static void Main(string[] args)
{
//TODO
//Create a seperate class file called Car DONE
//Now that the Car class is created we can instanciate 3 new cars
//Set the properties for each of the cars
//Call each of the methods for each car
Carlot lot = new Carlot();
//Using Dot Notation
Car fiat = new Car();
lot.CarList.Add(fiat);
fiat.CarMake = "Fiat";
fiat.CarModel = "500 Abarth";
fiat.CarYear = 2015;
fiat.EngineNoise = "Vroom";
fiat.Horn = "beep";
fiat.IsDrivable = true;
//Object Initializer Syntax
Car grandPrix = new Car()
{
CarYear = 2006,
CarMake = "Pontiac",
CarModel = "Grand Prix",
EngineNoise = "Nyoom",
Horn = "meepmeep",
IsDrivable = false
};
lot.CarList.Add(grandPrix);
//Using the Constructor to allow parameter values to be placed inside properties.
Car jeep = new Car(2018, "Jeep", "Cherokee", "vroom", "honkhonk", true);
lot.CarList.Add(jeep);
//Call Methods.
fiat.MakeEngineNoise(fiat.EngineNoise);
grandPrix.MakeEngineNoise(grandPrix.EngineNoise);
jeep.MakeEngineNoise(jeep.EngineNoise);
//*************BONUS*************//
// Set the properties utilizing the 3 different ways we learned about, one way for each car
//*************BONUS X 2*************//
foreach (var car in lot.CarList)
{
Console.WriteLine();
Console.WriteLine($"Year: {car.CarYear} Make: {car.CarMake} and Model: {car.CarModel}");
}
}
static void Main(string[] args)
{
var lot = new Carlot();
Car mustang = new Car()
{
Year = 2004, Make = "Ford", Model = "Mustang"
};
mustang.MakeEngineNoise();
mustang.MakeHonkNoise();
lot.CarList.Add(mustang);
static void Main(string[] args)
{
//TODO
//Create a seperate class file called Car
//Car shall have the following properties: Year, Make, Model, EngineNoise, HonkNoise, IsDriveable
//Car shall have the following methods: MakeEngineNoise(), MakeHonkNoise()
//The methods should take one string parameter: the respective noise property
Carlot listofcar = new Carlot();
Car firstcar = new Car(1992, "Ford", "Mustang", "available");
//Car secondcar = new Car();
//firstcar.Year = 1992;
//firstcar.Model = "Ford";
//firstcar.Make = "human";
//firstcar.Isdliverable = "available";
listofcar.AuthorList.Add(firstcar);
//listofcar.display();
Console.WriteLine($"{firstcar.Model} was made in {firstcar.Year} by {firstcar.Make} and it is now {firstcar.Isdeliverable}");
//Console.WriteLine(firstcar.Model);
Car secondcar = new Car(1992, "Ferrari", "Mustang", "available");
listofcar.AuthorList.Add(secondcar);
secondcar.speak();
//Now that the Car class is created we can instanciate 3 new cars
//Set the properties for each of the cars
//Call each of the methods for each car
Car thirdcar = new Car(1992, "Ford", "Mustang", "available");
thirdcar.speak();
thirdcar.EngineNoise("Loud");
thirdcar.honkNoise("Medium");
listofcar.display();
//*************BONUS*************//
// Set the properties utilizing the 3 different ways we learned about, one way for each car
//*************BONUS X 2*************//
//Create a CarLot class
//It should have at least one property: a List of cars
//Instanciate the a Carlot at the beginning of the program and as you create a car add the car to the list.
//At the end iterate through the list printing each of car's Year, Make, and Model to the console
}
static void Main(string[] args)
{
//Done
//Create a seperate class file called Car
//Car shall have the following properties: Year, Make, Model, EngineNoise, HonkNoise, IsDriveable
//Car shall have the following methods: MakeEngineNoise(), MakeHonkNoise()
//The methods should take one string parameter: the respective noise property
//Done
//Now that the Car class is created we can instanciate 3 new cars
//Set the properties for each of the cars
//Done
//Call each of the methods for each car
//
//Instanciate the Carlot at the beginning of the program
//and as you create a car add the car to the list.
