Uses of Class
org.glassfish.pfl.dynamic.codegen.spi.Type

Packages that use Type

Package	Description
org.glassfish.pfl.dynamic.codegen.impl
org.glassfish.pfl.dynamic.codegen.spi
org.glassfish.pfl.tf.timer.spi

Uses of Type in org.glassfish.pfl.dynamic.codegen.impl

Fields in org.glassfish.pfl.dynamic.codegen.impl declared as Type

Modifier and Type	Field	Description
private Type	ExpressionFactory.NewArrExpression.ctype
private Type	ExpressionFactory.InstofExpression.itype
protected Type	MethodInfoBase.rtype
private Type	ClassInfoBase.superType
private Type	ClassInfoBase.thisType
private Type	ExpressionFactory.BinaryOperatorExpression.type
private Type	ExpressionFactory.CastExpression.type
private Type	ExpressionFactory.ConstantExpression.type
private Type	ExpressionFactory.IfExpression.type
private Type	ExpressionFactory.NewObjExpression.type
private Type	ExpressionFactory.VariableImpl.type
protected Type	FieldInfoImpl.type

Fields in org.glassfish.pfl.dynamic.codegen.impl with type parameters of type Type

Modifier and Type	Field	Description
private java.util.Map<Type,Pair<Variable,BlockStatement>>	TryStatement.catches
protected java.util.List<Type>	MethodInfoBase.exceptions
private java.util.List<Type>	ClassInfoBase.impls
private java.util.Map<java.lang.String,Type>	ImportListImpl.imports
private static java.util.Map<ExpressionFactory.BinaryOperator,java.util.Map<Type,java.lang.Integer>>	ByteCodeUtility.opInstructions
private static java.util.Map<Type,java.lang.Integer>	ByteCodeUtility.typeIndex

Methods in org.glassfish.pfl.dynamic.codegen.impl that return Type

Modifier and Type	Method	Description
Type	ImportListImpl.addImport(java.lang.String name)	Add a fully-qualified type name to the imports.
Type	ExpressionFactory.NewArrExpression.ctype()
Type	ExpressionFactory.InstofExpression.itype()
Type	ImportListImpl.lookup(java.lang.String className)	Lookup just the className, without package name.
Type	MethodInfoBase.returnType()
Type	ClassInfoBase.superType()
(package private) abstract Type	ExpressionFactory.FieldAccessExpressionBase.targetType()
Type	ExpressionFactory.NonStaticFieldAccessExpression.targetType()
Type	ExpressionFactory.StaticFieldAccessExpression.targetType()
Type	ClassInfoBase.thisType()
Type	ExpressionFactory.ArrayIndexExpression.type()
Type	ExpressionFactory.ArrayLengthExpression.type()
Type	ExpressionFactory.BinaryOperatorExpression.type()
Type	ExpressionFactory.CallExpression.type()
Type	ExpressionFactory.CastExpression.type()
Type	ExpressionFactory.ConstantExpression.type()
Type	ExpressionFactory.FieldAccessExpressionBase.type()
Type	ExpressionFactory.IfExpression.type()
Type	ExpressionFactory.InstofExpression.type()
Type	ExpressionFactory.NewArrExpression.type()
Type	ExpressionFactory.NewObjExpression.type()
Type	ExpressionFactory.SuperCallExpression.type()
Type	ExpressionFactory.SuperObjExpression.type()
Type	ExpressionFactory.ThisExpression.type()
Type	ExpressionFactory.ThisObjExpression.type()
Type	ExpressionFactory.UnaryOperatorExpression.type()
Type	ExpressionFactory.VariableImpl.type()
Type	ExpressionFactory.VoidExpression.type()
Type	ExpressionInternal.type()
Type	FieldInfoImpl.type()
Type	ImportListImpl.Node.type()

Methods in org.glassfish.pfl.dynamic.codegen.impl that return types with arguments of type Type

Modifier and Type	Method	Description
java.util.Map<Type,Pair<Variable,BlockStatement>>	TryStatement.catches()
java.util.List<Type>	MethodInfoBase.exceptions()
java.util.List<Type>	ClassInfoBase.impls()

