rpa::transform_seq_size_jump< RngIn, RngOut, Ftor > Struct Template Reference

For static and interleaved scheduling (range_size and range_jump). More...

#include <transform.h>

List of all members.

Public Types

typedef RngIn::slice SliceIn

typedef range_void< typename
SliceIn::iterator > BaseRngIn

typedef RngOut::slice SliceOut

typedef SliceOut::iterator BaseItOut

typedef transform_t< BaseRngIn,
BaseItOut, Ftor > functor_base

typedef SliceOut::iterator result_type

typedef tuple2< SliceIn, SliceOut > PairT

Classes

struct functor_t

The role of this class is to add the method 'reduce'. More...

Detailed Description

template<class RngIn, class RngOut, class Ftor>
struct rpa::transform_seq_size_jump< RngIn, RngOut, Ftor >

For static and interleaved scheduling (range_size and range_jump).

This data structure encapsulates the functor. Its role is to allow to flush output buffers, not when the sub-threads terminates, but when the main threads 'reduct' each return value of each sub-thread. There must be one such 'transform_seq_size_jump' object per sub-thread. In the general case, such as here, the output iterator has no buffer (i.e. is not instanciation of 'obuf_iterator'). Therefore, no special processing of the return value of the functor is needed.