public void GivenUserId_InvoiceServiceGetsListOfRidesFromRideRepository_ReturnInvoice()
{
try
{
//add user rides using user ID
string userId = "*****@*****.**";
//add number of rides
Ride[] ride =
{
new Ride("normal", 20, 15),
new Ride("normal", 10, 25),
new Ride("normal", 12, 40)
};
RideRepository rideRepository = new RideRepository();
//add userID and rides
rideRepository.AddRides(userId, ride);
Invoicegenerator carride = new Invoicegenerator();
//calculate total cab fare for all rides
double ridetotalFare = carride.CalculateMonthlyFare(rideRepository.GetRides(userId));
Assert.AreEqual(500, ridetotalFare);
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void GivenDistanceAndTime_whenTakeMultipleRides_ReturnEnhancedInVoice()
{
try
{
Invoicegenerator carride = new Invoicegenerator();
//add number of rides
Ride[] ride =
{
new Ride("normal", 10, 12),
new Ride("normal", 10, 14),
new Ride("normal", 20, 18)
};
//calculate total fare
double totalfare = carride.CalculateMonthlyFare(ride);
//calculate number of rides
int totalRides = carride.numberofRides;
//calculate average fare for rides
double averageFare = Math.Round(carride.Aggregate, 2);
Assert.AreEqual(444, totalfare);
Assert.AreEqual(3, totalRides);
Assert.AreEqual(148.0, averageFare);
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void GivenUserId_whenNormalandPremiumJoourney_ReturnTotalFare()
{
try
{
//add user rides using user ID
string userId = "*****@*****.**";
//add number of rides
Ride[] ride =
{
new Ride("premium", 50, 15),
new Ride("normal", 30, 25),
new Ride("premium", 60, 40),
new Ride("normal", 12, 40)
};
RideRepository rideRepository = new RideRepository();
//add userID and rides
rideRepository.AddRides(userId, ride);
Invoicegenerator carride = new Invoicegenerator();
//calculate total cab fare for all rides
double ridetotalFare = carride.CalculateMonthlyFare(rideRepository.GetRides(userId));
Assert.AreEqual(2245, ridetotalFare);
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void givenDistanceAndTime_ShouldReturnFare()
{
Invoicegenerator invoiceGenerator = new Invoicegenerator();
double distance = 2.0;
int time = 5;
double fare = invoiceGenerator.CalculateFare(distance, time);
Assert.AreEqual(25, fare);
}
public void givenless_DistanceAndTime_ShouldReturnMinimumFare()
{
Invoicegenerator invoiceGenerator = new Invoicegenerator();
double distance = 0.1;
int time = 1;
double fare = invoiceGenerator.CalculateFare(distance, time);
Assert.AreEqual(5, fare);
}
public void givenMultipleRide_shouldReturnInvoiceSummary()
{
List <Ride> rides = new List <Ride> {
new Ride(2.0, 5), new Ride(2.0, 5)
};
InvoiceSummary Expectedsummary = new InvoiceSummary(2, 50, 25);
Invoicegenerator invoiceGenerator = new Invoicegenerator();
InvoiceSummary summary = invoiceGenerator.CalculateFare(rides, RideType.NORMAL_RIDE);
Assert.AreEqual(Expectedsummary, summary);
}