public AbstractVsInterface()
{
//var icar = new ICar();
var car = new Volvo();
//var bike = new Bike();
}
private static ICar DeserializeVolvo(YamlMappingNode item)
{
var licencePlate = item.Children[new YamlScalarNode(value: "licensePlate")]?.ToString();
var rawHasAutomaticBreak = item.Children[new YamlScalarNode(value: "hasAutomaticBreak")]?.ToString();
bool.TryParse(rawHasAutomaticBreak, out var hasAutomaticBreak);
var volvo = new Volvo
{
LicensePlate = licencePlate,
HasAutomaticBreak = hasAutomaticBreak
};
return(volvo);
}
static void Main(string[] args)
{
var bmw1 = new BMW("E60", 2010, "WBSNB91010B559959", "Highend", "Lemans Red", "S85V10", 373, 250, 800000, CarType.Sedan);
bmw1.Print();
bmw1.Showroom();
var bmw2 = new BMW("E60", 2010, "WBSNB91010B559969", "Medium", "Metallic Blue", "S85V10", 373, 250, 700000, CarType.Touring);
bmw2.Print();
bmw2.Showroom();
bmw1.Compare(bmw2, "Car 1 and Car 2 ");
bmw1.Garage();
bmw2.SimonSynes();
var mercedes1 = new Mercedes("C63 AMG", 2008, "WBSNB91010B559991", "Highend", "Hot Pink", "M156V8", 336, 250, 1200000, CarType.Touring);
mercedes1.Print();
mercedes1.Showroom();
var mercedes2 = new Mercedes("E63 AMG", 2011, "WBSNB91010B559944", "Extreme", "Aquamarine", "M156V8", 540, 290, 1500000, CarType.Coupe);
mercedes2.Print();
mercedes2.Showroom();
mercedes1.Compare(mercedes2, "Car 1 and Car 2 ");
mercedes2.Garage();
mercedes1.Garage();
var audi1 = new Audi("RS4", 2006, "WBSNB91010B559959", "Lowend", "Military Green", "RS4V8", 253, 250, 650000, CarType.Sedan);
audi1.Print();
audi1.Showroom();
var audi2 = new Audi("RS3", 2008, "WBSNB91010B559969", "Highend", "Pearlescent White", "RS3V8", 253, 250, 800000, CarType.Hatchback);
audi2.Print();
audi2.Showroom();
audi1.Compare(audi2, "Car 1 and Car 2 ");
audi2.Garage();
audi1.Garage();
var volvo1 = new Volvo("XC70", 2005, "WBSNB91010B559478", "Highend", "Matte Black", "D5244T17", 224, 250, 650000, CarType.SUV);
volvo1.Print();
volvo1.Showroom();
var volvo2 = new Volvo("XC90", 2010, "WBSNB91010B559173", "Luxury", "Sun Yellow", "B6304T4", 224, 250, 700000, CarType.SUV);
volvo2.Print();
volvo2.Showroom();
volvo1.Compare(volvo2, "Car 1 and Car 2 ");
volvo2.Garage();
volvo1.GeirKjøper();
}
public void test_explicit_interface()
{
FourWheeler fourWheeler = new Volvo();
Car car = new Volvo();
car.Type().ShouldBe("car");
fourWheeler.Type.ShouldBe("fourwheeler");
car.Drive().ShouldBe("driving a car");
fourWheeler.Drive().ShouldBe("driving a four wheeler");
Volvo volvo = new Volvo();
volvo.Type().ShouldBe("car");
//drive method is not available for the derived class
//volvo.Drive()
}
static void Main(string[] args)
{
GarageConfigurator configurator = new GarageConfigurator();
var skoda = new Skoda();
var volvo = new Volvo();
var vw = new VW();
configurator.GarageHandler += skoda.Parking;
configurator.GarageHandler += vw.Parking;
configurator.GarageHandler += volvo.Parking;
configurator.ParkAutomobile();
Console.WriteLine();
configurator.GarageHandler -= volvo.Parking;
configurator.ParkAutomobile();
Console.ReadLine();
}
public void Update(Volvo car)
{
Update(car);
}
public void Test1()
{
// Arrange
var audi = new Audi
{
LicensePlate = Guid.NewGuid().ToString(),
IsDiesel = true
};
var merchant = new Person
{
FirstName = "Bill",
LastName = "Bracket"
};
var volvo = new Volvo
{
LicensePlate = Guid.NewGuid().ToString(),
HasAutomaticBreak = true
};
var ford = new Ford
{
LicensePlate = Guid.NewGuid().ToString(),
HasSpareTire = true
};
var factory = new Factory
{
Cars =
{
ford,
audi,
volvo
},
Merchant = merchant
};
// Act
var serializer = new SerializerBuilder()
.WithNamingConvention(new CamelCaseNamingConvention())
.EmitDefaults()
.Build();
var rawFactoryYaml = serializer.Serialize(factory);
var input = new StringReader(rawFactoryYaml);
var yamlStream = new YamlStream();
yamlStream.Load(input);
var deserializedFactory = FactorySerializer.Deserialize(yamlStream);
// Assert
Assert.NotNull(deserializedFactory);
Assert.NotNull(deserializedFactory.Cars);
Assert.Equal(deserializedFactory.Cars.Count, factory.Cars.Count);
var deserializedAudi = (Audi)deserializedFactory.Cars.SingleOrDefault(car => car.Make == Make.Audi);
