initializer.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Initializer.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Instanceof.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.IntegerLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.LabeledStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.LambdaBody.`accept(Visitor.LambdaBodyVisitor<R,EX> lbv)`	Invokes the "`visit...()`" method of `Visitor.LambdaBodyVisitor` for the concrete `Java.LambdaBody`.
`<R,EX extends Throwable> R`	Java.LambdaExpression.`accept(Visitor.RvalueVisitor<R,EX> rvv)`
`<R,EX extends Throwable> R`	Java.LambdaParameters.`accept(Visitor.LambdaParametersVisitor<R,EX> lpv)`	Invokes the "`visit...()`" method of `Visitor.LambdaParametersVisitor` for the concrete `Java.LambdaParameters`.
`<R,EX extends Throwable> R`	Java.LocalClassDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.LocalClassDeclarationStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.LocalVariableAccess.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.LocalVariableDeclarationStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.Lvalue.`accept(Visitor.LvalueVisitor<R,EX> lvv)`	Invokes the "`visit...()`" method of `Visitor.LvalueVisitor` for the concrete `Java.Lvalue` type.
`<R,EX extends Throwable> R`	Java.Lvalue.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MarkerAnnotation.`accept(Visitor.AnnotationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberAnnotationTypeDeclaration.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberAnnotationTypeDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberClassDeclaration.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberClassDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberEnumDeclaration.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberEnumDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberInterfaceDeclaration.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MemberInterfaceDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MethodDeclarator.`accept(Visitor.FunctionDeclaratorVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MethodInvocation.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.MethodReference.`accept(Visitor.RvalueVisitor<R,EX> rvv)`
`<R,EX extends Throwable> R`	Java.Modifier.`accept(Visitor.ModifierVisitor<R,EX> modifierVisitor)`	Invokes the "`visit...()`" method of `Visitor.ModifierVisitor` for the concrete `Java.Modifier` type.
`<R,EX extends Throwable> R`	Java.ModularCompilationUnit.`accept(Visitor.AbstractCompilationUnitVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ModuleDirective.`accept(Visitor.ModuleDirectiveVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.ModuleDirectiveVisitor` for the concrete `Java.ModuleDirective` type.
`<R,EX extends Throwable> R`	Java.NewAnonymousClassInstance.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.NewArray.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.NewClassInstance.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.NewInitializedArray.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.NormalAnnotation.`accept(Visitor.AnnotationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.NullLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.OpensModuleDirective.`accept(Visitor.ModuleDirectiveVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Package.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.PackageMemberAnnotationTypeDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.PackageMemberClassDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.PackageMemberEnumDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.PackageMemberInterfaceDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ParameterAccess.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ParenthesizedExpression.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.PrimitiveType.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.PrimitiveType.`accept(Visitor.TypeVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ProvidesModuleDirective.`accept(Visitor.ModuleDirectiveVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.QualifiedThisReference.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ReferenceType.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ReferenceType.`accept(Visitor.TypeArgumentVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ReferenceType.`accept(Visitor.TypeVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.RequiresModuleDirective.`accept(Visitor.ModuleDirectiveVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ReturnStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Rvalue.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Rvalue.`accept(Visitor.ElementValueVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.Rvalue.`accept(Visitor.RvalueVisitor<R,EX> rvv)`	Invokes the "`visit...()`" method of `Visitor.RvalueVisitor` for the concrete `Java.Rvalue` type.
`<R,EX extends Throwable> R`	Java.RvalueMemberType.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.RvalueMemberType.`accept(Visitor.TypeVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SimpleConstant.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SimpleType.`accept(Visitor.AtomVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SimpleType.`accept(Visitor.TypeVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SingleElementAnnotation.`accept(Visitor.AnnotationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.StringLiteral.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SuperclassFieldAccessExpression.`accept(Visitor.LvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SuperclassMethodInvocation.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SuperConstructorInvocation.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SuperConstructorInvocation.`accept(Visitor.ConstructorInvocationVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SwitchStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.SynchronizedStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ThisReference.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.ThrowStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.TryStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.TryStatement.LocalVariableDeclaratorResource.`accept(Visitor.TryStatementResourceVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.TryStatement.Resource.`accept(Visitor.TryStatementResourceVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.TryStatementResourceVisitor` for the concrete `Java.TryStatement.Resource` type.
`<R,EX extends Throwable> R`	Java.TryStatement.VariableAccessResource.`accept(Visitor.TryStatementResourceVisitor<R,EX> visitor)`
`abstract <R,EX extends Throwable> R`	Java.Type.`accept(Visitor.TypeVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.TypeVisitor` for the concrete `Java.Type` type.
`<R,EX extends Throwable> R`	Java.TypeArgument.`accept(Visitor.TypeArgumentVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.TypeArgumentVisitor` for the concrete `Java.TypeArgument` type.
`<R,EX extends Throwable> R`	Java.TypeBodyDeclaration.`accept(Visitor.TypeBodyDeclarationVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.TypeBodyDeclarationVisitor` for the concrete `Java.TypeBodyDeclaration` type.
`<R,EX extends Throwable> R`	Java.TypeDeclaration.`accept(Visitor.TypeDeclarationVisitor<R,EX> visitor)`	Invokes the "`visit...()`" method of `Visitor.TypeDeclarationVisitor` for the concrete `Java.TypeDeclaration` type.
`<R,EX extends Throwable> R`	Java.UnaryOperation.`accept(Visitor.RvalueVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.UsesModuleDirective.`accept(Visitor.ModuleDirectiveVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.WhileStatement.`accept(Visitor.BlockStatementVisitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	Java.Wildcard.`accept(Visitor.TypeArgumentVisitor<R,EX> visitor)`
`String`	Parser.`doc()`	Gets the text of the doc comment (a.k.a.
`String`	TokenStreamImpl.`doc()`	Gets the text of the doc comment (a.k.a.
