public void resetCars()
{
var distanceManager = new Mock <IDistanceManager>();
var timeManager = new Mock <ITimeManager>();
var bookingManager = new BookingManager(distanceManager.Object, timeManager.Object);
bool flag = false;
BookCarRequestModel bookCarRequestModel = new BookCarRequestModel(1, "C1", new DestinationOrigin(1, 1, false), new DestinationOrigin(2, 2, false));
bookingManager.bookCar(bookCarRequestModel);
bookingManager.incrementTimeStamp();
bookingManager.reset();
BookingManager.lstCars.ForEach(c =>
{
if (c.isBooked == true)
{
flag = true;
}
});
Assert.True(flag == false);
}
public void BookCarTest()
{
var distanceManager = new Mock <IDistanceManager>();
var timeManager = new Mock <ITimeManager>();
var bookingManagerBookCarTest = new BookingManager(distanceManager.Object, timeManager.Object);
bookingManagerBookCarTest.reset();
BookCarRequestModel bookCarRequestModel = new BookCarRequestModel(1, "C1", new DestinationOrigin(1, 1, false), new DestinationOrigin(2, 2, false));
Assert.True(bookingManagerBookCarTest.bookCar(bookCarRequestModel).isBooked == true);
}
public void IncrementTimeStampForBookedCars()
{
var distanceManager = new Mock <IDistanceManager>();
var timeManager = new Mock <ITimeManager>();
var bookingManager = new BookingManager(distanceManager.Object, timeManager.Object);
BookCarRequestModel bookCarRequestModel = new BookCarRequestModel(1, "C1", new DestinationOrigin(1, 1, false), new DestinationOrigin(2, 2, false));
bookingManager.bookCar(bookCarRequestModel);
bookingManager.incrementTimeStamp();
Car car = BookingManager.lstCars.Where(c => c.isBooked == true).FirstOrDefault();
Assert.True(car.currentPosition.x == 1);
}
public void AvailableCarsAfterBooking()
{
var distanceManager = new Mock <IDistanceManager>();
var timeManager = new Mock <ITimeManager>();
var bookingManager = new BookingManager(distanceManager.Object, timeManager.Object);
BookCarRequestModel bookCarRequestModel = new BookCarRequestModel(1, "C1", new DestinationOrigin(1, 1, false), new DestinationOrigin(2, 2, false));
bookingManager.bookCar(bookCarRequestModel);
CarRequestModel bookCarRequestModel1 = new CarRequestModel();
bookCarRequestModel1.customerPosition = new Origin(1, 1);
bookCarRequestModel1.destination = new Origin(2, 2);
Assert.True(bookingManager.getAvailableCars(bookCarRequestModel1).car_id == 2);
}
public BookCarResponseModel bookCar(BookCarRequestModel bookCarRequestModel)
{
if (lstCars.Where(lc => lc.bookedBy == bookCarRequestModel.customerId).Count() != 0)
{
return(new BookCarResponseModel(string.Format("{0} is already booked", bookCarRequestModel.car_id), false));
}
Car car = lstCars.Find(c => c.id == bookCarRequestModel.car_id && c.isBooked == false);
if (car != null)
{
car.isBooked = true;
car.bookedBy = bookCarRequestModel.customerId;
car.lstDestinationPosition.Clear();
DestinationOrigin dOrigin = new DestinationOrigin(bookCarRequestModel.customerCurrentPosition.x, bookCarRequestModel.customerCurrentPosition.y, false);
DestinationOrigin dOrigin1 = new DestinationOrigin(bookCarRequestModel.customerDestinationPosition.x, bookCarRequestModel.customerDestinationPosition.y, false);
car.lstDestinationPosition.Add(dOrigin);
car.lstDestinationPosition.Add(dOrigin1);
return(new BookCarResponseModel(string.Format("{0} is booked for {1}", bookCarRequestModel.car_id, bookCarRequestModel.customerId), true));
}
return(new BookCarResponseModel(string.Format("{0} is already booked", bookCarRequestModel.car_id), false));
}
public dynamic BookCar([FromBody] BookCarRequestModel request)
{
return(_bookingManager.bookCar(request));
}
