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 car1 = new Car();
car1.Make = "Pontiac";
car1.Model = "G6";
car1.NumberOfPassengers = 5;
car1.NumberOfWheels = 4;
car1.Slogan = "Pontiac is Car";
car1.YearFounded = 1907;
car1.NumberOfDoors = 4;
car1.TrunkSize = 6;
var truck1 = new Truck();
truck1.Make = "Ford";
truck1.Model = "F-150";
truck1.NumberOfPassengers = 3;
truck1.NumberOfWheels = 4;
truck1.Slogan = "Built Ford Proud";
truck1.YearFounded = 1903;
truck1.HasSecondRow = false;
truck1.BedSize = 66;
var suv1 = new SUV();
suv1.Make = "Chevy";
suv1.Model = "Equinox";
suv1.NumberOfPassengers = 5;
suv1.NumberOfWheels = 4;
suv1.Slogan = "Find New Roads";
suv1.YearFounded = 1911;
suv1.ThirdRow = false;
suv1.CargoHoldSize = 30;
var vehicle = new List <IVehicle>()
{
car1, truck1, suv1
};
var company = new List <ICompany>()
{
car1, truck1, suv1
};
var cars = new List <Car>();
cars.Add(car1);
var trucks = new List <Truck>();
trucks.Add(truck1);
var suvs = new List <SUV>();
suvs.Add(suv1);
car1.CallSpecs();
truck1.TruckSpecs();
suv1.SuvSpecs();
}
static void Main(string[] args)
{
//DONE- 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
//DONE - In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//DONE - In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//DONE - 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.
*
*/
//DONE - Now, create objects of your 3 classes and give their members values;
Car car1 = new Car()
{
BodyType = "Sedean",
CargoSize = 95.5,
NumberOfWheels = 4,
Mileage = 35123,
EngineType = "Gas",
IsDriveable = true,
Model = "Taurus",
Logo = "Oval",
Name = "Ford"
};
Car car2 = new Car()
{
BodyType = "Hatchback",
CargoSize = 92.5,
NumberOfWheels = 4,
Mileage = 155653,
EngineType = "Gas",
IsDriveable = false,
Model = "Rav4",
Logo = "Oval",
Name = "Toyota"
};
Truck truck1 = new Truck()
{
BedLength = 96,
TruckSize = "OneTon",
NumberOfWheels = 6,
Mileage = 155653,
EngineType = "Diesel",
IsDriveable = false,
Model = "F-350",
Logo = "Oval",
Name = "Ford"
};
//Creatively display and organize their values
List <IVechicle> vechicles = new List <IVechicle>();
vechicles.Add(car1);
vechicles.Add(car2);
vechicles.Add(truck1);
foreach (var vech in vechicles)
{
Console.WriteLine($"Engine Type {vech.EngineType} -- Model {vech.Model}");
Console.WriteLine();
}
}
static void Main(string[] args)
{
var car = new Car();
car.AppleCarPlay = true;
car.TrunkSize = 16;
car.Logo = true;
car.MPG = 19;
car.NumberofDoors = 4;
car.NumberofSeats = 5;
car.VehicleName = "2020 Chrysler 300";
car.WarrantyLength = "3 months";
var suv = new SUV();
suv.SeatRows = 2;
suv.NumberofCupHolders = 4;
suv.Logo = true;
suv.MPG = 24;
suv.NumberofDoors = 4;
suv.NumberofSeats = 5;
suv.VehicleName = "2016 Mazda Cx-5";
suv.WarrantyLength = "3 months";
var truck = new Truck();
truck.NumberofDoors = 2;
truck.TruckType = "Pick-up";
truck.HasBed = true;
truck.Logo = true;
truck.MPG = 15;
truck.NumberofDoors = 2;
truck.NumberofSeats = 5;
truck.VehicleName = "2017 Ram 1500";
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//DONECreate 2 Interfaces called IVehicle & ICompany
//DONE Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* DONECreate 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
/*DONECreate 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
*
* DONEThen, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//DONENow, create objects of your 3 classes and give their members values;
//DONECreatively display and organize their values
}
static void Main(string[] args)
{
#region TODOs
//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 each of your car, truck, and suv classes
// TODO - 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
// TODO - Set each class to inherit from both IVehicle and ICompany and implement their members.
