number::function< void() > Class Reference

Inheritance diagram for number::function< void() >:

Public Types
using	base = ::subparticle
using	base_pointer = ::pointer < ::subparticle >
Public Types inherited from pointer< ::subparticle >
using	POINTER_TYPE_TAG
using	TYPE
using	RAW_POINTER

Public Member Functions
	function (::subparticle *psubparticle, const class ::time &timeTimeout=default_run_timeout())
	function (::lparam &lparam, const class ::time &timeTimeout=default_run_timeout())
template<typename PROCEDURE> requires (prototype_pure_procedure<PROCEDURE>)
	function (const PROCEDURE &procedure, const class time &timeTimeout=default_run_timeout())
template<typename PROCEDURE>
	function (enum_timeout, const class time &timeTimeout, const PROCEDURE &procedureParam)
void	operator() () const
function &	operator= (const function &function)
Public Member Functions inherited from function_common_base
	function_common_base (const class ::time &timeTimeout=default_run_timeout())
class::time	timeout () const
void	set_timeout (const class ::time &timeTimeout)
Public Member Functions inherited from pointer< ::subparticle >
	pointer (no_initialize_t)
	pointer (nullptr_t)
	pointer (wparam &wparam)
	pointer (lparam &lparam)
	pointer (allocate_t, Args &&... args)
	pointer (const pointer &t)
	pointer (pointer &&t)
	pointer (enum_create_new, PARTICLE *pparticle)
	consumes a referer
	pointer (enum_create, PARTICLE *pparticle, ::factory::factory *pfactory=nullptr)
	consumes a referer
	pointer (transfer_t, T2 *p)
	referer is transferred?
	pointer (place_t, T2 *p)
	pointer (const T2 *p)
	consumes a referer
	pointer (const ::pointer< T2 > &p)
	consumes a referer
	pointer (const ::cast< T2 > &p)
	consumes a referer
bool	operator! () const
	pointer (::pointer< T2 > &&t)
	pointer (::pointer< T2 > &&t)
::subparticle *	operator-> ()
::subparticle *	operator-> () const
::subparticle &	operator* ()
::subparticle &	operator* () const
	operator::subparticle * ()
	operator::subparticle *const () const
::subparticle *	get ()
const ::subparticle *	get () const
inline ::iptr	iptr () const
bool	is_set () const
bool	is_null () const
bool	ok () const
bool	nok () const
pointer &	operator= (T2 *p)
pointer &	operator= (const pointer &t)
pointer &	operator= (pointer &&t)
pointer &	operator= (const ::pointer< T2 > &t)
pointer &	operator= (::pointer< T2 > &&t)
pointer &	operator= (const ::cast< T2 > &t)
pointer< T2 >	defer_get_new (::particle *pparticle)
bool	defer_destroy_and_release ()
inline ::i64	release ()
inline ::pointer< ::subparticle >	detach ()
inline ::pointer< T2 >	cast ()
inline ::pointer< T2 >	cast () const
non_const< T2 > *	raw_cast ()
const non_const< T2 > *	raw_cast () const
bool	is () const
pointer &	reset (const ::pointer< T2 > &p)
pointer &	reset (T2 *ptr)
pointer &	transfer (T2 *ptr)
bool	operator== (nullptr_t) const
pointer< ::subparticle > &	defer_assign_to (TYPE *&p)
pointer< ::subparticle > &	defer_create_new (OBJECT *pparticle)
pointer< ::subparticle > &	create_new (OBJECT *pparticle)
pointer< ::subparticle > &	clone (T2 *p)
void	run_and_release ()
void	operator() () const
	operator::subparticle * ()
	operator::subparticle *const () const

Additional Inherited Members
Public Attributes inherited from function_common_base
const_char_pointer	m_pszDebug
::i64	m_iDebug
class::time	m_timeTimeout
Public Attributes inherited from pointer< ::subparticle >
::subparticle *	m_p
::subparticle *	m_psubparticle
::e_status	m_estatus

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

• prototype/mathematics/scalar.cpp