var myLot = new Carlot();
//First way to created a new instance,
//using . notation
//now can access the properties of the
//Car class to work with the new instance
var carA = new Car();
carA.Year = 1967;
carA.Make = "Ford";
carA.Model = "Mustang";
carA.EngineNoise = "vroom";
carA.HonkNoise = "beep";
carA.IsDriveable = true;
// Adding carA to local variable myLot we created for list of Cars
// in the Carlot class
// references travel from bigger container to smaller unit
myLot.Cars.Add(carA);
//object initializer syntax
// - has scope,
// properties are separated by a comma
var carB = new Car()
{
Year = 2017,
Make = "Honda",
Model = "Civic",
EngineNoise = "tut",
HonkNoise = "beep",
IsDriveable = false,
};
//Adding carB
myLot.Cars.Add(carB);
//Construction Pass
//will pass through the new constructor we made in Class.cs
var carC = new Car(2020, "Tesla", "Whateveritscalled", "wrrrr", "beep", true);
myLot.Cars.Add(carC);
//Calling Methods
//Instance Method
//Parameters go through parenthesis, Methods go through methods,
//Instances of a class go through instances of a class
//The method has instructions to print to console
carC.MakeEngineNoise();
carB.MakeEngineNoise();
carA.MakeEngineNoise();
//Using a foreach loop is for when you want to apply some factor to each
//item in a list, array, etc??
//using the local variable car, i can write to console
foreach (var car in myLot.Cars)
{
Console.WriteLine($"{car.Year} {car.Make} {car.Model}");
}
//Done
//*************BONUS*************//
// Set the properties utilizing the 3 different ways we learned about, one way for each car
//Done
//*************BONUS X 2*************//
//Create a CarLot class
//It should have at least one property: a List of cars
//Instanciate the a Carlot at the beginning of the program and as you create a car add the car to the list.
//At the end iterate through the list printing each of car's Year, Make, and Model to the console
}
static void Main(string[] args)
{
var Carlist = new Carlot();
Car mustang = new Car()
{
Year = 2004, Make = "Ford", Model = "Mustang"
};
mustang.MakeEngineNoise("VROOOOM");
mustang.MakeHonkNoise("Beep");
var Inventory = new Carlot()
{
Carlist = (Car)mustang
};
Car Cherokee = new Car();
Cherokee.Year = 1974;
Cherokee.Make = "Jeep";
Cherokee.Model = "Cherokee";
Cherokee.MakeEngineNoise("Sputter");
Cherokee.MakeHonkNoise("Meep");
Carlist.Add(Cherokee);
Car Corolla = new Car()
{
Year = 2008,
Make = "Toyota",
Model = "Corolla"
};
Corolla.MakeEngineNoise("whir");
Corolla.MakeHonkNoise("Clown horn sound");
Carlist.Add(Corolla);
foreach (var x in Carlist)
{
Console.WriteLine(x);
}
//TODO
//Create a seperate class file called Car
//Car shall have the following properties: Year, Make, Model, EngineNoise, HonkNoise, IsDriveable
//Car shall have the following methods: MakeEngineNoise(), MakeHonkNoise()
//The methods should take one string parameter: the respective noise property
//Now that the Car class is created we can instanciate 3 new cars
//Set the properties for each of the cars
//Call each of the methods for each car
//*************BONUS*************//
// Set the properties utilizing the 3 different ways we learned about, one way for each car
//*************BONUS X 2*************//
//Create a CarLot class
//It should have at least one property: a List of cars
//Instanciate the a Carlot at the beginning of the program and as you create a car add the car to the list.
