multi_ptr<void, asp>

MISSING

multi_ptr<void, asp>()

multi_ptr<void, asp>(cl::sycl::multi_ptr<void, asp>::pointer_t ptr)

template <int dimensions, access::mode Mode, access::placeholder isPlaceholder, typename overloadDependantT, typename >
multi_ptr<void, asp>(cl::sycl::accessor<void, dimensions, Mode, detail::address_space_trait<void, asp>::target, isPlaceholder> acc)

template <typename ElementType, int dimensions, access::mode Mode, access::placeholder isPlaceholder, typename overloadDependantT, typename >
multi_ptr<void, asp>(accessor<ElementType, dimensions, Mode, detail::address_space_trait<ElementType, asp>::target, isPlaceholder> acc)

template <typename ElementType, typename overloadDependantT, typename >
explicit multi_ptr<void, asp>(const multi_ptr<ElementType, asp> & ptr)

template <typename overloadDependantT, typename >
multi_ptr<void, asp>(void * ptr)

1. (default) Default constructor
   
2. Initialize the object using the given pointer.
   Parameters:
   • cl::sycl::multi_ptr<void, asp>::pointer_t ptr : Pointer that the class should manipulate.
3. Initialize the object using an accessor
   Parameters:
   • cl::sycl::accessor<void, dimensions, Mode, detail::address_space_trait<void, asp>::target, isPlaceholder> acc : Accessor to retrieve the pointer from
4. Initialize the object using an accessor
   Parameters:
   • accessor<ElementType, dimensions, Mode, detail::address_space_trait<ElementType, asp>::target, isPlaceholder> acc : Accessor to retrieve the pointer from
5. Explicit conversion from a multi_ptr
   Parameters:
   • const multi_ptr<ElementType, asp> & ptr : Pointer to convert to multi_ptr
6. Initialize the object using the given non address space qualified pointer.
   Parameters:
   • void * ptr : Pointer that is not address space qualified