/// <summary>
/// Constructor For Setting RL, BL, Controller Instances.
/// </summary>
public Tests()
{
this.dbContext = new ParkingLotDBContext(dbContextOptions);
var myConfiguration = new Dictionary <string, string>
{
{ "Jwt:Key", "ThisismySecretKey" },
{ "Jwt:Issuer", "ParkingLot.com" },
{ "Jwt:Audiance", "ParkingLot.com" },
{ "Logging:LogLevel:Default", "Warning" },
{ "AllowedHosts", "*" },
{ "ConnectionStrings:ParkingLotConnectionString", "Server=localhost\\SQLEXPRESS;Database=ParkingLotDB;Trusted_Connection=True;" }
};
this.configuration = new ConfigurationBuilder().AddInMemoryCollection(myConfiguration).Build();
distributedCache = new RedisCache(new RedisCacheOptions
{
Configuration = "parkinglot.redis.cache.windows.net:6380,password=RxLRe+cHYDzGro4UX8D4VtkfsifZ93ZM8CJlKI5Tobw=,ssl=True,abortConnect=False",
InstanceName = "master"
});
userRL = new UserRL(dbContext);
userBL = new UserBL(userRL);
userController = new UserController(userBL, configuration);
parkingLotRL = new ParkingLotRL(dbContext);
parkingLotBL = new ParkingLotBL(parkingLotRL);
parkingController = new ParkingController(parkingLotBL, distributedCache);
}
public async void GetParkingByStreetName_IfParkingExist_ExpectedCountry(string sName, string expected)
{
//Arrange
var profile = new MappedProfile();
var configuration = new MapperConfiguration(x => x.AddProfile(profile));
var mapper = new Mapper(configuration);
var mockContext = new Mock <DataContext>();
mockContext.Setup(x => x.Parkings).ReturnsDbSet(GetParking());
var logger = Mock.Of <ILogger <ParkingRepository> >();
var parkingRepo = new ParkingRepository(mockContext.Object, logger);
var actionDescriptor = new List <ActionDescriptor>();
var descriptorProviderMock = new Mock <ActionDescriptorCollectionProvider>();
descriptorProviderMock.Setup(x => x.ActionDescriptors).Returns(new ActionDescriptorCollection(actionDescriptor, 0));
var controller = new ParkingController(parkingRepo, mapper, descriptorProviderMock.Object);
//Act
var result = await controller.GetParkingByStreetName(sName, false);
var contentResult = result as OkObjectResult;
var dto = contentResult.Value as ParkingDTO;
//Assert
Assert.Equal(expected, dto.Country);
}
public void ParkingControllerTest()
{
var controller = new ParkingController(_mock.Object);
Assert.IsNotNull(controller);
Assert.IsInstanceOfType(controller, typeof(ParkingController));
}
public async void GetParkings_IfExist_ExpectedCity()
{
//Arrange
var profile = new MappedProfile();
var configuration = new MapperConfiguration(x => x.AddProfile(profile));
var mapper = new Mapper(configuration);
var mockContext = new Mock <DataContext>();
mockContext.Setup(x => x.Parkings).ReturnsDbSet(GetParking());
var logger = Mock.Of <ILogger <ParkingRepository> >();
var parkingRepo = new ParkingRepository(mockContext.Object, logger);
var actionDescriptor = new List <ActionDescriptor>();
var descriptorProviderMock = new Mock <ActionDescriptorCollectionProvider>();
descriptorProviderMock.Setup(x => x.ActionDescriptors).Returns(new ActionDescriptorCollection(actionDescriptor, 0));
var controller = new ParkingController(parkingRepo, mapper, descriptorProviderMock.Object);
//Act
var result = await controller.GetParkings(false, false, false);
var contentResut = result as OkObjectResult;
var dto = contentResut.Value as ParkingDTO[];
string city = "Stockholm";
//Assert
Assert.Equal(city, dto[0].City);
}
public async void DeleteParkingByID_IfIdFound_Expected204StatusCode()
{
//Arrange
var profile = new MappedProfile();
var configuration = new MapperConfiguration(x => x.AddProfile(profile));
var mapper = new Mapper(configuration);
var parkingRepo = new Mock <IParkingRepo>();
parkingRepo.Setup(x => x.GetParkingById(It.IsAny <int>(), It.IsAny <Boolean>(), It.IsAny <Boolean>()))
.Returns(Task.FromResult(new Parking()));
parkingRepo.Setup(x => x.Save()).Returns(Task.FromResult(true));
var actionDescriptor = new List <ActionDescriptor>();
var descriptorProviderMock = new Mock <ActionDescriptorCollectionProvider>();
descriptorProviderMock.Setup(x => x.ActionDescriptors).Returns(new ActionDescriptorCollection(actionDescriptor, 0));
var controller = new ParkingController(parkingRepo.Object, mapper, descriptorProviderMock.Object);
int id = 1;
//Act
var result = await controller.DeleteParkingByID(id);
var contentResult = result as NoContentResult;
//Assert
Assert.Equal(204, contentResult.StatusCode);
}
public void Parking_StatusShouldReturnNotFound()
{
//Setting Data.