Methods in org.glassfish.pfl.dynamic.codegen.impl with parameters of type Type

Modifier and Type	Method	Description
ExpressionInternal	ExpressionFactory._const(Type c)
Variable	MethodGenerator.addArgument(Type type, java.lang.String ident)
Pair<Variable,BlockStatement>	TryStatement.addCatch(Type type, java.lang.String ident)	Add a new Catch block to this try statement.
Expression	BlockStatement.addDefinition(Type type, java.lang.String ident, Expression value)
FieldGenerator	ClassGeneratorImpl.addField(int modifiers, Type type, java.lang.String name)
void	ImportListImpl.addImport(Type type)
static java.lang.String	ASMUtil.bcName(Type type)
Expression	ExpressionFactory.cast(Type type, Expression expr)
private void	BlockStatement.checkSwitchExpressionType(Type type)
boolean	ImportListImpl.contains(Type type)
static ClassGeneratorImpl	CodeGenerator.defineClass(int modifiers, java.lang.String name, Type superType, java.util.List<Type> impls)	Define a ClassGeneratorImpl for a class.
void	ByteCodeUtility.emitCast(Type from, Type to)
void	ByteCodeUtility.emitConstantExpression(Type type, java.lang.Object value)
void	ByteCodeUtility.emitConversion(Type from, Type to)
void	ByteCodeUtility.emitExceptionTableEntry(org.objectweb.asm.Label start, org.objectweb.asm.Label end, org.objectweb.asm.Label handler, Type exceptionType)
void	ByteCodeUtility.emitInstanceof(Type type)
void	ByteCodeUtility.emitInvoke(Type type, java.lang.String name, Signature sig)	Emit the appropriate non-static INVOKE instruction as follows: If type is an interface, emit INVOKEINTERFACE.
void	ByteCodeUtility.emitNewArrayCall(Type type)
void	ByteCodeUtility.emitNewCall(Type type)	Emit the NEW, DUP sequence required at the start of a new call.
void	ByteCodeUtility.emitNewInvoke(Type type, Signature sig)	Emit the INVOKESPECIAL instruction for calling a constructor with the given signature.
private void	ByteCodeUtility.emitReturn(Type returnType)
void	ByteCodeUtility.emitSpecialInvoke(Type type, java.lang.String name, Signature sig)	Emit the INVOKESPECIAL instruction for calling a method with the given signature.
void	ByteCodeUtility.emitStaticInvoke(Type type, java.lang.String name, Signature sig)	Emit a static INVOKE instruction.
Expression	ExpressionFactory.fieldAccess(Type target, java.lang.String fieldName)
int	ASMSetupVisitor.SlotAllocator.getSlot(Type type)
private static int	EmitterFactory.getVarInsnOpcode(Type type, boolean isStore)
protected void	ClassInfoBase.initializeClass(Type thisType, Type superType, java.util.List<Type> impls)
private void	ImportListImpl.insertType(Type type)
Expression	ExpressionFactory.instof(Expression expr, Type type)
private static EmitterFactory.Emitter	EmitterFactory.makeFieldInsnEmitter(boolean isStore, boolean isStatic, Type targetType, java.lang.String name, Type varType)
static ImportListImpl.Node	ImportListImpl.Node.makeTypeNode(java.lang.String name, Type type)
Expression	ExpressionFactory.newArr(Type type, Expression size)
Expression	ExpressionFactory.newArrInit(Type type, java.util.List<Expression> exprs)
Expression	ExpressionFactory.newObj(Type type, java.util.List<Expression> exprs)
Expression	ExpressionFactory.newObj(Type type, Signature signature, java.util.List<Expression> args)
MethodGenerator	ClassGeneratorImpl.startMethod(int modifiers, Type rtype, java.lang.String name, java.util.List<Type> exceptions)
Expression	ExpressionFactory.staticCall(Type target, java.lang.String ident, java.util.List<Expression> exprs)	Shorthand form to construct invocation that looks up Signature based on the types of the expressions in exprs.
Expression	ExpressionFactory.staticCall(Type target, java.lang.String ident, Signature signature, java.util.List<Expression> exprs)	Construct a representation of a static method invocation.
void	ASMByteCodeVisitor.tryStatementBeforeBlock(TryStatement arg, Type type, Variable var, BlockStatement block)
void	ASMSetupVisitor.tryStatementBeforeBlock(TryStatement arg, Type type, Variable var, BlockStatement block)
void	NopVisitor.tryStatementBeforeBlock(TryStatement arg, Type type, Variable var, BlockStatement block)
void	SourceStatementVisitor.tryStatementBeforeBlock(TryStatement arg, Type type, Variable var, BlockStatement block)
void	TreeWalker.tryStatementBeforeBlock(TryStatement arg, Type type, Variable var, BlockStatement block)
int	ByteCodeUtility.typeCode(Type type)
private java.lang.String	SourceExpressionVisitor.typeName(Type type)
private java.lang.String	SourceStatementVisitor.typeName(Type type)
Variable	ExpressionFactory.variable(Type type, java.lang.String ident)

