rpa::spawn< ThreadTree, Ftor > Class Template Reference

#include <synchro.h>

Inheritance diagram for rpa::spawn< ThreadTree, Ftor >:

List of all members.

Public Types
typedef Ftor::result_type	result_type
Public Member Functions
	spawn (const present_type &presTyp)
	The sub-thread is started by the constructor of the future.
const result_type &	result (void)
Private Types
typedef present< ThreadTree, Ftor >	present_type
typedef future< typename present< ThreadTree, Ftor >::functor_type, typename ThreadTree::head_thread_type >	future_type
	We must store an extra reference - maybe we could get rid of it.

template<class ThreadTree, class Ftor>
class rpa::spawn< ThreadTree, Ftor >

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Member Typedef Documentation

template<class ThreadTree, class Ftor>

typedef future< typename present< ThreadTree, Ftor >::functor_type, typename ThreadTree::head_thread_type > rpa::spawn< ThreadTree, Ftor >::future_type [private]

We must store an extra reference - maybe we could get rid of it.

Reimplemented from rpa::present< ThreadTree, Ftor >.

template<class ThreadTree, class Ftor>

typedef present< ThreadTree, Ftor > rpa::spawn< ThreadTree, Ftor >::present_type [private]

template<class ThreadTree, class Ftor>

typedef Ftor::result_type rpa::spawn< ThreadTree, Ftor >::result_type

Reimplemented from rpa::future< Ftor, Thr >.

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Constructor & Destructor Documentation

template<class ThreadTree, class Ftor>

rpa::spawn< ThreadTree, Ftor >::spawn

(

const present_type &

presTyp

)

[inline]

The sub-thread is started by the constructor of the future.

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Member Function Documentation

template<class ThreadTree, class Ftor>

const result_type& rpa::spawn< ThreadTree, Ftor >::result

(

void

)

[inline]

All the variables that the 'future' points to are stored in 'spawn'. Which should REALLY inhibit 'this->result()' which is invalid when this thread is running.

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

• synchro.h

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