System::Collections::Generic::QueuePtr< T > Class Template Reference

Inherits System::SmartPtr< T >.

Public Member Functions
	QueuePtr ()
	Constructs null pointer. More...
	QueuePtr (const SharedPtr< Queue< T > > &obj)
Public Member Functions inherited from System::SmartPtr< T >
	SmartPtr (SmartPtrMode mode)
	Creates SmartPtr object of required mode. More...
	SmartPtr (std::nullptr_t=nullptr, SmartPtrMode mode=SmartPtrMode::Shared)
	Creates null-pointer SmartPtr object of required mode. More...
	SmartPtr (Pointee_ *object, SmartPtrMode mode=SmartPtrMode::Shared)
	Creates SmartPtr pointing to specified object, or converts raw pointer to SmartPtr. More...
	SmartPtr (const SmartPtr_ &ptr, SmartPtrMode mode=SmartPtrMode::Shared)
	Copy constructs SmartPtr object. Both pointers point to the same object afterwards. More...
template<class Q , typename = typename std::enable_if<System::detail::is_pointer_convertible<Q, Pointee_>::type::value>::type>
	SmartPtr (const SmartPtr< Q > &x, SmartPtrMode mode=SmartPtrMode::Shared)
	Copy constructs SmartPtr object. Both pointers point to the same object afterwards. Performs type conversion if allowed. More...
	SmartPtr (SmartPtr_ &&x, SmartPtrMode mode=SmartPtrMode::Shared) noexcept
	Move constructs SmartPtr object. Effectively, swaps two pointers, if they are both of same mode. x may be unusable after call. More...
template<typename Y >
	SmartPtr (const SmartPtr< Array< Y >> &src, SmartPtrMode mode=SmartPtrMode::Shared)
	Converts type of referenced array by creating a new array of different type. Useful if in C# there is an array type cast which is unsupported in C++. More...
template<typename Y , typename = typename std::enable_if<std::is_same<Y, EmptyArrayInitializer>::value, void>::type>
	SmartPtr (const Y &)
	Initializes empty array. Used to translate some C# code constructs. More...
template<typename P >
	SmartPtr (const SmartPtr< P > &ptr, Pointee_ *p, SmartPtrMode mode=SmartPtrMode::Shared)
	Constructs a SmartPtr which shares ownership information with the initial value of ptr, but holds an unrelated and unmanaged pointer p. More...
	~SmartPtr ()
	Destroys SmartPtr object. If required, decreases pointed object's reference counter and deletes object. More...
SmartPtr_ &	operator= (SmartPtr_ &&x) noexcept
	Move-assigns SmartPtr object. x becomes unusable. More...
SmartPtr_ &	operator= (const SmartPtr_ &x)
	Copy-assigns SmartPtr object. More...
template<typename Q >
SmartPtr_ &	operator= (const SmartPtr< Q > &x)
	Copy-assigns SmartPtr object. Does required type conversions. More...
SmartPtr_ &	operator= (Pointee_ *p)
	Assigns raw pointer to SmartPtr object. More...
SmartPtr_ &	operator= (std::nullptr_t)
	Sets pointer value to nullptr. More...
Pointee_ *	operator-> () const
	Allows to access members of referenced object. More...
bool	operator== (std::nullptr_t) const
	Checks if pointer points to nullptr. More...
Pointee_ *	get () const
	Gets pointed object. More...
Pointee_ *	get_shared () const
	Gets pointed object, but asserts that pointer is in shared mode. More...
void	reset (Pointee_ *ptr)
	Sets pointed object. More...
void	reset ()
	Makes pointer pointing to nullptr. More...
SmartPtrMode	get_Mode () const
	Gets pointer mode. More...
bool	IsShared () const
	Checks if pointer is in shared mode. More...
bool	IsWeak () const
	Checks if pointer is in weak mode. More...
bool	IsAliasingPtr () const
	Checks if pointer is pointed to another object than owned (created by an aliasing constructor). More...
Object *	GetObjectOwner () const
	Gets referenced object. More...
SmartPtr_	RemoveAliasing () const
	Removes aliasing (created by an aliasing constructor) from pointer, makes sure it manages (if shared) or tracks (if weak) the same object it points to. More...
void	set_Mode (SmartPtrMode mode)
	Sets pointer mode. May alter referenced object's reference counts. More...
Pointee_ &	operator* () const
	Gets reference to pointed object. Asserts that pointer is not null. More...
	operator bool () const noexcept
	Checks if pointer is not null. More...
bool	operator! () const noexcept
	Checks if pointer is null. More...
template<class Y >
bool	operator< (Y *p) const
	Provides less-compare semantics for SmartPtr class. More...
template<class Y >
bool	operator< (SmartPtr< Y > const &x) const
	Provides less-compare semantics for SmartPtr class. More...
template<class Y >
SmartPtr< Y >	static_pointer_cast () const
	Casts pointer to different type using static_cast on pointed object. More...
template<class Y >
SmartPtr< Y >	dynamic_pointer_cast () const
	Casts pointer to different type using dynamic_cast on pointed object. More...
template<class Y >
SmartPtr< Y >	const_pointer_cast () const
	Casts pointer to different type using const_cast on pointed object. More...
template<class Y , typename Check = std::false_type>
std::enable_if_t< std::is_same< Y, T >::value, SmartPtr< Y > >	Cast () const
	Casts pointer to its type itself. More...
template<class Y , typename Check = std::false_type>
std::enable_if_t<!std::is_same< Y, T >::value &&std::is_base_of< Y, T >::value, SmartPtr< Y > >	Cast () const
	Casts pointer to base type using static_cast. More...
template<class Y , typename Check = std::false_type>
std::enable_if_t< Check::value &&!std::is_same< Y, T >::value &&!std::is_base_of< Y, T >::value, SmartPtr< Y > >	Cast () const
	Casts pointer to derived type dynamic_cast. More...
template<class Y , typename Check = std::false_type>
std::enable_if_t<!Check::value &&!std::is_same< Y, T >::value &&!std::is_base_of< Y, T >::value, SmartPtr< Y > >	Cast () const
	Casts pointer to derived type dynamic_cast. More...
bool	Is (const System::TypeInfo &target) const
	Checks if pointed object is of specific type or its child type. Follows C# 'is' semantics. More...
Object *	GetObjectOrNull () const
	Gets pointed object (if any) or nullptr. Same as get(). More...
SmartPtr< Object >	ToObjectPtr () const
	Converts any pointer type to pointer to Object. Doesn't require Pointee_ type to be complete. More...
Pointee_ *	GetPointer () const
	Gets pointed object (if any) or nullptr. Same as get(). More...
int	get_shared_count () const
	Gets number of shared pointers existing to referenced object, including current one. Asserts current pointer being in shared mode. More...
void	SetContainedTemplateWeakPtr (uint32_t argument) const
	Calls SetTemplateWeakPtr() method on pointed object (if any). More...
template<typename Q = T>
auto	begin () -> decltype(std::declval< Q >().begin())
	Accessor for begin() method of an underling collection. Only compiles if SmartPtr_ is specialization type with begin() method. More...
template<typename Q = T>
auto	end () -> decltype(std::declval< Q >().end())
	Accessor for end() method of an underling collection. Only compiles if SmartPtr_ is specialization type with end() method. More...
template<typename Q = T>
auto	begin () const -> decltype(std::declval< const Q >().begin())
	Accessor for begin() method of an underling collection. Only compiles if SmartPtr_ is specialization type with begin() method. More...
template<typename Q = T>
auto	end () const -> decltype(std::declval< const Q >().end())
	Accessor for end() method of an underling collection. Only compiles if SmartPtr_ is specialization type with end() method. More...
template<typename Q = T>
auto	cbegin () const -> decltype(std::declval< const Q >().cbegin())
	Accessor for cbegin() method of an underling collection. Only compiles if SmartPtr_ is specialization type with cbegin() method. More...
template<typename Q = T>
auto	cend () const -> decltype(std::declval< const Q >().cend())
	Accessor for cend() method of an underling collection. Only compiles if SmartPtr_ is specialization type with cend() method. More...
int	GetHashCode () const
	Calls GetHashCode() on pointed object. More...
T *	GetObjectNotNull () const
	Gets currently referenced object (if any) or throws. More...