Method parameters in org.glassfish.pfl.dynamic.codegen.impl with type arguments of type Type

Modifier and Type	Method	Description
static ClassGeneratorImpl	CodeGenerator.defineClass(int modifiers, java.lang.String name, Type superType, java.util.List<Type> impls)	Define a ClassGeneratorImpl for a class.
static ClassGeneratorImpl	CodeGenerator.defineInterface(int modifiers, java.lang.String name, java.util.List<Type> impls)	Define a ClassGeneratorImpl for an interface.
protected void	ClassInfoBase.initializeClass(Type thisType, Type superType, java.util.List<Type> impls)
protected void	ClassInfoBase.initializeInterface(java.util.List<Type> exts)
MethodGenerator	ClassGeneratorImpl.startConstructor(int modifiers, java.util.List<Type> exceptions)
MethodGenerator	ClassGeneratorImpl.startMethod(int modifiers, Type rtype, java.lang.String name, java.util.List<Type> exceptions)

Constructors in org.glassfish.pfl.dynamic.codegen.impl with parameters of type Type

Constructor	Description
BinaryOperatorExpression(ExpressionFactory ef, Type type, Expression left, ExpressionFactory.BinaryOperator op, Expression right)
CastExpression(ExpressionFactory ef, Type type, Expression expr)
ClassGeneratorImpl(int modifiers, java.lang.String name, Type superType, java.util.List<Type> impls)	Construct a ClassGeneratorImpl representing a class.
ClassInfoBase(int modifiers, Type thisType)	Construct a ClassInfoBase representing a class or interface.
ClassInfoReflectiveImpl(Type type)
ConstantExpression(ExpressionFactory ef, Type type, java.lang.Object value)
FieldGenerator(ClassGeneratorImpl cinfo, int modifiers, Type type, java.lang.String ident)
FieldInfoImpl(ClassInfo cinfo, int modifiers, Type type, java.lang.String ident)
InstofExpression(ExpressionFactory ef, Expression expr, Type type)
MethodGenerator(ClassGeneratorImpl parent, int modifiers, Type rtype, java.lang.String name, java.util.List<Type> exceptions)	Construct a MethodGenerator that represents a method.
MethodInfoBase(ClassInfo cinfo, int modifiers, Type rtype, java.lang.String name)
NewArrExpression(ExpressionFactory ef, Type ctype, Expression size, java.util.List<Expression> exprs)
NewObjExpression(ExpressionFactory ef, Type type, Signature signature, java.util.List<Expression> args)
StaticCallExpression(ExpressionFactory ef, Type target, java.lang.String ident, Signature signature, java.util.List<Expression> args)
StaticFieldAccessExpression(ExpressionFactory ef, Type target, java.lang.String fieldName)
VariableImpl(ExpressionFactory ef, Type type, java.lang.String ident)

Constructor parameters in org.glassfish.pfl.dynamic.codegen.impl with type arguments of type Type

Constructor	Description
ClassGeneratorImpl(int modifiers, java.lang.String name, java.util.List<Type> impls)	Construct a ClassGeneratorImpl representing an interface.
ClassGeneratorImpl(int modifiers, java.lang.String name, Type superType, java.util.List<Type> impls)	Construct a ClassGeneratorImpl representing a class.
MethodGenerator(ClassGeneratorImpl parent, int modifiers, java.util.List<Type> exceptions)	Construct a MethodGenerator that represents a constructor.
MethodGenerator(ClassGeneratorImpl parent, int modifiers, Type rtype, java.lang.String name, java.util.List<Type> exceptions)	Construct a MethodGenerator that represents a method.

