public void TestUPSMethod()
{
// We consider our timing done right if it fits in a 10 minute window
double ACCEPTABLE_WINDOW = 10;
// The easiest way for us to test our stuff is to make sure it works with regular files
//Location of Airports JSON
string AirportsFilePath = @".\Resources\airports.json";
// Location of ADS-B events
string AdsbEventsFilePath = @".\Resources\events.txt";
string p = Path.GetFullPath(AirportsFilePath);
ParagonCodingExercise.FlightProcessor testProcessor = new ParagonCodingExercise.FlightProcessor(AirportsFilePath, AdsbEventsFilePath, "A30626");
ParagonCodingExercise.FileReader fp = new ParagonCodingExercise.FileReader(testProcessor.getEventQueue(), testProcessor.getAdsbEventsFilePath());
fp.ParseFile();
testProcessor.ProcessEvents();
testProcessor.ProcessIncompleteEvents();
ConcurrentQueue <ParagonCodingExercise.Flight> testOutput = testProcessor.getFlightQueue();
Assert.AreEqual(testOutput.Count, 3);
ParagonCodingExercise.Flight[] flightArray = testOutput.ToArray();
// first flight
DateTime testTimeArrive0 = new DateTime(2020, 5, 26, 0, 30, 00);
double arriveDiff0 = System.Math.Abs((testTimeArrive0 - (DateTime)flightArray[0].ArrivalTime).TotalMinutes);
Assert.IsTrue(arriveDiff0 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[0].ArrivalAirport, "KONT");
Assert.IsNull(flightArray[0].DepartureAirport);
Assert.IsNull(flightArray[0].DepartureTime);
// second flight
DateTime testTimeDepart1 = new DateTime(2020, 5, 26, 4, 00, 00);
DateTime testTimeArrive1 = new DateTime(2020, 5, 26, 13, 05, 00);
double departDiff1 = System.Math.Abs((testTimeDepart1 - (DateTime)flightArray[1].DepartureTime).TotalMinutes);
double arriveDiff1 = System.Math.Abs((testTimeArrive1 - (DateTime)flightArray[1].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff1 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff1 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[1].ArrivalAirport, "PHKO");
Assert.AreEqual(flightArray[1].DepartureAirport, "KONT");
// Third flight
DateTime testTimeDepart2 = new DateTime(2020, 5, 26, 15, 00, 00);
DateTime testTimeArrive2 = new DateTime(2020, 5, 26, 20, 05, 00);
double departDiff2 = System.Math.Abs((testTimeDepart2 - (DateTime)flightArray[2].DepartureTime).TotalMinutes);
double arriveDiff2 = System.Math.Abs((testTimeArrive2 - (DateTime)flightArray[2].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff2 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff2 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[2].ArrivalAirport, "KONT");
Assert.AreEqual(flightArray[2].DepartureAirport, "PHKO");
}
public void TestDeltaMethod()
{
// We consider our timing done right if it fits in a 10 minute window
double ACCEPTABLE_WINDOW = 10;
// The easiest way for us to test our stuff is to make sure it works with regular files
//Location of Airports JSON
string AirportsFilePath = @".\Resources\airports.json";
// Location of ADS-B events
string AdsbEventsFilePath = @".\Resources\events.txt";
string p = Path.GetFullPath(AirportsFilePath);
ParagonCodingExercise.FlightProcessor testProcessor = new ParagonCodingExercise.FlightProcessor(AirportsFilePath, AdsbEventsFilePath, "A44D3F");
ParagonCodingExercise.FileReader fp = new ParagonCodingExercise.FileReader(testProcessor.getEventQueue(), testProcessor.getAdsbEventsFilePath());
fp.ParseFile();
testProcessor.ProcessEvents();
testProcessor.ProcessIncompleteEvents();
ConcurrentQueue <ParagonCodingExercise.Flight> testOutput = testProcessor.getFlightQueue();
Assert.AreEqual(testOutput.Count, 7);
ParagonCodingExercise.Flight[] flightArray = testOutput.ToArray();
// first flight
DateTime testTimeArrive0 = new DateTime(2020, 5, 26, 0, 30, 00);
