static void Main(string[] args)
{
var myCar = new Car()
{
CountTires = 4, CompanyName = "Ford", CountDoors = 5, FoundationYear = 1903, MeanColor = "BlueNAvy",
};
var mySuv = new Suv()
{
CountTires = 4, CompanyName = "Toyota", FoundationYear = 1937, CountDoors = 5, HasBabySeat = false
};
var myTruck = new Truck()
{
CountTires = 16, CompanyName = "Honda", FoundationYear = 1948, CountDoors = 2, WeigthCapacity = 500
};
var vehiclesForSale = new List <IVehicle> {
myCar, mySuv, myTruck
};
foreach (var vehicle in vehiclesForSale)
{
Console.WriteLine($"This is with {vehicle.CountDoors} doors and was bought at {vehicle.ExactlyTimeWasBougth()}");
}
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
}
static void Main(string[] args)
{
var myCar = new Car();
myCar.Doors = "6";
myCar.Engine = "V12";
myCar.Transmission = "8-Speed";
var myTruck = new Truck();
myTruck.HasBed = true;
myTruck.Engine = "V8";
myTruck.Transmission = "8-Speed";
var mySuv = new Suv();
mySuv.HasRearDoor = true;
mySuv.Engine = "V8";
mySuv.Transmission = "8-Speed";
Console.Write("Please select the type of vehicle you desire: Car, Truck or SUV" + " ");
string line = Console.ReadLine();
if (line == "Truck")
{
Console.WriteLine($"This truck was made by {myTruck.CompanyName} and has the following features. Doors:{myTruck.Doors}, Engine Size: {myTruck.Engine}, Transmission {myTruck.Transmission}.");
Console.WriteLine($"Remember my friend: {myTruck.Slogan}");
}
else if (line == "SUV")
{
Console.WriteLine($"This CUV was made by {mySuv.CompanyName} and has the following features. Doors:{mySuv.Doors}, Engine Size: {mySuv.Engine}, Transmission {mySuv.Transmission}.");
Console.WriteLine($"Great Selection: {mySuv.Slogan}");
}
else
{
Console.WriteLine($"This Car was made by {myCar.CompanyName} and has the following features. Doors:{myCar.Doors}, Engine Size: {myCar.Engine}, Transmission {myCar.Transmission}.");
Console.WriteLine($"Great Selection: {myCar.Slogan}");
}
var vehicleList = new List <string>();
vehicleList.Add("Toyota");
vehicleList.Add("Sierra");
vehicleList.Add("Tesla");
foreach (var veh in vehicleList)
{
Console.WriteLine($"{veh}");
}
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
Car kia = new Car();
kia.Logo = "KIA";
kia.TrunkSize = "small";
kia.EngineSize = "four cylinder";
kia.WheelType = "aluminum";
kia.InteriorFabric = "cloth";
kia.Slogan = "We wanna see ya in a Kia";
kia.Color = "white";
kia.automaticTransmission = true;
Truck dodge = new Truck();
dodge.BedSize = "six feet";
dodge.Color = "black";
dodge.EngineSize = "eight cylinder";
dodge.fourWheelDrive = true;
dodge.InteriorFabric = "cloth";
dodge.Logo = "DODGE";
dodge.Slogan = "Guts. Glory. Ram";
dodge.WheelType = "chrome";
Suv lexus = new Suv();
lexus.CargoHoldSize = "small";
lexus.Color = "gold";
lexus.EngineSize = "six cylinder";
lexus.InteriorFabric = "leather";
lexus.Logo = "LEXUS";
lexus.Slogan = "The relentless pursuit of perfection";
lexus.thirdRow = true;
lexus.WheelType = "polished chrome";
var vehicleList = new List <IVehicle>();
vehicleList.Add(kia);
vehicleList.Add(dodge);
vehicleList.Add(lexus);
foreach (var vehicle in vehicleList)
{
Console.WriteLine($"Color: {vehicle.Color} WheelType: {vehicle.WheelType} Interior: {vehicle.InteriorFabric} Engine Size: {vehicle.EngineSize}");