Uses of Type in org.glassfish.pfl.dynamic.codegen.spi

Fields in org.glassfish.pfl.dynamic.codegen.spi declared as Type

Modifier and Type	Field	Description
private Type	Type.memberType
private static Type	Type.myBoolean
private static Type	Type.myByte
private static Type	Type.myChar
private static Type	Type.myClass
private static Type	Type.myCloneable
private static Type	Type.myDouble
private static Type	Type.myFloat
private static Type	Type.myInt
private static Type	Type.myLong
private static Type	Type.myNull
private static Type	Type.myObject
private static Type	Type.myShort
private static Type	Type.myString
private static Type	Type.myVoid
private Type	Signature.rtype

Fields in org.glassfish.pfl.dynamic.codegen.spi with type parameters of type Type

Modifier and Type	Field	Description
private static java.lang.ThreadLocal<java.util.Map<java.lang.Class,Type>>	Type.classMap
private static java.lang.ThreadLocal<java.util.Map<java.lang.String,Type>>	Type.classNameMap
private static java.util.Map<java.lang.Class,Type>	Type.ptcToType
private java.util.List<Type>	Signature.types

Methods in org.glassfish.pfl.dynamic.codegen.spi that return Type

Modifier and Type	Method	Description
static Type	Type._array(Type memberType)
static Type	Type._boolean()
static Type	Wrapper._boolean()	Return a representation of the boolean type.
static Type	Type._byte()
(package private) static Type	Wrapper._byte()	Return a representation of the byte type.
static Type	Type._char()
(package private) static Type	Wrapper._char()	Return a representation of the char type.
static Type	Type._class(java.lang.String name)	Return a codegen Type representing a class with the given name.
static Type	Type._Class()
static Type	Wrapper._Class()	Return a representation of the java.lang.Class type.
static Type	Type._classGenerator(ClassGenerator cg)
static Type	Type._Cloneable()
static Type	Type._double()
(package private) static Type	Wrapper._double()	Return a representation of the double type.
static Type	Type._float()
(package private) static Type	Wrapper._float()	Return a representation of the float type.
static Type	Wrapper._import(java.lang.String name)	Used to create short names for types.
(package private) Type	Wrapper.Environment._import(java.lang.String name)
static Type	Type._int()
static Type	Wrapper._int()	Return a representation of the int type.
static Type	Type._long()
(package private) static Type	Wrapper._long()	Return a representation of the long type.
static Type	Type._null()
static Type	Type._Object()
static Type	Wrapper._Object()	Return a representation of the java.lang.Object type.
static Type	Type._short()
(package private) static Type	Wrapper._short()	Return a representation of the short type.
static Type	Type._String()
static Type	Wrapper._String()	Return a representation of the java.lang.String type.
static Type	Wrapper._t(java.lang.String name)	Return the reference type for the given class name.
(package private) Type	Wrapper.Environment._t(java.lang.String name)
static Type	Wrapper._thisClass()	Return the type of the current class.
(package private) Type	Wrapper.Environment._thisClass()
static Type	Type._void()
static Type	Wrapper._void()	Return a representation of the void type.
Type	ImportList.addImport(java.lang.String name)	Add a fully-qualified type name to the imports.
Type	Type.binaryPromotion(Type t)	Return the type that is the binary promotion of this type and Type t.
static Type	Primitives.getPrimitiveTypeForWrapper(Type type)
static Type	Primitives.getWrapperTypeForPrimitive(Type type)
Type	ImportList.lookup(java.lang.String className)	Lookup just the className, without package name.
Type	Type.memberType()
Type	MethodInfo.returnType()	Return the Type that is returned by this method.
Type	Signature.returnType()
Type	ClassInfo.superType()	Return the Type of the supertype of this class.
Type	ClassInfo.thisType()	Return the Type of the class represented by this ClassInfo.
Type	FieldInfo.type()	Return the type of this Field.
static Type	Type.type(java.lang.Class cls)	Return the codegen Type that corresponds to the Java (non-generic) Type represented by cls.
Type	Variable.type()	Return the type of this variable.
Type	Type.unaryPromotion()	Return the type that is a unary promotion of this type.

