@Test
public void testCreateOrUpdateObjectRequestWithFlightPlanObject() {
FlightPlan flightPlan = null;
try {
flightPlan = new FlightPlan(tailNumber, acid);
} catch (MuthurException e) {
fail(e.getLocalizedMessage());
}
assertNotNull(flightPlan);
assertEquals(flightPlan.getCallSign(), acid);
assertEquals(flightPlan.getTailNumber(), tailNumber);
assertNotNull(flightPlan.getDataObjectUUID());
assertFalse(flightPlan.getDataObjectUUID().equalsIgnoreCase(""));
assertTrue(flightPlan.getObjectCreateTimeMSecs() != 0L);
// flight plan data
flightPlan.setSource("Flight");
flightPlan.setAircraftType("B771");
flightPlan.setPlannedDepartureTimeMSecs(System.currentTimeMillis() + 10);
flightPlan.setPlannedDepartureRunway("1R");
flightPlan.setPlannedTaxiOutGate("D31");
flightPlan.setDepartureFix("DEFIX");
flightPlan.setDepartureCenter("ZID");
flightPlan.setPlannedArrivalTimeMSecs(System.currentTimeMillis() + 20);
flightPlan.setPlannedArrivalRunway("8L");
flightPlan.setPlannedTaxiInGate("C11");
flightPlan.setArrivalCenter("ZBW");
flightPlan.setArrivalFix("ARFIX");
flightPlan.setCruiseSpeedKts(400);
flightPlan.setCruiseAltitudeFt(330);
flightPlan.setRoutePlan("IND..ROD.J29.PLB.J595.BGR..BGR");
flightPlan.setPhysicalAircraftClass("J");
flightPlan.setWeightAircraftClass("H");
flightPlan.setUserAircraftClass("C");
flightPlan.setNumOfAircraft(1);
flightPlan.setAirborneEquipmentQualifier("R");
flightPlan.setFlightPlanStatus(FlightPlanStatus.CANCELLED);
// create a CreateOrUpdateObjectRequest
CreateOrUpdateObjectRequest cor = new CreateOrUpdateObjectRequest();
assertNotNull(cor);
cor.setFederationExecutionHandle(UUID.randomUUID().toString());
cor.setFederateRegistrationHandle(UUID.randomUUID().toString());
cor.setFederationExecutionModelHandle(UUID.randomUUID().toString());
cor.setSourceOfEvent("NexSim");
cor.setDataObject(flightPlan);
// serialize the object
String corAsXML = cor.serialize();
writeToFile(cor, false);
// do standard validation
assertNotNull(corAsXML);
assertFalse(corAsXML.equals(""));
// create another object from previous object's serialized form
CreateOrUpdateObjectRequest objectFromXML = new CreateOrUpdateObjectRequest();
try {
objectFromXML.initialization(corAsXML);
} catch (MuthurException e) {
fail(e.getLocalizedMessage());
}
// ensure that the two objects are equal
assertTrue(objectFromXML.equals(cor));
// get the serialized version of the new object
String newObjSerializedAsXML = objectFromXML.serialize();
assertNotNull(newObjSerializedAsXML);
assertFalse(newObjSerializedAsXML.equals(""));
IBaseDataObject bdo = objectFromXML.getDataObject();
assertNotNull(bdo);
assertTrue(bdo instanceof FlightPlan);
/** Initialize the internal data object from the serialized containing object */
try {
bdo.initialization(newObjSerializedAsXML);
} catch (MuthurException e) {
fail(e.getLocalizedMessage());
}
// check the serialized form of the data object
String bdoSerialized = bdo.serialize();
assertNotNull(bdoSerialized);
}
public void testUpateFlightPlanObjectAttributes() {
// set the attributes to be updated
//
FlightPlan newFlightPlan = new FlightPlan();
// NOTE: Used only since the unit testing is conducted in the VM.
// Changing
// this emulates what would happen if the objects were residing on
// separate
// machines and thus address spaces.
newFlightPlan.setDataObjectUUID(flightPlan.getDataObjectUUID());
newFlightPlan.setSource(source);
newFlightPlan.setAircraftType(aircraftType);
newFlightPlan.setCruiseSpeedKts(cruiseSpeedKts);
newFlightPlan.setCruiseAltitudeFt(cruiseAltitudeFeet);
newFlightPlan.setRoutePlan(route);
newFlightPlan.setPlannedDepartureTimeMSecs(System.currentTimeMillis());
newFlightPlan.setDepartureCenter(departureCenter);
newFlightPlan.setDepartureFix(departureFix);
newFlightPlan.setPlannedArrivalTimeMSecs(System.currentTimeMillis());
newFlightPlan.setArrivalCenter(arrivalCenter);
newFlightPlan.setArrivalFix(arrivalFix);
newFlightPlan.setPhysicalAircraftClass(physicalClass);
newFlightPlan.setWeightAircraftClass(weightClass);
newFlightPlan.setUserAircraftClass(userClass);
newFlightPlan.setNumOfAircraft(1);
newFlightPlan.setAirborneEquipmentQualifier(airborneEquipmentQualifier);
Set<String> fieldsToUpdate = new HashSet<String>();
fieldsToUpdate.add(EventAttributeName.source.toString());
fieldsToUpdate.add(EventAttributeName.aircraftType.toString());
fieldsToUpdate.add(EventAttributeName.cruiseSpeedKts.toString());
fieldsToUpdate.add(EventAttributeName.cruiseAltitudeFt.toString());
fieldsToUpdate.add(EventAttributeName.routePlan.toString());
fieldsToUpdate.add(EventAttributeName.plannedDepartureTimeMSecs.toString());
fieldsToUpdate.add(EventAttributeName.departureCenter.toString());
fieldsToUpdate.add(EventAttributeName.departureFix.toString());
fieldsToUpdate.add(EventAttributeName.plannedArrivalTimeMSecs.toString());
fieldsToUpdate.add(EventAttributeName.arrivalCenter.toString());
fieldsToUpdate.add(EventAttributeName.arrivalFix.toString());
fieldsToUpdate.add(EventAttributeName.physicalAircraftClass.toString());
fieldsToUpdate.add(EventAttributeName.weightAircraftClass.toString());
fieldsToUpdate.add(EventAttributeName.userAircraftClass.toString());
fieldsToUpdate.add(EventAttributeName.numOfAircraft.toString());
fieldsToUpdate.add(EventAttributeName.airborneEquipmentQualifier.toString());
try {
objectService.updateObjectAttributes(federationExecutionID, newFlightPlan, fieldsToUpdate);
} catch (MuthurException e) {
fail(e.getLocalizedMessage());
}
// will retrieve the updated object from the object service and compare
// it
// to the object which should accurately test whether the update was
// applied
assertObjectExists(flightPlan);
}