static void _doTimedOff( iOFBack inst ) {
iOFBackData data = Data(inst);
if( data->timedoff > 0 ){
if( data->timer == 0 ) {
iONode nodeD = NodeOp.inst( wFeedback.name(), NULL, ELEMENT_NODE );
data->state = False;
data->timer = -1;
TraceOp.trc( name, TRCLEVEL_USER1, __LINE__, 9999, "timed off event for %s", FBackOp.getId( inst ));
if( data->listenerFun != NULL ) {
data->listenerFun( data->listenerObj, data->state, FBackOp.getId( inst ), NULL, NULL, NULL, NULL, 0, 0, True );
}
__ctcAction( inst );
__checkAction( inst, NULL );
/* Broadcast to clients. Node4 */
wFeedback.setid( nodeD, FBackOp.getId( inst ) );
wFeedback.setcounter( data->props, data->counter );
wFeedback.setcarcount( nodeD, data->carcount );
wFeedback.setcountedcars( nodeD, data->countedcars );
wFeedback.setstate( nodeD, data->state );
wFeedback.setaddr( nodeD, wFeedback.getaddr( data->props ) );
wFeedback.setbus( nodeD, wFeedback.getbus( data->props ) );
wFeedback.setfbtype( nodeD, wFeedback.getfbtype( data->props ) );
wFeedback.setload( nodeD, wFeedback.getload(data->props) );
wFeedback.setmaxload( nodeD, wFeedback.getmaxload(data->props) );
AppOp.broadcastEvent( nodeD );
{
obj listener = ListOp.first( data->listeners );
wFeedback.setstate( data->props, data->state );
while( listener != NULL ) {
TraceOp.trc( name, TRCLEVEL_USER1, __LINE__, 9999, "fb [%s](%s) val=%d count=%d call listener %X...",
FBackOp.getId(inst), data->state?"ON":"OFF", wFeedback.getval(data->props), data->counter, listener );
listener->event( listener, data->props );
listener = ListOp.next( data->listeners );
};
}
}
else if( data->timer > 0 ) {
data->timer--;
}
}
}
static void _event( iOFBack inst, iONode nodeC ) {
iOFBackData data = Data(inst);
Boolean hasListener = False;
Boolean state = wFeedback.isstate( nodeC );
if( TraceOp.getLevel(NULL) & TRCLEVEL_DEBUG ) {
char* strNode = (char*)NodeOp.base.toString( nodeC );
TraceOp.trc( name, TRCLEVEL_DEBUG, __LINE__, 9999, "event %s", strNode );
StrOp.free( strNode );
}
if( wFeedback.getcutoutaddr(data->props) > 0 && wFeedback.getaddr(nodeC) == wFeedback.getcutoutaddr(data->props) ) {
data->shortcut = state;
wFeedback.setshortcut(data->props, state);
TraceOp.trc( name, state ? TRCLEVEL_EXCEPTION:TRCLEVEL_INFO, __LINE__, 9999,
"Sensor [%s] report: %s", wFeedback.getid(data->props), state?"short circuit detected":"Cutout is OK" );
AppOp.broadcastEvent( (iONode)NodeOp.base.clone(data->props) );
nodeC->base.del(nodeC);
return;
}
/* check for active low */
if( wFeedback.isactivelow( data->props ) )
state = !state;
/* check for a timed off sensor */
if( data->timedoff > 0 ) {
if( !state ) {
data->timer = data->timedoff;
/* Cleanup Node3 */
nodeC->base.del(nodeC);
return;
}
}
data->state = state;
if( wFeedback.getfbtype(data->props) == wFeedback.fbtype_wheelcounter ) {
if(wFeedback.getwheelcount(nodeC) == 0 && state) {
/* using a HAL sensor for 'wheel'(Magnet) counting */
data->wheelcount++;
}
TraceOp.trc( name, TRCLEVEL_INFO, __LINE__, 9999, "[%s] COUNTING WHEELS: countedwheels=%d",
FBackOp.getId(inst), wFeedback.getwheelcount(nodeC) + data->wheelcount );
/* the plus data->wheelcount is for simulation */
}
if(data->state) {
data->timer = -1;
data->counter++;
if( data->carcount > 0 ) {
data->countedcars++;
TraceOp.trc( name, TRCLEVEL_INFO, __LINE__, 9999, "[%s] COUNTING CARS: carcount=%d countedcars=%d",
FBackOp.getId(inst), data->carcount, data->countedcars );
__checkAction( inst );
}
}
if( data->carcount > 0 && data->countedcars <= data->carcount ) {
/* Cleanup Node3 */
TraceOp.trc( name, TRCLEVEL_INFO, __LINE__, 9999, "COUNTING CARS: fb[%s] state=%s ident=%d val=%d carcount=%d countedcars=%d",
FBackOp.getId(inst), data->state?"ON":"OFF", wFeedback.getidentifier( nodeC ),
wFeedback.getval( nodeC ), data->carcount, data->countedcars );
/* Broadcast to clients. Node4 */
if( data->state || data->timedoff == 0 ) {
