#include <elm/rtti/Tuple.h>

Inheritance diagram for Tuple1< T, A >:

Public Types
typedef A(T::*	acc_t) () const

Public Types inherited from Type
typedef HashMap< string, const Type * >::Iter	TypeIter

Public Member Functions
	Tuple1 (cstring name, acc_t acc)

void	split (void *ptr, Vector< Variant > &values) const override

void *	make (const Vector< Variant > &values, int i) const override

Public Member Functions inherited from AbstractTuple< T >
	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 ()

int	count () const

Additional Inherited Members
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

Protected Member Functions inherited from AbstractTuple< T >
void	add (const rtti::Type *t)

Member Typedef Documentation

◆ acc_t

typedef A(T::* acc_t() const

Constructor & Destructor Documentation

◆ Tuple1()

Tuple1	(	cstring	name,
		acc_t	acc
	)

inline

References AbstractTuple< T >::add().

Member Function Documentation

◆ make()

void* make	(	const Vector< Variant > &	values,
		int	i
	)		const

inlineoverridevirtual

Build a tuple objects from its components. The component order in values arrays must be the same as type as types returned by Tuple::types().

Parameters

values	Values composing the tuple object.
i	Index to start reading components from.

Returns: Built tuple object.

Implements Tuple.

References elm::cerr, and elm::io::endl.

◆ split()

void split	(	void *	ptr,
		Vector< Variant > &	values
	)		const

inlineoverridevirtual

Decompose a tuple object in its component. The component order in values arrays must be the same as type as types returned by Tuple::types().

Parameters

ptr	Object to decompose.
values	Result variant vector made of components of the object.

Implements Tuple.

References Vector< T, E, A >::add().

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

include/elm/rtti/Tuple.h

Public Types

Public Member Functions