`Object`	ExpressionEvaluator.`evaluate(int idx, Object... arguments)`
`Object`	ExpressionEvaluator.`evaluate(Object... arguments)`
`Object`	ScriptEvaluator.`evaluate(int idx, Object[] arguments)`
`Object`	ScriptEvaluator.`evaluate(Object[] arguments)`
`IClass`	UnitCompiler.`findClass(String className)`	Finds one class or interface declaration in this compilation unit and resolves it into an `IClass`.
`protected Java.AbstractCompilationUnit`	JavaSourceIClassLoader.`findCompilationUnit(String className)`	Finds the Java source file for the named class through the configured 'source resource finder' and parses it.
`protected IClass`	ClassLoaderIClassLoader.`findIClass(String descriptor)`
`protected abstract IClass`	IClassLoader.`findIClass(String descriptor)`	Finds a new `IClass` by descriptor and calls `IClassLoader.defineIClass(IClass)`.
`IClass`	JavaSourceIClassLoader.`findIClass(String fieldDescriptor)`
`protected IClass`	ResourceFinderIClassLoader.`findIClass(String descriptor)`
`IClass.IConstructor`	IClass.`findIConstructor(IClass[] parameterTypes)`
`IClass.IMethod`	IClass.`findIMethod(String methodName, IClass[] parameterTypes)`
`Java.LocalVariable`	Java.BlockStatement.`findLocalVariable(String name)`
`Java.LocalVariable`	Java.ConstructorInvocation.`findLocalVariable(String name)`
`Java.LocalVariable`	Java.Initializer.`findLocalVariable(String name)`
`Java.LocalVariable`	Java.Statement.`findLocalVariable(String name)`
`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.
`protected Map<String,byte[]>`	CachingJavaSourceClassLoader.`generateBytecodes(String className)`	Overrides `JavaSourceClassLoader.generateBytecodes(String)` to implement class file caching.
`protected Map<String,byte[]>`	JavaSourceClassLoader.`generateBytecodes(String name)`	Finds, scans, parses the right compilation unit.
`IClass`	IClass.`getComponentType()`
`protected IClass`	ClassFileIClass.`getComponentType2()`
`protected abstract IClass`	IClass.`getComponentType2()`
`abstract Object`	IClass.IField.`getConstantValue()`	Returns the value of the field if it is a compile-time constant value, i.e.
`Object`	UnitCompiler.`getConstantValue(Java.Rvalue rv)`	Attempts to evaluate as a constant expression.
`IClass.IField`	IClass.`getDeclaredIField(String name)`	Returns the named `IClass.IField` declared in this `IClass` (does not work for inherited fields).
`IClass`	IClass.`getDeclaringIClass()`
`protected IClass`	ClassFileIClass.`getDeclaringIClass2()`
`protected abstract IClass`	IClass.`getDeclaringIClass2()`
`String`	Java.DocCommentable.`getDocComment()`
`String`	Java.EnumConstant.`getDocComment()`
`String`	Java.FieldDeclaration.`getDocComment()`
`String`	Java.FunctionDeclarator.`getDocComment()`
`String`	Java.InterfaceDeclaration.`getDocComment()`
`String`	Java.NamedClassDeclaration.`getDocComment()`
`Java.Scope`	Java.Rvalue.`getEnclosingScopeOrNull()`
`CodeContext.Offset`	Java.LocalVariableSlot.`getEnd()`
`String`	Scanner.`getFileName()`
`Java.MemberTypeDeclaration`	Java.AbstractTypeDeclaration.`getMemberTypeDeclaration(String name)`
`Java.MemberTypeDeclaration`	Java.TypeDeclaration.`getMemberTypeDeclaration(String name)`	Returns the member type with the given name.
`Java.MethodDeclarator`	Java.AbstractTypeDeclaration.`getMethodDeclaration(String name)`
`Java.MethodDeclarator`	Java.TypeDeclaration.`getMethodDeclaration(String name)`	Returns the first method declared with the given name.
`String`	Java.LocalVariableSlot.`getName()`
`Java.TypeParameter[]`	Java.AbstractTypeDeclaration.`getOptionalTypeParameters()`
`Java.TypeParameter[]`	Java.NamedTypeDeclaration.`getOptionalTypeParameters()`
`IClass`	IClass.`getOuterIClass()`	The following types have an "outer class": Anonymous classes declared in a non-static method of a class Local classes declared in a non-static method of a class Non-static member classes
`protected IClass`	ClassFileIClass.`getOuterIClass2()`
`protected abstract IClass`	IClass.`getOuterIClass2()`
`Java.PackageMemberTypeDeclaration`	Java.CompilationUnit.`getPackageMemberTypeDeclaration(String name)`	Returns the package member class or interface declared with the given name.
`static String`	Descriptor.`getPackageName(String d)`	Returns the package name of a class or interface reference descriptor, or `null` iff the class or interface is declared in the default package.
`protected Class<?>`	ScriptEvaluator.`getReturnType(int index)`
`String[]`	UnitCompiler.`getSingleTypeImport(String name, Location location)`	Checks if the given simple name was imported through a single type import.
`CodeContext.Offset`	Java.LocalVariableSlot.`getStart()`
`IClass`	IClass.`getSuperclass()`	Returns the superclass of the class.
`protected IClass`	ClassFileIClass.`getSuperclass2()`
`protected abstract IClass`	IClass.`getSuperclass2()`
`IClass`	UnitCompiler.`importTypeOnDemand(String simpleTypeName, Location location)`	6.5.2.BL1.B1.B5, 6.5.2.BL1.B1.B6 Type-import-on-demand. 6.5.5.1.6 Type-import-on-demand declaration.
`IClass`	IClassLoader.`loadIClass(String fieldDescriptor)`	Gets an `IClass` by field descriptor.
`protected Java.Type`	ClassBodyEvaluator.`optionalClassToType(Location location, Class<?> clazz)`
`protected Java.Type`	ExpressionEvaluator.`optionalClassToType(Location location, Class<?> clazz)`	Wraps a reflection `Class` in a `Java.Type` object.
`protected Java.Type`	ScriptEvaluator.`optionalClassToType(Location loc, Class<?> clazz)`
`protected Java.Type`	SimpleCompiler.`optionalClassToType(Location location, Class<?> clazz)`	Wraps a reflection `Class` in a `Java.Type` object.
`Java.Modifier`	Parser.`parseOptionalModifier()`	Modifier := Annotation \| 'public' \| 'protected' \| 'private' \| 'static' \| 'abstract' \| 'final' \| 'native' \| 'synchronized' \| 'transient' \| 'volatile' \| 'strictfp' \| 'default'
`String`	Parser.`peekRead(TokenType suspected)`
`String`	TokenStream.`peekRead(TokenType suspected)`	Checks whether the type of the next token is the `suspected`; if so, consumes the token.
`String`	TokenStreamImpl.`peekRead(TokenType suspected)`
`protected ClassFile.AttributeInfo`	CodeContext.`storeLocalVariableTable(DataOutputStream dos, short localVariableTableAttributeNameIndex)`
`Java.Lvalue`	Java.AmbiguousName.`toLvalue()`
`Java.Lvalue`	Java.Atom.`toLvalue()`
`Java.Lvalue`	Java.Lvalue.`toLvalue()`
`Java.Rvalue`	Java.AmbiguousName.`toRvalue()`
`Java.Rvalue`	Java.Atom.`toRvalue()`
`Java.Rvalue`	Java.Rvalue.`toRvalue()`
`Java.Type`	Java.Atom.`toType()`
`R`	Visitor.ModifierVisitor.`visitAccessModifier(Java.AccessModifier am)`
`R`	Visitor.BlockStatementVisitor.`visitAlternateConstructorInvocation(Java.AlternateConstructorInvocation aci)`	Invoked by `Java.AlternateConstructorInvocation.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.ConstructorInvocationVisitor.`visitAlternateConstructorInvocation(Java.AlternateConstructorInvocation aci)`	Invoked by `Java.MarkerAnnotation.accept(Visitor.AnnotationVisitor)`
`R`	Visitor.LvalueVisitor.`visitAmbiguousName(Java.AmbiguousName an)`	Invoked by `Java.AmbiguousName.accept(Visitor.LvalueVisitor)`
`R`	Visitor.ElementValueVisitor.`visitAnnotation(Java.Annotation a)`	Invoked by `Java.ElementValue.accept(Visitor.ElementValueVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitAnonymousClassDeclaration(Java.AnonymousClassDeclaration acd)`	Invoked by `Java.AnonymousClassDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.LvalueVisitor.`visitArrayAccessExpression(Java.ArrayAccessExpression aae)`	Invoked by `Java.ArrayAccessExpression.accept(Visitor.LvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitArrayCreationReference(Java.ArrayCreationReference acr)`	Invoked by `Java.ArrayCreationReference.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitArrayLength(Java.ArrayLength al)`	Invoked by `Java.ArrayLength.accept(Visitor.RvalueVisitor)`
`R`	Visitor.TypeArgumentVisitor.`visitArrayType(Java.ArrayType arrayType)`	Invoked by `Java.ArrayType.accept(Visitor.TypeArgumentVisitor)`
