static void Main(string[] args)
{
var myVehicles = new List <IVehicle>();
var tacoma = new Truck()
{
CompanyName = "Toyota", HeadQuarterLocation = "Japan", Model = "Tacoma",
IsUsedCar = true, Color = "Black", NumberOfMiles = 100000, TruckBedSize = 6, MaxTowLbs = 7000, HasChangedGears = false
};
var subaru = new SUV()
{
CompanyName = "Subaru", HeadQuarterLocation = "Japan", Model = "Outback",
IsUsedCar = false, Color = "blue", NumberOfMiles = 0, HasHatchBack = true, RowsOfSeats = 2, HasChangedGears = false
};
var civic = new Car()
{
CompanyName = "Honda", HeadQuarterLocation = "Japan", Model = "Civic",
IsUsedCar = true, Color = "Silver", NumberOfMiles = 150000, HasTrunk = true, IsLuxury = false, HasChangedGears = false
};
myVehicles.Add(tacoma);
myVehicles.Add(subaru);
myVehicles.Add(civic);
foreach (var vehicle in myVehicles)
{
vehicle.Drive();
vehicle.ChangeGears(true);
vehicle.Reverse();
}
}
static void Main(string[] args)
{
//hasTrunk,numberOfSeats,color,numberOfDoors,model,year,name,logo
Car honda = new Car(true, "5", "blue", 4, "Civic", 2018, "Blue Bullet", "Honda");
//hasTruckBed,truckBedSize,color,numberOfDoors,model,year,name,logo
Truck gmc = new Truck(true, "Large", "Tan", 2, "Sierra", 2016, "Junker", "GMC");
//hasHatchBack,numberOfSeats,color,numberOfDoors,model,year,name,logo
SUV jeep = new SUV(false, "5", "silver", 5, "Grand Cherokee", 2010, "Hi ho Silver!", "JEEP");
Console.WriteLine($"Hello! We have three cars! We have a {honda.GetType().Name}, {gmc.GetType().Name}, " +
$"and {jeep.GetType().Name}. \nThe {honda.GetType().Name} is a {honda.Year}, {honda.Logo} {honda.Model}" +
$"\nWe call it the {honda.Name}. Does it have a trunk? That is {honda.HasTrunk}. \nIt has {honda.NumberOfSeats} seats, " +
$"{honda.NumberOfDoors} doors, and it is {honda.Color}.\n \nThe {gmc.GetType().Name} is a {gmc.Year}, {gmc.Logo} {gmc.Model}" +
$"\nWe call it the {gmc.Name}. Does it have a truck bed? That is {gmc.HasTruckBed}. \nIt's bed is {gmc.TruckBedSize}, " +
$"{gmc.NumberOfDoors} doors, and it is {gmc.Color}.\n \nThe {jeep.GetType().Name} is a {jeep.Year}, {jeep.Logo} {jeep.Model}" +
$"\nWe call it the {jeep.Name}. Does it have a hatch back? That is {jeep.HasHatchBack}. \nIt has {jeep.NumberOfSeats} seats, " +
$"{jeep.NumberOfDoors} doors, and it is {jeep.Color}.");
Console.WriteLine();
Console.WriteLine("For organizational pourposes we will list these out.");
Console.WriteLine();
Console.WriteLine($"For {honda.GetType().Name}, {honda.Logo}, {honda.Model} " +
$"\nColor: {honda.Color} \nNumber of Doors: {honda.NumberOfDoors}\nYear: {honda.Year}\nNumber of Seats: {honda.NumberOfSeats}\nTrunk: {honda.HasTrunk}.");
Console.WriteLine();
Console.WriteLine($"For {gmc.GetType().Name}, {gmc.Logo}, {gmc.Model} " +
$"\nColor: {gmc.Color} \nNumber of Doors: {gmc.NumberOfDoors}\nYear: {gmc.Year}\nTruck Bed: {gmc.HasTruckBed}\nTrunk Bed Size: {gmc.TruckBedSize}.");
Console.WriteLine();
Console.WriteLine($"For {jeep.GetType().Name}, {jeep.Logo}, {jeep.Model} " +