//TODO - create objects of your 3 classes and give their members values;
//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
#endregion
Truck myTruck = new Truck();
myTruck.HasTrailer = true;
myTruck.HasHeadLights = true;
myTruck.IsCommercial = false;
myTruck.HasHeadLights = true;
myTruck.NumberOfWheels = 4;
myTruck.GasMileage = 15;
myTruck.Color = "blue";
myTruck.Logo = "Ford Logo";
myTruck.Slogan = "Built Ford Tough";
// Object initializer syntax
Car myCar = new Car()
{
HasOnly2Doors = true,
HasTrunk = true,
IsConvertible = true,
NumberOfWheels = 4,
HasHeadLights = true,
HasTailLights = true,
GasMileage = 25,
Color = "silver",
Logo = "BMW Logo",
Slogan = "The Ultimate Driving Machine"
};
// Parameterized Constructor
SUV mySUV = new SUV(true, true, 4, true, true, 15, "black", "Cadillac Logo", "Standard of the World");
//Creatively display and organize their values
var vehicles = new List <IVehicle>();
vehicles.Add(myTruck);
vehicles.Add(mySUV);
vehicles.Add(myCar);
foreach (var vehicle in vehicles)
{
Console.WriteLine($"{vehicle.GetType().GUID}: {vehicle.GetType().Name}");
}
}
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
Car myCar = new Car()
{
Color = "Red",
EmployeeSize = 218674,
HasTrunk = true,
Hatchback = true,
Make = "Honda",
Model = "FIT",
PubliclyTraded = true,
Year = 2008
};
Truck myTruck = new Truck()
{
BedLengthFt = 8,
Color = "Grey",
EmployeeSize = 370870,
Make = "Toyota",
Model = "Tocoma",
PubliclyTraded = true,
TowingCapacityLb = 3500,
Year = 2020
};
SUV wifeSUV = new SUV()
{
Color = "White",
EmployeeSize = 218674,
Make = "Honda",
Model = "CRV",
PubliclyTraded = true,
ThirdRow = false,
TrunkVolume = 35.7,
Year = 2010
};
myCar.DisplayGeneralInformation();
myCar.DisplaySpecificInformation();
myCar.DisplayCompanyInformation();
myTruck.DisplayGeneralInformation();
myTruck.DisplaySpecificInformation();
myTruck.DisplayCompanyInformation();
wifeSUV.DisplayGeneralInformation();
wifeSUV.DisplaySpecificInformation();
wifeSUV.DisplayCompanyInformation();
}
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;
Truck myTruck = new Truck();
myTruck.BedSize = 6;
myTruck.ExteriorPaintColor = "red";
myTruck.InteriorPaintColor = "black";
myTruck.Logo = "Chevy";
myTruck.NumberOfTires = 4;
myTruck.NumberofWheels = 4;
myTruck.PayLoadSize = 10;
myTruck.Slogan = "Built Tough";
Car myCar = new Car();
myCar.InteriorPaintColor = "white";
myCar.ExteriorPaintColor = "blue";
myCar.NumberOfTires = 4;
myCar.NumberofWheels = 4;
myCar.Slogan = "Drive Comfortably";
myCar.TrunkSize = "six";
SUV mySUV = new SUV();
mySUV.HasCargoHold = true;
mySUV.ExteriorPaintColor = "silver";
mySUV.HasTVScreen = true;
mySUV.InteriorPaintColor = "taupe";
mySUV.NumberOfTires = 4;
mySUV.NumberofWheels = 4;
mySUV.Slogan = "Come Drive Me";
//Creatively display and organize their values
Console.WriteLine($"{myTruck.BedSize},{myTruck.ExteriorPaintColor} ");
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//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 -DONE
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes - DONE
/*Create 2 members that are specific to each class - DONE
* 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;
Car focus = new Car()
{
Logo = "blue oval", Make = "ford", Model = "focus", NumberOfTires = 4, Reputation = "Good", Year = 2000, HasTrunk = true, HowManyDoors = 4
};
Car pontiac = new Car()
{
