dds::core::xtypes Namespace Reference

Contains the types and functions to support Extensible Types. More...

Classes
struct	ExtensibilityKind_def
	The definition of the dds::core::safe_enum ExtensibilityKind. More...
struct	TypeKind_def
	The definition of TypeKind. More...
class	AliasType
	<<value-type>> Represents and IDL typedef More...
class	CollectionType
	<<value-type>> The base class of all collection types More...
class	UnidimensionalCollectionType
	<<value-type>> The base class of collection types with only one dimension. More...
class	SequenceType
	<<value-type>> Represents an IDL sequence type. More...
class	StringType
	<<value-type>> Represents an IDL string type. More...
class	WStringType
	<<value-type>> Represents an IDL wstring type. More...
class	ArrayType
	<<value-type>> Represents an IDL array type. More...
class	DynamicData
	<<value-type>> A data sample of any complex data type, which can be inspected and manipulated reflectively. More...
class	DynamicType
	<<value-type>> Represents a runtime type. More...
class	AbstractConstructedType
	The base class of types that have members and an extensibility kind. More...
class	EnumType
	<<value-type>> Represents and IDL enum type More...
class	Member
	<<value-type>> Represents a StructType member More...
class	UnionMember
	<<value-type>> Represents a UnionType member More...
class	EnumMember
	<<value-type>> Represents a EnumType member More...
class	PrimitiveType
	<<value-type>> Represents and IDL primitive type More...
class	StructType
	<<value-type>> Represents and IDL struct type More...
class	UnionType
	<<value-type>> Represents and IDL union type More...

Typedefs
typedef dds::core::safe_enum < ExtensibilityKind_def >	ExtensibilityKind
	The extensibility of a type.
typedef dds::core::safe_enum < TypeKind_def >	TypeKind
	The different type kinds.

Functions
bool	is_primitive_type (const DynamicType &t)
	Determines if a DynamicType is a PrimitiveType.
bool	is_constructed_type (const DynamicType &t)
	Determines if a DynamicType is a constructed type.
bool	is_collection_type (const DynamicType &t)
	Determines if a DynamicType is a CollectionType.
bool	is_aggregation_type (const DynamicType &t)
	Determines if a DynamicType is an aggregation type.
template<typename T >
const PrimitiveType< T > &	primitive_type ()
	Obtains a singleton of PrimitiveType<T>
std::ostream &	operator<< (std::ostream &out, const DynamicType &type)
	<<extension>> Converts the DynamicType to a string.

Detailed Description

Contains the types and functions to support Extensible Types.

Typedef Documentation

typedef dds::core::safe_enum<ExtensibilityKind_def> dds::core::xtypes::ExtensibilityKind

The extensibility of a type.

See Also

DynamicType

Function Documentation

bool is_primitive_type

(

const DynamicType &

t

)

Determines if a DynamicType is a PrimitiveType.

bool is_constructed_type

(

const DynamicType &

t

)

Determines if a DynamicType is a constructed type.

This includes EnumType, AliasType, collection types and aggregation types.

See Also

is_collection_type

is_aggregation_type

bool is_collection_type

(

const DynamicType &

t

)

Determines if a DynamicType is a CollectionType.

This includes ArrayType, SequenceType, StringType, and WStringType.

bool is_aggregation_type

(

const DynamicType &

t

)

Determines if a DynamicType is an aggregation type.

This includes StructType and UnionType.

template<typename T >

const PrimitiveType< T > & primitive_type

(

)

Obtains a singleton of PrimitiveType<T>

std::ostream & operator<<	(	std::ostream &	out,
		const DynamicType &	type
	)

<<extension>> Converts the DynamicType to a string.

This operator writes the DynamicType type to the ostream out using default values for DynamicTypePrintFormatProperty and returns a reference to out.