std::vector< coroutine >
queue_to_vec_cor( queue q, event::condition_variable* cv, event::mutex* mt, size_t min )
{
if ( cv ) {
assert( mt );
}
std::vector< coroutine > cors;
if ( q.type( ) == queue_type::serial ) {
if ( cv ) {
auto func = [ q = std::move( q ), cv, mt, min ]( ) mutable
{
for ( size_t i = 0; q.run_once( ); ++i ) {
if ( i >= min ) {
boost::lock_guard< event::mutex > lock( *mt );
cv->notify( );
}
}
};
cors.emplace_back( std::move( func ) );
} else {
auto func = [q = std::move( q )]( ) mutable
{
q.run_until_empty( );
};
cors.emplace_back( std::move( func ) );
}
} else {
cors.reserve( q.work_queue.size( ) );
if ( cv ) {
auto atomic = std::make_shared< std::atomic< size_t > >( 0 );
for ( auto& work : q.work_queue ) {
auto func = [ work = std::move( work ), atomic, cv, mt, min ]( ) mutable
{
( *work )( );
size_t atom_val = ++( *atomic );
if ( atom_val >= min ) {
boost::lock_guard< event::mutex > lock( *mt );
cv->notify( );
}
};
cors.emplace_back( std::move( func ) );
}
} else {
for ( auto& work : q.work_queue ) {
cors.emplace_back( std::move( work ) );
}
}
}
return cors;
}
void
queue::append_queue( queue q )
{
boost::lock( queue_mut, q.queue_mut );
boost::lock_guard< boost::recursive_mutex > my_lock( queue_mut, boost::adopt_lock );
boost::lock_guard< boost::recursive_mutex > q_lock( q.queue_mut, boost::adopt_lock );
if ( typ == q.typ ) {
std::move( q.work_queue.begin( ), q.work_queue.end( ), std::back_inserter( work_queue ) );
} else if ( typ == queue_type::parallel && q.typ == queue_type::serial ) {
auto func = [q = std::move( q )]( ) mutable
{
q.run_until_empty( );
};
work_queue.emplace_back( new spec_functor< decltype( func ) >( std::move( func ) ) );
} else if ( typ == queue_type::serial && q.typ == queue_type::parallel ) {
auto func = [q = std::move( q )]( ) mutable
{
event::mutex mt;
event::condition_variable cv;
boost::unique_lock< event::mutex > lock( mt );
auto size = q.work_queue.size( );
schedule_queue_first( std::move( q ), cv, mt, size );
cv.wait( lock );
};
work_queue.emplace_back( new spec_functor< decltype( func ) >( std::move( func ) ) );
}
if ( cb_added ) {
cb_added( *this );
}
}
