public void UnitTestTrafficProblem2_Scenario2()
{
//arrange
Traffic traffic = new Traffic(new List <Weather>()
{
sunny, windy, rainy
}, new List <Vehicle>()
{
superCar, tuktuk, bike
}, new List <Orbit>()
{
orbit1, orbit2, orbit3, orbit4
});
Dictionary <Orbit, int> dict = new Dictionary <Orbit, int>();
dict[orbit1] = 5;
dict[orbit2] = 10;
dict[orbit3] = 20;
dict[orbit4] = 20;
traffic.StartingPoint = silkDorb;
hallitharam.Order = 1;
rkPuram.Order = 2;
traffic.SetCurrentState(windy, dict);
traffic.MandatoryDestinationsInADay = new List <Destination> {
hallitharam, rkPuram
};
CumulatedTrafficResult expected = new CumulatedTrafficResult(rkPuram, hallitharam, superCar, 234, orbit3, orbit4);
//act
List <CumulatedTrafficResult> lists = traffic.GetAllCumulatedResults();
CumulatedTrafficResult actual = traffic.DeterMineWinner(lists);
// assert
Assert.AreEqual(actual.Vehicle, expected.Vehicle, string.Format("Expected Vehicle was {0} but is {1}", expected.Vehicle.Name, actual.Vehicle.Name));
Assert.AreEqual(actual.Orbit1, expected.Orbit1, string.Format("Expected Orbit1 was {0} but is {1}", expected.Orbit1.Name, actual.Orbit1.Name));
Assert.AreEqual(actual.Orbit2, expected.Orbit2, string.Format("Expected Orbit2 was {0} but is {1}", expected.Orbit2.Name, actual.Orbit2.Name));
Assert.AreEqual(actual.WayPoint1, expected.WayPoint1, string.Format("Expected WayPoint1 was {0} but is {1}", expected.WayPoint1.Name, actual.WayPoint1.Name));
Assert.AreEqual(actual.WayPoint2, expected.WayPoint2, string.Format("Expected WayPoint2 was {0} but is {1}", expected.WayPoint2.Name, actual.WayPoint2.Name));
Assert.AreEqual(actual.TimeForTravel, expected.TimeForTravel, string.Format("Expected Time travel time was {0} but is {1}", expected.TimeForTravel, actual.TimeForTravel));
}