public ScheduledFlightSummary CalculateSummary(IEnumerable <Passenger> passengers, FlightRoute flightRoute)
{
var scheduledFlightSummary = new ScheduledFlightSummary();
foreach (var passenger in passengers)
{
scheduledFlightSummary.SeatsTaken++;
scheduledFlightSummary.CostOfFlight += flightRoute.BaseCost;
scheduledFlightSummary.SalesPerPassengerType[passenger.Type]++;
var passengerProcessorContext = _passengerProcessorContextProvider.GetPassengerProcessorContext(passenger, flightRoute);
var processor = _passengerProcessorFactory.GetProcessor(passenger.Type);
var passengerFlightLogistics = processor.Process(passengerProcessorContext);
scheduledFlightSummary.RevenueFromFlight += passengerFlightLogistics.ProfitFromFlight;
scheduledFlightSummary.TotalLoyaltyPointsRedeemed += passengerFlightLogistics.LoyaltyPointsRedeemed;
scheduledFlightSummary.TotalLoyaltyPointsAccrued += passengerFlightLogistics.LoyaltyPointsAccrued;
scheduledFlightSummary.TotalExpectedBaggage += passengerFlightLogistics.ExpectedBaggage;
}
return(scheduledFlightSummary);
}
public bool RuleEvaluationReturnsExpectedResultWhen(int numberOfSeats, int airlineEmployeesSeatsTaken, double minTakeOffPercentage)
{
var scheduledFlightSummary = new ScheduledFlightSummary();
scheduledFlightSummary.SalesPerPassengerType[PassengerType.AirlineEmployee] = airlineEmployeesSeatsTaken;
var ruleContext = new ScheduledFlightContext()
{
Aircraft = AnyAircraft(numberOfSeats),
ScheduledFlightSummary = scheduledFlightSummary,
FlightRoute = AnyFlightRoute(minTakeOffPercentage)
};
var result = _rule.Apply(ruleContext);
return(result.IsSuccess);
}