$"\nColor: {jeep.Color} \nNumber of Doors: {jeep.NumberOfDoors}\nYear: {jeep.Year}\nNumber of Seats: {jeep.NumberOfSeats}\nHatch Back: {jeep.HasHatchBack}.");
}
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 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()
{
IsElectric = true, IsNew = true, Logo = "something", Name = "something else", NumDoors = 4, NumWheels = 4, NumberItSeats = 4, TrunkSize = 2
};
Truck myTruck = new Truck()
{
IsElectric = true, IsNew = true, Logo = "something", Name = "something else", NumDoors = 4, NumWheels = 4, BedSize = 6, HaulAmount = 2000
};
SUV mySUV = new SUV()
{
IsElectric = true, IsNew = true, Logo = "something", Name = "something else", NumDoors = 4, NumWheels = 4, CargoSize = 3, SeatsFold = true
};
}
//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
/*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--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;
//Creatively display and organize their values
static void Main(string[] args)
{
Car car = new Car();
Truck truck = new Truck();
SUV suv = new SUV();
var vehhicles = new List <IVehicle> {
car, truck, suv
};
var company = new List <ICompany> {
car, truck, suv
};
foreach (var vehicle in vehhicles)
{
vehicle.Drive();
vehicle.ChangeGears(true);
vehicle.Reverse();
Console.WriteLine(vehicle.Salary);
Console.WriteLine(vehicle.DressCode);
Console.WriteLine($"The vehicle has {vehicle.DoorAmount} doors. The vehicle is {vehicle.Color}. " +
$"There are 4 tires on this vehicle: {vehicle.isFourTires = false}. The windows {vehicle.Windows} ");
Console.WriteLine("------------------");
}
}
static void Main(string[] args)
{
var car = new Car();
var truck = new Truck();
var vehicles = new List <IVehicle>()
{
car, truck
};
car.PaintColor = "Black";
var nissan = new Car();
nissan.PaintColor = "White";
nissan.HasSunroof = true;
nissan.NumDoors = 4;
nissan.HasRadio = true;
foreach (var vehicle in vehicles)
{
vehicle.Drive();
vehicle.ChangeGears(true);
vehicle.Reverse();
}
Console.WriteLine("________________________________________________________________________");
var chevrolet = new SUV();
var fordexpedition = new SUV();
var fordexplorer = new SUV();
var acuraMDX = new SUV();
var sportUtilities = new List <IVehicle>()
{
chevrolet, fordexpedition, fordexplorer, acuraMDX
};
foreach (var vehicle1 in sportUtilities)
{
vehicle1.Drive();
vehicle1.ChangeGears(true);
vehicle1.Park();
vehicle1.Reverse();
}
var listOfSuv = new List <IVehicle>()
{
chevrolet, fordexpedition, fordexplorer, acuraMDX
};
foreach (var sportUtility in listOfSuv)
{
sportUtility.Drive();
sportUtility.Reverse();
}
Console.WriteLine($"This is the list of cars:");
Console.WriteLine($"{sportUtilities}");
}
static void Main(string[] args)
{
//--TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//--Create 2 Interfaces called IVehicle & ICompany
//--Create 3 classes called Car , Truck , & SUV
//--In your IVehicle
/* --Create 4 members that Car, Truck, & SUV all have in common.
* --Example: All vehicles have a number of wheels... for now..
*/
//--In ICompany
/*--Create 2 members that are specific to each every company
* --regardless of vehicle type.
