UniqueAlloc< Alloc, n > Struct Template Reference

#include <common_solving.hpp>

Public Member Functions
	UniqueAlloc ()=default
CUDA	UniqueAlloc (const Alloc &alloc)
	UniqueAlloc (const UniqueAlloc &alloc)=default
	UniqueAlloc (UniqueAlloc &&alloc)=default
UniqueAlloc &	operator= (const UniqueAlloc &alloc)=default
UniqueAlloc &	operator= (UniqueAlloc &&alloc)=default
CUDA void *	allocate (size_t bytes)
CUDA void	deallocate (void *data)

Public Attributes
Alloc	allocator

Detailed Description

template<class Alloc, size_t n>
struct UniqueAlloc< Alloc, n >

This is a simple wrapper aimed at giving a unique type to the allocator, to use them in AbstractDeps.

Constructor & Destructor Documentation

UniqueAlloc() [1/4]

template<class Alloc , size_t n>

UniqueAlloc< Alloc, n >::UniqueAlloc ( )

default

UniqueAlloc() [2/4]

template<class Alloc , size_t n>

CUDA UniqueAlloc< Alloc, n >::UniqueAlloc ( const Alloc &  alloc )

inline

UniqueAlloc() [3/4]

template<class Alloc , size_t n>

UniqueAlloc< Alloc, n >::UniqueAlloc ( const UniqueAlloc< Alloc, n > &  alloc )

default

UniqueAlloc() [4/4]

template<class Alloc , size_t n>

UniqueAlloc< Alloc, n >::UniqueAlloc ( UniqueAlloc< Alloc, n > &&  alloc )

default

Member Function Documentation

operator=() [1/2]

template<class Alloc , size_t n>

UniqueAlloc & UniqueAlloc< Alloc, n >::operator= ( const UniqueAlloc< Alloc, n > &  alloc )

default

operator=() [2/2]

template<class Alloc , size_t n>

UniqueAlloc & UniqueAlloc< Alloc, n >::operator= ( UniqueAlloc< Alloc, n > &&  alloc )

default

allocate()

template<class Alloc , size_t n>

CUDA void * UniqueAlloc< Alloc, n >::allocate ( size_t  bytes )

inline

deallocate()

template<class Alloc , size_t n>

CUDA void UniqueAlloc< Alloc, n >::deallocate ( void *  data )

inline

Member Data Documentation

allocator

template<class Alloc , size_t n>

Alloc UniqueAlloc< Alloc, n >::allocator

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

• include/common_solving.hpp