public void UnParkedVehicleShouldUpdateTheParkedVehicleStatus()
{
var parkingLot = new ParkingLotCore(LayoutHelper.Layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 3, SpotCount = 2
};
ParkingSpot newVacant = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 5, SpotCount = 6
};
ParkingSpot newVacant2 = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 1, SpotCount = 2
};
ParkingSpot newVacant3 = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 1, SpotCount = 10
};
var vehicle = new Vehicle()
{
RegistrationNumber = "XYZABC", VehicleType = VehicleTypes.HatchbackCar
};
parkingLot.ParkedVehicle(vehicle, spot).Should().BeTrue();
parkingLot.UnParkedVehicle(vehicle);
parkingLot.GetParkingSpotStatus(newVacant).Should().Be(ParkingSpotStatus.Vacant);
parkingLot.GetParkingSpotStatus(newVacant2).Should().Be(ParkingSpotStatus.Vacant);
parkingLot.GetParkingSpotStatus(spot).Should().Be(ParkingSpotStatus.Vacant);
parkingLot.GetParkingSpotStatus(newVacant3).Should().Be(ParkingSpotStatus.Vacant);
}
public void UnParkVehicleShouldUpdateTheParkedVehicleStatus()
{
var parkingLot = new ParkingLotCore(layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 3, SpotCount = 2
};
ParkingSpot newVacant = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 5, SpotCount = 6
};
ParkingSpot newVacant2 = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 2
};
ParkingSpot newVacant3 = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 10
};
var vehicle = new Vehicle()
{
VehicleNumber = "est", vehicleType = VehicleTypes.MotorCycle
};
parkingLot.ParkVehicle(vehicle, spot).Should().BeTrue();
parkingLot.UnParkvehicle(vehicle);
parkingLot.GetParkingSpotStatus(newVacant).Should().Be(ParkingSpotStatus.Vacant);
parkingLot.GetParkingSpotStatus(newVacant2).Should().Be(ParkingSpotStatus.Vacant);
parkingLot.GetParkingSpotStatus(spot).Should().Be(ParkingSpotStatus.Vacant);
parkingLot.GetParkingSpotStatus(newVacant3).Should().Be(ParkingSpotStatus.Vacant);
}
public void TotalFreeSpotsAfterInitializingTest()
{
var parkingLot = new ParkingLotCore(LayoutHelper.Layout, new ParkingSpaceMapper());
int freeSpots = parkingLot.FreeSpots;
freeSpots.Should().Be(60);
}
public void FreeSpotsAndTotalSpotsMustBeSameAfterInitializingTest()
{
var parkingLot = new ParkingLotCore(LayoutHelper.Layout, new ParkingSpaceMapper());
int freeSpots = parkingLot.FreeSpots;
int totalSpots = parkingLot.TotalSpots;
freeSpots.Should().Be(totalSpots);
}
public void GetParkingStatusShouldReturnVacant()
{
var parkingLot = new ParkingLotCore(LayoutHelper.Layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 3, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 1, SpotCount = 2
};
var result = parkingLot.GetParkingSpotStatus(spot);
result.Should().Be(ParkingSpotStatus.Vacant);
}
public void GetOptimalSpotShouldReturnHigherFirstPositionForCar()
{
List <List <List <ParkingSpot> > > newLayout = new List <List <List <ParkingSpot> > >()
{
new List <List <ParkingSpot> > ()
{
new List <ParkingSpot> ()
{
new ParkingSpot()
{
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 10
},
new ParkingSpot()
{
Floor = 1, Row = 2, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 10
},
new ParkingSpot()
{
Floor = 1, Row = 3, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 10
}
},
new List <ParkingSpot> ()
{
new ParkingSpot()
{
Floor = 2, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Large, StartPosition = 1, SpotCount = 10
},
new ParkingSpot()
{
Floor = 2, Row = 2, ParkingSpotTypes = ParkingSpotTypes.Large, StartPosition = 1, SpotCount = 10
},
new ParkingSpot()
{
Floor = 2, Row = 2, ParkingSpotTypes = ParkingSpotTypes.Large, StartPosition = 1, SpotCount = 10
