rpa::thread_array< SubThr > Class Template Reference

This makes simpler the allocation of a pool of threads. More...

#include <synchro.h>

List of all members.

Public Types
typedef thread_array	iterator
Public Member Functions
	thread_array (size_t nbThrs)
SubThr &	operator * (void)
const SubThr &	operator * (void) const
thread_array &	operator++ (void)
template<class ThrMain>
thread_tree< thread_array, ThrMain * >	tree (ThrMain *ptrThrMain)
	This creates a thread tree with any kind of main thread pointer.
template<class ThrMain>
thread_tree< thread_array, ThrMain >	tree (const ThrMain &refThrMain)
	This creates a thread tree with any kind of main thread reference.
thread_tree< thread_array, void >	tree (void)
	This creates a thread_tree where the main thread is void.
Private Member Functions
void	check (void) const
Private Attributes
counted_ptr< thr_arr >	_thr_arr
size_t	_idx
	This index represents which thread the iterator is pointing to.
Classes
class	thr_arr
	This structure stores the threads. It is accessed with a counted_ptr. More...

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Detailed Description

template<class SubThr>
class rpa::thread_array< SubThr >

This makes simpler the allocation of a pool of threads.

This is a container and an iterator at the same time. When such an iterator is created, it allocates, internally, an array of threads. It is not possible to use any kind of container for the threads, because they are not copiable nor assignable.

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Member Typedef Documentation

template<class SubThr>

typedef thread_array rpa::thread_array< SubThr >::iterator

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Constructor & Destructor Documentation

template<class SubThr>

rpa::thread_array< SubThr >::thread_array

(

size_t

nbThrs

)

[inline]

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Member Function Documentation

template<class SubThr>

void rpa::thread_array< SubThr >::check

(

void

)

const [inline, private]

template<class SubThr>

const SubThr& rpa::thread_array< SubThr >::operator *

(

void

)

const [inline]

template<class SubThr>

SubThr& rpa::thread_array< SubThr >::operator *

(

void

)

[inline]

template<class SubThr>

thread_array& rpa::thread_array< SubThr >::operator++

(

void

)

[inline]

template<class SubThr>

thread_tree< thread_array, void > rpa::thread_array< SubThr >::tree

(

void

)

[inline]

This creates a thread_tree where the main thread is void.

template<class SubThr>

template<class ThrMain>

thread_tree< thread_array, ThrMain > rpa::thread_array< SubThr >::tree

(

const ThrMain &

refThrMain

)

[inline]

This creates a thread tree with any kind of main thread reference.

The subthreads are already allocated in a simple way.

template<class SubThr>

template<class ThrMain>

thread_tree< thread_array, ThrMain * > rpa::thread_array< SubThr >::tree

(

ThrMain *

ptrThrMain

)

[inline]

This creates a thread tree with any kind of main thread pointer.

The subthreads are already allocated in a simple way.

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Member Data Documentation

template<class SubThr>

size_t rpa::thread_array< SubThr >::_idx [private]

This index represents which thread the iterator is pointing to.

template<class SubThr>

counted_ptr< thr_arr > rpa::thread_array< SubThr >::_thr_arr [private]

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

• synchro.h

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