Logo = "paper airplane", Make = "pontiac", Model = "grand am", NumberOfTires = 4, Reputation = "Good", Year = 2004, HasTrunk = true, HowManyDoors = 4
};
SUV rav = new SUV()
{
Logo = "Weird circle", Make = "Toyota", Model = "Rav4", NumberOfTires = 4, Reputation = "Bad", Year = 2016, HasCableMount = false, HowManyWheelDrive = 2
};
SUV forerunner = new SUV()
{
Logo = "Ram's Head", Make = "Dodge", Model = "Ram", NumberOfTires = 4, Reputation = "Good", Year = 2018, HasCableMount = true, HowManyWheelDrive = 4
};
Truck ridgeline = new Truck()
{
Logo = "Double Hockeysticks", Make = "Honda", Model = "Ridgeline", NumberOfTires = 4, Reputation = "Good", Year = 1998, CanSleep = false, RequireCert = false
};
Truck semiTrailer = new Truck()
{
Logo = "Bison Horns", Make = "Wabash", Model = "Long-Haul", NumberOfTires = 16, Reputation = "Bad", Year = 1974, CanSleep = true, RequireCert = true
};
//Creatively display and organize their values
List <IVehicle> vehicles = new List <IVehicle>();
vehicles.Add(focus);
vehicles.Add(pontiac);
vehicles.Add(rav);
vehicles.Add(forerunner);
vehicles.Add(ridgeline);
vehicles.Add(semiTrailer);
foreach (IVehicle vehicle in vehicles)
{
Console.WriteLine($"Year {vehicle.Year} Make {vehicle.Make} Model {vehicle.Model}");
Console.WriteLine("---------------");
}
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany-DONE
//Create 3 classes called Car , Truck , & SUV-DONE
//In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.-DONE
* 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.-DONE
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class-DONE
* 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.-DONE
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
var vehicles = new List <IVehicle>();
var sedan1 = new Car();
sedan1.Name = "Dodge Charger";
sedan1.CorpName = "Daimler Chrysler";
sedan1.Slogan = "Best 4 Door Class";
sedan1.HowManyWheels = 4;
sedan1.HasLeatherSeats = true;
sedan1.HasSteeringWheel = true;
sedan1.HasStereo = true;
vehicles.Add(sedan1);
var pickup1 = new Truck();
pickup1.Name = "Ford F-150";
pickup1.CorpName = "Ford Motor Company";
pickup1.Slogan = "Best Rated Truck";
pickup1.HowManyWheels = 4;
pickup1.HasSteeringWheel = true;
pickup1.HasStereo = false;
pickup1.HasTruckBed = true;
vehicles.Add(pickup1);
var suv1 = new SUV();
suv1.Name = "Jeep Wrangler";
suv1.HasSteeringWheel = true;
suv1.HowManyWheels = 4;
suv1.FourWheelDrive = true;
suv1.HasStereo = true;
vehicles.Add(suv1);
foreach (var x in vehicles)
{
Console.WriteLine($"Vehicle {x.Name} has {x.HowManyWheels} wheels. It is {x.HasStereo} it has a stereo.");
Console.WriteLine();
}
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//DONE - Create 2 Interfaces called IVehicle & ICompany
//DONE - Create 3 classes called Car , Truck , & SUV
//DONE - In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//DONE - In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*DONE - Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* DONE - Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
// DONE - Now, create objects of your 3 classes and give their members values;
Car myFirstCar = new Car {
CompanyLogo = "Toyota", CompanyName = "Toyota", HasFogLights = false, HasHorn = true, HasTrunk = true, HeightFromGround = 19, NumberOfDoors = 4, NumberOfWheels = 4
};
Truck myFirstTruck = new Truck {
