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

#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 >	subftor
typedef tuple2< SliceIn, SliceOut >	PairT
typedef subftor::result_type	result_type
Classes
class	functor_t

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Detailed Description

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

This 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. Here, in the general case and most common case when there are no output buffers, it does strictly nothing.

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Member Typedef Documentation

template<class RngIn, class RngOut, class Ftor>

typedef SliceOut::iterator rpa::transform_seq_step< RngIn, RngOut, Ftor >::BaseItOut

template<class RngIn, class RngOut, class Ftor>

typedef range_void< typename SliceIn::iterator > rpa::transform_seq_step< RngIn, RngOut, Ftor >::BaseRngIn

template<class RngIn, class RngOut, class Ftor>

typedef tuple2< SliceIn, SliceOut > rpa::transform_seq_step< RngIn, RngOut, Ftor >::PairT

template<class RngIn, class RngOut, class Ftor>

typedef subftor::result_type rpa::transform_seq_step< RngIn, RngOut, Ftor >::result_type

template<class RngIn, class RngOut, class Ftor>

typedef RngIn::slice rpa::transform_seq_step< RngIn, RngOut, Ftor >::SliceIn

template<class RngIn, class RngOut, class Ftor>

typedef RngOut::slice rpa::transform_seq_step< RngIn, RngOut, Ftor >::SliceOut

template<class RngIn, class RngOut, class Ftor>

typedef transform_t< BaseRngIn, BaseItOut, Ftor > rpa::transform_seq_step< RngIn, RngOut, Ftor >::subftor

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

• transform.h

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