proton::ref_< objT, allocator > Struct Template Reference

The core reference support template. More...

#include <proton/ref.hpp>

List of all members.

Public Member Functions
	ref_ ()
	default ctor.
template<typename... argT>
	ref_ (init_alloc, argT &&...a)
	explicit forwarding ctor.
template<typename... argT>
	ref_ (argT &&...a)
	implicit forwarding ctor.
template<typename T >
	ref_ (init_alloc, std::initializer_list< T > a)
	explicit initializer_list forwarding ctor.
template<typename T >
	ref_ (std::initializer_list< T > a)
	implicit initializer_list forwarding ctor.
	ref_ (const ref_ &r)
	copy ctor.
	ref_ (ref_ &&r) noexcept
	move ctor.
ref_ &	operator= (const ref_ &r)
	assign operator.
ref_ &	operator= (ref_ &&r) noexcept(noexcept(_p->~objT()))
	assign move operator.
	~ref_ () noexcept(noexcept(_p->~objT()))
	dtor.
template<typename baseT , typename = typename std::enable_if< std::is_base_of<baseT, obj_t>::value >::type>
	operator ref_< baseT > () const noexcept
	conversion to baseT.
objT *	operator-> ()
	operator-> points to the object refered.
const objT *	operator-> () const
	operator-> points to the object refered.
template<typename T >
bool	operator== (const T &x) const
	general operator== for refs.
template<typename T >
bool	operator< (const T &x) const
	general operator< for refs.
template<typename... T>
auto	operator() (T &&...x) const -> decltype((*_p)(x...))
	general operator() const for refs.
template<typename... T>
auto	operator() (T &&...x)-> decltype((*_p)(x...))
	general operator() for refs.
template<typename T >
auto	operator[] (T &&x) const -> decltype((*_p)[x])
	general operator[] const for refs.
template<typename T >
auto	operator[] (T &&x)-> decltype((*_p)[x])
	general operator[] for refs.

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Detailed Description

template<typename objT, typename allocator = smart_allocator<objT>>
struct proton::ref_< objT, allocator >

The core reference support template.

Parameters:

allocator

It must support confiscate(), and allocator::allocate() must be static.

See also:

smart_allocator in <proton/pool.hpp>

Examples:

functor.cpp.

Definition at line 176 of file ref.hpp.

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Constructor & Destructor Documentation

template<typename objT, typename allocator = smart_allocator<objT>>

proton::ref_< objT, allocator >::ref_ ( )

inline

default ctor.

Doesn't refer to any object.

Definition at line 217 of file ref.hpp.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename... argT>

proton::ref_< objT, allocator >::ref_ ( init_alloc  , argT &&...  a  )

inlineexplicit

explicit forwarding ctor.

Construct an obj_t using give args.

Definition at line 233 of file ref.hpp.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename... argT>

proton::ref_< objT, allocator >::ref_ ( argT &&...  a )

inlineexplicit

implicit forwarding ctor.

Construct an obj_t using give args. Note: don't conflict with copy ctors. Use the explicit fwd ctor in that case.

Definition at line 254 of file ref.hpp.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename T >

proton::ref_< objT, allocator >::ref_ ( init_alloc  , std::initializer_list< T >  a  )

inlineexplicit

explicit initializer_list forwarding ctor.

Construct an obj_t using give args.

Definition at line 260 of file ref.hpp.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename T >

proton::ref_< objT, allocator >::ref_ ( std::initializer_list< T >  a )

inlineexplicit

implicit initializer_list forwarding ctor.

Construct an obj_t using give args.

Definition at line 280 of file ref.hpp.

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Member Function Documentation

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename... T>

auto proton::ref_< objT, allocator >::operator() ( T &&...  x ) const

inline

general operator() const for refs.

Need to implement obj_t() const.

Definition at line 517 of file ref.hpp.

References proton::is_null(), and PROTON_THROW_IF.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename... T>

auto proton::ref_< objT, allocator >::operator() ( T &&...  x )

inline

general operator() for refs.

Need to implement obj_t().

Definition at line 526 of file ref.hpp.

References proton::is_null(), and PROTON_THROW_IF.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename T >

bool proton::ref_< objT, allocator >::operator< ( const T &  x ) const

inline

general operator< for refs.

Need to implement obj_t < T::obj_t.

Definition at line 486 of file ref.hpp.

References proton::is_null().

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename T >

bool proton::ref_< objT, allocator >::operator== ( const T &  x ) const

inline

general operator== for refs.

Need to implement obj_t == T::obj_t.

Definition at line 467 of file ref.hpp.

References proton::is_null().

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename T >

auto proton::ref_< objT, allocator >::operator[] ( T &&  x ) )[x] const

inline

general operator[] const for refs.

Need to implement obj_t[] const.

Definition at line 535 of file ref.hpp.

References proton::is_null(), and PROTON_THROW_IF.

template<typename objT, typename allocator = smart_allocator<objT>>

template<typename T >

auto proton::ref_< objT, allocator >::operator[] ( T &&  x ) )[x]

inline

general operator[] for refs.

Need to implement obj_t[].

Definition at line 544 of file ref.hpp.

References proton::is_null(), and PROTON_THROW_IF.

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

• D:/projects/gcc/libproton/include/proton/ref.hpp