NumberOfWheels = 4, BedSize = 6, NumberOfDoors = 2, HasHorn = true, CompanyLogo = "honda", CompanyName = "honda", HasFogLights = true, IsLifted = true
};
SUV myFirstSUV = new SUV {
HasFogLights = false, CompanyName = "Audi", CompanyLogo = "audi symbol", HasHorn = true, NumberOfDoors = 4, HasTrunkCover = true, NumberOfWheels = 4, TrunkHeight = 35
};
//Creatively display and organize their values
List <IVehicle> vehicles = new List <IVehicle>();
vehicles.Add(myFirstSUV);
vehicles.Add(myFirstTruck);
vehicles.Add(myFirstCar);
foreach (IVehicle vehicle in vehicles)
{
vehicle.Drive();
Console.WriteLine($"Number of Doors: {vehicle.NumberOfDoors}, Number of Wheels: {vehicle.NumberOfWheels}, Has Horn: {vehicle.HasHorn}, Has Fog Lights: {vehicle.HasFogLights}");
Console.WriteLine();
}
}
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($"{veh.VehicleName} has {veh.NumberOfWheels} wheels. Is automatic? {veh.IsAutomatic}. Has spare tire? {veh.HasSpareTire}. What about stereo? {veh.Stereo}. ");
Console.WriteLine("---------------------------------------------------------------------------------------------------------------");
}
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
var car = new Car();
car.Reverse();
car.Park();
car.TurnOn();
Console.WriteLine();
var Truck = new Truck();
Truck.Reverse();
Truck.Park();
Truck.TurnOn();
Console.WriteLine();
var SUV = new SUV();
SUV.Reverse();
SUV.Park();
SUV.TurnOn();
Console.WriteLine();
Console.WriteLine($"it is pretty {car.IsSmall} not really meant for moving big items.It does come with {car.doors} doors,and {car.wheels} wheels.It is {car.ItDrives} that it drives and {car.work} it does work.");
Console.WriteLine($"the truck is big : {Truck.IsBig}");
var newList = new List <ICompany>();
newList.Add(car);
newList.Add(Truck);
newList.Add(SUV);
foreach (var item in newList)
{
Console.WriteLine($"{item.HasWorkers} they also have workers on site and remotely, and their logo is {item.Logo}");
}
}
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 platinum = new Truck()
{
Make = "Ford", Model = "Platinum", NumberOfSeats = 4, AutoTrans = true, Color = "silver", NumberOfWheels = 4, BedSize = 5, Domestic = true, Has4X4 = true, Logo = "FORD"
};
var M3 = new Car()
{
Make = "BMW", Model = "M3", NumberOfSeats = 5, AutoTrans = false, Color = "green", NumberOfWheels = 4, HasNavigation = true, Domestic = false, Logo = "BMW", Trunksize = "Small"
};
var tahoe = new SUV()
{
Make = "Chevy", Model = "Tahoe", NumberOfSeats = 6, AutoTrans = true, Color = "black", NumberOfWheels = 4, Domestic = true, Logo = "Chevy", CargoLimit = 500, HasDVD = true
};
var auto = new List <IVehicle>();
auto.Add(platinum);
auto.Add(M3);
auto.Add(tahoe);
foreach (var veh in auto)
{
Console.WriteLine($"Make: {veh.Make}, Model: {veh.Model}, has an Auto Transmission {veh.AutoTrans}, Is {veh.Color}, has {veh.NumberOfWheels} wheels, and has {veh.NumberOfSeats} seats");
Console.WriteLine();
}
var comp = new List <ICompany>();
comp.Add(platinum);
comp.Add(M3);
comp.Add(tahoe);
foreach (var item in comp)
{
Console.WriteLine($"Has the {item.Logo} Logo , Is a Domestic made vehicle {item.Domestic}.");
Console.WriteLine();
}
}
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
//SUVs
var firstSuv = new SUV();
firstSuv.CoName = "Honda";
firstSuv.Model = "Pilot";
firstSuv.Year = 2011;
firstSuv.Logo = "an 'H' with a border";
firstSuv.ThirdRowSeating = false;
firstSuv.CargoHoldSize = 18;
firstSuv.WheelCount = 4;