*
*
* --Example: public string Logo { get; set; }
*/
//--In each of your car, truck, and suv classes
/*--Create 2 members that are specific to each class
* --Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* --Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//--Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
var porche = new Car()
{
CompanyName = "Porche", GasMileage = 40, NumOfSeats = 5, NumOfWheels = 4, Slogan = "Somethin bout being fancy IDK", TrailerCapability = false, TrunkSpace = 7, Year = 2018
};
var F250 = new Truck()
{
CompanyName = "Ford", GasMileage = 20, NumOfSeats = 5, NumOfWheels = 4, Slogan = "Be a BIG MAN TRUCK", Year = 2018, BedSize = 10, CarryWeight = 4000
};
var jeep = new SUV()
{
CompanyName = "Jeep", GasMileage = 30, NumOfSeats = 4, NumOfWheels = 4, Slogan = "My horn goes'Jeep-Jeep'", Year = 2018, CargoHoldSpace = 5, RoofRack = true
};
Console.WriteLine($"The Porche {porche.Year} by {porche.CompanyName} has a whopping {porche.GasMileage} MPG!");
Console.WriteLine($"{porche.NumOfSeats} seats!");
Console.WriteLine($"and a roomy trunk with {porche.TrunkSpace} cubic feet of space!");
Console.WriteLine($"");
Console.WriteLine($"Next we have the F250 {F250.Year} by {F250.CompanyName}! {F250.Slogan}");
Console.WriteLine($"{F250.GasMileage} MPG, and with a roomy cabin space fit for {F250.NumOfSeats}!");
Console.WriteLine($"It's carry weight is a MASSIVE {F250.CarryWeight} Lbs!");
Console.WriteLine($"");
Console.WriteLine($"Aaaaaand lastly we have the Jeep {jeep.Year} by Jeep! {jeep.Slogan}");
Console.WriteLine($"It's a Jeep... That's it");
}
static void Main(string[] args)
{
Car myFirstCar = new Car {
Year = "2005", Make = "Mazda", Model = "Protege5", NumberOfDoors = 4, NumberOfWheels = 4
};
Truck myFirstTruck = new Truck {
Year = "2012", Make = "Chevy", Model = "Z71", NumberOfWheels = 4, NumberOfDoors = 4, BedSize = 6, HasToolBox = true
};
SUV myFirstSUV = new SUV {
Year = "2010", Make = "Toyota", Model = "4Runner", NumberOfWheels = 4, NumberOfDoors = 4, CargoSize = 4, HasThirdRowSeating = false
};
List <IVehicle> vehicles = new List <IVehicle>();
vehicles.Add(myFirstCar);
vehicles.Add(myFirstTruck);
vehicles.Add(myFirstSUV);
foreach (IVehicle vehicle in vehicles)
{
Console.WriteLine($"Year: {vehicle.Year} Make: {vehicle.Make} Model: {vehicle.Model} Number of Wheels: {vehicle.NumberOfWheels} Number of Doors: {vehicle.NumberOfDoors}");
Console.WriteLine();
vehicle.Drive();
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;
Truck myTruck = new Truck();
myTruck.Color = "black";
myTruck.IsCommercial = false;
Car myCar = new Car()
{
HasTrunk = true
};
//Paramaterized CTOR
SUV mySUV = new SUV(true, "blue");
//Creatively display and organize their values
Console.WriteLine($"Has a trailer {myTruck.HasTrailer}");
//purpose of Interfaces
List <IVehicle> trucks = new List <IVehicle>();
trucks.Add(myTruck);
trucks.Add(myCar);
trucks.Add(mySUV);
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
Car myFirstCar = new Car {
HasTrunk = true, Make = "Acura", Model = "TSX", Year = "2009", HasNosKit = true, ColorScheme = "Blue and Black", Logo = "Acura 'A'"
};
Truck myFirstTruck = new Truck {
HasBed = true, Make = "Nissan", Model = "SV6", Year = "1985", HasLiftKit = false, ColorScheme = "Red", Logo = "Nissan Logo"
};
SUV myFirstSuv = new SUV {
HasTrunk = true, Make = "Chevrolet", Model = "Yukon", Year = "2010", ColorScheme = "Yellow", Logo = "Yellow Chevy Logo"
};
List <IVehicle> vehicles = new List <IVehicle>();
vehicles.Add(myFirstCar);
vehicles.Add(myFirstTruck);
vehicles.Add(myFirstSuv);
foreach (IVehicle vehicle in vehicles)
{
Console.WriteLine($"Year :{vehicle.Year} Make: {vehicle.Make} Model: {vehicle.Model} Logo: {vehicle.Logo} CholorScheme: {vehicle.ColorScheme}");
vehicle.Drive();
}
//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)
{
//Complete TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Complete Create 2 Interfaces called IVehicle & ICompany
//Complete Create 3 classes called Car , Truck , & SUV
//Complete In your IVehicle
/* Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//Complete In ICompany
/*Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//Complete 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 vehicles = new List <IVehicle>();
Car ride = new Car {
Make = "Chevy", Model = "Corvette", Year = 2021, HorsePower = "490 HP", CruiseControl = true, Slogan = "Find New Roads", Color = "Blue", Logo = "Bowtie"
};
Truck hauler = new Truck {
Make = "Ford", Model = "Raptor", Year = 2021, BedSize = "66 inches", ExtendedCabin = true, Slogan = "Built Ford Tough", Color = "Red", Logo = "Ford name circled in Blue and white"
