Multidimensional Range Concept

Collaboration diagram for Multidimensional Range Concept:

Functions
template<typename RangeType >
constexpr auto	dash::begin (RangeType &&range) -> decltype(std::forward< RangeType >(range).begin())
template<class RangeType >
constexpr auto	dash::end (RangeType &&range) -> decltype(std::forward< RangeType >(range).end())
template<class RangeType >
constexpr auto	dash::size (RangeType &&r) -> decltype(std::forward< RangeType >(r).size())

Detailed Description

Description

Definitions for multidimensional range expressions.

See also

Multidimensional Value Concept

Multidimensional View Concept

Multidimensional Iterator Concept

dash::view_traits

Variables used in the following:

• r instance of a range model type
• o index type, representing element offsets in the range and their distance
• i iterator referencing elements in the range

Types

Expressions

Expression | Returns | Effect | Precondition | Postcondition ---------------------— | ----— | ---— | ---------— | ----------— *dash::begin(r) | | | | r[o] | | | |

Functions

• dash::begin
• dash::end
• dash::distance
• dash::size

Metafunctions

• dash::is_range<X>

Function Documentation

begin()

template<typename RangeType >

constexpr auto dash::begin

(

RangeType &&

range

)

-> decltype(std::forward<RangeType>(range).begin())

#include </tmp/tmporruphar/dash/include/dash/Range.h>

Implemented concept:

Multidimensional Range Concept

Examples:

ex.09.view-1dim/main.cpp, and ex.10.radixsort/main.cpp.

Definition at line 89 of file Range.h.

Referenced by dash::Array< signal_t >::allocate(), dash::Coarray< T, IndexType, Arrangement, LocalMemSpaceT >::Coarray(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::deallocate(), dash::distance(), dash::GlobLocalMemoryPool< dash::HostSpace >::flush_local(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::get_local_allocator(), dash::halo::HaloSpec< NumDimensions >::halo_extension_max(), dash::HashLocal< Key >::HashLocal(), dash::halo::HaloBlock< ElementT, PatternT, GlobMemT >::index_at(), dash::intersect(), dash::halo::StencilOperatorBoundary< Self_t >::iterator_at(), dash::LocalMatrixRef< ElementT, NumDimensions, NumDimensions, PatternT, LocalMemSpaceT >::LocalMatrixRef(), dash::make_range(), dash::size(), dash::sub(), dash::halo::StencilOperatorInner< Self_t >::update(), dash::halo::StencilOperatorBoundary< Self_t >::update(), and dash::halo::StencilOperatorInner< Self_t >::update_blocked().

                                                    {
  return std::forward<RangeType>(range).begin();
}

end()

template<class RangeType >

constexpr auto dash::end

(

RangeType &&

range

)

-> decltype(std::forward<RangeType>(range).end())

#include </tmp/tmporruphar/dash/include/dash/Range.h>

Implemented concept:

Multidimensional Range Concept

Examples:

ex.09.view-1dim/main.cpp, and ex.10.radixsort/main.cpp.

Definition at line 98 of file Range.h.

Referenced by dash::Array< signal_t >::allocate(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::attach(), dash::Coarray< T, IndexType, Arrangement, LocalMemSpaceT >::Coarray(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::deallocate(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::deallocate_local(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::detach(), dash::distance(), dash::GlobLocalMemoryPool< dash::HostSpace >::flush_local(), dash::EpochSynchronizedAllocator< ElementType, LMemSpace, AllocationPolicy, LocalAlloc >::get_local_allocator(), dash::HashLocal< Key >::HashLocal(), dash::intersect(), dash::LocalMatrixRef< ElementT, NumDimensions, NumDimensions, PatternT, LocalMemSpaceT >::LocalMatrixRef(), dash::make_range(), dash::size(), dash::sub(), dash::halo::StencilOperatorInner< Self_t >::update(), dash::halo::StencilOperatorBoundary< Self_t >::update(), and dash::halo::StencilOperatorInner< Self_t >::update_blocked().

                                                  {
  return std::forward<RangeType>(range).end();
}

size()

template<class RangeType >

constexpr auto dash::size

(

RangeType &&

r

)

-> decltype(std::forward<RangeType>(r).size())

#include </tmp/tmporruphar/dash/include/dash/Range.h>

Implemented concept:

Multidimensional Range Concept

Definition at line 108 of file Range.h.

References dash::begin(), dash::end(), and dash::size().

                                               {
  return std::forward<RangeType>(r).size();
}