rpa::thread_fast_t< Thr, Mtx > Class Template Reference

#include <thread_fast.h>

List of all members.

Public Member Functions
	thread_fast_t ()
	~thread_fast_t ()
int	create (thread_func_t aFunc, void *aData)
	Returns zero if no error.
void	join (void)
void	cancel (void)
	Called only by the main thread.
bool	exec_lock (void)
Private Member Functions
	thread_fast_t (const thread_fast_t &)
thread_fast_t &	operator= (const thread_fast_t &)
void *	funcMethod (void)
Static Private Member Functions
static void *	func (void *aThr)
Private Attributes
Mtx	_MtxA
Mtx	_MtxB
volatile bool	isRunning
volatile bool	mustExit
volatile thread_func_t	_Func
void *	_Data

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Detailed Description

template<class Thr, class Mtx>
class rpa::thread_fast_t< Thr, Mtx >

Implements 'exec_lock()' method. Very efficient for small tasks because the synchronization is much faster. The main thread executes the code if it has to wait just a short time.

---

Constructor & Destructor Documentation

template<class Thr, class Mtx>

rpa::thread_fast_t< Thr, Mtx >::thread_fast_t

(

const thread_fast_t< Thr, Mtx > &

)

[private]

template<class Thr, class Mtx>

rpa::thread_fast_t< Thr, Mtx >::thread_fast_t

(

)

[inline]

template<class Thr, class Mtx>

rpa::thread_fast_t< Thr, Mtx >::~thread_fast_t

(

)

[inline]

---

Member Function Documentation

template<class Thr, class Mtx>

void rpa::thread_fast_t< Thr, Mtx >::cancel

(

void

)

[inline]

Called only by the main thread.

template<class Thr, class Mtx>

int rpa::thread_fast_t< Thr, Mtx >::create	(	thread_func_t	aFunc,
		void *	aData
	)			[inline]

Returns zero if no error.

Does not start the real thread if not necessary. If it was stopped, it has to be restarted.

template<class Thr, class Mtx>

bool rpa::thread_fast_t< Thr, Mtx >::exec_lock

(

void

)

[inline]

template<class Thr, class Mtx>

static void* rpa::thread_fast_t< Thr, Mtx >::func

(

void *

aThr

)

[inline, static, private]

template<class Thr, class Mtx>

void* rpa::thread_fast_t< Thr, Mtx >::funcMethod

(

void

)

[inline, private]

template<class Thr, class Mtx>

void rpa::thread_fast_t< Thr, Mtx >::join

(

void

)

[inline]

template<class Thr, class Mtx>

thread_fast_t& rpa::thread_fast_t< Thr, Mtx >::operator=

(

const thread_fast_t< Thr, Mtx > &

)

[private]

---

Member Data Documentation

template<class Thr, class Mtx>

void* rpa::thread_fast_t< Thr, Mtx >::_Data [private]

template<class Thr, class Mtx>

volatile thread_func_t rpa::thread_fast_t< Thr, Mtx >::_Func [private]

These two variables are read and written by the main thread and the sub-thread, but all writes are protected by _MtxA

template<class Thr, class Mtx>

Mtx rpa::thread_fast_t< Thr, Mtx >::_MtxA [private]

template<class Thr, class Mtx>

Mtx rpa::thread_fast_t< Thr, Mtx >::_MtxB [private]

template<class Thr, class Mtx>

volatile bool rpa::thread_fast_t< Thr, Mtx >::isRunning [private]

template<class Thr, class Mtx>

volatile bool rpa::thread_fast_t< Thr, Mtx >::mustExit [private]

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

• thread_fast.h

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