var dbContext = new ParkingLotDBContext(dbContextOptions);
IParkingLotRL parkingLotRL = new ParkingLotRL(dbContext)
{
TotalLotLimit = 0
};
IParkingLotBL parkingLotBL = new ParkingLotBL(parkingLotRL);
ParkingController parkingController = new ParkingController(parkingLotBL, distributedCache);
//Act
var response = parkingController.CheckLotStatus() as NotFoundObjectResult;
var jsonResponse = JToken.Parse(JsonConvert.SerializeObject(response.Value));
var responseSuccess = jsonResponse["Success"].ToObject <bool>();
var responseMessage = jsonResponse["Message"].ToString();
//Expected Values.
string Message = "Lot Is Full";
//Asserting Values.
Assert.IsType <NotFoundObjectResult>(response);
Assert.Equal(SuccessFalse, responseSuccess);
Assert.Equal(Message, responseMessage);
}
public void Parking_ValidVehicalNumberUnparkedShouldReturnNotFound()
{
//Setting Values.
dbContext.ParkingDetails.Add(new ParkingDetails {
ReceiptNumber = 9, VehicalOwnerName = "Pratik", VehicalNumber = "MH 07 PZ 1234", Brand = "Tata", Color = "White", DriverName = "Sanju", ParkingSlot = null, Status = "Unparked", TotalAmount = 40, TotalTime = 0.0015289095, IsHandicap = false
});
dbContext.SaveChanges();
var parkingRL = new ParkingLotRL(dbContext);
var parkingBL = new ParkingLotBL(parkingRL);
var parkingController = new ParkingController(parkingBL, distributedCache);
string VehicalNumber = "MH 07 PZ 1234";
var response = parkingController.GetVehicalByNumber(VehicalNumber) as NotFoundObjectResult;
var dataResponse = JToken.Parse(JsonConvert.SerializeObject(response.Value));
var responseSuccess = dataResponse["Success"].ToObject <bool>();
var responseMessage = dataResponse["Message"].ToString();
//Expected Values
string Message = "Car Already Unparked";
//Asserting Values.
Assert.IsType <NotFoundObjectResult>(response);
Assert.Equal(SuccessFalse, responseSuccess);
Assert.Equal(Message, responseMessage);
}
public void Setup()
{
// setup
_lab08ParkingLotUnitOfWork = new Mock <ILab08ParkingLotUnitOfWork>();
_vehicleRatesService = new VehicleRatesService();
_calculatorService = new CalculatorService(_lab08ParkingLotUnitOfWork.Object, _vehicleRatesService);
_registerService = new RegisterService(_lab08ParkingLotUnitOfWork.Object, _calculatorService);
_controller = new ParkingController(_registerService, _calculatorService);
}
public void TestReservedParkingSpaces()
{
var car = GenerateCar(501, 2, 4, true);
var cars = GenerateCars(4, 2, false, 450);
var mock = new Mock <ICarsParkingRepository>();
mock.Setup(m => m.Cars).Returns(cars.AsQueryable());
var target = new ParkingController(mock.Object, Repository);
target.AddParkingCar(car);
}
public void GetALLParkingDetailsPasses_OkResult()
{
var controller = new ParkingController(_businessLayerparking, _configuration, dBContext);
var okResult1 = controller.GetAllParkingData();
var okResult2 = controller.GetAllParkVehicleData();
var okResult3 = controller.GetAllUnParkVehicleData();
Assert.IsType <OkObjectResult>(okResult1);
Assert.IsType <OkObjectResult>(okResult2);
Assert.IsType <OkObjectResult>(okResult3);
}
public void Setup()
{
// setup
_lab08ParkingLotUnitOfWork = new Mock <ILab08ParkingLotUnitOfWork>();
_vehicleRatesService = new Mock <IVehicleRatesService>();
_calculatorService = new CalculatorService(_lab08ParkingLotUnitOfWork.Object, _vehicleRatesService.Object);
_registerService = new RegisterService(_lab08ParkingLotUnitOfWork.Object, _calculatorService);
_controller = new ParkingController(_registerService, _calculatorService);
_lab08ParkingLotUnitOfWork.Setup(r => r.VehicleRepository.Insert(It.IsAny <Vehicle>())).Verifiable();
