public void test1()
{
a.Ascend(500);
var result = a.Move(3);
Assert.AreEqual("Moving along 3 times at an altitude of 500 metres.", result);
}
public void AltitudeAscentTest(int firstAscent, int secondAscent, int expected)
{
Airplane myA = new Airplane(100, 150, "JetUS");
myA.Ascend(firstAscent);
myA.Ascend(secondAscent);
Assert.AreEqual(expected, myA.Altitude);
}
public void WhenAirplaneAscendsItsAltitudeIncreases(int originalAltitude, int nextAltitude, int expected)
{
Airplane a = new Airplane(100);
a.Ascend(originalAltitude);
a.Ascend(nextAltitude);
Assert.AreEqual(expected, a.Altitude);
}
public void AirplaneDecendBelowZeroThanAscend()
{
var a = new Airplane(200);
a.Ascend(100);
a.Decend(200);
a.Ascend(50);
Assert.AreEqual(50, a.Altitude);
}
public void WhenMoveCalledItReturnsCorrectValueAfterAscend500andMove3Times()
{
a.Ascend(500);
a.Move(3);
var actual = a.Move(3);
var expected = "Moving along 3 times at an altitude of 500 metres.";
Assert.AreEqual(expected, actual);
}
public void AirplaneValuesOutOfRange()
{
var a = new Airplane(200, int.MaxValue, "");
a.Ascend(2000000000);
a.Ascend(int.MaxValue);
Assert.AreEqual(int.MaxValue, a.Altitude);
//a.Move(2);
//Assert.AreEqual(int.MaxValue, a.Position);
//a.Move(-3);
////Assert.AreEqual(int.MinValue, a.Position);
}
public void AirplaneMultipleAscendsAndDecends()
{
var a = new Airplane(200);
a.Ascend(100);
a.Ascend(101);
a.Ascend(102);
a.Decend(10);
a.Decend(20);
a.Decend(30);
Assert.AreEqual(243, a.Altitude);
}
public void AirplaneTest()
{
Airplane a = new Airplane(200, 100, "JetsRUS") { NumPassengers = 150 };
a.Ascend(500);
var result = _altitude;
Assert.AreEqual(40, v.Position);
Assert.AreEqual($"Thank you for flying with {Airplane}, result);
public void AirplaneAscendTest(int distance, int expected)
{
Airplane a = new Airplane(100, 20, "SaharaAir");
a.Ascend(distance);
Assert.AreEqual(expected, a.Altitude);
}
public void AltitudeDescentTest(int Ascent, int Descent, int expected)
{
Airplane myA = new Airplane(100, 150, "JetUS");
myA.Ascend(Ascent);
myA.Descend(Descent);
Assert.AreEqual(expected, myA.Altitude);
}
public void WhenAirplaneAscendsBy500_NewAltitudeShouldBe500()
{
a.Ascend(500);
var actual = a.Altitude;
Assert.AreEqual(500, actual);
}
public void AltitudeTestsFor200CapacityAirPlane(int capacity, int distance, int expected)
{
Airplane a = new Airplane(capacity);
a.Ascend(distance);
var result = a.Move();
Assert.AreEqual($"Moving along at an altitude of {expected} metres.", result);
}
public void TestingMoveStringReturns(int capacity, int speed, int ascend, string name, string expected)
{
Airplane myA = new Airplane(capacity, speed, name);
myA.Ascend(ascend);
string result = myA.Move();
Assert.AreEqual(expected, result);
}
public void UpAltitudeTest()
{
Airplane air1 = new Airplane(200);
air1.Ascend(100);
var altitudeArr = air1.ToString().Split();
var altitude = altitudeArr[altitudeArr.Length - 1];
Assert.AreEqual("100", altitude);
}
public void WhenAnAirplaneWith200Capacity100SpeedAirlineJetsRUsAndNumPassengers150Ascends500AndDescends200ItsAltitudeIs300()
{
Airplane a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(500);
a.Descend(200);
var result = a.Move();
Assert.AreEqual("Moving along at an altitude of 300 metres.", result);
}
public void WhenAnAirplaneWith200Capacity100SpeedAirlineJetsRUsAndNumPassengers150IsMoved3TimesItsPositionIs300()
{
Airplane a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(300);
var result = a.Move(3);
Assert.AreEqual(300, a.Position);
Assert.AreEqual("Moving along 3 times at an altitude of 300 metres.", result);
}
public void Testname()
{
Airplane a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(500);
a.Move(5);
a.Descend(200);
var result = a.ToString();
Assert.AreEqual("Thank you for flying JetsRUs: ClassesApp.Airplane capacity: 200 passengers: 150 speed: 100 position: 500 altitude: 300.", result);
}
public void WhenAnAirplaneWith200Capacity100SpeedAirlineJetsRUsAndNumPassengers150IsMoved3TimesAndAscends500ItsPositionIs300AndItsAltitudeIs500()
{
Airplane a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(500);
a.Move(3);
var result = a.ToString();
Assert.AreEqual(300, a.Position);
Assert.AreEqual("Thank you for flying JetsRUs: ClassesApp.Airplane capacity: 200 passengers: 150 speed: 100 position: 300 altitude: 500.", result);
}
public void WhenAirplaneMoves(int times, int ascendedAltitude, int descendedAltitude, string airlines, int passengers)
{
Airplane a = new Airplane(500, 100, airlines)
{
NumPassengers = passengers
};
a.Ascend(ascendedAltitude);
a.Descend(descendedAltitude);
Assert.AreEqual($"Moving along {times} times at an altitude of {a.Altitude} meters", a.Move(times));
Assert.AreEqual(airlines, a.Airline);
Assert.AreEqual(passengers, a.NumPassengers);
}
public void AirplaneGivenTest()
{
var a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(500);
Assert.AreEqual("Moving along 3 times at an altitude of 500 metres.", a.Move(3));
Assert.AreEqual("Thank you for flying JetsRUs: SafariPark.Airplane capacity: 200 passengers: 150 speed: 100 position: 300 altitude: 500.", a.ToString());
a.Decend(200);
Assert.AreEqual("Moving along at an altitude of 300 metres.", a.Move());
a.Move();
Assert.AreEqual("Thank you for flying JetsRUs: SafariPark.Airplane capacity: 200 passengers: 150 speed: 100 position: 500 altitude: 300.", a.ToString());
}
public void ToStringCorrectWhenAscend500andMove3Times()
{
Airplane a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(500);
a.Move(3);
var actual = a.ToString();
var expected = "Thank you for flying JetsRUs: SafariPark.Airplane capacity: 200 passengers: 150 speed: 100 position: 300 altitude: 500.";
Assert.AreEqual(expected, actual);
}
public void WhenMoveCalledItReturnsCorrectValueAfterAscend500andMove3Times()
{
Airplane a = new Airplane(200, 100, "JetsRUs")
{
NumPassengers = 150
};
a.Ascend(500);
a.Move(3);
var actual = a.Move(3);
var expected = "Moving along 3 times at an altitude of 500 metres.";
Assert.AreEqual(expected, actual);
}
