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Uses of Class
xtc.type.Type

Packages that use Type
xtc.parser   
xtc.type   
 

Uses of Type in xtc.parser
 

Fields in xtc.parser declared as Type
protected  Type CodeGenerator.bindingType
          The type of the element being bound.
protected  Type ListMaker.element
          The current production's element type.
 Type Production.type
          The production's actual type, which must be filled in after parsing a module.
protected  Type VariantSorter.Typer.type
          The type.
 Type ProperListValue.type
          The type of the proper list.
protected  Type Transformer.Typer.type
          The current type.
 

Fields in xtc.parser with type parameters of type Type
protected  java.util.List<Type> MetaDataSetter.boundRepetitions
          The structure of bound repetitions.
 java.util.List<Type> MetaData.boundRepetitions
          The structure of bound repetitions for this production.
protected  java.util.List<Type> MetaDataSetter.options
          The structure of options.
 java.util.List<Type> MetaData.options
          The structure of options for this production.
protected  java.util.List<Type> CodeGenerator.optionTypes
          The types of bound options, i.e.
protected  java.util.List<Type> CodeGenerator.repetitionTypes
          The types of bound repetitions, i.e.
protected  java.util.List<Type> VariantSorter.types
          The current types.
 

Methods in xtc.parser that return Type
protected  Type VariantSorter.merge(VariantT v1, VariantT v2, Production p)
          Merge the two variants.
 Type Analyzer.type(Element element)
          Type the specified element.
 Type VariantSorter.Typer.type(Production p, boolean create)
          Determine the specified generic production's variant type.
 Type VariantSorter.Typer.visit(FullProduction p)
          Visit the specified full production.
 

Methods in xtc.parser with parameters of type Type
 java.lang.String CodeGenerator.extern(Type type)
          Extern the specified type.
static boolean Annotator.isList(Type type)
          Determine whether the specified type is a list type that can be processed by this visitor.
protected  void Transformer.Lifter.lift(Type type, NonTerminal nt, OrderedChoice c)
          Create a new production with the specified type, nonterminal, and ordered choice.
protected  void VariantSorter.setType(Production p, Type t)
          Set the specified production's type to the specified type.
 

Constructors in xtc.parser with parameters of type Type
FullProduction(java.util.List<Attribute> attributes, Type type, NonTerminal name, NonTerminal qName, OrderedChoice choice)
          Create a new full production.
Production(java.util.List<Attribute> attributes, Type type, NonTerminal name, NonTerminal qName, OrderedChoice choice)
          Create a new production.
ProperListValue(Type type, Binding element)
          Create a new singleton list value.
ProperListValue(Type type, Binding element, Binding tail)
          Create a new list value.
ProperListValue(Type type, java.util.List<Binding> elements, Binding tail)
          Create a new proper list value.
 

Uses of Type in xtc.type
 

Subclasses of Type in xtc.type
 class AliasT
          A type alias.
 class AnnotatedT
          An annotated type.
 class ArrayT
          An array type.
 class BooleanT
          A boolean type.
 class ClassOrInterfaceT
          The superclass of class and interface types.
 class ClassT
          A class type.
 class DerivedT
          The superclass of all derived types.
 class EnumeratorT
          An enumerator.
 class EnumT
          An enumerated type.
 class ErrorT
          The pseudo-type indicating a malformed type.
 class FloatT
          A floating point type.
 class FunctionOrMethodT
          The superclass of function and method types.
 class FunctionT
          A function type.
 class InstantiatedT
          An instantiated type.
 class IntegerT
          An integer type.
 class InterfaceT
          An interface type.
 class InternalParameter
          An internal parameter.
 class InternalT
          An internal type, identified by its name.
 class LabelT
          A label type.
 class MethodT
          A method type.
 class NamedParameter
          A named parameter.
 class NumberT
          The superclass of all number types.
 class PackageT
          A package type.
 class Parameter
          The superclass of all type parameters.
 class ParameterizedT
          A parameterized type.
 class PointerT
          A pointer type.
 class StructOrUnionT
          The superclass of struct and union types.
 class StructT
          A struct type.
 class TupleT
          A tuple type.
 class UnionT
          A union type.
 class UnitT
          A unit type.
 class VariableT
          A variable.
 class VariantT
          A variant type.
 class VoidT
          A void type.
 class Wildcard
          A type wildcard.
 class WrappedT
          The superclass of all wrapped types.
 

