AbstractTuple< T > Class Template Reference

#include <elm/rtti/Tuple.h>

Inheritance diagram for AbstractTuple< T >:

Public Member Functions
	AbstractTuple (cstring name)
void *	instantiate (void) const override
void	free (void *obj) const override
const Tuple *	toTuple () const override
const Vector< const rtti::Type * > &	types () const override
Public Member Functions inherited from AbstractClass
	AbstractClass (CString name, const AbstractClass &base)
	AbstractClass (const make &m)
	AbstractClass (const make &m, const AbstractClass &base)
const AbstractClass &	base (void) const
bool	baseOf (const AbstractClass *clazz)
virtual bool	isClass (void) const
virtual const AbstractClass &	asClass (void) const
virtual void *	upCast (void *ptr) const
virtual void *	downCast (void *ptr) const
void *	upCast (void *ptr, const AbstractClass &cls) const
void *	downCast (void *ptr, const AbstractClass &cls) const
const void *	upCast (const void *ptr) const
const void *	downCast (const void *ptr) const
const void *	upCast (const void *ptr, const AbstractClass &cls) const
const void *	downCast (const void *ptr, const AbstractClass &cls) const
const List< Operation * > &	operations (void) const
const List< const Type * >	params (void) const
Public Member Functions inherited from Type
	Type (string name="")
virtual	~Type (void)
string	name (void) const
const PointerType &	pointer (void) const
virtual bool	canCast (const Type *t) const
virtual bool	isVoid (void) const
virtual bool	isBool (void) const
virtual bool	isInt (void) const
virtual bool	isFloat (void) const
virtual bool	isPtr (void) const
virtual const PointerType &	asPtr (void) const
virtual bool	isEnum (void) const
virtual const Enumerable &	asEnum (void) const
virtual bool	isSerial (void) const
virtual const Serializable &	asSerial (void) const
virtual const TemplateType *	asTemplate (void) const
virtual const InstanceType *	asInstance (void) const
virtual const ParamType *	asParam (void) const
void	initialize (void)
bool	operator== (const Type &t) const
bool	operator!= (const Type &t) const
Public Member Functions inherited from Tuple
virtual	~Tuple ()
virtual void	split (void *ptr, Vector< Variant > &values) const =0
virtual void *	make (const Vector< Variant > &values, int i=0) const =0
int	count () const

Protected Member Functions
void	add (const rtti::Type *t)

Additional Inherited Members
Public Types inherited from Type
typedef HashMap< string, const Type * >::Iter	TypeIter
Static Public Member Functions inherited from Type
static const Type *	get (string name)
static TypeIter	types (void)
Static Public Attributes inherited from Type
static const Type &	param0
static const Type &	param1
static const Type &	param2
static const Type &	param3

Constructor & Destructor Documentation

AbstractTuple()

AbstractTuple ( cstring  name )

inline

Member Function Documentation

add()

void add ( const rtti::Type *  t )

inlineprotected

Referenced by Tuple1< T, A >::Tuple1().

free()

void free ( void *  obj ) const

inlineoverridevirtual

Free an object corresponding to the current class.

Parameters

obj	Object to free.

Implements AbstractClass.

instantiate()

void* instantiate ( void  ) const

inlineoverridevirtual

Call this function to get a new allocated fresh object of the corresponding class. This function must be overridden to perform the actual allocation and the class must support constructor without any argument.

Returns

Allocated instance of class.

Implements AbstractClass.

toTuple()

const Tuple* toTuple ( ) const

inlineoverridevirtual

Try to get the value interface of a tuple class. Class that can be considered as tuples are classes which identity (address) is not important. They are used as values as int, float, etc.

Returns

Value class interface, or null.

Reimplemented from AbstractClass.

types()

const Vector<const rtti::Type *>& types ( ) const

inlineoverridevirtual

Get the types of the values composing the object.

Returns

Vector of types of object components.

Implements Tuple.

---

The documentation for this class was generated from the following file:

• include/elm/rtti/Tuple.h