_fixture = new Fixture();
}
//Constructor
public ParkingLotTestCase()
{
var context = new ParkingLotDbContext(dbContextOptions);
_IVehicalParkingDetailsRL = new VehicalParkingDetailsRL(context);
_IVehicalParkingDetailsBL = new VehicalParkingDetailsBL(_IVehicalParkingDetailsRL);
_IUserRL = new UserRL(context);
_IUserBL = new UserBL(_IUserRL);
parkingController = new ParkingController(_IVehicalParkingDetailsBL, distributedCache);
userController = new UserController(_IUserBL, configuration);
}
public void GivenWrongParkedTypePasses_BadRequestResult_Exception()
{
var controller = new ParkingController(_businessLayerparking, _configuration, dBContext);
var result = new Information
{
VehicalNumber = "MH 17 QW 5162",
VehicalBrand = "Toyata",
VehicalColor = "Black",
ParkingType = "abcd"
};
var okResult = controller.ParkVehicle(result);
Assert.IsType <BadRequestObjectResult>(okResult);
}
public void GivenSameForParkedVehicleDataPasses_BadRequestResult_Exception()
{
var controller = new ParkingController(_businessLayerparking, _configuration, dBContext);
var result = new Information
{
VehicalNumber = "MH 07 BT 1895",
VehicalBrand = "BMW",
VehicalColor = "Black",
ParkingType = "Owner"
};
var okResult = controller.ParkVehicle(result);
Assert.IsType <BadRequestObjectResult>(okResult);
}
public void GivenDataForParkedVehiclePasses_Ok()
{
var controller = new ParkingController(_businessLayerparking, _configuration, dBContext);
var result = new Information
{
VehicalNumber = "MH 15 ES 1234",
VehicalBrand = "Toyota",
VehicalColor = "White",
ParkingType = "Vallet"
};
var okResult = controller.ParkVehicle(result);
Assert.IsType <OkObjectResult>(okResult);
}
private void ParkingDGMenuDel(object sender, RoutedEventArgs e)
{
if (ParkingDG.SelectedItem != null)
{
var parkingSlot = ParkingDG.SelectedItem as ParkingSlot;
ParkingController.Delete(parkingSlot);
Application.Current.MainWindow.DataContext = new ParkingView();
}
else
{
MessageBox.Show("Nie wybrano elementu", "Błąd", MessageBoxButton.OK, MessageBoxImage.Error);
}
}
public void Parking_ExistingParkedVehicalShouldReturnConflict()
{
//Setting Values.
parkingDetails.VehicalOwnerName = "Rahul";
parkingDetails.VehicalNumber = "MH 01 AB 1234";
parkingDetails.Brand = "Skoda";
parkingDetails.Color = "Black";
dbContext.ParkingDetails.Add(new ParkingDetails {
ReceiptNumber = 2, VehicalOwnerName = "Rahul", VehicalNumber = "MH 01 AB 1234", Brand = "Skoda", Color = "Black", DriverName = "Ramesh", ParkingSlot = "D", Status = "Parked", TotalAmount = 0, TotalTime = 0, IsHandicap = false
});
dbContext.SaveChanges();
var parkingRL = new ParkingLotRL(dbContext);
var parkingBL = new ParkingLotBL(parkingRL);
var parkingController = new ParkingController(parkingBL, distributedCache);
//Setting JWT Claim - Name
Claim Name = new Claim(ClaimTypes.Name, "Ramesh");
ClaimsIdentity identity = new ClaimsIdentity();
identity.AddClaim(Name);
ClaimsPrincipal claimsPrincipal = new ClaimsPrincipal();
claimsPrincipal.AddIdentity(identity);
var contextMock = new Mock <HttpContext>();
contextMock.Setup(x => x.User).Returns(claimsPrincipal);
parkingController.ControllerContext.HttpContext = contextMock.Object;
//Act
var response = parkingController.Park(parkingDetails) as ConflictObjectResult;
var dataResponse = JToken.Parse(JsonConvert.SerializeObject(response.Value));
var responseSuccess = dataResponse["Success"].ToObject <bool>();
var responseMessage = dataResponse["Message"].ToString();
//Expected Values.
string Message = "Vehical Is Already Parked";
//Asserting Values.