Fields in xtc.type declared as Type
static Type AST.ACTION
          The canonical parameterized action type.
static Type AST.ANY
          The canonical any type.
protected  Type SourcePrinter.base
          The base type.
static Type AST.CHAR
          The canonical character reference type.
static Type AST.FORMATTING
          The canonical formatting node type.
static Type AST.GENERIC
          The canonical dynamically typed generic node type.
static Type AST.LIST
          The canonical parameterized list type.
static Type AST.NODE
          The canonical dynamically typed node type.
static Type AST.NULL_NODE
          The canonical null node type.
protected  Type FunctionOrMethodT.result
          The result type.
static Type AST.STRING
          The canonical string type.
static Type AST.TOKEN
          The canonical token type.
protected  Type Reference.type
          The type.
static Type AST.VOID
          The canonical void type, which is VoidT.TYPE.
static Type AST.WILD_ACTION
          The canonical action instantiated with a wildcard element type.
static Type AST.WILD_LIST
          The canonical list instantiated with a wildcard element type.
 

Fields in xtc.type with type parameters of type Type
protected  java.util.List<Type> SourcePrinter.derived
          The list of derived types, with the outer-most type first.
protected  java.util.List<Type> FunctionOrMethodT.exceptions
          The optional list of exceptions.
protected  java.util.Map<java.lang.String,Type> AST.externToIntern
          The map from strings to type representations.
protected  java.util.List<Type> ClassOrInterfaceT.fields
          The list of fields.
protected  java.util.List<Type> ClassOrInterfaceT.interfaces
          The list of interfaces.
protected  java.util.List<Type> ClassOrInterfaceT.methods
          The list of methods.
protected  java.util.List<Type> FunctionOrMethodT.parameters
          The list of parameter types.
 

Methods in xtc.type with type parameters of type Type
static
<T extends Type>
java.util.List<T>
Type.copy(java.util.List<T> types)
          Copy the specified list of types.
static
<T extends Type>
java.util.List<T>
Type.seal(java.util.List<T> types)
          Seal the specified list of types.
 

Methods in xtc.type that return Type
static Type AST.actionOf(Type element)
          Create a new action type.
 Type Type.annotate()
          Annotate this type.
 Type Type.attribute(Attribute att)
          Annotate this type with the specified attribute.
 Type Type.attribute(java.util.List<Attribute> attributes)
          Annotate this type with the specified attributes.
 Type Type.attribute(Type template)
          Annotate this type with the specified type's attributes.
 Type CFactory.builtin(Type type)
          Mark the specified type as builtin.
 Type CFactory.c()
          Get the canonical char type.
static Type Type.cast(java.lang.Object type)
          Cast the specified object to a type.
 Type CFactory.cc()
          Get a constant char type.
 Type AST.combine(TupleT tuple1, TupleT tuple2, boolean flatten, boolean strict)
          Combine the specified tuple types into a consistent type.
 Type C.compose(Type t1, Type t2, boolean pedantic)
          Compose the specified types.
protected  Type C.compose(Type t1, Type t2, boolean pedantic, boolean recursive)
          Compose the specified types.
protected  Type C.composeArrays(ArrayT a1, ArrayT a2)
          Compose the specified array types (C99 6.2.7).
protected  Type C.composeFunctions(FunctionT f1, FunctionT f2, boolean pedantic)
          Compose the specified function types (C99 6.2.7).
 Type AST.concretize(Type type, Type concrete)
          Ensure that the specified type is concrete.
 Type Type.constant(boolean value)
          Set this type's constant.
 Type Type.constant(java.lang.Object value)
          Set this type's constant.
 Type CFactory.constant(Type type)
          Mark the specified type as constant.
 Type C.convert(Type t1, Type t2)
          Perform the usual arithmetic conversions.
abstract  Type Type.copy()
          Create a deep copy of this type.
 Type CFactory.cv()
          Get a constant void type.
 Type Type.deannotate()
          Deannotate this type.
 Type CFactory.f()
          Create a new function type with no parameters and a void return type.
 Type CFactory.f(Type result)
          Create a new function type with no parameters.
 Type CFactory.f(Type result, Type param)
          Create a new function type.
 Type CFactory.f(Type result, Type param1, Type param2)
          Create a new function type.
 Type CFactory.f(Type result, Type param1, Type param2, Type param3)
          Create a new function type.
 Type CFactory.f(Type result, Type param1, Type param2, Type param3, Type param4)
          Create a new function type.
 Type C.fit(java.math.BigInteger number)
          Fit the specified number to the closest integer type, starting with int.
 Type AST.flatten(TupleT tuple, boolean strict)
          Flatten the specified tuple type.
static Type AST.getArgument(Type type)
          Get the specified instantiated type's only argument.
 Type Tagged.getMember(int index)
          Get the member with the specified index.
 Type ClassT.getParent()
          Get the parent class.
 Type FunctionOrMethodT.getResult()
          Get the result type.
 Type ArrayT.getType()
          Get the element type.
 Type Reference.getType()
          Get this reference's type.
 Type WrappedT.getType()
          Get the type.
 Type PointerT.getType()
          Get the pointed-to type.
 Type CFactory.i()
          Get the canonical int type.
 Type AST.intern(java.lang.String s)
          Convert the specified string representation of a type into the type.
protected  Type JavaAST.internAction(java.lang.String s)
           