firstSuv.OffRoad = true;
var secondSuv = new SUV();
secondSuv.CoName = "Toyota";
secondSuv.Model = "Highlander";
secondSuv.Year = 2009;
secondSuv.Logo = "'the toyota eclipse'";
secondSuv.ThirdRowSeating = true;
secondSuv.CargoHoldSize = 15;
secondSuv.WheelCount = 4;
secondSuv.OffRoad = true;
//Trucks
var firstTruck = new Truck();
firstTruck.CoName = "Toyota";
firstTruck.Model = "4 Runner";
firstTruck.Year = 1985;
firstTruck.Logo = "'the toyota eclipse'";
firstTruck.TruckBedSize = 15;
firstTruck.HasTrailerHitch = true;
firstTruck.WheelCount = 4;
firstTruck.OffRoad = true;
var secondTruck = new Truck();
secondTruck.CoName = "Ford";
secondTruck.Model = "F150";
secondTruck.Year = 2015;
secondTruck.Logo = "an oval with 'Ford' written in the center";
secondTruck.TruckBedSize = 20;
secondTruck.HasTrailerHitch = true;
secondTruck.WheelCount = 4;
secondTruck.OffRoad = true;
//Cars
var firstCar = new Car();
firstCar.CoName = "Audi";
firstCar.Model = "A3";
firstCar.Year = 2020;
firstCar.Logo = "4 rings";
firstCar.TrunkSize = 10;
firstCar.IsConvertable = true;
firstCar.WheelCount = 4;
firstCar.OffRoad = false;
var secondCar = new Car();
secondCar.CoName = "Mercedes Benz";
secondCar.Model = "A-Class";
secondCar.Year = 2021;
secondCar.Logo = "a tri-point";
secondCar.TrunkSize = 11;
secondCar.IsConvertable = false;
secondCar.WheelCount = 4;
secondCar.OffRoad = false;
var vehicles = new List <IVehicle>();
vehicles.Add(firstSuv);
vehicles.Add(secondSuv);
vehicles.Add(firstTruck);
vehicles.Add(secondTruck);
vehicles.Add(firstCar);
vehicles.Add(secondCar);
var suvs = new List <SUV>();
var trucks = new List <Truck>();
var cars = new List <Car>();
suvs.Add(firstSuv);
suvs.Add(secondSuv);
trucks.Add(firstTruck);
trucks.Add(secondTruck);
cars.Add(firstCar);
cars.Add(secondCar);
foreach (var vehicle in vehicles)
{
Console.WriteLine($"This vehicle is called a '{vehicle.CoName} {vehicle.Model}' and it was made in the year {vehicle.Year}. This vehicle has {vehicle.WheelCount} wheels.\n " +
$"It is {vehicle.OffRoad} that this vehilce can go off-road.");
}
foreach (var suv in suvs)
{
Console.WriteLine($"The {suv.Model} has {suv.CargoHoldSize} cubic square feet in the cargo area. It is {suv.ThirdRowSeating} that it has third row seating.");
}
foreach (var truck in trucks)
{
Console.WriteLine($"The {truck.Model} has {truck.TruckBedSize} cubic square feet in the truck bed. It is {truck.HasTrailerHitch} that it has a trailer hitch.");
}
foreach (var car in cars)
{
Console.WriteLine($"The {car.Model} has {car.TrunkSize} cubic square feet in the trunk. It is {car.IsConvertable} that it is a convertable.");
}
}
static void Main(string[] args)
{
//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
// -- DONE -- In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
// -- DONE -- 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
/* -- DONE -- 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 GT500 = new Car()
{
TrunkSpace = 13.5,
HasGoodMileage = false,
Engine = 5.2,
Make = "Shelby",
Model = "GT500 Mustang",
Year = 2020,
Logo = "Cobra",
Slogan = "None"
};
var shelby = new Truck()
{
BedSize = 5.5,
HasLeafSprings = true,
Engine = 5.0,
Make = "Shelby",
Model = "F-150",
Year = 2020,
Logo = "Cobra",
Slogan = "None"
};
var trackhawk = new SUV()
{
HasHatchback = true,
HasThirdRowSeating = false,
Engine = 6.2,
Make = "Jeep",
Model = "Grand Cherokee TrackHawk",