};
SUV hybrid = new SUV {
Make = "Honda", Model = "CRV EXL", Year = 2021, PassegerCapacity = 5, RearViewCamera = true, Slogan = "The Power of Dreams", Color = "Black", Logo = "Capital H in a distinctive design Design"
};
vehicles.Add(ride);
vehicles.Add(hauler);
vehicles.Add(hybrid);
ride.Display();
hauler.Display();
hybrid.Display();
}
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.ChangeGears(true);
vehicle.Reverse();
Console.WriteLine($"EngineSize; {vehicle.EngineSize} Model: {vehicle.Model} Motto: {vehicle.Motto} Make: {vehicle.Make} SeatCount: {vehicle.SeatCount} HeasChangedGears: {vehicle.HasChangedGears}");
Console.WriteLine("-----------");
}
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//DONE 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)
{
//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();
var truck = new Truck();
var suv = new SUV();
var vehicles = new List <IVehicle> {
car, truck, suv
};
foreach (var vehicle in vehicles)
{
vehicle.AboutCar();
vehicle.Drive();
vehicle.GearShift(true);
vehicle.Reverse();
}
}
public static void VehSales(SUV x)
{
Console.WriteLine($"{x.Year} {x.CompaName} {x.Logo} {x.Model}: {x.WheelCount} good wheels, {x.DoorCount} doors, {x.CargoHoldSize} cubic feet of cargo space.");
if (x.SpareTire == true)
{
Console.WriteLine("and unlike some newer models it comes with an actual spare tire instead of a can of fix-a-flat!\n");
}
else
{
Console.WriteLine("\n");
}
}
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 vehicleList = new List <IVehicle>();
var newCar = new Car("Sedan", "Honda", true, "automatic");
var newTruck = new Truck("Ford", "diesel", 96.5);
var newSUV = new SUV("Jeep", "sport", 65.7);
vehicleList.Add(newCar);
vehicleList.Add(newSUV);
vehicleList.Add(newTruck);
foreach (var vehicle in vehicleList)
{
Console.WriteLine($"Engine Type: {vehicle.EngineType}");
Console.WriteLine($"Number of Wheels: {vehicle.NumWheels}");
}
newCar.Drive();
newTruck.HaulTrailer();
newSUV.GoOffroad();
newCar.MakeMoney();
}
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
/*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();
Truck myTruck = new Truck();
SUV mySUV = new SUV();
myCar.Color();
myCar.CompanyName();
myCar.CompanySlogan();
myCar.Doors();
Console.WriteLine($"{myCar.DoorsQnty}");
myTruck.Color();
myTruck.CompanyName();
myTruck.Doors();
Console.WriteLine($"{myTruck.FourWheelDrive}");
mySUV.CargoSize();
mySUV.Color();
}
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 vehic1 = new Car()
{
Make = "Chevy", Model = "Nova", Year = "1965"
};
var vehic2 = new Truck()
{
Make = "Toyota", Model = "Tacoma", Year = "1995", Has4WheelDrive = true
};
var vehic3 = new SUV()
{
Make = "Honda", Model = "CRV", Year = "2010"
};
var vehicles = new List <IVehicle>()
{
vehic1, vehic2, vehic3
};
foreach (var v in vehicles)
{
Console.WriteLine($"Make: {v.Make}, Model: {v.Model}, Year: {v.Year}");
v.Drive();
}
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
// Done - Create 2 Interfaces called IVehicle & ICompany
// Done - Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Done - Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/* Done - Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/* Done - Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
var offRoad = new SUV(12, true, 4, true, "Jeep", 5, "front of a vehicle", 10000);
var workTruck = new Truck(15, 7700, 4, true, "Chevrolet", 4, "short cross", 10002);
var raceCar = new Car(false, true, 4, true, "Bugatti", 2, "red oval", 5000);
var li = new List <IVehicle>();
li.Add(raceCar);
li.Add(workTruck);
li.Add(offRoad);
foreach (IVehicle veh in li)
{
Console.WriteLine($"This vehicle is a {veh.GetType().Name}. It's a {veh.Make} that holds {veh.Passengers} passengers.");
}
}
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;
SUV caddy = new SUV();
caddy.leatherSeats = true;
Car honda = new Car();
honda.windowTint = true;
Truck ford = new Truck();
ford.hasBackSeat = false;
Console.WriteLine($"Yes that is {caddy.leatherSeats}, my Caddy does have leather seats!");
Console.WriteLine($"Yes that is {honda.windowTint}, my Honda does have window tint!");
Console.WriteLine($"No that is {ford.hasBackSeat}, my Ford does not have a backseat");
}
static void Main(string[] args)
{
var car = new Car();
var truck = new Truck();
var suv = new SUV();
var vehicles = new List <IVehicle>()
{
car, truck, suv
};
foreach (var vehicle in vehicles)
{
Console.WriteLine($"This is a {vehicle.Year} {vehicle.Model} and needs {vehicle.FuelType} to run properly");