protected abstract  Type AST.internAction(java.lang.String s)
          Convert the specified string representation of an action type into the type.
protected  Type JavaAST.internList(java.lang.String s)
           
protected abstract  Type AST.internList(java.lang.String s)
          Convert the specified string representation of a list type into the type.
protected  Type JavaAST.internUser(java.lang.String s)
           
protected abstract  Type AST.internUser(java.lang.String s)
          Convert the specified string representation of a user-defined type into its internal representation.
 Type Type.language(Language language)
          Set this type's language.
static Type AST.listOf(Type element)
          Create a new list type.
 Type Type.locate(Locatable locatable)
          Set this type's location.
 Type Type.locate(Location location)
          Set this type's location.
 Type Parameter.lookup()
          Look up this parameter's binding.
 Type Tagged.lookup(java.lang.String name)
          Look up the member with the specified name.
 Type StructOrUnionT.lookup(java.lang.String name)
           
 Type EnumT.lookup(java.lang.String name)
           
 Type VariantT.lookup(java.lang.String name)
          Look up the tuple with the specified name.
 Type VariantT.lookupSimple(java.lang.String name)
          Look up the tuple with the specified simple name.
static Type AST.markOptional(Type type)
          Mark the specified type as optional.
static Type AST.markVariable(Type type)
          Mark the specified type as variable.
 Type CFactory.p2c()
          Get a pointer to char.
 Type CFactory.p2cc()
          Get a pointer to constant char.
 Type CFactory.p2cv()
          Get a pointer to a constant void.
 Type CFactory.p2v()
          Get a pointer to void.
 Type C.pointerize(Type type)
          Pointerize the specified type.
 Type CFactory.pr(Type type)
          Create a new restricted pointer type.
 Type C.promote(Type type)
          Integer promote the specified type.
 Type C.promoteArgument(Type type)
          Argument promote this type.
 Type C.qualify(Type type, Type template)
          Qualify the specified type with the qualifiers of the specified template.
 Type C.reattribute(Type type, Type template)
          Reattribute the specified type with the specified template's GCC attributes.
 Type WrappedT.resolve()
           
 Type Type.resolve()
          Resolve this type.
static Type Type.resolve(java.lang.Object type)
          Resolve the specified object as type.
 Type Type.scope(java.lang.String scope)
          Set this type's scope.
 Type ClassOrInterfaceT.seal()
           
 Type InstantiatedT.seal()
           
 Type ArrayT.seal()
           
 Type WrappedT.seal()
           
 Type ParameterizedT.seal()
           
 Type TupleT.seal()
           
 Type StructOrUnionT.seal()
          Seal this struct or union.
 Type FunctionOrMethodT.seal()
           
 Type EnumT.seal()
          Seal this enum.
 Type PointerT.seal()
           
 Type AliasT.seal()
          Seal this alias.
 Type VariantT.seal()
           
 Type Type.seal()
          Seal this type.
 Type Type.shape(boolean isStatic, java.lang.String name)
          Set this type's shape to a variable reference with the specified name.
 Type Type.shape(Reference shape)
          Set this type's shape.
 Type CFactory.size()
          Get the canonical sizeof type.
 Type C.toRValue(Type type)
          Convert the specified type to an rvalue.
 Type C.typeCharacter(java.lang.String literal)
          Type the specified C character literal.
 Type C.typeFloat(java.lang.String literal)
          Type the specified floating point literal.
 Type C.typeInteger(java.lang.String literal)
          Type the specified integer literal.
 Type AST.unify(Type t1, Type t2, boolean strict)
          Unify the specified types.
protected  Type AST.unify(VariantT v1, VariantT v2)
          Unify the specified statically typed nodes.
protected  Type JavaAST.unifyUser(Type t1, Type t2, boolean strict)
           
protected abstract  Type AST.unifyUser(Type t1, Type t2, boolean strict)
          Unify the specified user-defined types.
 Type CFactory.v()
          Get the canonical void type.
 

