public void GivenDistanceAndTimeToInvoiceGenerator_WhenCalculate_ShouldReturnTotalFare()
{
double cabRunningDistance = 5.0;
double cabRunningTime = 2.0;
Assert.AreEqual(52, invoiceGenerator.CalculateCabFare(CabRide.NORMAL, cabRunningDistance, cabRunningTime));
}
public void GivenDistanceAndTimeOfMultiRidesToUserIdShouldTotalFare()
{
string userId = "sanju@357";
InvoiceGenerator invoiceGen = new InvoiceGenerator();
MultipleRides[] rides =
{
new MultipleRides(3.0, 1.0),
new MultipleRides(3.5, 1.5)
};
RideRepository rideRepository = new RideRepository();
rideRepository.AddInRide(userId, rides);
InvoiceSummary retunTotal = invoiceGen.CalculateCabFare(rideRepository.GetRides(userId));
Assert.AreEqual(67.5, retunTotal.totalFare);
}
public void GivenDistanceAndTimeForMultiRidesToUserId_ShouldReturnTotalFare()
{
string userId = "manoj12345";
InvoiceGenerator invoiceGen = new InvoiceGenerator();
MultipleRides[] rides =
{
new MultipleRides(3.0, 1.0),
new MultipleRides(3.5, 1.5),
new MultipleRides(8.0, 3.5)
};
RideRepository rideRepository = new RideRepository();
rideRepository.AddInRide(userId, rides);
InvoiceSummary retunTotal = invoiceGen.CalculateCabFare(rideRepository.GetRides(userId));
Assert.AreEqual(151, retunTotal.totalFare);
}
public void GivenDistanceAndTimeOfMultiRidesToInvoiceGeneratorShouldInhancedInvoice()
{
bool exceptedInvoice = true;
bool returnInvoice = false;
InvoiceGenerator invoiceGen = new InvoiceGenerator();
MultipleRides[] rides =
{
new MultipleRides(5.5, 2.5), new MultipleRides(3.0, 1.0)
};
InvoiceSummary returnSummary = invoiceGen.CalculateCabFare(rides);
InvoiceSummary expectedSummery = new InvoiceSummary
{
totalRides = 2,
totalFare = 88.5,
averageFarePerRide = 44.25
};
if (returnSummary.totalRides == expectedSummery.totalRides && returnSummary.totalFare == expectedSummery.totalFare && returnSummary.averageFarePerRide == expectedSummery.averageFarePerRide)
{
returnInvoice = true;
}
Assert.AreEqual(exceptedInvoice, returnInvoice);
}