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 - 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. - DONE
*
*/
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values - DONE
var SUV1 = new SUV();
var Car1 = new Car();
var Truck1 = new Truck();
SUV1.Wheels = 4;
Car1.Muffler = true;
Truck1.BigTires = true;
Console.WriteLine($"My SUV has {SUV1.Wheels} wheels");
}
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("Nissan", "Nissan Logo", "Sentra", "Black", 2019, "Black");
var truck = new Truck("Nissan", "Nissan Logo", "Titan", "Crew Cab", 2018, 8000, "White");
var suv1 = new SUV("Nissan", "Nissan Logo", "Pathfinder", true, 2017, "Silver");
car1.DisplayCar();
truck.DisplayTruck();
suv1.DisplaySUV();
}
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.Park();
vehicle.ChangeGears(true);
vehicle.Reverse();
}
}
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.HasChangedGears(true);
vehicle.Reverse();
}
}
static void Main(string[] args)
{
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
Car car = new Car();
Truck truck = new Truck();
SUV suv = new SUV();
car.TrunkSize = 20;
car.Model = "Focus";
car.Name = "Ford";
car.NumTires = 4;
car.Slogan = "Built Ford Tough";
car.Year = 2014;
car.NumDoors = 4;
car.HasSpareTire = true;
truck.Model = "Ford";
truck.Name = "F150";
truck.NumDoors = 4;
truck.NumTires = 4;
truck.BedSize = 40;
truck.Slogan = "Built Ford Tough";
truck.TowCapacity = 2900;
truck.Year = 2020;
suv.Model = "Griffin";
suv.Name = "Ascalon";
suv.NumTires = 8;
suv.HasEScreen = true;
suv.Slogan = "I eat people";
suv.NumDoors = 12;
suv.Year = 2150;
suv.CargoSpace = 0;
Console.WriteLine("Display all long and drawn out properties here, like so: ");
Console.WriteLine($"This SUV is made by {suv.Name} in the year {suv.Year}.");
Console.WriteLine($"It has {suv.NumDoors} doors and {suv.NumTires} tires.");
Console.WriteLine("That's all to see here.");
}
static void Main(string[] args)
{
//Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
var myCar = new Car();
var myTruck = new Truck();
var mySUV = new SUV();
var vehicles = new List <IVehicle>()
{
myCar, mySUV, myTruck
};
foreach (var veh in vehicles)
{
veh.Drive();
veh.Reverse();
veh.Park();
Console.WriteLine("----------");
}
}
static void Main(string[] args)
{
var car = new Car();
var truck = new Truck();
var suv = new SUV();
var vehicles = new List <IVehicle>()
{
car, truck, suv
};
foreach (var vehicle in vehicles)
{
vehicle.Drive();
vehicle.ChangeGears(true);
vehicle.Reverse();
}
Console.WriteLine($"Do you have a car, truck or SUV?");
Console.ReadLine();
}
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.
*
*/
Car porsche = new Car()
{
};
Console.WriteLine($"Introducing the new {porsche.CompanyName}, with its {porsche.EngineSize} engine you can expect great gas mileage. Its {porsche.IsAllWheelDrive} this puppy is all wheel drive" +
$"And with {porsche.NumOfDoors} doors it can get your whole family from a to b at speeds up to {porsche.TopSpeed}mph. With {porsche.NumOfWheels} pirelli tires this thing is slick! Dont forget about that {porsche.Logo} head on the hood!");
var denali = new Truck()
{
CompanyName = "Gmc",
EngineSize = "Enormous",
IsDiesel = true,
Logo = "GMC",
HasLongBed = false,
NumOfWheels = 4,
IsDrivable = true,
TopSpeed = 165
};
Console.WriteLine($"Introducing the new {denali.CompanyName}, with its {denali.EngineSize} engine you can expect reasonable gas mileage. Its {denali.IsDiesel} this puppy is all deisel" +
$"And to say this truck has a long bed is {denali.HasLongBed}. Though with all the power you can travel at speeds up to {denali.TopSpeed}mph. With {denali.NumOfWheels} pirelli tires this thing is slick! Dont forget about that {denali.Logo} on the hood!");
SUV Suburban = new SUV()
{
CompanyName = "Gmc",
EngineSize = "Enormous",
IsLifted = true,
Logo = "GMC",
IsGasHog = false,
NumOfWheels = 4,
IsDrivable = true,
TopSpeed = 165
};
Console.WriteLine($"Introducing the new {Suburban.CompanyName}, with its {Suburban.EngineSize} engine you can expect incredible gas mileage. Its {Suburban.IsDrivable} this puppy is all Luxury." +
$"And to say this SUV sucks down gas is {Suburban.IsGasHog} with our new hybrid engine. Though with all the power you can travel at speeds up to {Suburban.TopSpeed}mph. With {Suburban.NumOfWheels} pirelli tires this thing is slick! Dont forget about that {Suburban.Logo} on the hood!");
; //Now, create objects of your 3 classes and give their members values;
//Creatively display and organize their values
}
static void Main(string[] args)
{
#region Comments
//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 and 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.