Methods in xtc.type that return types with arguments of type Type
 java.util.List<Type> InstantiatedT.getArguments()
          Get this instantiated type's arguments.
 java.util.List<Type> FunctionOrMethodT.getExceptions()
          Get the list of exceptions.
 java.util.List<Type> ClassOrInterfaceT.getFields()
          Get the list of fields.
 java.util.List<Type> ClassOrInterfaceT.getInterfaces()
          Get the list of interfaces.
 java.util.List<? extends Type> Tagged.getMembers()
          Get the members of the tagged type.
 java.util.List<Type> ClassOrInterfaceT.getMethods()
          Get the list of methods.
 java.util.List<Type> FunctionOrMethodT.getParameters()
          Get the list of parameter types.
 java.util.List<Type> TupleT.getTypes()
          Get the element types.
 

Methods in xtc.type with parameters of type Type
static Type AST.actionOf(Type element)
          Create a new action type.
protected  void SourcePrinter.addDerived(Type type)
          Add the specified type to the list of derived types.
 Type Type.attribute(Type template)
          Annotate this type with the specified type's attributes.
 void Parameter.bind(Type type)
          Bind this parameter to the specified type.
 void Wildcard.bind(Type type)
          Bind this wildcard.
 Type CFactory.builtin(Type type)
          Mark the specified type as builtin.
 Type C.compose(Type t1, Type t2, boolean pedantic)
          Compose the specified types.
protected  Type C.compose(Type t1, Type t2, boolean pedantic, boolean recursive)
          Compose the specified types.
 Type AST.concretize(Type type, Type concrete)
          Ensure that the specified type is concrete.
 void AST.concretizeTuples(VariantT variant, Type concrete)
          Concretize the specified variant type's tuples.
 Type CFactory.constant(Type type)
          Mark the specified type as constant.
 Type C.convert(Type t1, Type t2)
          Perform the usual arithmetic conversions.
 CFactory CFactory.decl(boolean nofix, java.lang.String name, Type type)
          Add the specified declaration to this factory's symbol table scope.
 boolean C.equal(Type t1, Type t2)
          Determine whether the specified types are equal to each other.
 java.lang.String AST.extern(Type type)
          Convert the specified type to a string.
protected  java.lang.String JavaAST.externAction(Type type)
           
protected abstract  java.lang.String AST.externAction(Type type)
          Convert the specified action type to a string.
protected  java.lang.String JavaAST.externList(Type type)
           
protected abstract  java.lang.String AST.externList(Type type)
          Convert the specified list type to a string.
protected  java.lang.String JavaAST.externUser(Type type)
           
protected abstract  java.lang.String AST.externUser(Type type)
          Convert the specified user-defined type to a string.
 Type CFactory.f(Type result)
          Create a new function type with no parameters.
 Type CFactory.f(Type result, Type param)
          Create a new function type.
 Type CFactory.f(Type result, Type param1, Type param2)
          Create a new function type.
 Type CFactory.f(Type result, Type param1, Type param2, Type param3)
          Create a new function type.
 Type CFactory.f(Type result, Type param1, Type param2, Type param3, Type param4)
          Create a new function type.
 boolean C.fits(java.math.BigInteger number, Type type)
          Determine whether the specified number fits the specified integer type.
protected  long C.getAligned(Type type)
          Get the specified type's alignment.
 long C.getAlignment(Type type)
          Get the specified type's alignment in bytes.
 long C.getAlignment(Type type, boolean natural)
          Get the specified type's alignment in bytes.
static Type AST.getArgument(Type type)
          Get the specified instantiated type's only argument.
 Reference C.getConstRef(Type type)
          Get the specified type's constant reference.
 long C.getSize(Type type)
          Get the specified type's size in bytes.
 long C.getWidth(Type number)
          Get the specified number's size in bits.
static boolean SourcePrinter.hasAttributes(Type type)
          Determine whether the specified type or any wrapped types have any printable attributes.
 boolean C.hasConstRef(Type type)
          Determine whether this type has a constant reference.
 Constants.FuzzyBoolean AST.hasLocation(Type type)
          Determine whether instances of the specified type have a source location.
protected  Constants.FuzzyBoolean JavaAST.hasLocationUser(Type type)
           
