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);
}
public void testUpateFlightPositionObjectAttributes() {
// set the attributes to be updated
//
FlightPosition newFlightPosition = new FlightPosition();
// 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.
newFlightPosition.setDataObjectUUID(flightPosition.getDataObjectUUID());
newFlightPosition.setLatitudeDegrees(latitudeDegrees);
newFlightPosition.setLongitudeDegrees(longitudeDegrees);
newFlightPosition.setAltitudeFt(altitudeFeet);
newFlightPosition.setGroundspeedKts(groundSpeedKts);
newFlightPosition.setHeadingDegrees(headingDegrees);
newFlightPosition.setAirspeedKts(airSpeedKts);
newFlightPosition.setPitchDegrees(pitchDegrees);
newFlightPosition.setRollDegrees(rollDegrees);
newFlightPosition.setYawDegrees(yawDegrees);
newFlightPosition.setSector(sectorName);
newFlightPosition.setCenter(centerName);
newFlightPosition.setVerticalspeedKts(verticalspeedKts);
newFlightPosition.setAircraftOnGround(true);
newFlightPosition.setAircraftTransmissionFrequency(aircraftTransmissionFrequency);
newFlightPosition.setSquawkCode(squawkCode);
newFlightPosition.setIdent(true);
Set<String> fieldsToUpdate = new HashSet<String>();
fieldsToUpdate.add(EventAttributeName.longitudeDegrees.toString());
fieldsToUpdate.add(EventAttributeName.latitudeDegrees.toString());
fieldsToUpdate.add(EventAttributeName.altitudeFt.toString());
fieldsToUpdate.add(EventAttributeName.groundspeedKts.toString());
fieldsToUpdate.add(EventAttributeName.headingDegrees.toString());
fieldsToUpdate.add(EventAttributeName.airspeedKts.toString());
fieldsToUpdate.add(EventAttributeName.pitchDegrees.toString());
fieldsToUpdate.add(EventAttributeName.rollDegrees.toString());
fieldsToUpdate.add(EventAttributeName.yawDegrees.toString());
fieldsToUpdate.add(EventAttributeName.sector.toString());
fieldsToUpdate.add(EventAttributeName.center.toString());
fieldsToUpdate.add(EventAttributeName.verticalspeedKts.toString());
fieldsToUpdate.add(EventAttributeName.aircraftOnGround.toString());
fieldsToUpdate.add(EventAttributeName.aircraftTransmissionFrequency.toString());
fieldsToUpdate.add(EventAttributeName.squawkCode.toString());
fieldsToUpdate.add(EventAttributeName.ident.toString());
try {
objectService.updateObjectAttributes(
federationExecutionID, newFlightPosition, 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(flightPosition);
}
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);
}