`R`	Visitor.TypeVisitor.`visitArrayType(Java.ArrayType at)`	Invoked by `Java.ArrayType.accept(Visitor.TypeVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitAssertStatement(Java.AssertStatement as)`	Invoked by `Java.AssertStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.RvalueVisitor.`visitAssignment(Java.Assignment a)`	Invoked by `Java.Assignment.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitBinaryOperation(Java.BinaryOperation bo)`	Invoked by `Java.BinaryOperation.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitBlock(Java.Block b)`	Invoked by `Java.Block.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.LambdaBodyVisitor.`visitBlockLambdaBody(Java.BlockLambdaBody blockLambdaBody)`
`R`	Visitor.RvalueVisitor.`visitBooleanLiteral(Java.BooleanLiteral bl)`	Invoked by `Java.BooleanLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitBreakStatement(Java.BreakStatement bs)`	Invoked by `Java.BreakStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.RvalueVisitor.`visitCast(Java.Cast c)`	Invoked by `Java.Cast.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitCharacterLiteral(Java.CharacterLiteral cl)`	Invoked by `Java.CharacterLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitClassLiteral(Java.ClassLiteral cl)`	Invoked by `Java.ClassLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.AbstractCompilationUnitVisitor.`visitCompilationUnit(Java.CompilationUnit cu)`	Invoked by `Java.CompilationUnit.accept(Visitor.AbstractCompilationUnitVisitor)`
`R`	Visitor.RvalueVisitor.`visitConditionalExpression(Java.ConditionalExpression ce)`	Invoked by `Java.ConditionalExpression.accept(Visitor.RvalueVisitor)`
`R`	Visitor.FunctionDeclaratorVisitor.`visitConstructorDeclarator(Java.ConstructorDeclarator cd)`	Invoked by `Java.FunctionDeclarator.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.AtomVisitor.`visitConstructorInvocation(Java.ConstructorInvocation ci)`	Invoked by `Java.ConstructorInvocation.accept(Visitor.AtomVisitor)`.
`R`	Visitor.BlockStatementVisitor.`visitContinueStatement(Java.ContinueStatement cs)`	Invoked by `Java.ContinueStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.RvalueVisitor.`visitCrement(Java.Crement c)`	Invoked by `Java.Crement.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitDoStatement(Java.DoStatement ds)`	Invoked by `Java.DoStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.ElementValueVisitor.`visitElementValueArrayInitializer(Java.ElementValueArrayInitializer evai)`	Invoked by `Java.ElementValueArrayInitializer.accept(Visitor.ElementValueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitEmptyStatement(Java.EmptyStatement es)`	Invoked by `Java.EmptyStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitEnumConstant(Java.EnumConstant ec)`	Invoked by `Java.EnumConstant.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.ModuleDirectiveVisitor.`visitExportsModuleDirective(Java.ExportsModuleDirective emd)`
`R`	Visitor.LambdaBodyVisitor.`visitExpressionLambdaBody(Java.ExpressionLambdaBody expressionLambdaBody)`
`R`	Visitor.BlockStatementVisitor.`visitExpressionStatement(Java.ExpressionStatement es)`	Invoked by `Java.ExpressionStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.LvalueVisitor.`visitFieldAccess(Java.FieldAccess fa)`	Invoked by `Java.FieldAccess.accept(Visitor.LvalueVisitor)`
`R`	Visitor.LvalueVisitor.`visitFieldAccessExpression(Java.FieldAccessExpression fae)`	Invoked by `Java.FieldAccessExpression.accept(Visitor.LvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitFieldDeclaration(Java.FieldDeclaration fd)`	Invoked by `Java.FieldDeclaration.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitFieldDeclaration(Java.FieldDeclaration fd)`	Invoked by `Java.FieldDeclaration.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.RvalueVisitor.`visitFloatingPointLiteral(Java.FloatingPointLiteral fpl)`	Invoked by `Java.FloatingPointLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitForEachStatement(Java.ForEachStatement forEachStatement)`	Invoked by `Java.ForEachStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.LambdaParametersVisitor.`visitFormalLambdaParameters(Java.FormalLambdaParameters flp)`
`R`	Visitor.BlockStatementVisitor.`visitForStatement(Java.ForStatement fs)`	Invoked by `Java.ForStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitFunctionDeclarator(Java.FunctionDeclarator fd)`	Invoked by `Java.FunctionDeclarator.accept(Visitor.TypeBodyDeclarationVisitor)`.
`R`	Visitor.LambdaParametersVisitor.`visitIdentifierLambdaParameters(Java.IdentifierLambdaParameters ilp)`
`R`	Visitor.BlockStatementVisitor.`visitIfStatement(Java.IfStatement is)`	Invoked by `Java.IfStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.LambdaParametersVisitor.`visitInferredLambdaParameters(Java.InferredLambdaParameters ilp)`
`R`	Visitor.BlockStatementVisitor.`visitInitializer(Java.Initializer i)`	Invoked by `Java.Initializer.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitInitializer(Java.Initializer i)`	Invoked by `Java.Initializer.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.RvalueVisitor.`visitInstanceCreationReference(Java.ClassInstanceCreationReference cicr)`	Invoked by `Java.ClassInstanceCreationReference.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitInstanceof(Java.Instanceof io)`	Invoked by `Java.Instanceof.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitIntegerLiteral(Java.IntegerLiteral il)`	Invoked by `Java.IntegerLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitLabeledStatement(Java.LabeledStatement ls)`	Invoked by `Java.LabeledStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.RvalueVisitor.`visitLambdaExpression(Java.LambdaExpression le)`	Invoked by `Java.LambdaExpression.accept(Visitor.RvalueVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitLocalClassDeclaration(Java.LocalClassDeclaration lcd)`	Invoked by `Java.LocalClassDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitLocalClassDeclarationStatement(Java.LocalClassDeclarationStatement lcds)`	Invoked by `Java.LocalClassDeclarationStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.LvalueVisitor.`visitLocalVariableAccess(Java.LocalVariableAccess lva)`	Invoked by `Java.LocalVariableAccess.accept(Visitor.LvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitLocalVariableDeclarationStatement(Java.LocalVariableDeclarationStatement lvds)`	Invoked by `Java.LocalVariableDeclarationStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.TryStatementResourceVisitor.`visitLocalVariableDeclaratorResource(Java.TryStatement.LocalVariableDeclaratorResource lvdr)`	Invoked by `Java.TryStatement.LocalVariableDeclaratorResource.accept(Visitor.TryStatementResourceVisitor)`.
`R`	Visitor.RvalueVisitor.`visitLvalue(Java.Lvalue lv)`	Invoked by `Java.Lvalue.accept(Visitor.RvalueVisitor)`
`R`	Visitor.AnnotationVisitor.`visitMarkerAnnotation(Java.MarkerAnnotation ma)`	Invoked by `Java.MarkerAnnotation.accept(Visitor.AnnotationVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitMemberAnnotationTypeDeclaration(Java.MemberAnnotationTypeDeclaration matd)`	Invoked by `Java.MemberAnnotationTypeDeclaration.accept(Visitor.TypeBodyDeclarationVisitor)`.
`R`	Visitor.TypeDeclarationVisitor.`visitMemberAnnotationTypeDeclaration(Java.MemberAnnotationTypeDeclaration matd)`	Invoked by `Java.MemberAnnotationTypeDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitMemberClassDeclaration(Java.MemberClassDeclaration mcd)`	Invoked by `Java.MemberClassDeclaration.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitMemberClassDeclaration(Java.MemberClassDeclaration mcd)`	Invoked by `Java.MemberClassDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitMemberEnumDeclaration(Java.MemberEnumDeclaration med)`	Invoked by `Java.MemberEnumDeclaration.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitMemberEnumDeclaration(Java.MemberEnumDeclaration med)`	Invoked by `Java.MemberEnumDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.TypeBodyDeclarationVisitor.`visitMemberInterfaceDeclaration(Java.MemberInterfaceDeclaration mid)`	Invoked by `Java.MemberInterfaceDeclaration.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitMemberInterfaceDeclaration(Java.MemberInterfaceDeclaration mid)`	Invoked by `Java.MemberInterfaceDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.FunctionDeclaratorVisitor.`visitMethodDeclarator(Java.MethodDeclarator md)`	Invoked by `Java.FunctionDeclarator.accept(Visitor.TypeBodyDeclarationVisitor)`
