public void shouldGetOrbitAndVehicleWithShortestTravelTimeSuitableToWeather()
{
Mock <Vehicle> bikeMock = new Mock <Vehicle>(MockBehavior.Strict);
bikeMock.Setup(_ => _.getVehicleType()).Returns(VehicleType.Bike);
bikeMock.Setup(_ => _.canTravel(It.IsAny <Weather>())).Returns(true);
bikeMock.Setup(_ => _.getTravelTime(It.Is <Orbit>(o => o.getDescription() == orbit1.getDescription()), It.IsAny <Weather>()))
.Returns(2);
bikeMock.Setup(_ => _.getTravelTime(It.Is <Orbit>(o => o.getDescription() == orbit2.getDescription()), It.IsAny <Weather>()))
.Returns(1.5);
bikeMock.Setup(_ => _.ToString()).Returns(bikeMock.Object.getVehicleType().ToString());
Mock <Vehicle> superCarMock = new Mock <Vehicle>(MockBehavior.Strict);
superCarMock.Setup(_ => _.getVehicleType()).Returns(VehicleType.SuperCar);
superCarMock.Setup(_ => _.canTravel(It.IsAny <Weather>())).Returns(false);
superCarMock.Setup(_ => _.getTravelTime(It.Is <Orbit>(o => o.getDescription() == orbit1.getDescription()), It.IsAny <Weather>()))
.Returns(1.7);
superCarMock.Setup(_ => _.getTravelTime(It.Is <Orbit>(o => o.getDescription() == orbit2.getDescription()), It.IsAny <Weather>()))
.Returns(1.4);
superCarMock.Setup(_ => _.ToString()).Returns(superCarMock.Object.getVehicleType().ToString());
var helper = new TravelHelper(new Orbit[] { orbit1, orbit2 },
new Vehicle[] { bikeMock.Object, superCarMock.Object },
WeatherType.Rainy);
var expectedOutput = "Vehicle " + bikeMock.Object.getVehicleType().ToString() + " on " + orbit2.getDescription();
var shortestTrip = helper.getTripWithShortestTravelTime();
Assert.AreEqual(expectedOutput, shortestTrip.ToString());
}
public void MethodOne()
{
Console.WriteLine("Integeration test 1:");
Orbit[] orbits = new Orbit[]
{
new Orbit("Orbit1", 12, 20, 18),
new Orbit("Orbit2", 10, 10, 20)
};
Vehicle[] vehicles = new Vehicle[]
{
new Vehicle(VehicleType.Bike, 10, 2, new WeatherType[] { WeatherType.Sunny, WeatherType.Windy }, 1),
new Vehicle(VehicleType.TukTuk, 12, 1, new WeatherType[] { WeatherType.Sunny, WeatherType.Rainy }, 2),
new Vehicle(VehicleType.SuperCar, 20, 3, new WeatherType[] { WeatherType.Sunny, WeatherType.Windy, WeatherType.Rainy }, 3)
};
TravelHelper helper = new TravelHelper(orbits, vehicles, WeatherType.Sunny);
var shortestTrip = helper.getTripWithShortestTravelTime();
Console.WriteLine("Input: Weather is Sunny");
Console.WriteLine("Input: Orbit1 traffic speed is 12 megamiles/hour");
Console.WriteLine("Input: Orbit2 traffic speed is 10 megamiles/hour");
Console.WriteLine("Output: " + shortestTrip.ToString());
Console.WriteLine();
}