Year = 2020,
Logo = "Jeep",
Slogan = "Go Anywhere, Do Anything"
};
var cars = new List <IVehicle>()
{
GT500, shelby, trackhawk
};
foreach (var car in cars)
{
Console.WriteLine($"Year: {car.Year}");
Console.WriteLine($"Make: {car.Make}");
Console.WriteLine($"Model: {car.Model}");
Console.WriteLine($"Supercharged {car.Engine}l engine");
if (car == shelby)
{
Console.WriteLine($"Bed Size: {shelby.BedSize}'.");
Console.WriteLine($"Leaf Springs: {shelby.HasLeafSprings}");
Console.WriteLine($"Logo: {shelby.Logo}");
Console.WriteLine($"Slogan: {shelby.Slogan}");
}
if (car == GT500)
{
Console.WriteLine($"Trunk Space: {GT500.TrunkSpace} cubic feet.");
Console.WriteLine($"Good on gas: {GT500.HasGoodMileage}");
Console.WriteLine($"Logo: {GT500.Logo}");
Console.WriteLine($"Slogan: {GT500.Slogan}");
}
if (car == trackhawk)
{
Console.WriteLine($"Hatchback Available: {trackhawk.HasHatchback}");
Console.WriteLine($"Third Row Seating Available: {trackhawk.HasThirdRowSeating}");
Console.WriteLine($"Logo: {trackhawk.Logo}");
Console.WriteLine($"Slogan: {trackhawk.Slogan}");
}
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
};
var company = new List <ICompany>()
{
car, truck, suv
};
foreach (var vehicle in vehicles)
{
Console.WriteLine($"------------------");
//Console.WriteLine($"Make: {vehicle.Make}, Model: {vehicle.Model}, Year: {vehicle.Year}, and Type of Gas: {vehicle.TypeOfGas}");
if (vehicle.Make == "Honda")
{
Console.WriteLine($"Welcome to the {car.CompanyName} where the motto here is '{car.CompanySlogan}!' Lets see what we have:");
Console.WriteLine($"Make: {vehicle.Make}, Model: {vehicle.Model}, Year: {vehicle.Year}, and Type of Gas: {vehicle.TypeOfGas}");
Console.WriteLine($"Vehicle can hold {car.HowManyPassagers} and All Terrian: {car.IsItAllTerrian}");
}
else if (vehicle.Make == "Ford")
{
Console.WriteLine($"Welcome to the {truck.CompanyName} where the motto here is '{truck.CompanySlogan}!' Lets see what we have:");
Console.WriteLine($"Make: {vehicle.Make}, Model: {vehicle.Model}, Year: {vehicle.Year}, and Type of Gas: {vehicle.TypeOfGas}");
Console.WriteLine($"Vehicle can hold {truck.HowManyPassagers} and All Terrian: {truck.IsItAllTerrian}");
}
else
{
Console.WriteLine($"Welcome to the {suv.CompanyName} where the motto here is '{suv.CompanySlogan}!' Lets see what we have:");
Console.WriteLine($"Make: {vehicle.Make}, Model: {vehicle.Model}, Year: {vehicle.Year}, and Type of Gas: {vehicle.TypeOfGas}");
Console.WriteLine($"Vehicle can hold {suv.HowManyPassagers} and All Terrian: {suv.IsItAllTerrian}");
}
}
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
}
static void Main(string[] args)
{
Car Neon = new Car {
Year = "2003", Make = "dodge", Model = "Neon", EngineSize = "5HP Briggs", Coupe = false, Sedan = true, Decals = "Company Name", Equipment = "NA",
};
Truck F700 = new Truck {
Year = "1999", Make = "Ford", Model = "F700", EngineSize = "460CI", CrewCab = true, StandardCab = false, Decals = "company Information", Equipment = "Retrieval Winch",
};
SUV Excursion = new SUV {
Year = "2020", Make = "Ford", Model = "Excursion", EngineSize = "7.77 litre", RoofRack = true, ThirdRowSeat = true, Decals = "PRISONER TRANSPORT", Equipment = "Riot Gear",
};
List <IVehicle> vehicles = new List <IVehicle>();
vehicles.Add(Neon);
vehicles.Add(F700);
vehicles.Add(Excursion);
foreach (IVehicle vehicle in vehicles)
{
Console.WriteLine($"Year: {vehicle.Year}");