`R`	Visitor.RvalueVisitor.`visitMethodInvocation(Java.MethodInvocation mi)`	Invoked by `Java.MethodInvocation.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitMethodReference(Java.MethodReference mr)`	Invoked by `Java.MethodReference.accept(Visitor.RvalueVisitor)`
`R`	Visitor.AbstractCompilationUnitVisitor.`visitModularCompilationUnit(Java.ModularCompilationUnit mcu)`	Invoked by `Java.ModularCompilationUnit.accept(Visitor.AbstractCompilationUnitVisitor)`
`R`	Visitor.RvalueVisitor.`visitNewAnonymousClassInstance(Java.NewAnonymousClassInstance naci)`	Invoked by `Java.NewAnonymousClassInstance.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitNewArray(Java.NewArray na)`	Invoked by `Java.NewArray.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitNewClassInstance(Java.NewClassInstance nci)`	Invoked by `Java.NewClassInstance.accept(Visitor.RvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitNewInitializedArray(Java.NewInitializedArray nia)`	Invoked by `Java.NewInitializedArray.accept(Visitor.RvalueVisitor)`
`R`	Visitor.AnnotationVisitor.`visitNormalAnnotation(Java.NormalAnnotation na)`	Invoked by `Java.NormalAnnotation.accept(Visitor.AnnotationVisitor)`
`R`	Visitor.RvalueVisitor.`visitNullLiteral(Java.NullLiteral nl)`	Invoked by `Java.NullLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.ModuleDirectiveVisitor.`visitOpensModuleDirective(Java.OpensModuleDirective omd)`
`R`	Visitor.AtomVisitor.`visitPackage(Java.Package p)`	Invoked by `Java.Package.accept(Visitor.AtomVisitor)`.
`R`	Visitor.TypeDeclarationVisitor.`visitPackageMemberAnnotationTypeDeclaration(Java.PackageMemberAnnotationTypeDeclaration pmatd)`	Invoked by `Java.PackageMemberAnnotationTypeDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitPackageMemberClassDeclaration(Java.PackageMemberClassDeclaration pmcd)`	Invoked by `Java.PackageMemberClassDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitPackageMemberEnumDeclaration(Java.PackageMemberEnumDeclaration pmed)`	Invoked by `Java.PackageMemberEnumDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.TypeDeclarationVisitor.`visitPackageMemberInterfaceDeclaration(Java.PackageMemberInterfaceDeclaration pmid)`	Invoked by `Java.PackageMemberInterfaceDeclaration.accept(Visitor.TypeDeclarationVisitor)`
`R`	Visitor.RvalueVisitor.`visitParameterAccess(Java.ParameterAccess pa)`	Invoked by `Java.ParameterAccess.accept(Visitor.RvalueVisitor)`
`R`	Visitor.LvalueVisitor.`visitParenthesizedExpression(Java.ParenthesizedExpression pe)`	Invoked by `Java.ParenthesizedExpression.accept(Visitor.LvalueVisitor)`
`R`	Visitor.TypeVisitor.`visitPrimitiveType(Java.PrimitiveType bt)`	Invoked by `Java.PrimitiveType.accept(Visitor.TypeVisitor)`
`R`	Visitor.ModuleDirectiveVisitor.`visitProvidesModuleDirective(Java.ProvidesModuleDirective pmd)`
`R`	Visitor.RvalueVisitor.`visitQualifiedThisReference(Java.QualifiedThisReference qtr)`	Invoked by `Java.QualifiedThisReference.accept(Visitor.RvalueVisitor)`
`R`	Visitor.TypeArgumentVisitor.`visitReferenceType(Java.ReferenceType rt)`	Invoked by `Java.ReferenceType.accept(Visitor.TypeArgumentVisitor)`
`R`	Visitor.TypeVisitor.`visitReferenceType(Java.ReferenceType rt)`	Invoked by `Java.ReferenceType.accept(Visitor.TypeVisitor)`
`R`	Visitor.ModuleDirectiveVisitor.`visitRequiresModuleDirective(Java.RequiresModuleDirective rmd)`
`R`	Visitor.BlockStatementVisitor.`visitReturnStatement(Java.ReturnStatement rs)`	Invoked by `Java.ReturnStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.AtomVisitor.`visitRvalue(Java.Rvalue rv)`	Invoked by `Java.Rvalue.accept(Visitor.AtomVisitor)`.
`R`	Visitor.ElementValueVisitor.`visitRvalue(Java.Rvalue rv)`	Invoked by `Java.Rvalue.accept(Visitor.ElementValueVisitor)`
`R`	Visitor.TypeVisitor.`visitRvalueMemberType(Java.RvalueMemberType rmt)`	Invoked by `Java.RvalueMemberType.accept(Visitor.TypeVisitor)`
`R`	Visitor.RvalueVisitor.`visitSimpleConstant(Java.SimpleConstant sl)`	Invoked by `Java.SimpleConstant.accept(Visitor.RvalueVisitor)`
`R`	Visitor.TypeVisitor.`visitSimpleType(Java.SimpleType st)`	Invoked by `Java.SimpleType.accept(Visitor.TypeVisitor)`
`R`	Visitor.AnnotationVisitor.`visitSingleElementAnnotation(Java.SingleElementAnnotation sea)`	Invoked by `Java.SingleElementAnnotation.accept(Visitor.AnnotationVisitor)`
`R`	Visitor.ImportVisitor.`visitSingleStaticImportDeclaration(Java.AbstractCompilationUnit.SingleStaticImportDeclaration ssid)`	Invoked by `Java.AbstractCompilationUnit.SingleStaticImportDeclaration.accept(Visitor.ImportVisitor)`
`R`	Visitor.ImportVisitor.`visitSingleTypeImportDeclaration(Java.AbstractCompilationUnit.SingleTypeImportDeclaration stid)`	Invoked by `Java.AbstractCompilationUnit.SingleTypeImportDeclaration.accept(Visitor.ImportVisitor)`
`R`	Visitor.ImportVisitor.`visitStaticImportOnDemandDeclaration(Java.AbstractCompilationUnit.StaticImportOnDemandDeclaration siodd)`	Invoked by `Java.AbstractCompilationUnit.StaticImportOnDemandDeclaration.accept(Visitor.ImportVisitor)`
`R`	Visitor.RvalueVisitor.`visitStringLiteral(Java.StringLiteral sl)`	Invoked by `Java.StringLiteral.accept(Visitor.RvalueVisitor)`
`R`	Visitor.LvalueVisitor.`visitSuperclassFieldAccessExpression(Java.SuperclassFieldAccessExpression scfae)`	Invoked by `Java.SuperclassFieldAccessExpression.accept(Visitor.LvalueVisitor)`
`R`	Visitor.RvalueVisitor.`visitSuperclassMethodInvocation(Java.SuperclassMethodInvocation smi)`	Invoked by `Java.SuperclassMethodInvocation.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitSuperConstructorInvocation(Java.SuperConstructorInvocation sci)`	Invoked by `Java.SuperConstructorInvocation.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.ConstructorInvocationVisitor.`visitSuperConstructorInvocation(Java.SuperConstructorInvocation sci)`	Invoked by `Java.SingleElementAnnotation.accept(Visitor.AnnotationVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitSwitchStatement(Java.SwitchStatement ss)`	Invoked by `Java.SwitchStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitSynchronizedStatement(Java.SynchronizedStatement ss)`	Invoked by `Java.SynchronizedStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.RvalueVisitor.`visitThisReference(Java.ThisReference tr)`	Invoked by `Java.ArrayLength.accept(Visitor.RvalueVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitThrowStatement(Java.ThrowStatement ts)`	Invoked by `Java.ThrowStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitTryStatement(Java.TryStatement ts)`	Invoked by `Java.TryStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.AtomVisitor.`visitType(Java.Type t)`	Invoked by `Java.Atom.accept(Visitor.AtomVisitor)`.
`R`	Visitor.ImportVisitor.`visitTypeImportOnDemandDeclaration(Java.AbstractCompilationUnit.TypeImportOnDemandDeclaration tiodd)`	Invoked by `Java.AbstractCompilationUnit.TypeImportOnDemandDeclaration.accept(Visitor.ImportVisitor)`
`R`	Visitor.RvalueVisitor.`visitUnaryOperation(Java.UnaryOperation uo)`	Invoked by `Java.UnaryOperation.accept(Visitor.RvalueVisitor)`
`R`	Visitor.ModuleDirectiveVisitor.`visitUsesModuleDirective(Java.UsesModuleDirective umd)`
`R`	Visitor.TryStatementResourceVisitor.`visitVariableAccessResource(Java.TryStatement.VariableAccessResource var)`	Invoked by `Java.TryStatement.VariableAccessResource.accept(Visitor.TryStatementResourceVisitor)`
`R`	Visitor.BlockStatementVisitor.`visitWhileStatement(Java.WhileStatement ws)`	Invoked by `Java.WhileStatement.accept(Visitor.BlockStatementVisitor)`
`R`	Visitor.TypeArgumentVisitor.`visitWildcard(Java.Wildcard w)`	Invoked by `Java.Wildcard.accept(Visitor.TypeArgumentVisitor)`

