bool QSingleShotTimer::event( QEvent * )
{
qKillTimer( timerId ); // no more timeouts
signal.activate(); // emit the signal
signal.disconnect( 0, 0 );
timerId = 0; // mark as inactive
return TRUE;
}
bool QSingleShotTimer::event( QEvent * )
{
qKillTimer( timerId ); // no more timeouts
signal.activate(); // emit the signal
signal.disconnect( 0, 0 );
sst_list->insert( 0, this ); // store in free list
return TRUE;
}
bool QSingleShotTimer::start( int msec, QObject *r, const char *m )
{
timerId = 0;
if ( signal.connect(r, m) )
timerId = qStartTimer( msec, (QObject *)this );
return timerId != 0;
}
void Dispatcher::reparseConfiguration( const QCString & instanceName )
{
kdDebug( 701 ) << k_funcinfo << instanceName << endl;
// check if the instanceName is valid:
if( ! m_instanceInfo.contains( instanceName ) )
return;
// first we reparse the config of the instance so that the KConfig object
// will be up to date
m_instanceInfo[ instanceName ].instance->config()->reparseConfiguration();
QSignal * sig = m_instanceInfo[ instanceName ].signal;
if( sig )
{
kdDebug( 701 ) << "emit signal to instance" << endl;
sig->activate();
}
}
void Dispatcher::registerInstance( KInstance * instance, QObject * recv, const char * slot )
{
assert( instance != 0 );
// keep the KInstance around and call
// instance->config()->reparseConfiguration when the app should reparse
QCString instanceName = instance->instanceName();
kdDebug( 701 ) << k_funcinfo << instanceName << endl;
m_instanceName[ recv ] = instanceName;
QSignal * sig;
if( m_instanceInfo.contains( instanceName ) )
{
sig = m_instanceInfo[ instanceName ].signal;
}
else
{
sig = new QSignal( this, "signal dispatcher" );
m_instanceInfo[ instanceName ].signal = sig;
m_instanceInfo[ instanceName ].instance = instance;
}
sig->connect( recv, slot );
++m_instanceInfo[ instanceName ].count;
connect( recv, SIGNAL( destroyed( QObject * ) ), this, SLOT( unregisterInstance( QObject * ) ) );
}