Assert.IsType <ConflictObjectResult>(response);
Assert.Equal(SuccessFalse, responseSuccess);
Assert.Equal(Message, responseMessage);
}
public void TestLimitCap()
{
var car = GenerateCar(501, 4, 2, true);
var cars = GenerateCars(4, 2, true, 500);
var mock = new Mock <ICarsParkingRepository>();
var enumerable = cars as IList <Car> ?? cars.ToList();
mock.Setup(m => m.Cars).Returns(enumerable.AsQueryable());
var target = new ParkingController(mock.Object, Repository);
var cannotAddCars = target.AddParkingCar(car);
Assert.IsNotNull(cannotAddCars);
Assert.AreEqual(500, enumerable.Count());
var result = target.List();
Assert.IsNotNull(result);
Assert.IsInstanceOfType(result, typeof(ViewResult));
}
public async void UpdateParkingByID_IfIdExist_Expected204StatusCode()
{
//Arrange
var profile = new MappedProfile();
var configuration = new MapperConfiguration(x => x.AddProfile(profile));
var mapper = new Mapper(configuration);
var parkingRepo = new Mock <IParkingRepo>();
parkingRepo.Setup(x => x.GetParkingById(It.IsAny <int>(), It.IsAny <Boolean>(), It.IsAny <Boolean>()))
.Returns(Task.FromResult(new Parking()));
parkingRepo.Setup(x => x.Save()).Returns(Task.FromResult(true));
var actionDescriptor = new List <ActionDescriptor>();
var descriptorProviderMock = new Mock <ActionDescriptorCollectionProvider>();
descriptorProviderMock.Setup(x => x.ActionDescriptors).Returns(new ActionDescriptorCollection(actionDescriptor, 0));
var controller = new ParkingController(parkingRepo.Object, mapper, descriptorProviderMock.Object);
int id = 1;
var dto = new ParkingDTO
{
ParkingID = 1,
Country = "Sweden",
City = "Stockholm",
StreetAdress = "Drottninggatan",
FreeParkingStart = "18:00",
FreeParkingEnd = "07:00",
UserID = 1
};
//Act
var result = await controller.UpdateParkingByID(id, dto);
var contentResult = result as NoContentResult;
//Assert
Assert.Equal(204, contentResult.StatusCode);
}
/// <summary>
/// Adds cars into parking spaces according if car has contract or not.
/// </summary>
/// <param name="car">Car which is being added</param>
/// <param name="parkingController">Used to set modelstate to false if any errors occur</param>
public void AddCarToParkingLot(Car car, ParkingController parkingController)
{
var carsInParkingLotWithContract = context.Cars.Count(c => c.HasContract);
var carsInParkingLot = context.Cars.Count();
if (!HasFreeParkingSpaces(carsInParkingLot))
{
parkingController.ModelState.AddModelError("error",
"The parking house is full. Come back later.");
return;
}
// try to add a car with contract
if (CanAddCarsWhenNoFreeSpaceLeft(carsInParkingLot, carsInParkingLotWithContract, car.HasContract))
{
context.Cars.Add(car);
return;
}
// try to add a car with no contract
if (CanAddCarsWhenNoFreeSpaceLeft(carsInParkingLot, carsInParkingLotWithContract, !car.HasContract))
{
var reservedSpaces = GetReservedSpaces(carsInParkingLotWithContract);
if (GetFreeSpaces(carsInParkingLotWithContract, reservedSpaces) <= 0)
{
parkingController.ModelState.AddModelError("error",
string.Format(
"Last {0} spot(s) reserved for clients with a contract. Come back later.",
reservedSpaces));
return;
}
// Add a car only if there are free spaces left
context.Cars.Add(car);
}
}
/// <summary>
/// Declare Constructor
/// </summary>
public ParkingTestCase()
{
parkingLotRL = new ParkingRL();
parkingLotBL = new ParkingBL(parkingLotRL);
parkingController = new ParkingController(parkingLotBL, distributedCache);
}