Methods in org.glassfish.pfl.dynamic.codegen.spi that return types with arguments of type Type

Modifier and Type	Method	Description
java.util.List<Type>	Signature.argTypes()
java.util.List<Type>	MethodInfo.exceptions()	Return a list of all Exception types that are declared as being throwable from this method.
(package private) static java.util.List<Type>	Signature.getExprTypes(java.util.List<Expression> exprs)
java.util.List<Type>	ClassInfo.impls()	Return the list of Types of interfaces implemented by this class.

Methods in org.glassfish.pfl.dynamic.codegen.spi with parameters of type Type

Modifier and Type	Method	Description
static Expression	Wrapper._arg(Type type, java.lang.String name)	Add an argument to the current method.
(package private) Expression	Wrapper.Environment._arg(Type type, java.lang.String name)
(package private) Expression	Wrapper.MethodContext._arg(Type type, java.lang.String ident)
static Type	Type._array(Type memberType)
static Expression	Wrapper._call(Type target, java.lang.String ident, java.util.List<Expression> args)	Generate a call to a static method, using the Java method overload resolution algorithm to determine the signature.
static Expression	Wrapper._call(Type target, java.lang.String ident, Expression... args)	Generate a call to a static method, using the Java method overload resolution algorithm to determine the signature.
static Expression	Wrapper._call(Type target, java.lang.String ident, Signature signature, java.util.List<Expression> args)	Generate a call to a static method.
static Expression	Wrapper._call(Type target, java.lang.String ident, Signature signature, Expression... args)	Generate a call to a static method.
static Expression	Wrapper._cast(Type type, Expression expr)	Create an expression representing the type cast of expr to type.
static Expression	Wrapper._catch(Type type, java.lang.String name)	Indicate the start of a catch clause in a try statement.
(package private) Expression	Wrapper.Environment._catch(Type type, java.lang.String name)
(package private) Expression	Wrapper.TryStatementContext._catch(Type type, java.lang.String name)
static void	Wrapper._class(int modifiers, java.lang.String name, Type superClass, java.util.List<Type> impls)	Define a class.
static void	Wrapper._class(int modifiers, java.lang.String name, Type superClass, Type... impls)	Define a class.
void	Wrapper.Environment._class(int modifiers, java.lang.String name, Type superClass, java.util.List<Type> impls)
static Expression	Wrapper._const(Type c)	Return a constant expression representing the value c.
static void	Wrapper._constructor(int modifiers, Type... exceptions)	Begin defining a constructor in the current class.
static Expression	Wrapper._data(int modifiers, Type type, java.lang.String name)	Define a data member in a class.
(package private) FieldGenerator	Wrapper.ClassContext._data(int modifiers, Type type, java.lang.String name)
(package private) FieldGenerator	Wrapper.Environment._data(int modifiers, Type type, java.lang.String name)
static Expression	Wrapper._define(Type type, java.lang.String name, Expression expr)	Indicates the introduction of a new local variable initialized to the given expression.
static Expression	Wrapper._field(Type type, java.lang.String fieldName)	Return an expression used to access a static data member in a class given by the type.
static void	Wrapper._interface(int modifiers, java.lang.String name, Type... impls)	Define an interface.
static void	Wrapper._method(int modifiers, Type type, java.lang.String name, java.util.List<Type> exceptions)	Begin defining a method in the current class.
static void	Wrapper._method(int modifiers, Type type, java.lang.String name, Type... exceptions)	Begin defining a method in the current class.
(package private) void	Wrapper.ClassContext._method(int modifiers, Type type, java.lang.String name, java.util.List<Type> exceptions)
(package private) void	Wrapper.Environment._method(int modifiers, Type type, java.lang.String name, java.util.List<Type> exceptions)
static Expression	Wrapper._new(Type type, java.util.List<Expression> args)	Create an expression representing the construction of a new instance of the given type using the constructor with the signature determined by the Java method overload resolution algorithm and the list of expressions as arguments.
static Expression	Wrapper._new(Type type, Expression... args)	Create an expression representing the construction of a new instance of the given type using the constructor with the signature determined by the Java method overload resolution algorithm and the list of expressions as arguments.