Additional Inherited Members
Public Types inherited from System::SmartPtr< T >
typedef T	Pointee_
	Pointed type. More...
typedef SmartPtr< T >	SmartPtr_
	Specialized smart pointer type. More...
typedef System::Details::ArrayTypeResolver< T >::type	ArrayType
	Same as Pointee_, if it is a specialization of System::Array, and void otherwise. More...
using	ValueType = typename System::Details::SelectType< typename System::Details::ArrayTypeResolver< T >::value_type >::type
	Storage type of pointed array. Only meaningful if T is a specialization of System::Array. More...
Static Public Member Functions inherited from System::SmartPtr< T >
static const System::TypeInfo &	Type ()
	Shortcut to get System::TypeInfo object for the Pointee_ type. More...
Public Attributes inherited from System::SmartPtr< T >
template<typename IdxType >
decltype(System::Details::GetByIndex(std::declval< const SmartPtr_ * >(), std::declval< IdxType >())	operator[] )(IdxType idx) const
	Accessor for array elements. Only compiles if SmartPtr_ is specialization of System::Array. More...

Detailed Description

template<typename T>
class System::Collections::Generic::QueuePtr< T >

Queue pointer. This type is a pointer to manage other object's deletion. It should be allocated on stack and passed to functions either by value or by const reference.

Parameters

T	Element type.

Constructor & Destructor Documentation

QueuePtr() [1/2]

template<typename T>

System::Collections::Generic::QueuePtr< T >::QueuePtr ( )

inline

Constructs null pointer.

QueuePtr() [2/2]

template<typename T>

System::Collections::Generic::QueuePtr< T >::QueuePtr ( const SharedPtr< Queue< T > > &  obj )

inline

Constructs pointer to specific queue.

Parameters

obj	Queue to point to.