static void Main(string[] args)
{
var sedan = new Sedan(1);
var hatchback = new Hatchback(2);
var teslaHQ = new TeslaHq();
teslaHQ.Attach(sedan);
teslaHQ.Attach(hatchback);
//2.0.0
teslaHQ.MajorUpgrade();
teslaHQ.NotifySoftwareUpdate();
teslaHQ.Detach(hatchback);
//2.0.1
teslaHQ.PatchUpdate();
teslaHQ.NotifySoftwareUpdate();
System.Console.WriteLine(sedan.SoftwareVersion);
System.Console.WriteLine(hatchback.SoftwareVersion);
var cars = new CarsCollection();
cars.AddCar(sedan);
cars.AddCar(hatchback);
foreach (var car in cars)
{
System.Console.WriteLine(car.ToString());
}
}
public Car CreateCar()
{
int carCost = 0;
string model;
bool result = false;
int nummberOfBody = 0;
int nummberOfEngine = 0;
ICarBody bodyCar;
IEngine engineCar;
string enterTheCost = "Enter the cost of the car";
string choseTheBody = "Choose a car body \r\n 1.Coupe \r\n 2.Hatchback \r\n 3.Minivan ";
string choseTheEngine = "Choose a car engine \r\n 1.DieselEngine \r\n 2.ElectricalEngine \r\n 3.GasolineEngine ";
Console.WriteLine("Enter the name of the car");
model = Console.ReadLine();
InputValidation(result, enterTheCost, ref carCost, 0, 9223372036854000000);
InputValidation(result, choseTheBody, ref nummberOfBody, 1, 3);
switch (nummberOfBody)
{
case 1: bodyCar = new Coupе();;
break;
case 2:
bodyCar = new Hatchback();;
break;
case 3:
bodyCar = new Minivan();;
break;
default: bodyCar = null;
break;
}
InputValidation(result, choseTheEngine, ref nummberOfEngine, 1, 3);
switch (nummberOfEngine)
{
case 1:
engineCar = new DieselEngine();;
break;
case 2:
engineCar = new ElectricalEngine();;
break;
case 3:
engineCar = new GasolineEngine();;
break;
default:
engineCar = null;
break;
}
Console.WriteLine();
return(new Car(engineCar, bodyCar, carCost, model, IdOfCar));
}
public void TestFuelTypeHatchSet()
{
Hatchback hb = new Hatchback();
hb.FuelType = "Gas";
Assert.Equal("Gas", hb.FuelType);
}
public void TestCanDriveHatchSet()
{
Hatchback hb = new Hatchback();
hb.CanDrive = true;
Assert.True(hb.CanDrive);
}
public void TestSpaceHatchSet()
{
Hatchback hb = new Hatchback();
hb.CargoSpace = 10;
Assert.Equal(10, hb.CargoSpace);
}
public void TestPriceHatchSet()
{
Hatchback hb = new Hatchback();
hb.Price = 0.0m;
Assert.Equal(0.0m, hb.Price);
}
public void TestWheelsHatchSet()
{
Hatchback hb = new Hatchback();
hb.Wheels = 3;
Assert.Equal(3, hb.Wheels);
}
public void TestDoorsHatchSet()
{
Hatchback hb = new Hatchback();
hb.Doors = 2;
Assert.Equal(2, hb.Doors);
}
private static void ThirdWeekExamples()
{
Console.WriteLine("Instance of AccessModifiers() called myAccMod1");
AccessModifiers myAccMod1 = new AccessModifiers();
Console.WriteLine("Instance of AccessModifiers() called myAccMod2");
AccessModifiers myAccMod2 = new AccessModifiers("This one Has a String");
Console.WriteLine("Indexer Example");
myAccMod1.IndexerExample();
Console.WriteLine("ClassFinalizerSample Class Definitions");
ClassFinalizerSample myCFS = new ClassFinalizerSample();
ClassFinalizerSample myCFS2 = new ClassFinalizerSample("Johnny Quest", 4538702);
ClassFinalizerSample myCFS3 = new ClassFinalizerSample("Johnny Quest");
Console.WriteLine("Class Grades Assignment");
ClassGrades myClassGrades = new ClassGrades("Joe ", "Smith", 'E');
(string firstName, string lastName, char Grades) = myClassGrades;
Console.WriteLine($"Person Details: First Name: {firstName}, Last Name: {lastName}, Grade: {Grades}");
Console.WriteLine("Example of using NameOf");
Console.WriteLine(myClassGrades.MyGradeType());
DevelopmentClass myDevelopment = new DevelopmentClass();
int x, y;
x = myDevelopment.ClassTotal;
y = myDevelopment.RoomTotal;
Console.WriteLine($"Class Total: {x}, RoomTotal: {y}");
Hatchback myHatchback1 = new Hatchback();
myHatchback1.Color();
myHatchback1.Size();
myHatchback1.Speed();
myHatchback1.Weight();
Console.WriteLine(StaticExample.AddTwoNumbers(1, 2));
Console.WriteLine(Math.Abs(-10));
String Name = "Bob";
if (IsPalinDrome.IsPalindrome(Name))
{
Console.WriteLine($"{Name} is a palindrome");
}
else
{
Console.WriteLine($"{Name} is not a palindrome");
}
if (IsPalinDrome.IsPalindrome(Name = "Sarah"))
{
Console.WriteLine($"{Name} is a palindrome");
}
else
{
Console.WriteLine($"{Name} is not a palindrome");
}
}
public static void Main()
{
// Build a collection of all vehicles that fly
HotAirBalloon balloon1 = new HotAirBalloon();
HotAirBalloon balloon2 = new HotAirBalloon();
List <IAirbased> flyingstuff = new List <IAirbased>();
flyingstuff.Add(balloon1);
flyingstuff.Add(balloon2);
// With a single `foreach`, have each vehicle Fly()
foreach (IAirbased item in flyingstuff)
{
item.Fly();
}
// Build a collection of all vehicles that operate on roads
Motorcycle motorcycle1 = new Motorcycle();
Motorcycle motorcycle2 = new Motorcycle();
Hatchback hondafit = new Hatchback();
Cessna planecar = new Cessna();
List <IGroundbased> groundstuff = new List <IGroundbased>();
groundstuff.Add(motorcycle1);
groundstuff.Add(motorcycle2);
groundstuff.Add(hondafit);
groundstuff.Add(planecar);
// With a single `foreach`, have each road vehicle Drive()
foreach (IGroundbased item in groundstuff)
{
item.Drive();
}
// Build a collection of all vehicles that operate on water
JetSki jetski1 = new JetSki();
JetSki jetski2 = new JetSki();
List <IWaterbased> waterstuff = new List <IWaterbased>();
waterstuff.Add(jetski1);
waterstuff.Add(jetski2);
// With a single `foreach`, have each water vehicle Drive()
foreach (IWaterbased item in waterstuff)
{
item.Drive();
}
}
public void TestWheelsHatchGet()
{
Hatchback hb = new Hatchback();
Assert.Equal(4, hb.Wheels);
}
public void TestScaryFastHatch()
{
Hatchback hb = new Hatchback();
Assert.False(hb.ScaryFast());
}
public void TestDoorsHatchGet()
{
Hatchback hb = new Hatchback();
Assert.Equal(4, hb.Doors);
}
public void TestPriceHatchGet()
{
Hatchback hb = new Hatchback();
Assert.Equal(40000.00m, hb.Price);
}
