fmemory::STLAllocator< T > Class Template Reference

#include <STLMemoryInterface.h>

Classes
struct	rebind

Public Types
typedef T	value_type
typedef T *	pointer
typedef T &	reference

Public Member Functions
	STLAllocator ()=default
	~STLAllocator ()=default
template<class U >
	STLAllocator (const STLAllocator< U > &ref)
pointer	allocate (size_t count)
void	deallocate (pointer p, size_t count)
pointer	address (reference x) const

Member Typedef Documentation

pointer

template<class T >

typedef T* fmemory::STLAllocator< T >::pointer

reference

template<class T >

typedef T& fmemory::STLAllocator< T >::reference

value_type

template<class T >

typedef T fmemory::STLAllocator< T >::value_type

Constructor & Destructor Documentation

STLAllocator() [1/2]

template<class T >

fmemory::STLAllocator< T >::STLAllocator ( )

default

Allocators are stateless so we don't need to define the anything in constructors and destructors.

~STLAllocator()

template<class T >

fmemory::STLAllocator< T >::~STLAllocator ( )

default

STLAllocator() [2/2]

template<class T >

template<class U >

fmemory::STLAllocator< T >::STLAllocator ( const STLAllocator< U > &  ref )

inline

Member Function Documentation

address()

template<class T >

pointer fmemory::STLAllocator< T >::address ( reference  x ) const

inline

obtains the address of an object, even if operator& is overloaded

allocate()

template<class T >

pointer fmemory::STLAllocator< T >::allocate ( size_t  count )

inline

Allocator for the stl containers. Takes in variable count and returns pointer to specified type.

deallocate()

template<class T >

void fmemory::STLAllocator< T >::deallocate ( pointer  p, size_t  count  )

inline

Deallocator for the stl containers. Takes in variable count and pointer to specified type. Then calls custom deallocator.

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

• D:/RIT/FALCON_ENGINE/Falcon/Falcon/System/Memory/STLMemoryInterface.h