static void Main(string[] args)
{
/*
* Todo follow all comments!!
*/
#region Vehicles
/*
* Create an abstract class called Vehicle
* The vehicle class shall have three string properties Year, Make, and Model
* Set the defaults to something generic in the Vehicle class
* Vehicle shall have an abstract method called DriveAbstract with no implementation
* Vehicle shall have a virtual method called DriveVirtual with a base implementation.
*/
/*
* Now create 2 non-abstract classes: Car and Motorcycle, that inherit from Vehicle
* Add a distict property in the 2 derived classes such as HasTrunk for Car and HasSideCart for Motorcycle
* Provide the implementations for the abstract methods
* Only in the Motorcycle class will you override the virtual drive method
*/
// Create a list of Vehicle called vehicles
var vechiles = new List <Vehicle>();
/*
* Create 4 instances: 1 Car, 1 Motorcycle, and then 2 instances of type Vehicle (use explicit typing) but use constuctors from derived classes
* - new it up as one of each derived class
* Set the properties with object initializer syntax
*/
Car c1 = new Car()
{
Year = "1990",
Make = "Ford",
Model = "Thunder Bird Super Coup",
Rims = "alloy"
};
MotorCycle bike1 = new MotorCycle()
{
Year = "2005",
Make = "Harley Davidson",
Model = "Fat Boy",
HandleBars = "Big Boy",
};
Vehicle jeep = new Car()
{
Year = "2021",
Make = "Jeep",
Model = "Wrangler",
};
Vehicle suzuki = new MotorCycle()
{
Year = "2015",
Make = "Suzuki",
Model = "C900"
};
/*
* Add the 4 vehicles to the list
* Using a foreach loop iterate over each of the properties
*/
vechiles.Add(c1);
vechiles.Add(bike1);
vechiles.Add(jeep);
vechiles.Add(suzuki);
foreach (var vehicle in vechiles)
{
Console.WriteLine($"Year: {vehicle.Year}\n" +
$"Make: {vehicle.Make}\n" +
$"Model: {vehicle.Model}");
Console.WriteLine("");
}
// Call each of the drive methods for one car and one motorcycle
c1.DriveAbstract();
suzuki.DriveVirtual();
#endregion
Console.ReadLine();
}
static void Main(string[] args)
{
/*
* Todo follow all comments!!
*/
#region Vehicles
/*
* Create an abstract class called Vehicle
* The vehicle class shall have three string properties Year, Make, and Model
* Set the defaults to something generic in the Vehicle class
* Vehicle shall have an abstract method called DriveAbstract with no implementation
* Vehicle shall have a virtual method called DriveVirtual with a base implementation.
*/
/*
* Now create 2 non-abstract classes: Car and Motorcycle, that inherit from Vehicle
* Add a distict property in the 2 derived classes such as HasTrunk for Car and HasSideCart for Motorcycle
* Provide the implementations for the abstract methods
* Only in the Motorcycle class will you override the virtual drive method
*/
// Create a list of Vehicle called vehicles
var vehicles = new List <Vehicles>();
/*
* Create 4 instances: 1 Car, 1 Motorcycle, and then 2 instances of type Vehicle (use explicit typing) but use constuctors from derived classes
* - new it up as one of each derived class
* Set the properties with object initializer syntax
*/
Car lexus = new Car()
{
Make = "Lexus", Model = "GS450", Year = 2030, HasFourWheels = true, NumberOfDoors = 4
};
MotorCycle harley = new MotorCycle()
{
Make = "Harley", Model = "Z5", Year = 2064, HasSideCar = false, IsChopper = true
};
Vehicles truck = new Car()
{
Make = "Toyota", Model = "Tundra", Year = 1999, HasFourWheels = true, NumberOfDoors = 2
};
Vehicles racer = new MotorCycle()
{
Make = "Indian", Model = "gt570", Year = 1925, HasSideCar = true, IsChopper = false
};
/*
* Add the 4 vehicles to the list
* Using a foreach loop iterate over each of the properties
*/
vehicles.Add(lexus);
vehicles.Add(harley);
vehicles.Add(truck);
vehicles.Add(racer);
foreach (var auto in vehicles)
{
Console.WriteLine($"Make {auto.Make} Model {auto.Model} year {auto.Year}");
Console.WriteLine( );
}
// Call each of the drive methods for one car and one motorcycle
truck.DriveAbstract();
truck.DriveVirtual();
Console.WriteLine();
harley.DriveAbstract();
harley.DriveVirtual();
#endregion
Console.ReadLine();
}