Uses of Class
javassist.bytecode.analysis.Type

Packages that use Type

Package	Description
javassist.bytecode.analysis	Bytecode Analysis API.

Uses of Type in javassist.bytecode.analysis

Subclasses of Type in javassist.bytecode.analysis

Modifier and Type	Class	Description
class	MultiArrayType	Represents an array of MultiType instances.
class	MultiType	MultiType represents an unresolved type.

Fields in javassist.bytecode.analysis declared as Type

Modifier and Type	Field	Description
static Type	Type.BOGUS	Represents a non-accessible value.
static Type	Type.BOOLEAN	Represents the boolean primitive type
static Type	Type.BYTE	Represents the byte primitive type
static Type	Type.CHAR	Represents the char primitive type
private Type	Executor.CLASS_TYPE
static Type	Type.CLONEABLE	Represents the java.lang.Coneable reference type
static Type	Type.DOUBLE	Represents the double primitive type
static Type	Type.FLOAT	Represents the float primitive type
static Type	Type.INTEGER	Represents the integer primitive type
private Type[]	Frame.locals
static Type	Type.LONG	Represents the long primitive type
static Type	Type.OBJECT	Represents the java.lang.Object reference type
private Type	MultiType.potentialClass
private Type	MultiType.resolved
static Type	Type.RETURN_ADDRESS	Represents an internal JVM return address, which is used by the RET instruction to return to a JSR that invoked the subroutine.
static Type	Type.SERIALIZABLE	Represents the java.io.Serializable reference type
static Type	Type.SHORT	Represents the short primitive type
private Type[]	Frame.stack
private Type	Executor.STRING_TYPE
static Type	Type.THROWABLE	Represents the java.lang.Throwable reference type
private Type	Executor.THROWABLE_TYPE
static Type	Type.TOP	A placeholder used by the analyzer for the second word position of a double-word type
private Type	Analyzer.ExceptionInfo.type
static Type	Type.UNINIT	Represents an unknown, or null type.
static Type	Type.VOID	Represents the void primitive type

Methods in javassist.bytecode.analysis that return Type

Modifier and Type	Method	Description
private Type	Type.createArray(Type rootComponent, int dims)
static Type	Type.get(CtClass clazz)	Obtain the Type for a given class.
Type	MultiArrayType.getComponent()
Type	MultiType.getComponent()	Always returns null since this type is never used for an array.
Type	Type.getComponent()	Returns the array component if this type is an array.
Type	Frame.getLocal(int index)	Returns the local varaible table entry at index.
(package private) Type	Type.getRootComponent(Type type)
Type	Frame.getStack(int index)	Returns the type on the stack at the specified index.
private Type	Executor.getType(java.lang.String name)
private static Type	Type.lookupType(java.lang.String name)
Type	MultiType.merge(Type type)
Type	Type.merge(Type type)	Finds the common base type, or interface which both this and the specified type can be assigned.
private Type	Type.mergeArray(Type type)
private Type	Type.mergeClasses(Type type)
private Type[]	Executor.paramTypesFromDesc(java.lang.String desc)
Type	Frame.peek()	Gets the top of the stack without altering it
Type	Frame.pop()	Alters the stack to contain one less element and return it.
private Type	Executor.resolveClassInfo(java.lang.String info)
private Type	Executor.returnTypeFromDesc(java.lang.String desc)
private Type	Executor.simplePeek(Frame frame)
private Type	Executor.simplePop(Frame frame)
private Type	Executor.typeFromDesc(java.lang.String desc)
private Type	Analyzer.zeroExtend(Type type)
private Type	Executor.zeroExtend(Type type)

Methods in javassist.bytecode.analysis with parameters of type Type

Modifier and Type	Method	Description
private void	Executor.access(int index, Type type, Subroutine subroutine)
private Type	Type.createArray(Type rootComponent, int dims)
private void	Executor.evalArrayLoad(Type expectedComponent, Frame frame)
private void	Executor.evalArrayStore(Type expectedComponent, Frame frame)
private void	Executor.evalBinaryMath(Type expected, Frame frame)
private void	Executor.evalLoad(Type expected, int index, Frame frame, Subroutine subroutine)
private void	Executor.evalShift(Type expected, Frame frame)
private void	Executor.evalStore(Type expected, int index, Frame frame, Subroutine subroutine)
private java.util.Map	Type.findCommonInterfaces(Type type)
private java.util.Map	Type.findExclusiveDeclaredInterfaces(Type type, CtClass exclude)
private ClassPool	Type.getClassPool(Type rootComponent)
(package private) Type	Type.getRootComponent(Type type)
boolean	MultiArrayType.isAssignableFrom(Type type)
boolean	MultiType.isAssignableFrom(Type type)
boolean	Type.isAssignableFrom(Type type)	Determines whether this type is assignable, to the passed type.
boolean	MultiArrayType.isAssignableTo(Type type)
boolean	MultiType.isAssignableTo(Type type)
Type	MultiType.merge(Type type)
Type	Type.merge(Type type)	Finds the common base type, or interface which both this and the specified type can be assigned.
private Type	Type.mergeArray(Type type)
private Type	Type.mergeClasses(Type type)
private java.util.Map	MultiType.mergeMultiAndSingle(MultiType multi, Type single)
void	Frame.push(Type type)	Alters the stack by placing the passed type on the top
void	Frame.setLocal(int index, Type type)	Sets the local variable table entry at index to a type.
void	Frame.setStack(int index, Type type)	Sets the type of the stack position
private void	Executor.simplePush(Type type, Frame frame)
private void	Executor.simpleSetLocal(int index, Type type, Frame frame)
private void	Executor.verifyAssignable(Type expected, Type type)
private Type	Analyzer.zeroExtend(Type type)
private Type	Executor.zeroExtend(Type type)

Constructors in javassist.bytecode.analysis with parameters of type Type

Constructor	Description
ExceptionInfo(int start, int end, int handler, Type type)
MultiType(java.util.Map interfaces, Type potentialClass)