static Expression	Wrapper._new(Type type, Signature signature, java.util.List<Expression> args)	Create an expression representing the construction of a new instance of the given type using the constructor with the given signature and the list of expressions as arguments.
static Expression	Wrapper._new(Type type, Signature signature, Expression... args)	Create an expression representing the construction of a new instance of the given type using the constructor with the given signature and the list of expressions as arguments.
static Expression	Wrapper._new_array_init(Type type, java.util.List<Expression> args)	Create an expression representing the construction of a new array with the given component type using the given expressions to initialize the array.
static Expression	Wrapper._new_array_init(Type type, Expression... args)	Create an expression representing the construction of a new array with the given component type using the given expressions to initialize the array.
static Signature	Wrapper._s(Type rtype, java.util.List<Type> types)	Create a signature that may be used for calling a method or constructor.
static Signature	Wrapper._s(Type rtype, Type... types)	Create a signature that may be used for calling a method or constructor.
void	ModifiableClass.addImplementedInterface(Type type)
void	ImportList.addImport(Type type)
Type	Type.binaryPromotion(Type t)	Return the type that is the binary promotion of this type and Type t.
void	Signature.checkCompatibility(Type targetType, java.lang.String ident, java.util.List<Expression> args)	Check whether the list of expression in args is statically compatible with this Signature.
private void	Signature.checkCompatibility(Type targetType, java.lang.String ident, java.util.List<Expression> args, boolean isStaticMethod)
void	Signature.checkConstructorCompatibility(Type targetType, java.util.List<Expression> args)	Check whether the list of expression in args is statically compatible with this Signature.
void	Signature.checkStaticCompatibility(Type targetType, java.lang.String ident, java.util.List<Expression> args)	Check whether the list of expression in args is statically compatible with this Signature.
boolean	ImportList.contains(Type type)
static Signature	Signature.fromCall(Type type, java.lang.String ident, java.util.List<Expression> exprs)
static Signature	Signature.fromCallUsingTypes(Type type, java.lang.String ident, java.util.List<Type> types)
static Signature	Signature.fromConstructor(Type type, java.util.List<Expression> exprs)
static Signature	Signature.fromConstructorUsingTypes(Type type, java.util.List<Type> types)
private static Signature	Signature.fromMethodCall(Type type, java.lang.String ident, java.util.List<Expression> exprs, boolean isStaticCall)
private static Signature	Signature.fromMethodCallUsingTypes(Type type, java.lang.String ident, java.util.List<Type> types, boolean isStaticCall)
static Signature	Signature.fromStaticCall(Type type, java.lang.String ident, java.util.List<Expression> exprs)
static Signature	Signature.fromStaticCallUsingTypes(Type type, java.lang.String ident, java.util.List<Type> types)
private static ClassInfo	Signature.getClassInfo(Type type)
private static java.util.Set<MethodInfo>	Signature.getMethods(Type type, java.lang.String ident, boolean staticOnly)
static Type	Primitives.getPrimitiveTypeForWrapper(Type type)
static Type	Primitives.getWrapperTypeForPrimitive(Type type)
boolean	Type.hasPrimitiveNarrowingConversionFrom(Type t)	Return true iff there is a primitive narrowing conversion from Type t to this type.
boolean	Type.hasPrimitiveWideningConversionFrom(Type t)	Return true iff there is a primitive widening conversion from Type t to this type.
boolean	Type.hasReferenceNarrowingConversionFrom(Type t)	Return true iff there is a reference narrowing conversion from Type t to this type.
boolean	Type.hasReferenceWideningConversionFrom(Type t)	Return true iff there is a reference widening conversion from Type t to this type.
boolean	Type.isAssignmentConvertibleFrom(Type t)	Return true iff there is an assignment conversion from Type t to this type.
boolean	Type.isCastingConvertibleFrom(Type t)	Return true iff there is a casting conversion from Type t to this type.
boolean	Type.isMethodInvocationConvertibleFrom(Type t)	Return true iff one of the following statements is true: this.equals( t ) .
private boolean	Type.isSubclass(Type t)
static Signature	Signature.make(Type rtype, java.util.List<Type> types)
private boolean	Type.noMethodConflicts(Type t1, Type t2)
private static MethodInfo	Signature.returnCompatibleMethod(Type type, java.lang.String ident, java.util.List<Type> argTypes, Signature.CallType ctype, java.util.Set<MethodInfo> compatibleMethods)
void	ModifiableClass.setSuperType(Type type)