Method parameters in org.codehaus.janino with annotations of type Nullable
Modifier and Type	Method	Description
`void`	CodeContext.`addExceptionTableEntry(CodeContext.Offset startPc, CodeContext.Offset endPc, CodeContext.Offset handlerPc, String catchTypeFd)`	Adds another entry to the "exception_table" of this code attribute (see JVMS 4.7.3).
`Java.LocalVariableSlot`	CodeContext.`allocateLocalVariable(short size, String name, IClass type)`	Allocates space for a local variable of the given size (1 or 2) on the local variable array.
`Java.LocalVariableSlot`	CodeContext.`allocateLocalVariable(short size, String name, IClass type)`	Allocates space for a local variable of the given size (1 or 2) on the local variable array.
`protected Java.Type[]`	ExpressionEvaluator.`classesToTypes(Location location, Class<?>... classes)`	Converts an array of `Class`es into an array of`Java.Type`s.
`protected Java.Type[]`	SimpleCompiler.`classesToTypes(Location location, Class<?>[] classes)`	Converts an array of `Class`es into an array of`Java.Type`s.
`void`	ClassBodyEvaluator.`cook(String fileName, Reader r)`
`void`	ExpressionEvaluator.`cook(String fileName, Reader reader)`
`void`	ScriptEvaluator.`cook(String fileName, Reader reader)`
`void`	SimpleCompiler.`cook(String fileName, Reader r)`	Scans, parses and compiles a given compilation unit from the given `Reader`.
`static Object`	ClassBodyEvaluator.`createFastClassBodyEvaluator(Scanner scanner, Class<?> baseType, ClassLoader parentClassLoader)`	Deprecated. Use `ClassBodyEvaluator.createInstance(Reader)` instead
`static Object`	ClassBodyEvaluator.`createFastClassBodyEvaluator(Scanner scanner, Class<?> baseType, ClassLoader parentClassLoader)`	Deprecated. Use `ClassBodyEvaluator.createInstance(Reader)` instead
`static Object`	ClassBodyEvaluator.`createFastClassBodyEvaluator(Scanner scanner, String className, Class<?> extendedClass, Class<?>[] implementedInterfaces, ClassLoader parentClassLoader)`	Deprecated. Use `ClassBodyEvaluator.createInstance(Reader)` instead
`static Object`	ClassBodyEvaluator.`createFastClassBodyEvaluator(Scanner scanner, String className, Class<?> extendedClass, Class<?>[] implementedInterfaces, ClassLoader parentClassLoader)`	Deprecated. Use `ClassBodyEvaluator.createInstance(Reader)` instead
`static Object`	ExpressionEvaluator.`createFastExpressionEvaluator(String expression, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ExpressionEvaluator.createFastEvaluator(String, Class, String[])` instead:
`static Object`	ExpressionEvaluator.`createFastExpressionEvaluator(Scanner scanner, String[] defaultImports, String className, Class<?> extendedType, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ExpressionEvaluator.createFastEvaluator(Reader, Class, String[])` instead
`static Object`	ExpressionEvaluator.`createFastExpressionEvaluator(Scanner scanner, String[] defaultImports, String className, Class<?> extendedType, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ExpressionEvaluator.createFastEvaluator(Reader, Class, String[])` instead
`static Object`	ExpressionEvaluator.`createFastExpressionEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ExpressionEvaluator.createFastEvaluator(Reader, Class, String[])` instead
`static Object`	ExpressionEvaluator.`createFastExpressionEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ExpressionEvaluator.createFastEvaluator(Reader, Class, String[])` instead
`static Object`	ScriptEvaluator.`createFastScriptEvaluator(Scanner scanner, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ScriptEvaluator.createFastEvaluator(Scanner, Class, String[])` instead
`static Object`	ScriptEvaluator.`createFastScriptEvaluator(Scanner scanner, String[] defaultImports, String className, Class<?> extendedClass, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ScriptEvaluator.createFastEvaluator(Scanner,Class,String[])` instead:
`static Object`	ScriptEvaluator.`createFastScriptEvaluator(Scanner scanner, String[] defaultImports, String className, Class<?> extendedClass, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ScriptEvaluator.createFastEvaluator(Scanner,Class,String[])` instead:
`static Object`	ScriptEvaluator.`createFastScriptEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ScriptEvaluator.createFastEvaluator(Scanner, Class, String[])` instead
`static Object`	ScriptEvaluator.`createFastScriptEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?> interfaceToImplement, String[] parameterNames, ClassLoader parentClassLoader)`	Deprecated. Use `ScriptEvaluator.createFastEvaluator(Scanner, Class, String[])` instead
`static IClassLoader`	IClassLoader.`createJavacLikePathIClassLoader(File[] bootClassPath, File[] extDirs, File[] classPath)`	Creates an `IClassLoader` that looks for classes in the given "boot class path", then in the given "extension directories", and then in the given "class path".
`static IClassLoader`	IClassLoader.`createJavacLikePathIClassLoader(File[] bootClassPath, File[] extDirs, File[] classPath)`	Creates an `IClassLoader` that looks for classes in the given "boot class path", then in the given "extension directories", and then in the given "class path".
`boolean`	MethodDescriptor.`equals(Object obj)`
`boolean`	SimpleCompiler.`equals(Object o)`	Two `SimpleCompiler`s are regarded equal iff Both are objects of the same class (e.g.
`Object`	ExpressionEvaluator.`evaluate(int idx, Object... arguments)`
`Object`	ExpressionEvaluator.`evaluate(Object... arguments)`
`Object`	ScriptEvaluator.`evaluate(int idx, Object[] arguments)`
`Object`	ScriptEvaluator.`evaluate(Object[] arguments)`
`protected Class<?>`	JavaSourceClassLoader.`findClass(String name)`	Implementation of `ClassLoader.findClass(String)`.
`static File`	Compiler.`getClassFile(String className, File sourceFile, File destinationDirectory)`	Constructs the name of a file that could store the byte code of the class with the given name.
`void`	FilterWarningHandler.`handleWarning(String handle, String message, Location location)`
`void`	FilterWarningHandler.`handleWarning(String handle, String message, Location location)`
`protected Java.Type`	ClassBodyEvaluator.`optionalClassToType(Location location, Class<?> clazz)`
`protected Java.Type`	ExpressionEvaluator.`optionalClassToType(Location location, Class<?> clazz)`	Wraps a reflection `Class` in a `Java.Type` object.
`protected Java.Type`	ScriptEvaluator.`optionalClassToType(Location loc, Class<?> clazz)`
`protected Java.Type`	SimpleCompiler.`optionalClassToType(Location location, Class<?> clazz)`	Wraps a reflection `Class` in a `Java.Type` object.
`Java.AnnotationTypeDeclaration`	Parser.`parseAnnotationTypeDeclarationRest(String docComment, Java.Modifier[] modifiers, Parser.InterfaceDeclarationContext context)`	AnnotationTypeDeclarationRest := Identifier AnnotationTypeBody
`Java.NamedClassDeclaration`	Parser.`parseClassDeclarationRest(String docComment, Java.Modifier[] modifiers, Parser.ClassDeclarationContext context)`	ClassDeclarationRest := Identifier [ typeParameters ] [ 'extends' ReferenceType ] [ 'implements' ReferenceTypeList ] ClassBody
`Java.ConstructorDeclarator`	Parser.`parseConstructorDeclarator(String docComment, Java.Modifier[] modifiers)`	ConstructorDeclarator := Identifier FormalParameters [ 'throws' ReferenceTypeList ] '{' [ 'this' Arguments ';' \| 'super' Arguments ';' \| Primary '.' 'super' Arguments ';' ] BlockStatements '}'
`Java.EnumDeclaration`	Parser.`parseEnumDeclarationRest(String docComment, Java.Modifier[] modifiers, Parser.ClassDeclarationContext context)`	EnumDeclarationRest := Identifier [ 'implements' ReferenceTypeList ] EnumBody
`Java.InterfaceDeclaration`	Parser.`parseInterfaceDeclarationRest(String docComment, Java.Modifier[] modifiers, Parser.InterfaceDeclarationContext context)`	InterfaceDeclarationRest := Identifier [ typeParameters ] [ 'extends' ReferenceTypeList ] InterfaceBody
`Java.MethodDeclarator`	Parser.`parseMethodDeclarationRest(String docComment, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters, Java.Type type, String name, boolean allowDefaultClause, Parser.MethodDeclarationContext context)`	MethodDeclarationRest := FormalParameters { '[' ']' } [ 'throws' ReferenceTypeList ] [ 'default' expression ] ( ';' \| MethodBody )
`Java.MethodDeclarator`	Parser.`parseMethodDeclarationRest(String docComment, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters, Java.Type type, String name, boolean allowDefaultClause, Parser.MethodDeclarationContext context)`	MethodDeclarationRest := FormalParameters { '[' ']' } [ 'throws' ReferenceTypeList ] [ 'default' expression ] ( ';' \| MethodBody )
`Java.PackageDeclaration`	Parser.`parsePackageDeclarationRest(String docComment, Java.Modifier[] modifiers)`	PackageDeclaration := { PackageModifier } 'package' identifier { '.' identifier} ';'
`int`	UnicodeUnescapeReader.`read(char[] cbuf, int off, int len)`	Overrides `FilterReader.read(char[], int, int)`.
`void`	JavaSourceIClassLoader.`setCharacterEncoding(String sourceCharsetName)`	Deprecated. Use `JavaSourceIClassLoader.setSourceCharset(Charset)` instead
`void`	ClassBodyEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	ExpressionEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	JavaSourceClassLoader.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	JavaSourceIClassLoader.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	ScriptEvaluator.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	SimpleCompiler.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`
`void`	UnitCompiler.`setCompileErrorHandler(ErrorHandler compileErrorHandler)`	By default, `CompileException`s are thrown on compile errors, but an application my install its own (thread-local) `ErrorHandler`.
`void`	ClassBodyEvaluator.`setExtendedClass(Class<?> extendedType)`
`void`	ExpressionEvaluator.`setExtendedClass(Class<?> extendedType)`
`void`	ScriptEvaluator.`setExtendedClass(Class<?> extendedType)`
`void`	ClassBodyEvaluator.`setExtendedType(Class<?> extendedClass)`
`void`	ScriptEvaluator.`setMethodName(String methodName)`
`void`	Java.CompilationUnit.`setPackageDeclaration(Java.PackageDeclaration packageDeclaration)`	Sets the package declaration of this compilation unit.
`void`	ClassBodyEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	ExpressionEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	ScriptEvaluator.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	SimpleCompiler.`setParentClassLoader(ClassLoader parentClassLoader)`
`void`	ScriptEvaluator.`setReturnType(Class<?> returnType)`
`void`	ClassBodyEvaluator.`setWarningHandler(WarningHandler warningHandler)`
`void`	ExpressionEvaluator.`setWarningHandler(WarningHandler warningHandler)`
`void`	JavaSourceClassLoader.`setWarningHandler(WarningHandler warningHandler)`
`void`	JavaSourceIClassLoader.`setWarningHandler(WarningHandler warningHandler)`
`void`	Parser.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a `WarningHandler`.
`void`	ScriptEvaluator.`setWarningHandler(WarningHandler warningHandler)`
`void`	SimpleCompiler.`setWarningHandler(WarningHandler warningHandler)`
`void`	TokenStream.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a `WarningHandler`.
`void`	TokenStreamImpl.`setWarningHandler(WarningHandler warningHandler)`
`void`	UnitCompiler.`setWarningHandler(WarningHandler warningHandler)`	By default, warnings are discarded, but an application my install a custom `WarningHandler`.