iONode nodeD = NodeOp.inst( wFeedback.name(), NULL, ELEMENT_NODE );
wFeedback.setid( nodeD, FBackOp.getId( inst ) );
wFeedback.setcounter( data->props, data->counter );
wFeedback.setcarcount( nodeD, data->carcount );
wFeedback.setcountedcars( nodeD, data->countedcars );
wFeedback.setstate( nodeD, data->state );
wFeedback.setval( nodeD, wFeedback.getval( nodeC ) );
wFeedback.setaddr( nodeD, wFeedback.getaddr( data->props ) );
wFeedback.setbus( nodeD, wFeedback.getbus( data->props ) );
wFeedback.setfbtype( nodeD, wFeedback.getfbtype( data->props ) );
wFeedback.setidentifier( nodeD, wFeedback.getidentifier( nodeC ) );
wFeedback.setwheelcount( nodeD, wFeedback.getwheelcount( nodeC ) + data->wheelcount );
wFeedback.setload( nodeD, wFeedback.getload(data->props) );
wFeedback.setmaxload( nodeD, wFeedback.getmaxload(data->props) );
AppOp.broadcastEvent( nodeD );
}
nodeC->base.del(nodeC);
return;
}
/* reset car counting */
data->carcount = 0;
data->countedcars = 0;
wFeedback.setstate( data->props, data->state );
wFeedback.setcounter( data->props, data->counter );
wFeedback.setidentifier( data->props, wFeedback.getidentifier( nodeC ) );
wFeedback.setdirection( data->props, wFeedback.isdirection( nodeC ) );
wFeedback.setload( data->props, wFeedback.getload( nodeC ) );
TraceOp.trc( name, TRCLEVEL_USER1, __LINE__, 9999, "fb[%s] state=%s ident=%s dir=%s val=%d count=%d",
FBackOp.getId(inst), data->state?"ON":"OFF", wFeedback.getidentifier( nodeC ), wFeedback.isdirection( nodeC )?"fwd":"rev",
wFeedback.getval( nodeC ), data->counter );
/* Call listener. */
if( data->listenerFun != NULL ) {
data->listenerFun( data->listenerObj, data->state, FBackOp.getId( inst ),
wFeedback.getidentifier( nodeC ), wFeedback.getidentifier2( nodeC ), wFeedback.getidentifier3( nodeC ), wFeedback.getidentifier4( nodeC ),
wFeedback.getval( nodeC ), wFeedback.getwheelcount( nodeC ) + data->wheelcount, wFeedback.isdirection(nodeC) );
hasListener = True;
}
{
obj listener = ListOp.first( data->listeners );
while( listener != NULL ) {
hasListener = True;
TraceOp.trc( name, TRCLEVEL_USER1, __LINE__, 9999, "fb [%s](%s) ident=%d val=%d count=%d call listener 0x%08X...",
FBackOp.getId(inst), data->state?"ON":"OFF", wFeedback.getidentifier( nodeC ),
wFeedback.getval( nodeC ), data->counter, listener );
listener->event( listener, data->props );
listener = ListOp.next( data->listeners );
};
}
__ctcAction( inst );
__checkAction( inst );
if(!hasListener) {
TraceOp.trc( name, TRCLEVEL_USER1, __LINE__, 9999, "fb[%s] (%s) ident=%s val=%d count=%d has no listener...",
FBackOp.getId(inst), data->state?"ON":"OFF",
wFeedback.getidentifier( nodeC ), wFeedback.getval( nodeC ), data->counter );
}
/* Broadcast to clients. Node4 */
if( data->state || data->timedoff == 0 ) {
iONode nodeD = NodeOp.inst( wFeedback.name(), NULL, ELEMENT_NODE );
wFeedback.setiid( nodeD, wFeedback.getiid( data->props ) );
wFeedback.setid( nodeD, FBackOp.getId( inst ) );
wFeedback.setstate( nodeD, data->state );
wFeedback.setval( nodeD, wFeedback.getval( nodeC ) );
wFeedback.setaddr( nodeD, wFeedback.getaddr( data->props ) );
wFeedback.setbus( nodeD, wFeedback.getbus( data->props ) );
wFeedback.setfbtype( nodeD, wFeedback.getfbtype( data->props ) );
wFeedback.setidentifier( nodeD, wFeedback.getidentifier( nodeC ) );
wFeedback.setcounter( nodeD, data->counter );
wFeedback.setcarcount( nodeD, data->carcount );
wFeedback.setcountedcars( nodeD, data->countedcars );
wFeedback.setwheelcount( nodeD, wFeedback.getwheelcount( nodeC ) + data->wheelcount );
wFeedback.setload( nodeD, wFeedback.getload(data->props) );
wFeedback.setmaxload( nodeD, wFeedback.getmaxload(data->props) );
AppOp.broadcastEvent( nodeD );
}
if( data->state && wFeedback.getfbtype(data->props) == wFeedback.fbtype_lissy ) {
/* timed off */
data->state = False;
data->timer = data->timedoff;
}
/* Cleanup Node3 */
nodeC->base.del(nodeC);
}
