tst_unbounded_alloc< ThrTree, IterBuf > Class Template Reference

Test with an unbounded output buffer. More...

List of all members.

Public Member Functions
	tst_unbounded_alloc (const ThrTree &aThrTree, IterBuf aIterBuf)
const char *	what (void) const
template<class RangeT>
void	operator() (const RangeT &aRng, ObjT::CounterT expectedCount, ListObjT &aLstOfObjs)
rpa::thr_nb_t	thrs (void) const
	Number of threads.
Private Attributes
ThrTree	_ThrTree
IterBuf	_IterBuf

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Detailed Description

template<class ThrTree, class IterBuf>
class tst_unbounded_alloc< ThrTree, IterBuf >

Test with an unbounded output buffer.

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Constructor & Destructor Documentation

template<class ThrTree, class IterBuf>

tst_unbounded_alloc< ThrTree, IterBuf >::tst_unbounded_alloc	(	const ThrTree &	aThrTree,
		IterBuf	aIterBuf
	)			[inline]

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Member Function Documentation

template<class ThrTree, class IterBuf>

template<class RangeT>

void tst_unbounded_alloc< ThrTree, IterBuf >::operator()	(	const RangeT &	aRng,
		ObjT::CounterT	expectedCount,
		ListObjT &	aLstOfObjs
	)			[inline]

* 'obuf_iterator' does the same as 'back_inserter', but allows more parallelization. 'make_thread_tree' creates, out of any threads iterator, a 'thread_tree' object which is necessary for parallel execution. No mutex is necessary because the buffers have an unlimited size and will be flushed at the end of the execution.

template<class ThrTree, class IterBuf>

rpa::thr_nb_t tst_unbounded_alloc< ThrTree, IterBuf >::thrs

(

void

)

const [inline]

Number of threads.

template<class ThrTree, class IterBuf>

const char* tst_unbounded_alloc< ThrTree, IterBuf >::what

(

void

)

const [inline]

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Member Data Documentation

template<class ThrTree, class IterBuf>

IterBuf tst_unbounded_alloc< ThrTree, IterBuf >::_IterBuf [private]

template<class ThrTree, class IterBuf>

ThrTree tst_unbounded_alloc< ThrTree, IterBuf >::_ThrTree [private]

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

• t12_TransformRngJumpStats.cpp

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