// listen for turnouts, creating them as needed
public void message(DCCppReply l) {
if (log.isDebugEnabled()) {
log.debug("recieved message: " + l.toString());
}
if (l.isTurnoutReply()) {
// parse message type
int addr = l.getTOIDInt();
if (addr >= 0) {
// check to see if the address has been operated before
// continuing.
if (log.isDebugEnabled()) {
log.debug("message has address: " + addr);
}
// reach here for switch command; make sure we know
// about this one
String s = prefix + typeLetter() + addr;
if (null == getBySystemName(s)) {
// need to create a new one, and send the message on
// to the newly created object.
((DCCppTurnout) provideTurnout(s)).initmessage(l);
} else {
// The turnout exists, forward this message to the
// turnout
((DCCppTurnout) getBySystemName(s)).message(l);
}
}
}
}
// DCCppSensor test for incoming status message
public void testDCCppSensorStatusMsg() {
DCCppInterfaceScaffold xnis = new DCCppInterfaceScaffold(new DCCppCommandStation());
Assert.assertNotNull("exists", xnis);
DCCppSensor t = new DCCppSensor("DCCPPS04", xnis);
DCCppReply m;
// Verify this was created in UNKNOWN state
Assert.assertTrue(t.getKnownState() == jmri.Sensor.UNKNOWN);
// notify the Sensor that somebody else changed it...
m = DCCppReply.parseDCCppReply("Q 4");
t.message(m);
Assert.assertEquals("Known state after activate ", jmri.Sensor.ACTIVE, t.getKnownState());
m = DCCppReply.parseDCCppReply("q 4");
t.message(m);
Assert.assertEquals("Known state after inactivate ", jmri.Sensor.INACTIVE, t.getKnownState());
}