//At the end iterate through the list printing each of car's Year, Make, and Model to the console
}
static void Main(string[] args)
{
//TODO
//Create a seperate class file called Car
//Car shall have the following properties: Year, Make, Model, EngineNoise, HonkNoise, IsDriveable
//Car shall have the following methods: MakeEngineNoise(), MakeHonkNoise()
//The methods should take one string parameter: the respective noise property
//Now that the Car class is created we can instanciate 3 new cars
//Set the properties for each of the cars
//Call each of the methods for each car
//*************BONUS*************//
// Set the properties utilizing the 3 different ways we learned about, one way for each car
Carlot lot = new Carlot();
Car bmw = new Car();
lot.CarList.Add(bmw);
bmw.Year = 2003;
bmw.Make = "bmw";
bmw.Model = "328i";
bmw.EngineNoise = "Waaw!";
bmw.HonkNoise = "Beeeep";
bmw.IsDriveable = true;
bmw.MakeEngineNoise();
bmw.MakeHonkNoise();
Car celica = new Car()
{
Year = 1999, Make = "Toyota", Model = "Celica", EngineNoise = "N/A", HonkNoise = "Whomp"
};
lot.CarList.Add(celica);
celica.MakeEngineNoise();
celica.MakeHonkNoise();
Car Titan = new Car(2020, "Nissan", "Titan", "N/A", "Whaaaank");
lot.CarList.Add(Titan);
Titan.MakeEngineNoise();
Titan.MakeHonkNoise();
//*************BONUS X 2*************//
foreach (var car in lot.CarList)
{
Console.WriteLine($"Year :{car.Year}, Make: {car.Make} Model: {car.Model}");
}
//Create a CarLot class
//It should have at least one property: a List of cars
//Instanciate the a Carlot at the beginning of the program and as you create a car add the car to the list.
//At the end iterate through the list printing each of car's Year, Make, and Model to the console
}
static void Main(string[] args)
{
//TODO
var carlot = new Carlot();
//DONE Create a seperate class file called Car
//DONE Car shall have the following properties: Year, Make, Model, EngineNoise, HonkNoise, IsDriveable
//DONE Car shall have the following methods: MakeEngineNoise(), MakeHonkNoise()
//DONE The methods should take one string parameter: the respective noise property
//DONE Now that the Car class is created we can instanciate 3 new cars
//DONE Set the properties for each of the cars
//DONE Call each of the methods for each car
Console.WriteLine($"Number of Cars created: {Carlot.numberOfCars}");
var myCar = new Car();
myCar.Driver = "Graybles";
myCar.Make = "Honda";
myCar.Model = "Accord";
myCar.Year = 2008;
myCar.EngineNoise = "vroom vroom";
myCar.HonkNoise = "beep beep";
myCar.IsDriveable = true;
Console.WriteLine($"Number of Cars created: {Carlot.numberOfCars}");
var stevosCar = new Car()
{
Driver = "StevO!",
Year = 2020,
Make = "Tonka",
Model = "Super Truck",
EngineNoise = "boom boom",
HonkNoise = "caw caw",
IsDriveable = false
};
Console.WriteLine($"Number of Cars created: {Carlot.numberOfCars}");
var jakesCar = new Car("Jake", 2001, "Ford", "Focus", "skrrrrrt", "boop boop", true);
Console.WriteLine($"Number of Cars created: {Carlot.numberOfCars}");
var jebsCar = new Car()
{
Driver = "J3BBY M@N3",
Year = 3000,
Make = "Mars",
Model = "Rover Rumbler",
EngineNoise = "bleep blorp",
HonkNoise = "Zing Zoooop!!",
IsDriveable = true
};
Console.WriteLine($"Number of Cars created: {Carlot.numberOfCars}");
myCar.MakeEngineNoise(myCar.EngineNoise);
myCar.MakeHonkNoise(myCar.HonkNoise);
jakesCar.MakeEngineNoise(jakesCar.EngineNoise);
jakesCar.MakeHonkNoise(jakesCar.HonkNoise);
stevosCar.MakeEngineNoise(stevosCar.EngineNoise);
stevosCar.MakeHonkNoise(stevosCar.HonkNoise);
jebsCar.MakeEngineNoise(jebsCar.EngineNoise);
jebsCar.MakeHonkNoise(jebsCar.HonkNoise);
//*************BONUS*************//
//DONE Set the properties utilizing the 3 different ways we learned about, one way for each car
//*************BONUS X 2*************//
carlot.carList.Add(myCar);
carlot.carList.Add(stevosCar);
carlot.carList.Add(jakesCar);
carlot.carList.Add(jebsCar);
foreach (var Car in carlot.carList)
{
Console.WriteLine($"Driver: {Car.Driver} Year: {Car.Year} Make: {Car.Make} Model: {Car.Model}");
}
//DONE Create a CarLot class
//DONE It should have at least one property: a List of cars
//DONE Instanciate the a Carlot at the beginning of the program and as you create a car add the car to the list.
//At the end iterate through the list printing each of car's Year, Make, and Model to the console
}