Assert.NotNull(deserializedAudi);
Assert.Equal(deserializedAudi.LicensePlate, audi.LicensePlate);
Assert.Equal(deserializedAudi.IsDiesel, audi.IsDiesel);
var deserializedFord = (Ford)deserializedFactory.Cars.SingleOrDefault(car => car.Make == Make.Ford);
Assert.NotNull(deserializedFord);
Assert.Equal(deserializedFord.LicensePlate, ford.LicensePlate);
Assert.Equal(deserializedFord.HasSpareTire, ford.HasSpareTire);
var deserializedVolvo = (Volvo)deserializedFactory.Cars.SingleOrDefault(car => car.Make == Make.Volvo);
Assert.NotNull(deserializedVolvo);
Assert.Equal(deserializedVolvo.LicensePlate, volvo.LicensePlate);
Assert.Equal(deserializedVolvo.HasAutomaticBreak, volvo.HasAutomaticBreak);
}
public void StartVolvo()
{
Vehicle v = new Volvo() { Name = "Volvo Normal", DriverName = "F", Fuel = FuelType.Petrol, Model = "V4" };
raceService.Start(v);
//executing in thread
Thread.Sleep(3400);
raceService.GetAverageSpeed(v, 70, "00:22:04.05");
}
public static void Main()
{
JohnDoe johnDoe = new JohnDoe(firstName: "John", lastName: "Doe", socialSecurityNumber: "1234", email: "*****@*****.**", phoneNumber: "0745781254", salary: 600000);
customerList.Add(johnDoe);
Tesla teslaX = new Tesla(id: 0, brand: "Tesla", model: "X", color: "Red", licensePlate: "1234", price: 500000, year: 2015);
carList.Add(teslaX);
Tesla teslaRoadster = new Tesla(id: 1, brand: "Tesla", model: "Roadster", color: "Red", licensePlate: "1234", price: 1000000, year: 2020);
carList.Add(teslaRoadster);
Volvo volvoV40 = new Volvo(id: 2, brand: "Volvo", model: "V40", color: "Black", licensePlate: "4321", price: 600000, year: 2019);
carList.Add(volvoV40);
Ceo ceo = new Ceo(firstName: "Ceo", lastName: "Ceo", socialSecurityNumber: "19801205-1234", email: "*****@*****.**", phoneNumber: "072132132", salary: 300000, position: "CEO");
staffList.Add(ceo);
bool shouldRun = true;
while (shouldRun)
{
Clear();
WriteLine("1. List staffs");
WriteLine("2. List customers");
WriteLine("3. List cars");
WriteLine("4. Buy car");
WriteLine("5. Exit");
ConsoleKeyInfo keyPressed = ReadKey(true);
Clear();
switch (keyPressed.Key)
{
case ConsoleKey.D1:
foreach (var staff in staffList)
{
if (staff == null)
{
continue;
}
WriteLine("Position ｜ Firstname ｜ Lastname ｜ SocialSecurityNumber");
WriteLine("---------------------------------------------------------");
WriteLine($"{staff.Position} {staff.FirstName} {staff.LastName} {staff.SocialSecurityNumber}");
ReadKey();
}
break;
case ConsoleKey.D2:
foreach (var customer in customerList)
{
if (customer == null)
{
continue;
}
WriteLine("Firstname ｜ Lastname ｜ SocialSecurityNumber");
WriteLine("---------------------------------------------");
WriteLine($"{customer.FirstName} {customer.LastName} {customer.SocialSecurityNumber}");
ReadKey();
}
break;
case ConsoleKey.D3:
foreach (var car in carList)
{
if (car == null)
{
continue;
}
WriteLine("Year ｜ Brand ｜ Model ｜ License Plate ｜ Price");
WriteLine("-------------------------------------------------");
WriteLine($"{car.Year} {car.Brand} {car.Model} {car.LicensePlate} {car.Price}");
ReadKey();
}
break;
case ConsoleKey.D4:
WriteLine("Please enter your Social Security Number:");
SetCursorPosition(41, 0);
string socialSecurityNumber = ReadLine();
foreach (var cust in customerList)
{
foreach (var staff in staffList)
{
if (cust.SocialSecurityNumber == socialSecurityNumber)
{
Clear();
WriteLine($"Hello {cust.FirstName} {cust.LastName}");
WriteLine($"Im {staff.FirstName} {staff.LastName} and I'm here to help you with your purchase!");
WriteLine();
WriteLine("Please enter the license plate number:");
SetCursorPosition(38, 3);
string licensePlate = ReadLine();
foreach (var cars in carList)
{
if (cars == null)
{
continue;
}
if (cars.LicensePlate == licensePlate)
{
Clear();
WriteLine($"Congrats you just bought a {cars.Brand} {cars.Model}");
carList.RemoveAt(0);
Thread.Sleep(2000);
break;
}
else
{
Clear();
WriteLine("No vehicle got that license plate number");
Thread.Sleep(2000);
break;
}
}
}
else
{
Clear();
WriteLine("Wrong Social Security Number / Customer dosen't exist");
Thread.Sleep(2000);
break;
}
}
}
break;
case ConsoleKey.D5:
shouldRun = false;
break;
}
}
}