Constructor parameters in org.codehaus.janino with annotations of type Nullable
Constructor	Description
`AbstractClassDeclaration(Location location, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters)`
`AbstractCompilationUnit(String fileName, Java.AbstractCompilationUnit.ImportDeclaration[] importDeclarations)`
`AbstractTypeDeclaration(Location location, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters)`
`AssertStatement(Location location, Java.Rvalue expression1, Java.Rvalue expression2)`
`BreakStatement(Location location, String label)`
`CachingJavaSourceClassLoader(ClassLoader parentClassLoader, File[] sourcePath, String characterEncoding, File cacheDirectory)`	See `CachingJavaSourceClassLoader(ClassLoader, ResourceFinder, String, ResourceFinder, ResourceCreator)`.
`CachingJavaSourceClassLoader(ClassLoader parentClassLoader, File[] sourcePath, String characterEncoding, File cacheDirectory)`	See `CachingJavaSourceClassLoader(ClassLoader, ResourceFinder, String, ResourceFinder, ResourceCreator)`.
`CachingJavaSourceClassLoader(ClassLoader parentClassLoader, ResourceFinder sourceFinder, String characterEncoding, ResourceFinder classFileCacheResourceFinder, ResourceCreator classFileCacheResourceCreator)`	Notice that this class is thread-safe if and only if the `classFileCacheResourceCreator` stores its data atomically, i.e.
`ClassBodyEvaluator(String fileName, InputStream is)`	Equivalent to
`ClassBodyEvaluator(String fileName, Reader reader)`	Equivalent to
`ClassBodyEvaluator(Scanner scanner, Class<?> extendedType, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ClassBodyEvaluator(Scanner scanner, Class<?> extendedType, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ClassBodyEvaluator(Scanner scanner, ClassLoader parentClassLoader)`	Equivalent to
`ClassBodyEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ClassBodyEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ClassInstanceCreationReference(Location location, Java.Type type, Java.TypeArgument[] typeArguments)`
`CompilationUnit(String fileName)`
`CompilationUnit(String fileName, Java.AbstractCompilationUnit.ImportDeclaration[] importDeclarations)`
`Compiler(File[] sourcePath, File[] classPath, File[] extDirs, File[] bootClassPath, File destinationDirectory, String characterEncoding, boolean verbose, boolean debugSource, boolean debugLines, boolean debugVars, StringPattern[] warningHandlePatterns, boolean rebuild)`	Deprecated. Use `Compiler()` and the various configuration setters instead
`Compiler(File[] sourcePath, File[] classPath, File[] extDirs, File[] bootClassPath, File destinationDirectory, String characterEncoding, boolean verbose, boolean debugSource, boolean debugLines, boolean debugVars, StringPattern[] warningHandlePatterns, boolean rebuild)`	Deprecated. Use `Compiler()` and the various configuration setters instead
`Compiler(File[] sourcePath, File[] classPath, File[] extDirs, File[] bootClassPath, File destinationDirectory, String characterEncoding, boolean verbose, boolean debugSource, boolean debugLines, boolean debugVars, StringPattern[] warningHandlePatterns, boolean rebuild)`	Deprecated. Use `Compiler()` and the various configuration setters instead
`Compiler(File[] sourcePath, File[] classPath, File[] extDirs, File[] bootClassPath, File destinationDirectory, String characterEncoding, boolean verbose, boolean debugSource, boolean debugLines, boolean debugVars, StringPattern[] warningHandlePatterns, boolean rebuild)`	Deprecated. Use `Compiler()` and the various configuration setters instead
`ConstructorDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, Java.ConstructorInvocation constructorInvocation, List<? extends Java.BlockStatement> statements)`
`ConstructorDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, Java.ConstructorInvocation constructorInvocation, List<? extends Java.BlockStatement> statements)`
`ContinueStatement(Location location, String label)`
`EnumConstant(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.Rvalue[] arguments)`
`EnumConstant(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.Rvalue[] arguments)`
`ExportsModuleDirective(Location location, String[] packageName, String[][] toModuleNames)`
`ExpressionEvaluator(String expression, Class<?> expressionType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, Class<?> extendedClass, Class<?>[] implementedTypes, ClassLoader parentClassLoader)`	Equivalent to
`ExpressionEvaluator(String expression, Class<?> expressionType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ExpressionEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?>[] implementedTypes, boolean staticMethod, Class<?> expressionType, String methodName, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Creates an expression evaluator with the full configurability.
`ExpressionEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?>[] implementedTypes, boolean staticMethod, Class<?> expressionType, String methodName, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Creates an expression evaluator with the full configurability.
`FieldDeclaration(Location location, String docComment, Java.Modifier[] modifiers, Java.Type type, Java.VariableDeclarator[] variableDeclarators)`
`ForStatement(Location location, Java.BlockStatement init, Java.Rvalue condition, Java.Rvalue[] update, Java.BlockStatement body)`
`ForStatement(Location location, Java.BlockStatement init, Java.Rvalue condition, Java.Rvalue[] update, Java.BlockStatement body)`
`ForStatement(Location location, Java.BlockStatement init, Java.Rvalue condition, Java.Rvalue[] update, Java.BlockStatement body)`
`FunctionDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.Type type, String name, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, List<? extends Java.BlockStatement> statements)`
`FunctionDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.Type type, String name, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, List<? extends Java.BlockStatement> statements)`
`IClassLoader(IClassLoader parentIClassLoader)`
`IfStatement(Location location, Java.Rvalue condition, Java.BlockStatement thenStatement, Java.BlockStatement elseStatement)`
`InterfaceDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type[] extendedTypes)`
`InterfaceDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type[] extendedTypes)`
`JavaSourceClassLoader(ClassLoader parentClassLoader, File[] sourcePath, String characterEncoding)`	Sets up a `JavaSourceClassLoader` that finds Java source code in a file that resides in either of the directories specified by the given source path.
`JavaSourceClassLoader(ClassLoader parentClassLoader, File[] sourcePath, String characterEncoding)`	Sets up a `JavaSourceClassLoader` that finds Java source code in a file that resides in either of the directories specified by the given source path.
`JavaSourceClassLoader(ClassLoader parentClassLoader, ResourceFinder sourceFinder, String characterEncoding)`	Constructs a `JavaSourceClassLoader` that finds Java source code through a given `ResourceFinder`.