Console.WriteLine("--------------------------------------------------------------------------------");
}
}
static void Main(string[] args)
{
var car = new Car();
var truck = new Truck();
var suv = new Suv();
var vehicles = new List <IVehicle>()
{
car, truck, suv
};
foreach (var vehicle in vehicles)
{
vehicle.Drive();
vehicle.ChangedGears(true);
vehicle.Reverse();
}
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Done!Create 2 Interfaces called IVehicle & ICompany
//Done!Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/*Done! Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/*Done!Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
var corvette = new Car()
{
CarProperty = "fastback",
EngineCylinders = 8,
Headquarters = "Detroit, MI",
Logo = "Corvette Logo.jpg",
NumSeats = 2,
NumWheels = 4,
TrunkSize = 36,
Year = 2018
};
var f150 = new Truck()
{
BedSize = 144,
EngineCylinders = 8,
Headquarters = "Dearborn, MI",
Logo = "Ford-Tough Logo.png",
NumSeats = 2,
NumWheels = 4,
TruckProperty = "1/2-Ton",
Year = 2015
};
var acadia = new Suv()
{
CargoSize = 50,
EngineCylinders = 6,
Headquarters = "Detroit, MI",
Logo = "GMC Logo.jpg",
NumSeats = 8,
NumWheels = 4,
SuvProperty = "All-seat video",
Year = 2020
};
Console.WriteLine(corvette.MakeDescription() + "--------------");
Console.WriteLine(f150.MakeDescription() + "--------------");
Console.WriteLine(acadia.MakeDescription() + "--------------");
}
static void Main(string[] args)
{
//Create 2 Interfaces called IVehicle & ICompany --DONE
//Create 3 classes called Car , Truck , & SUV --DONE
//In your IVehicle --DONE
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany --DONE
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*/
//In each of your car, truck, and suv classes --DONE
/*Create 2 members that are specific to each class
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
* Create objects of your 3 classes and give their members values
* Creatively display and organize their values
*/
var vehicle = new List <IVehicle>();
// Objects for Car
var camry = new Car();
camry.VehicleName = "Toyota Camry";
camry.CompanyName = "Toyota";
camry.Slogan = "Let's us go places";
camry.NumberOfSeats = 5;
camry.NumberOfDoors = 4;
camry.HasSpareTire = true;
camry.Stereo = false;
camry.NumberOfWheels = 4;
camry.IsAutomatic = true;
vehicle.Add(camry);
// Objects for Truck
var tanker = new Truck();
tanker.VehicleName = "Bulkheads";
tanker.CompanyName = "Safe Rack";
tanker.Slogan = "Orange. Safety has color";
tanker.HasTruckBed = true;
tanker.HasFourWheelsDrive = true;
tanker.HasSpareTire = true;
tanker.Stereo = true;
tanker.NumberOfWheels = 20;
tanker.IsAutomatic = true;
vehicle.Add(tanker);
// Objects for SUV
var suv = new Suv();
suv.VehicleName = "Jeep Wrangler Unlimited";
suv.CompanyName = "Jeep";
suv.Slogan = "Go Anywhere. Do Anything.";
suv.EngineType = "Electrical Engine";
suv.Mileage = 666;
suv.HasSpareTire = true;
suv.Stereo = true;
suv.IsAutomatic = true;
suv.NumberOfWheels = 4;
vehicle.Add(suv);
foreach (var veh in vehicle)
{
Console.WriteLine();
Console.WriteLine($"{veh.VehicleName} has {veh.NumberOfWheels} wheels. Is automatic? {veh.IsAutomatic}. Has spare tire? {veh.HasSpareTire}. What about stereo? {veh.Stereo}. ");
Console.WriteLine("---------------------------------------------------------------------------------------------------------------");
}
}