double arriveDiff0 = System.Math.Abs((testTimeArrive0 - (DateTime)flightArray[0].ArrivalTime).TotalMinutes);
Assert.IsTrue(arriveDiff0 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[0].ArrivalAirport, "KLAX");
Assert.IsNull(flightArray[0].DepartureAirport);
Assert.IsNull(flightArray[0].DepartureTime);
// second flight
DateTime testTimeDepart1 = new DateTime(2020, 5, 26, 1, 35, 00);
DateTime testTimeArrive1 = new DateTime(2020, 5, 26, 3, 0, 00);
double departDiff1 = System.Math.Abs((testTimeDepart1 - (DateTime)flightArray[1].DepartureTime).TotalMinutes);
double arriveDiff1 = System.Math.Abs((testTimeArrive1 - (DateTime)flightArray[1].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff1 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff1 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[1].ArrivalAirport, "KSLC");
Assert.AreEqual(flightArray[1].DepartureAirport, "KLAX");
// Third flight
DateTime testTimeDepart2 = new DateTime(2020, 5, 26, 4, 00, 00);
DateTime testTimeArrive2 = new DateTime(2020, 5, 26, 5, 05, 00);
double departDiff2 = System.Math.Abs((testTimeDepart2 - (DateTime)flightArray[2].DepartureTime).TotalMinutes);
double arriveDiff2 = System.Math.Abs((testTimeArrive2 - (DateTime)flightArray[2].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff2 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff2 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[2].ArrivalAirport, "KRNO");
Assert.AreEqual(flightArray[2].DepartureAirport, "KSLC");
// Fourth flight
DateTime testTimeDepart3 = new DateTime(2020, 5, 26, 13, 20, 00);
DateTime testTimeArrive3 = new DateTime(2020, 5, 26, 14, 20, 00);
double departDiff3 = System.Math.Abs((testTimeDepart3 - (DateTime)flightArray[3].DepartureTime).TotalMinutes);
double arriveDiff3 = System.Math.Abs((testTimeArrive3 - (DateTime)flightArray[3].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff3 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff3 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[3].ArrivalAirport, "KSLC");
Assert.AreEqual(flightArray[3].DepartureAirport, "KRNO");
// Fifth flight
DateTime testTimeDepart4 = new DateTime(2020, 5, 26, 15, 45, 00);
DateTime testTimeArrive4 = new DateTime(2020, 5, 26, 17, 15, 00);
double departDiff4 = System.Math.Abs((testTimeDepart4 - (DateTime)flightArray[4].DepartureTime).TotalMinutes);
double arriveDiff4 = System.Math.Abs((testTimeArrive4 - (DateTime)flightArray[4].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff4 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff4 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[4].ArrivalAirport, "KLAX");
Assert.AreEqual(flightArray[4].DepartureAirport, "KSLC");
// Sixth Flight
DateTime testTimeDepart5 = new DateTime(2020, 5, 26, 18, 30, 00);
DateTime testTimeArrive5 = new DateTime(2020, 5, 26, 20, 50, 00);
double departDiff5 = System.Math.Abs((testTimeDepart5 - (DateTime)flightArray[5].DepartureTime).TotalMinutes);
double arriveDiff5 = System.Math.Abs((testTimeArrive5 - (DateTime)flightArray[5].ArrivalTime).TotalMinutes);
Assert.IsTrue(departDiff5 < ACCEPTABLE_WINDOW);
Assert.IsTrue(arriveDiff5 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[5].ArrivalAirport, "KSEA");
Assert.AreEqual(flightArray[5].DepartureAirport, "KLAX");
// Seventh Flight
DateTime testTimeDepart6 = new DateTime(2020, 5, 26, 22, 30, 00);
double departDiff6 = System.Math.Abs((testTimeDepart6 - (DateTime)flightArray[6].DepartureTime).TotalMinutes);
Assert.IsTrue(departDiff6 < ACCEPTABLE_WINDOW);
Assert.AreEqual(flightArray[6].DepartureAirport, "KSEA");
Assert.IsNull(flightArray[6].ArrivalAirport);
Assert.IsNull(flightArray[6].ArrivalTime);
}