`JavaSourceIClassLoader(ResourceFinder sourceFinder, String sourceCharsetName, IClassLoader parentIClassLoader)`
`JavaSourceIClassLoader(ResourceFinder sourceFinder, String sourceCharsetName, IClassLoader parentIClassLoader)`
`LocalClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`LocalClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`LocalClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`LocalVariableSlot(String name, short slotNumber, IClass type)`
`LocalVariableSlot(String name, short slotNumber, IClass type)`
`MemberAnnotationTypeDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name)`
`MemberClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`MemberClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`MemberClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`MemberEnumDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.Type[] implementedTypes)`
`MemberInterfaceDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type[] extendedTypes)`
`MemberInterfaceDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type[] extendedTypes)`
`MethodDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters, Java.Type type, String name, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, Java.ElementValue defaultValue, List<? extends Java.BlockStatement> statements)`
`MethodDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters, Java.Type type, String name, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, Java.ElementValue defaultValue, List<? extends Java.BlockStatement> statements)`
`MethodDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters, Java.Type type, String name, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, Java.ElementValue defaultValue, List<? extends Java.BlockStatement> statements)`
`MethodDeclarator(Location location, String docComment, Java.Modifier[] modifiers, Java.TypeParameter[] typeParameters, Java.Type type, String name, Java.FunctionDeclarator.FormalParameters formalParameters, Java.Type[] thrownExceptions, Java.ElementValue defaultValue, List<? extends Java.BlockStatement> statements)`
`MethodInvocation(Location location, Java.Atom target, String methodName, Java.Rvalue[] arguments)`
`ModularCompilationUnit(String fileName, Java.AbstractCompilationUnit.ImportDeclaration[] importDeclarations, Java.ModuleDeclaration moduleDeclaration)`
`NamedClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`NamedClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`NamedClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`NewAnonymousClassInstance(Location location, Java.Rvalue qualification, Java.AnonymousClassDeclaration anonymousClassDeclaration, Java.Rvalue[] arguments)`
`NewClassInstance(Location location, Java.Rvalue qualification, IClass iClass, Java.Rvalue[] arguments)`
`NewClassInstance(Location location, Java.Rvalue qualification, Java.Type type, Java.Rvalue[] arguments)`
`NewInitializedArray(Location location, Java.ArrayType arrayType, Java.ArrayInitializer arrayInitializer)`
`OpensModuleDirective(Location location, String[] packageName, String[][] toModuleNames)`
`PackageMemberAnnotationTypeDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name)`
`PackageMemberClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`PackageMemberClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`PackageMemberClassDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type extendedType, Java.Type[] implementedTypes)`
`PackageMemberEnumDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.Type[] implementedTypes)`
`PackageMemberInterfaceDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type[] extendedTypes)`
`PackageMemberInterfaceDeclaration(Location location, String docComment, Java.Modifier[] modifiers, String name, Java.TypeParameter[] typeParameters, Java.Type[] extendedTypes)`
`ReferenceType(Location location, Java.Annotation[] annotations, String[] identifiers, Java.TypeArgument[] typeArguments)`
`ResourceFinderIClassLoader(ResourceFinder resourceFinder, IClassLoader parentIClassLoader)`
`ReturnStatement(Location location, Java.Rvalue returnValue)`
`Scanner(File file, String encoding)`	Deprecated. This method is deprecated because it leaves the input file open
`Scanner(String fileName, InputStream is)`	Sets up a scanner that reads tokens from the given `InputStream` in the platform default encoding.
`Scanner(String fileName, InputStream is, String encoding)`	Sets up a scanner that reads tokens from the given `InputStream` with the given `encoding` (`null` means platform default encoding).
`Scanner(String fileName, InputStream is, String encoding)`	Sets up a scanner that reads tokens from the given `InputStream` with the given `encoding` (`null` means platform default encoding).
`Scanner(String fileName, Reader in)`	Sets up a scanner that reads tokens from the given `Reader`.
`Scanner(String fileName, Reader in, int initialLineNumber, int initialColumnNumber)`	Creates a `Scanner` that counts lines and columns from non-default initial values.
`ScriptEvaluator(String fileName, InputStream is, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, InputStream is, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, Reader reader, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(String fileName, Reader reader, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(Scanner scanner, Class<?> extendedType, Class<?>[] implementedTypes, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(Scanner scanner, Class<?> extendedType, Class<?>[] implementedTypes, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(Scanner scanner, Class<?> returnType, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?>[] implementedTypes, boolean staticMethod, Class<?> returnType, String methodName, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`ScriptEvaluator(Scanner scanner, String className, Class<?> extendedType, Class<?>[] implementedTypes, boolean staticMethod, Class<?> returnType, String methodName, String[] parameterNames, Class<?>[] parameterTypes, Class<?>[] thrownExceptions, ClassLoader parentClassLoader)`	Equivalent to
`SimpleCompiler(String fileName, InputStream is)`	Equivalent to
`SimpleCompiler(String fileName, Reader in)`	Equivalent to
`SimpleCompiler(Scanner scanner, ClassLoader parentClassLoader)`	Equivalent to
`SuperclassFieldAccessExpression(Location location, Java.Type qualification, String fieldName)`
`SuperConstructorInvocation(Location location, Java.Rvalue qualification, Java.Rvalue[] arguments)`
`Token(String fileName, int lineNumber, int columnNumber, TokenType type, String value)`
`TryStatement(Location location, List<Java.TryStatement.Resource> resources, Java.BlockStatement body, List<Java.CatchClause> catchClauses, Java.Block finallY)`
`TypeParameter(String name, Java.ReferenceType[] bound)`
`VariableDeclarator(Location location, String name, int brackets, Java.ArrayInitializerOrRvalue initializer)`
`Wildcard(int bounds, Java.ReferenceType referenceType)`

