public void testAddAircraftArrivalObject() {
aircraftArrival = null;
try {
aircraftArrival = new AircraftArrival(tailNumber, callSign);
} catch (MuthurException e) {
fail(e.getLocalizedMessage());
}
aircraftArrival.setActualArrivalTimeMSecs(System.currentTimeMillis());
aircraftArrival.setArrivalAirportCode(arrivalAirportCode);
aircraftArrival.setArrivalRunway(arrivalRunwayName);
// add the aircraft arrival
try {
objectService.addDataObject(federationExecutionID, aircraftArrival);
} catch (MuthurException e) {
fail(e.getLocalizedMessage());
}
assertObjectExists(aircraftArrival);
}
public void testUpateAircraftArrivalObjectAttributes() {
// set the attributes to be updated
//
AircraftArrival newAircraftArrival = new AircraftArrival();
// 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.
newAircraftArrival.setDataObjectUUID(aircraftArrival.getDataObjectUUID());
newAircraftArrival.setCallSign(callSign);
newAircraftArrival.setTailNumber(tailNumber);
newAircraftArrival.setActualArrivalTimeMSecs(System.currentTimeMillis());
newAircraftArrival.setArrivalRunway(arrivalRunwayName);
newAircraftArrival.setArrivalAirportCode(arrivalAirportCode);
Set<String> fieldsToUpdate = new HashSet<String>();
fieldsToUpdate.add(EventAttributeName.arrivalRunway.toString());
fieldsToUpdate.add(EventAttributeName.arrivalAirportCode.toString());
try {
objectService.updateObjectAttributes(
federationExecutionID, newAircraftArrival, 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(aircraftArrival);
}
@Test
public void testCreateOrUpdateObjectRequestWithAircraftArrivalObject() {
AircraftArrival acad = null;
try {
acad = new AircraftArrival(tailNumber, acid);
} catch (Exception e) {
fail(e.getLocalizedMessage());
}
assertNotNull(acad);
assertEquals(acad.getCallSign(), acid);
assertEquals(acad.getTailNumber(), tailNumber);
assertNotNull(acad.getDataObjectUUID());
assertFalse(acad.getDataObjectUUID().equalsIgnoreCase(""));
assertTrue(acad.getObjectCreateTimeMSecs() != 0L);
// arrival time
acad.setActualArrivalTimeMSecs(System.currentTimeMillis() + 40);
// arrival APs
acad.setArrivalAirportCode("ORD");
// set runway
acad.setArrivalRunway("7R");
// create a CreateObjectRequest
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(acad);
// serialize the object
String corAsXML = cor.serialize();
// 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 AircraftArrival);
/** 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);
}
