public void Throws_If_ElecHobbs_Null_But_Req()
{
var opts = new AircraftOptions(true, false, false, false, false, false);
var times = new AircraftTimes(0m, 0m, 0m, 0m, null, 0m, 0m, 0, _default);
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, times, opts));
}
public double CalculateFuelConsumptionInLiter(Flight flight, AircraftOptions aircraftOptions)
{
double fuelConsumptionInLiter = (flight.DistanceInKilometer * aircraftOptions.FuelConsumptionInLiterPerKilometer) +
aircraftOptions.TakeoffFuelConsumptionInLiter;
return(fuelConsumptionInLiter);
}
public void Throws_If_Cycles_Given_But_NotReq()
{
var opts = new AircraftOptions(false, false, false, false, false, false);
var times = new AircraftTimes(0m, 0m, 0m, 0m, null, null, null, 0, _default);
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, times, opts));
}
public FlightController(IFlightService flightService, ILogger <FlightController> logger,
IOptions <AircraftOptions> aircraftOptionsAccessor, IMapper mapper)
{
this.flightService = flightService;
this.logger = logger;
aircraftOptions = aircraftOptionsAccessor.Value;
this.mapper = mapper;
}
public void UpdateFlight(Flight flight, AircraftOptions aircraftOptions)
{
flight.DepartureAirport = airportRepository.GetById(flight.DepartureAirportId);
flight.DestinationAirport = airportRepository.GetById(flight.DestinationAirportId);
flight.DistanceInKilometer = this.CalculateFlightDistanceInKilometer(flight);
flight.FuelConsumptionInLiter = this.CalculateFuelConsumptionInLiter(flight, aircraftOptions);
flightRepository.Update(flight);
}
public void Throws_If_Airtime_Given_But_NotReq()
{
var opts = new AircraftOptions(false, false, false, false, false, false);
var curr = new AircraftTimes(0m, 0m, 0m, 0m, null, 0m, null, null, _default);
var total = new AircraftTimes(0m, 0m, 0m, 0m, null, null, 0m, null, _default);
// Check both Curr and Total
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, curr, opts));
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, total, opts));
}
public void Throws_If_Airtime_Null_But_Req()
{
var opts = new AircraftOptions(false, true, false, false, false, false);
var noCurr = new AircraftTimes(0m, 0m, 0m, 0m, 0m, null, 0m, 0, _default);
var noTotal = new AircraftTimes(0m, 0m, 0m, 0m, 0m, 0m, null, 0, _default);
// Check both Curr and Total
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, noCurr, opts));
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, noTotal, opts));
}
public void Throws_On_Invalid_Target(AircraftTotalTarget invalidTgt)
{
// Create barebones single-engine AircraftOptions
// IMPORTANT - Engine1Current is always a valid target.
var opts = new AircraftOptions(false, false, false, false, false, false);
var times = new AircraftTimes(0m, 0m, 0m, 0m, null, null, null, null,
invalidTgt);
// Create an aircraft that does not ever have Airtime or ElecHobbs data
// while also passing in targets pointing to those properties.
Assert.Throws <InvalidTargetException>(() => new Aircraft("", "", 0, 0, times, opts));
}
public void Throws_If_Twin_But_Null_On_Creation()
{
var opts = new AircraftOptions(false, false, false, false, true, false);
var times = new AircraftTimes(0m, 0m, 0m, 0m, null, null, null, null,
AircraftTotalTarget.Engine1Current);
// Start with eng2Curr null, then try each other (decimals not supported in InlineData)
// eng2Curr
times.SetTwinTimes(null, 0m, 0m);
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, times, opts));
// eng2Total
times.SetTwinTimes(0m, null, 0m);
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, times, opts));
// prop2Total
times.SetTwinTimes(0m, 0m, null);
Assert.Throws <InvalidTimesException>(() => new Aircraft("", "", 0, 0, times, opts));
}
public void CalculateFuelConsumptionInLiter_NearFlight_GetFuelConsumption()
{
//
// Arrange
Flight flight = FlightsProvider.GetNearFlight();
AircraftOptions aircraftOptions = new AircraftOptions()
{
FuelConsumptionInLiterPerKilometer = 3.628, TakeoffFuelConsumptionInLiter = 2.392
};
FlightService flightService = new FlightService(flightRepository, airportRepository, unitOfWork);
flight.DistanceInKilometer = flightService.CalculateFlightDistanceInKilometer(flight);
//
// Act
var result = flightService.CalculateFuelConsumptionInLiter(flight, aircraftOptions);
//
// Assert
Assert.Equal(2037, Math.Round(result));
}
public void IsSimulator_Overrides_Twin_And_Tailwheel()
{
var ac = new AircraftOptions(false, false, false, true, true, true);
Assert.True(ac.IsSimulator == true && ac.IsTwin == false && ac.IsTailWheel == false);
}