Console.WriteLine($"Make: {vehicle.Make}");
Console.WriteLine($"Model: {vehicle.Model}");
Console.WriteLine($"Engin Size: {vehicle.EngineSize}");
vehicle.Drive();
Console.WriteLine();
Console.WriteLine("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~");
}
List <ICompany> vehicle2 = new List <ICompany>();
vehicle2.Add(Neon);
vehicle2.Add(F700);
vehicle2.Add(Excursion);
foreach (ICompany company in vehicle2)
{
Console.WriteLine($"Decals: {company.Decals}");
Console.WriteLine($"Equipment: {company.Equipment}");
Console.WriteLine($"~~~~~~~~~~~~~~~~~~~~~~~~~~~~~");
}
//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
/*DONE 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;
Car myCar = new Car()
{
TrunkSize = 15,
HasHatchback = false,
NumOfWheels = 4,
FuelType = "gas",
NumOfDoors = 4,
TransmissionType = "manual",
Logo = "Toyota",
Reputation = "reliability"
};
Truck myTruck = new Truck()
{
BedSize = 93,
HasCrewCab = false,
NumOfWheels = 4,
FuelType = "diesel",
NumOfDoors = 2,
TransmissionType = "automatic",
Logo = "Ford",
Reputation = "unreliable"
};
SUV mySUV = new SUV()
{
CargoSpaceSize = 30,
HasThirdRow = true,
NumOfWheels = 4,
FuelType = "gas",
NumOfDoors = 4,
TransmissionType = "automatic",
Logo = "Subaru",
Reputation = "green"
};
//Creatively display and organize their values
DisplayCar(myCar);
PauseConsole();
DisplayTruck(myTruck);
PauseConsole();
DisplaySUV(mySUV);
PauseConsole();
Console.WriteLine("See ya later!");
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany - 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.
*
*
* Example: public string Logo { get; set; }
*/
//Create 3 classes called Car , Truck , & SUV - DONE
//In each of your car, truck, and suv classes
/*Create 2 members that are specific to each class - DONE
* 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; - DONE
//Creatively display and organize their values
// Car #1
var camry = new Car();
camry.CompanyName = "Toyota";
camry.Model = "Camry";
camry.HasCDPlayer = true;
camry.Motto = "Going places";
camry.SeatCount = 4;
// Car #2
var mini = new Car();
mini.CompanyName = "Cooper";
mini.Model = "Mini";
mini.HasCDPlayer = true;
mini.Motto = "Tiny BMW";
mini.SeatCount = 2;
mini.EngineSize = 1.8;
// Truck #1
var f150 = new Truck();
f150.CompanyName = "Ford";
f150.HasFourWheelDrive = false;
f150.Model = "F150";
f150.Motto = "Ford Tough";
f150.EngineSize = 4.6;
f150.BedSize = 22;
// Truck #2
var silverado = new Truck();
silverado.CompanyName = "Chevrolet";
silverado.HasFourWheelDrive = true;
silverado.Model = "Silverado";
silverado.Motto = "That's my Chevy";
silverado.EngineSize = 5.2;
silverado.BedSize = 26;
// SUV #1
var outback = new SUV();
outback.CompanyName = "Subaru";
outback.Model = "Outback";
outback.HasFourWheelDrive = true;
outback.Motto = "It's a Subaru!";
outback.EngineSize = 2.0;
outback.CargoSize = 28;
// SUV #2
var rav4 = new SUV();
rav4.CompanyName = "Toyota";
rav4.Model = "RAV4";
rav4.Motto = "Going Places";
rav4.HasFourWheelDrive = true;
rav4.EngineSize = 2.5;
rav4.CargoSize = 24;
var allVehicles = new List <IVehicle>()
{
camry, mini, f150, silverado, outback, rav4
};
foreach (var v in allVehicles)
{
Console.WriteLine($"{v.Model}: ");
v.Drive();
v.ChangeGears(true);
v.Reverse();
v.ChangeGears(true);
v.Park();
Console.WriteLine();
}
var cars = new List <Car>()
{
camry, mini
};
foreach (var c in cars)
{
