rpa::range_void< It >::range_out< It2, IterCat > Class Template Reference

For selecting the right output sequence. More...

#include <common.h>

List of all members.

Public Types
typedef range_out	range_type
typedef It2	iterator
typedef It2	result_t
Public Member Functions
	range_out (result_t &aBeg)
const result_t &	result (void) const
void	leave_seq (const iterator &aIter)
void	leave_par (const iterator &aIter)
It2 &	begout (void)
seqnum_t	sequence_number (void) const
Private Member Functions
	range_out ()
range_out &	operator= (const range_out &)
Private Attributes
It2	_It
Classes
struct	slice

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Detailed Description

template<class It>
template<class It2, class IterCat>
class rpa::range_void< It >::range_out< It2, IterCat >

For selecting the right output sequence.

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Member Typedef Documentation

template<class It>

template<class It2, class IterCat>

typedef It2 rpa::range_void< It >::range_out< It2, IterCat >::iterator

template<class It>

template<class It2, class IterCat>

typedef range_out rpa::range_void< It >::range_out< It2, IterCat >::range_type

template<class It>

template<class It2, class IterCat>

typedef It2 rpa::range_void< It >::range_out< It2, IterCat >::result_t

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Constructor & Destructor Documentation

template<class It>

template<class It2, class IterCat>

rpa::range_void< It >::range_out< It2, IterCat >::range_out

(

)

[private]

template<class It>

template<class It2, class IterCat>

rpa::range_void< It >::range_out< It2, IterCat >::range_out

(

result_t &

aBeg

)

[inline, explicit]

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Member Function Documentation

template<class It>

template<class It2, class IterCat>

It2& rpa::range_void< It >::range_out< It2, IterCat >::begout

(

void

)

[inline]

template<class It>

template<class It2, class IterCat>

void rpa::range_void< It >::range_out< It2, IterCat >::leave_par

(

const iterator &

aIter

)

[inline]

template<class It>

template<class It2, class IterCat>

void rpa::range_void< It >::range_out< It2, IterCat >::leave_seq

(

const iterator &

aIter

)

[inline]

This is for storing the result of a plain STL algorithm, when the return value is the result of incrementations of an input iterator given by this sequence with its 'begin' member. After this, the internal state of the sequence is consistent.

template<class It>

template<class It2, class IterCat>

range_out& rpa::range_void< It >::range_out< It2, IterCat >::operator=

(

const range_out< It2, IterCat > &

)

[private]

template<class It>

template<class It2, class IterCat>

const result_t& rpa::range_void< It >::range_out< It2, IterCat >::result

(

void

)

const [inline]

template<class It>

template<class It2, class IterCat>

seqnum_t rpa::range_void< It >::range_out< It2, IterCat >::sequence_number

(

void

)

const [inline]

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Member Data Documentation

template<class It>

template<class It2, class IterCat>

It2 rpa::range_void< It >::range_out< It2, IterCat >::_It [private]

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

• common.h

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