Uses of Nullable in org.codehaus.janino.util

Methods in org.codehaus.janino.util with annotations of type Nullable
Modifier and Type	Method	Description
`<R,EX extends Throwable> R`	ClassFile.Annotation.`accept(ClassFile.ElementValue.Visitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	ClassFile.ArrayElementValue.`accept(ClassFile.ElementValue.Visitor<R,EX> visitor)`
`protected abstract <R,EX extends Throwable> R`	ClassFile.ConstantElementValue.`accept(ClassFile.ConstantElementValue.Visitor<R,EX> visitor)`	Invokes the respective method of the `ClassFile.ConstantElementValue.Visitor`.
`<R,EX extends Throwable> R`	ClassFile.ConstantElementValue.`accept(ClassFile.ElementValue.Visitor<R,EX> visitor)`
`<R,EX extends Throwable> R`	ClassFile.ElementValue.`accept(ClassFile.ElementValue.Visitor<R,EX> visitor)`	Invokes the respective method of the `ClassFile.ElementValue.Visitor`.
`<R,EX extends Throwable> R`	ClassFile.EnumConstValue.`accept(ClassFile.ElementValue.Visitor<R,EX> visitor)`
`Java.ArrayInitializer`	DeepCopier.`copyOptionalArrayInitializer(Java.ArrayInitializer subject)`
`Java.ArrayInitializerOrRvalue`	DeepCopier.`copyOptionalArrayInitializerOrRvalue(Java.ArrayInitializerOrRvalue subject)`
`Java.ArrayType`	DeepCopier.`copyOptionalArrayType(Java.ArrayType subject)`
`Java.Atom`	DeepCopier.`copyOptionalAtom(Java.Atom subject)`
`Java.Block`	DeepCopier.`copyOptionalBlock(Java.Block subject)`
`Java.BlockStatement`	DeepCopier.`copyOptionalBlockStatement(Java.BlockStatement subject)`
`Java.ConstructorInvocation`	DeepCopier.`copyOptionalConstructorInvocation(Java.ConstructorInvocation subject)`
`Java.ElementValue`	DeepCopier.`copyOptionalElementValue(Java.ElementValue subject)`
`Java.PackageDeclaration`	DeepCopier.`copyOptionalPackageDeclaration(Java.PackageDeclaration subject)`
`Java.ReferenceType`	DeepCopier.`copyOptionalReferenceType(Java.ReferenceType subject)`
`Java.ReferenceType[]`	DeepCopier.`copyOptionalReferenceTypes(Java.ReferenceType[] subject)`
`Java.Rvalue`	DeepCopier.`copyOptionalRvalue(Java.Rvalue subject)`
`Java.Rvalue[]`	DeepCopier.`copyOptionalRvalues(Java.Rvalue[] subject)`
`List<Java.BlockStatement>`	DeepCopier.`copyOptionalStatements(Collection<? extends Java.BlockStatement> subject)`
`Java.Type`	DeepCopier.`copyOptionalType(Java.Type subject)`
`Java.TypeArgument[]`	DeepCopier.`copyOptionalTypeArguments(Java.TypeArgument[] subject)`
`Java.TypeParameter[]`	DeepCopier.`copyOptionalTypeParameters(Java.TypeParameter[] subject)`
`ClassFile.InnerClassesAttribute`	ClassFile.`getInnerClassesAttribute()`	Finds the `InnerClasses` attribute of this class file.

Method parameters in org.codehaus.janino.util with annotations of type Nullable
Modifier and Type	Method	Description
`ClassFile.FieldInfo`	ClassFile.`addFieldInfo(short accessFlags, String fieldName, String fieldTypeFd, Object constantValue)`	Creates a `ClassFile.FieldInfo` and adds it to this class.
`Java.ArrayInitializer`	DeepCopier.`copyOptionalArrayInitializer(Java.ArrayInitializer subject)`
`Java.ArrayInitializerOrRvalue`	DeepCopier.`copyOptionalArrayInitializerOrRvalue(Java.ArrayInitializerOrRvalue subject)`
`Java.ArrayType`	DeepCopier.`copyOptionalArrayType(Java.ArrayType subject)`
`Java.Atom`	DeepCopier.`copyOptionalAtom(Java.Atom subject)`
`Java.Block`	DeepCopier.`copyOptionalBlock(Java.Block subject)`
`Java.BlockStatement`	DeepCopier.`copyOptionalBlockStatement(Java.BlockStatement subject)`
`Java.ConstructorInvocation`	DeepCopier.`copyOptionalConstructorInvocation(Java.ConstructorInvocation subject)`
`Java.ElementValue`	DeepCopier.`copyOptionalElementValue(Java.ElementValue subject)`
`Java.PackageDeclaration`	DeepCopier.`copyOptionalPackageDeclaration(Java.PackageDeclaration subject)`
`Java.ReferenceType`	DeepCopier.`copyOptionalReferenceType(Java.ReferenceType subject)`
`Java.ReferenceType[]`	DeepCopier.`copyOptionalReferenceTypes(Java.ReferenceType[] subject)`
`Java.Rvalue`	DeepCopier.`copyOptionalRvalue(Java.Rvalue subject)`
`Java.Rvalue[]`	DeepCopier.`copyOptionalRvalues(Java.Rvalue[] subject)`
`List<Java.BlockStatement>`	DeepCopier.`copyOptionalStatements(Collection<? extends Java.BlockStatement> subject)`
`Java.Type`	DeepCopier.`copyOptionalType(Java.Type subject)`
`Java.TypeArgument[]`	DeepCopier.`copyOptionalTypeArguments(Java.TypeArgument[] subject)`
`Java.TypeParameter[]`	DeepCopier.`copyOptionalTypeParameters(Java.TypeParameter[] subject)`
`boolean`	ClassFile.ConstantClassInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantFieldrefInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantInterfaceMethodrefInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantInvokeDynamicInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantMethodHandleInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantMethodrefInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantMethodTypeInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantNameAndTypeInfo.`equals(Object o)`
`boolean`	ClassFile.ConstantUtf8Info.`equals(Object o)`
`void`	AutoIndentWriter.`write(char[] cbuf, int off, int len)`
`void`	AutoIndentWriter.`write(String str, int off, int len)`

Constructor parameters in org.codehaus.janino.util with annotations of type Nullable
Constructor	Description
`ClassFile(short accessFlags, String thisClassFd, String superclassFd, String[] interfaceFds)`	Constructs a class with no fields and methods.

Uses of Classorg.codehaus.commons.nullanalysis.Nullable

Uses of Nullable in org.codehaus.commons.compiler

Uses of Nullable in org.codehaus.commons.compiler.jdk

Uses of Nullable in org.codehaus.commons.compiler.jdk.util

Uses of Nullable in org.codehaus.commons.compiler.lang

Uses of Nullable in org.codehaus.commons.compiler.util

Uses of Nullable in org.codehaus.commons.compiler.util.iterator

Uses of Nullable in org.codehaus.commons.compiler.util.reflect

Uses of Nullable in org.codehaus.commons.compiler.util.resource

Uses of Nullable in org.codehaus.janino

Uses of Nullable in org.codehaus.janino.util

Uses of Class
org.codehaus.commons.nullanalysis.Nullable