Method parameters in org.glassfish.pfl.dynamic.codegen.spi with type arguments of type Type

Modifier and Type	Method	Description
static void	Wrapper._class(int modifiers, java.lang.String name, Type superClass, java.util.List<Type> impls)	Define a class.
void	Wrapper.Environment._class(int modifiers, java.lang.String name, Type superClass, java.util.List<Type> impls)
static void	Wrapper._constructor(int modifiers, java.util.List<Type> exceptions)	Begin defining a constructor in the current class.
(package private) void	Wrapper.ClassContext._constructor(int modifiers, java.util.List<Type> exceptions)
(package private) void	Wrapper.Environment._constructor(int modifiers, java.util.List<Type> exceptions)
static void	Wrapper._interface(int modifiers, java.lang.String name, java.util.List<Type> impls)	Define an interface.
(package private) void	Wrapper.Environment._interface(int modifiers, java.lang.String name, java.util.List<Type> impls)
static void	Wrapper._method(int modifiers, Type type, java.lang.String name, java.util.List<Type> exceptions)	Begin defining a method in the current class.
(package private) void	Wrapper.ClassContext._method(int modifiers, Type type, java.lang.String name, java.util.List<Type> exceptions)
(package private) void	Wrapper.Environment._method(int modifiers, Type type, java.lang.String name, java.util.List<Type> exceptions)
static Signature	Wrapper._s(Type rtype, java.util.List<Type> types)	Create a signature that may be used for calling a method or constructor.
private void	Signature.checkArgTypeCompatibility(java.util.List<Type> atypes)
private boolean	Signature.checkArgTypeCompatibility(java.util.List<Type> atypes, boolean throwsException)
static Signature	Signature.fromCallUsingTypes(Type type, java.lang.String ident, java.util.List<Type> types)
static Signature	Signature.fromConstructorUsingTypes(Type type, java.util.List<Type> types)
private static Signature	Signature.fromMethodCallUsingTypes(Type type, java.lang.String ident, java.util.List<Type> types, boolean isStaticCall)
static Signature	Signature.fromStaticCallUsingTypes(Type type, java.lang.String ident, java.util.List<Type> types)
private static java.util.Set<MethodInfo>	Signature.getCompatibleMethods(java.util.Set<MethodInfo> methods, java.util.List<Type> argTypes)
private static java.lang.String	Signature.getTypeListString(java.util.List<Type> types)
static Signature	Signature.make(Type rtype, java.util.List<Type> types)
private static MethodInfo	Signature.returnCompatibleMethod(Type type, java.lang.String ident, java.util.List<Type> argTypes, Signature.CallType ctype, java.util.Set<MethodInfo> compatibleMethods)

Constructors in org.glassfish.pfl.dynamic.codegen.spi with parameters of type Type

Constructor	Description
Signature(Type rtype, java.util.List<Type> types)
Type(java.lang.String name, java.lang.String signature, int size, boolean isNumber, Type.Sort sort, int wideningNumber, Type memberType)

Constructor parameters in org.glassfish.pfl.dynamic.codegen.spi with type arguments of type Type

Constructor	Description
Signature(Type rtype, java.util.List<Type> types)

Uses of Type in org.glassfish.pfl.tf.timer.spi

Fields in org.glassfish.pfl.tf.timer.spi declared as Type

Modifier and Type	Field	Description
private static Type	TimerPointSourceGenerator.Timer
private static Type	TimerPointSourceGenerator.TimerEventController
private static Type	TimerPointSourceGenerator.TimerFactory
private static Type	TimerPointSourceGenerator.TimerGroup

Methods in org.glassfish.pfl.tf.timer.spi with parameters of type Type

Modifier and Type	Method	Description
private static void	TimerPointSourceGenerator.writeFile(java.lang.String dirName, Type type)