protected abstract  Constants.FuzzyBoolean AST.hasLocationUser(Type type)
          Determine whether instances of the specified user-defined type have a source location.
 boolean C.hasQualifiers(Type type)
          Determine whether the specified type has any qualifiers.
 boolean C.hasQualifiers(Type type, Type template)
          Determine whether the specified type has at least the qualifiers of the specified template.
 boolean C.hasSameQualifiers(Type type, Type template)
          Determine whether the specified type has the same qualifiers as the specified template.
 boolean C.hasTrailingArray(Type type)
          Determine whether the specified type has a trailing array.
 Reference Reference.indirect(Type type)
          Indirect this reference.
static boolean AST.isAction(Type type)
          Determine whether the specified type is an action.
static boolean AST.isAny(Type type)
          Determine whether the specified type is the any type.
 boolean C.isArithmetic(Type type)
          Determine whether the specified type is arithmetic.
 boolean C.isChar(Type type)
          Determine whether the specified type is a char.
static boolean AST.isChar(Type type)
          Determine whether the specified type is a character.
 boolean C.isConstant(Type type)
          Determine whether the specified type is qualified as constant.
static boolean AST.isDynamicNode(Type type)
          Determine whether the specified type is a dynamically typed node.
static boolean AST.isFormatting(Type type)
          Determine whether the specified type is a formatting node.
static boolean AST.isGenericNode(Type type)
          Determine whether the specified type is a generic node.
 boolean C.isIncomplete(Type type)
          Determine whether the specified type is incomplete.
 boolean C.isIntegral(Type type)
          Determine whether the specified type is integral.
static boolean AST.isList(Type type)
          Determine whether the specified type is a list.
 boolean C.isModifiable(Type type)
          Determine whether the specified type represents a modifiable lvalue.
static boolean AST.isNode(Type type)
          Determine whether the specified type is a node.
static boolean AST.isNullNode(Type type)
          Determine whether the specified type is a null node.
static boolean AST.isOptional(Type type)
          Determine whether the specified type is optional.
protected  boolean C.isPacked(Type type)
          Determine whether the specified type has a GCC packed attribute.
 boolean C.isReal(Type type)
          Determine whether the specified type is real.
 boolean C.isScalar(Type type)
          Determine whether the specified type is scalar.
static boolean AST.isStaticNode(Type type)
          Determine whether the specified type is a statically typed node.
 boolean C.isString(Type type)
          Determine whether the specified type is a string.
static boolean AST.isString(Type type)
          Determine whether the specified type is a string.
 boolean C.isStringLiteral(Type type)
          Determine whether the specified type is a string literal.
static boolean AST.isToken(Type type)
          Determine whether the specified type is a token.
static boolean AST.isUser(Type type)
          Determine whether the specified type is user-defined.
static boolean AST.isVariable(Type type)
          Determine whether the specified type is variable.
 boolean C.isVariablyModified(Type type)
          Determine whether the specified type is variably modified.
static boolean AST.isVoid(Type type)
          Determine whether the specified type is the void type.
 boolean C.isWideChar(Type type)
          Determine whether the specified type is a wide char.
 boolean C.isWideString(Type type)
          Determine whether the specified type is a wide string.
static Type AST.listOf(Type element)
          Create a new list type.
static Type AST.markOptional(Type type)
          Mark the specified type as optional.
static Type AST.markVariable(Type type)
          Mark the specified type as variable.
 java.math.BigInteger C.mask(java.math.BigInteger number, Type type)
          Mask the specified number as a value of this integer type.
static VariableT VariableT.newBitfield(Type type, java.lang.String name, int width)
          Create a new bitfield.
static VariableT VariableT.newField(Type type, java.lang.String name)
          Create a new field.
static VariableT VariableT.newGlobal(Type type, java.lang.String name)
          Create a new global variable.
static VariableT VariableT.newLocal(Type type, java.lang.String name)
          Create a new local variable.
static VariableT VariableT.newParam(Type type, java.lang.String name)
          Create a new parameter.
 PointerT CFactory.p(Type type)
          Create a new pointer type.
 Type C.pointerize(Type type)
          Pointerize the specified type.
 Type CFactory.pr(Type type)
          Create a new restricted pointer type.
 void SourcePrinter.print(Type type)
          Print the specified type.
 void AST.print(Type type, Printer printer, boolean refIsDecl, boolean qualified, java.lang.String module)
          Print the specified type.
 void SourcePrinter.print(Type type, java.lang.String variable)
          Print the specified type and variable as a declaration.
 boolean TypePrinter.printAnnotations(Type t)
          Print the specified type's annotations.
protected  void SourcePrinter.printArray(Type type)
          Print the specified array type.
protected  void SourcePrinter.printAttributes(Type type)
          Print the attributes for the specified type and any wrapped types.
protected  void SourcePrinter.printFunction(Type type)
          Print the specified function type.
protected  void SourcePrinter.printPointer(Type type)
          Print the specified pointer type.
 Type C.promote(Type type)
          Integer promote the specified type.
 Type C.promoteArgument(Type type)
          Argument promote this type.
 Type C.qualify(Type type, Type template)
          Qualify the specified type with the qualifiers of the specified template.
 Type C.reattribute(Type type, Type template)
          Reattribute the specified type with the specified template's GCC attributes.
 void FunctionOrMethodT.setResult(Type result)
          Set the result type.
 void WrappedT.setType(Type type)
          Set the type.
 void EnumT.setType(Type type)
          Set the type.
 java.lang.String C.toDesignation(Type type)
          Get the specified type's designation.
 Type C.toRValue(Type type)
          Convert the specified type to an rvalue.
 Type AST.unify(Type t1, Type t2, boolean strict)
          Unify the specified types.
protected  Type JavaAST.unifyUser(Type t1, Type t2, boolean strict)
           