}
},
}
};
var parkingLot = new ParkingLotCore(newLayout, new ParkingSpaceMapper());
var vehicle = new Vehicle()
{
VehicleNumber = "One", vehicleType = VehicleTypes.Car
};
var actual = parkingLot.GetOptimalParkingSpot(vehicle);
var expected = new ParkingSpot()
{
Floor = 2, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Large, StartPosition = 1, SpotCount = 1
};
actual.Should().BeEquivalentTo(expected);
}
public void ParkedVehicleShouldReturnTrue()
{
var parkingLot = new ParkingLotCore(LayoutHelper.Layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 3, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 1, SpotCount = 2
};
var vehicle = new Vehicle()
{
RegistrationNumber = "XYZABC", VehicleType = VehicleTypes.HatchbackCar
};
var actual = parkingLot.ParkedVehicle(vehicle, spot);
actual.Should().BeTrue();
}
public void ParkVehicleShouldReturnTrue()
{
var parkingLot = new ParkingLotCore(layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 2
};
var vehicle = new Vehicle()
{
VehicleNumber = "est", vehicleType = VehicleTypes.MotorCycle
};
var actual = parkingLot.ParkVehicle(vehicle, spot);
actual.Should().BeTrue();
}
public void GetOptimalSpotShouldReturnHigherFirstPositionForSedan()
{
var parkingLot = new ParkingLotCore(LayoutHelper.NewLayout, new ParkingSpaceMapper());
var vehicle = new Vehicle()
{
RegistrationNumber = "STARK12345", VehicleType = VehicleTypes.Sedan
};
var actual = parkingLot.GetOptimalParkingSpot(vehicle);
var expected = new ParkingSpot()
{
Floor = 1, Row = 4, ParkingSpotTypes = ParkingSpotTypes.MiniTruck, StartPosition = 1, SpotCount = 1
};
actual.Should().BeEquivalentTo(expected);
}
public void GetOptimalSpotShouldReturnFirstPositionForCar()
{
var parkingLot = new ParkingLotCore(layout, new ParkingSpaceMapper());
var vehicle = new Vehicle()
{
VehicleNumber = "One", vehicleType = VehicleTypes.Car
};
var actual = parkingLot.GetOptimalParkingSpot(vehicle);
var expected = new ParkingSpot()
{
Floor = 2, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Compact, StartPosition = 1, SpotCount = 1
};
actual.Should().BeEquivalentTo(expected);
}
public void GetOptimalSpotShouldReturnNull()
{
var mockSpaceMapper = new Mock <IParkingSpaceMapper>();
mockSpaceMapper.Setup(m => m.GetSmallestParkingSpaceRequired(It.IsAny <Vehicle>()))
.Returns(new ParkingSpaceRequirment()
{
ParkingSpot = ParkingSpotTypes.Large, ParkingSpotsCount = 15
});
var parkingLot = new ParkingLotCore(layout, mockSpaceMapper.Object);
var parkingSpot = parkingLot.GetOptimalParkingSpot(new Vehicle()
{
VehicleNumber = "1", vehicleType = VehicleTypes.Bus
});
parkingSpot.Should().BeNull();
}
public void ParkShouldThrowException()
{
var parkingLot = new ParkingLotCore(LayoutHelper.Layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Hatchback, StartPosition = 1, SpotCount = 2
};
var vehicle = new Vehicle()
{
RegistrationNumber = "XYZABC", VehicleType = VehicleTypes.HatchbackCar
};
var actual = parkingLot.ParkedVehicle(vehicle, spot);
if (actual == true)
{
Action act = () => parkingLot.ParkedVehicle(vehicle, spot);
act.Should().Throw <InvalidOperationException>();
}
}
public void ParkShouldThrowException()
{
var parkingLot = new ParkingLotCore(layout, new ParkingSpaceMapper());
ParkingSpot spot = new ParkingSpot {
Floor = 1, Row = 1, ParkingSpotTypes = ParkingSpotTypes.Motorcycle, StartPosition = 1, SpotCount = 2
};
var vehicle = new Vehicle()
{
VehicleNumber = "est", vehicleType = VehicleTypes.MotorCycle
};
var actual = parkingLot.ParkVehicle(vehicle, spot);
if (actual == true)
{
Action act = () => parkingLot.ParkVehicle(vehicle, spot);
act.Should().Throw <InvalidOperationException>();
}
}