Console.WriteLine($"{c.CompanyName} {c.Model} with {c.SeatCount} seats");
Console.WriteLine($"and an engine size of {c.EngineSize}");
Console.WriteLine($"{c.Motto}");
Console.WriteLine();
}
var trucks = new List <Truck>()
{
f150, silverado
};
foreach (var t in trucks)
{
Console.WriteLine($"{t.CompanyName} {t.Model} with {t.SeatCount} seats");
Console.WriteLine($"and an engine size of {t.EngineSize}");
Console.WriteLine($"{t.Motto}");
Console.WriteLine();
}
var suvs = new List <SUV>()
{
outback, rav4
};
foreach (var s in suvs)
{
Console.WriteLine($"{s.CompanyName} {s.Model} with {s.SeatCount} seats");
Console.WriteLine($"and a cargo size of {s.CargoSize}");
Console.WriteLine($"{s.Motto}");
Console.WriteLine();
}
}
public static void DisplayTruck(Truck truck)
{
Console.WriteLine($"{truck.BedSize}, {truck.HasCrewCab}, {truck.NumOfWheels}, {truck.FuelType}, {truck.NumOfDoors}," +
$" {truck.TransmissionType}, {truck.Logo}, {truck.Reputation}");
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//DONE - Create 2 Interfaces called IVehicle & ICompany
//DONE - In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//DONE
//In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//Create 3 classes called Car , Truck , & SUV
//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 car = new Car();
var truck = new Truck();
//List<IVehicle> vehicles = new List<IVehicle>();
//vehicles.Add();
//vehicles.Add();
var vehicles = new List <IVehicle>()
{
car, truck
};
foreach (var vehicle in vehicles)
{
vehicle.Drive();
vehicle.ChangeGears(true);
vehicle.Reverse();
}
}
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
Car myCar = new Car();
{
myCar.HasFourWheels = true;
myCar.HasFourDoors = true;
myCar.HasHeadLights = true;
myCar.HasRearCamera = true;
myCar.Make = "Cadillac";
myCar.Model = "SRX";
myCar.TrunkSpace = 30;
myCar.GasMileage = 21;
}
Truck myTruck = new Truck();
{
myTruck.HasFourWheels = true;
myTruck.HasFourDoors = true;
myTruck.HasHeadLights = true;
myTruck.HasRearCamera = true;
myTruck.Make = "Ford";
myTruck.Model = "F150";
myTruck.BedSize = 96;
myTruck.GasType = "diesel";
}
SUV mySUV = new SUV();
{
mySUV.HasFourWheels = true;
mySUV.HasFourDoors = true;
mySUV.HasHeadLights = true;
mySUV.HasRearCamera = true;
mySUV.Make = "GMC";
mySUV.Model = "Yukon";
mySUV.CargoHoldSize = 95;
mySUV.AmountOfSeats = 7;
}
Console.WriteLine($"does my car have: four wheels? {myCar.HasFourDoors}. Four doors? {myCar.HasFourDoors}." +
$"Headlights? {myCar.HasHeadLights}. What about a backup camera? {myCar.HasRearCamera}. It is a {myCar.Make} " +
$"{myCar.Model}, and it has about {myCar.TrunkSpace}ft trunk space, and {myCar.GasMileage}mi/g of gas mileage.");
Console.WriteLine("");
Console.WriteLine($"does my truck have: four wheels? {myTruck.HasFourDoors}. Four doors? {myTruck.HasFourDoors}." +
$"Headlights? {myTruck.HasHeadLights}. What about a backup camera? {myTruck.HasRearCamera}. It is a {myTruck.Make} " +
$"{myTruck.Model}, and it has about {myTruck.BedSize} of bed space, and takes {myTruck.GasType} gas.");
Console.WriteLine("");
Console.WriteLine($"does my SUV have: four wheels? {mySUV.HasFourDoors}. Four doors? {mySUV.HasFourDoors}." +
$"Headlights? {mySUV.HasHeadLights}. What about a backup camera? {mySUV.HasRearCamera}. It is a {mySUV.Make} " +
$"{mySUV.Model}, and it has about {mySUV.CargoHoldSize} cargo space, and {mySUV.AmountOfSeats} seats.");
}