protected abstract  Type AST.unifyUser(Type t1, Type t2, boolean strict)
          Unify the specified user-defined types.
 

Method parameters in xtc.type with type arguments of type Type
 void FunctionOrMethodT.setExceptions(java.util.List<Type> exceptions)
          Set the list of parameter types.
 void FunctionOrMethodT.setParameters(java.util.List<Type> parameters)
          Set the list of parameter types.
 void TupleT.setTypes(java.util.List<Type> types)
          Set the element types.
 

Constructors in xtc.type with parameters of type Type
AliasT(java.lang.String name, Type type)
          Create a new type alias.
AliasT(Type template, java.lang.String name, Type type)
          Create a new type alias.
AnnotatedT(Type type)
          Create a new annotated type.
AnnotatedT(Type template, Type type)
          Create a new annotated type.
ArrayT(Type type)
          Create a new, incomplete array type.
ArrayT(Type type, boolean varlength)
          Create a new variable length array.
ArrayT(Type type, long length)
          Create a new array type.
ArrayT(Type template, Type type, boolean varlength, long length)
          Create a new array type.
BooleanT(Type template)
          Create a new boolean type.
CastReference(Type type, Reference base)
          Create a new cast reference.
ClassOrInterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class or interface type.
ClassT(java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
ClassT(Type template, java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
DerivedT(Type template)
          Create a new derived type.
DynamicReference(java.lang.String name, Type type)
          Create a new dynamic reference.
DynamicReference(Type type)
          Create a new anonymous dynamic reference.
EnumeratorT(Type type, java.lang.String name, java.math.BigInteger value)
          Create a new enumerator.
EnumeratorT(Type template, Type type, java.lang.String name, java.math.BigInteger value)
          Create a new enumerator.
EnumT(Type type, java.lang.String name, java.util.List<EnumeratorT> enumerators)
          Create a new enum type.
EnumT(Type template, Type type, Nonce nonce, java.lang.String name, java.util.List<EnumeratorT> enumerators)
          Create a new enum type.
ErrorT(Type template)
          Create a new error type.
FloatT(Type template, NumberT.Kind kind)
          Create a new flaoting point type.
FunctionOrMethodT(Type template, Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new function or method type.
FunctionT(Type result)
          Create a new function type.
FunctionT(Type result, java.util.List<Type> parameters, boolean varargs)
          Create a new function type.
FunctionT(Type template, Type result, java.util.List<Type> parameters, boolean varargs)
          Create a new function type.
InstantiatedT(java.util.List<Type> arguments, Type type)
          Create a new instantiated type.
InstantiatedT(Type template, java.util.List<Type> arguments, Type type)
          Create a new instantiated type.
InstantiatedT(Type argument, Type type)
          Create a new instantiated type.
IntegerT(Type template, NumberT.Kind kind)
          Create a new integer type.
InterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
InternalParameter(Type template)
          Create a new internal parameter.
InternalT(Type template, java.lang.String name)
          Create a new internal type.
LabelT(Type template, java.lang.String name)
          Create a new label type.
MethodT(Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new method type.
MethodT(Type template, Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new method type.
NumberT(Type template, NumberT.Kind kind)
          Create a new number type.
PackageT(Type template, java.lang.String name)
          Create a new package type.
Parameter(Type template)
          Create a new parameter.
ParameterizedT(java.util.List<Parameter> parameters, Type type)
          Create a new parameterized type.
ParameterizedT(Parameter parameter, Type type)
          Create a new parameterized type.
ParameterizedT(Type template, java.util.List<Parameter> parameters, Type type)
          Create a new parameterized type.
PointerT(Type type)
          Create a new pointer type.
PointerT(Type template, Type type)
          Create a new pointer type.
Reference(Type type)
          Create a new reference.
RelativeReference(Type type, Reference base)
          Create a new relative reference.
StaticReference(java.lang.String name, Type type)
          Create a new static reference.
StaticReference(Type type)
          Create a new anonymous static reference.
StringReference(java.lang.String literal, Type type)
          Create a new string reference.
StructOrUnionT(Type template, Nonce nonce, java.lang.String name, java.util.List<VariableT> members)
          Create a new struct or union type.
StructT(Type template, Nonce nonce, java.lang.String tag, java.util.List<VariableT> members)
          Create a new struct type.
TupleT(java.lang.String name, Type type)
          Create a new tuple type.
TupleT(Type template, java.lang.String name, java.util.List<Type> types)
          Create a new tuple type.
Type(Type template)
          Create a new type.
UnionT(Type template, Nonce nonce, java.lang.String tag, java.util.List<VariableT> members)
          Create a new union type.
UnitT(Type template)
          Create a new unit type.
VariableReference(java.lang.String name, Type type)
          Create a new variable reference.
VariableReference(Type type)
          Create a new anonymous variable reference.
VariableT(Type template, Type type, java.lang.String name, int width)
          Create a new bit-field.
VariableT(Type template, Type type, VariableT.Kind kind, java.lang.String name)
          Create a new variable type.
VariantT(Type template, java.lang.String name, boolean polymorphic, java.util.List<TupleT> tuples)
          Create a new variant type.
VoidT(Type template)
          Create a new void type.
Wildcard(Type template)
          Create a new wildcard.
WrappedT(Type type)
          Create a new wrapped type.
WrappedT(Type template, Type type)
          Create a new wrapped type.
 

Constructor parameters in xtc.type with type arguments of type Type
ClassOrInterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class or interface type.
ClassOrInterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class or interface type.
ClassOrInterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class or interface type.
ClassT(java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
ClassT(java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
ClassT(java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
ClassT(Type template, java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
ClassT(Type template, java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
ClassT(Type template, java.lang.String qname, Type parent, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new class type.
FunctionOrMethodT(Type template, Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new function or method type.
FunctionOrMethodT(Type template, Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new function or method type.
FunctionT(Type result, java.util.List<Type> parameters, boolean varargs)
          Create a new function type.
FunctionT(Type template, Type result, java.util.List<Type> parameters, boolean varargs)
          Create a new function type.
InstantiatedT(java.util.List<Type> arguments, Type type)
          Create a new instantiated type.
InstantiatedT(Type template, java.util.List<Type> arguments, Type type)
          Create a new instantiated type.
InterfaceT(java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
InterfaceT(java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
InterfaceT(java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
InterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
InterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
InterfaceT(Type template, java.lang.String qname, java.util.List<Type> interfaces, java.util.List<Type> fields, java.util.List<Type> methods)
          Create a new interface type.
MethodT(Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new method type.
MethodT(Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new method type.
MethodT(Type template, Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new method type.
MethodT(Type template, Type result, java.lang.String name, java.util.List<Type> parameters, boolean varargs, java.util.List<Type> exceptions)
          Create a new method type.
TupleT(java.util.List<Type> types)
          Create a new anonymous tuple type.
TupleT(java.lang.String name, java.util.List<Type> types)
          Create a new tuple type.
TupleT(Type template, java.lang.String name, java.util.List<Type> types)
          Create a new tuple type.
 

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