*
*/
#endregion
//Now, create objects of your 3 classes and give their members values;
Car firstCar = new Car()
{
Year = 2012, Make = "Honda", Model = "accord", HasMotto = true, HasLogo = true, DriveAble = true
};
Truck firstTruck = new Truck()
{
Year = 2013, Make = "Chevrolet", Model = "1500", HasMotto = true, HasLogo = true, DriveAble = true
};
SUV firstSUV = new SUV()
{
Year = 2011, Make = "Toyota", Model = "Highlander", HasLogo = true, HasMotto = true, DriveAble = true
};
List <ICompany> iCompanies = new List <ICompany>();
List <IVehicle> iVehicles = new List <IVehicle>();
iCompanies.Add(firstTruck);
iCompanies.Add(firstCar);
iCompanies.Add(firstSUV);
iVehicles.Add(firstTruck);
iVehicles.Add(firstCar);
iVehicles.Add(firstSUV);
foreach (IVehicle vehicle in iVehicles)
{
Console.WriteLine($"{vehicle.Year} {vehicle.Make} {vehicle.Model}.");
}
Console.WriteLine("======================");
foreach (ICompany company in iCompanies)
{
Console.WriteLine($"{company.HasMotto} {company.HasLogo}");
}
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//Done -- Create 2 Interfaces called IVehicle & ICompany
//Done -- Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* Done --Create 4 members that Car, Truck, & SUV all have in common.
* Example: All vehicles have a number of wheels... for now..
*/
//In ICompany
/*Done -- Create 2 members that are specific to each every company
* regardless of vehicle type.
*
*
* Example: public string Logo { get; set; }
*/
//In each of your car, truck, and suv classes
/*Done --Create 2 members that are specific to each class
* Example: truck has a bed size while car has a trunk while suv has a cargo hold size
*
* *Done --Then, Set each class to inherit from both IVehicle and ICompany and implement their members.
*
*/
//Now, create objects of your 3 classes and give their members values;
Car car1 = new Car();
Truck truck1 = new Truck();
SUV suv1 = new SUV();
car1.Color = "Red";
car1.Year = 1998;
car1.Make = "Pontiac";
car1.Model = "Prowler";
truck1.Color = "Blue";
truck1.Year = 2021;
truck1.Make = "Toyota";
truck1.Model = "Tundra";
suv1.Color = "Pearl White";
suv1.Year = 2022;
suv1.Make = "Lexus";
suv1.Model = "G460";
//Done -- Creatively display and organize their values
List <IVehicle> vehicles = new List <IVehicle>();
vehicles.Add(car1);
vehicles.Add(truck1);
vehicles.Add(suv1);
foreach (IVehicle vehicle in vehicles)
{
Console.WriteLine($"Year: {vehicle.Year} Color: {vehicle.Color} Make: {vehicle.Make} Model: {vehicle.Model} ");
Console.WriteLine();
}
Console.WriteLine($"Is the car a 4 door? {car1.IsFourDoor}. The trunk size is {car1.TrunkSize} square feet!");
Console.WriteLine();
Console.WriteLine($"The bed size of the truck is {truck1.BedSize} square feet and the horsepower is {truck1.HorsePower}!");
Console.WriteLine();
Console.WriteLine($"The SUV has cargo space in the amount of {suv1.CargoSize} square feet.");
Console.WriteLine($"The SUV on a car platform? {suv1.CarPlatform}.");
}
static void Main(string[] args)
{
//TODO Be sure to follow BEST PRACTICES when creating classes and interfaces
//DONE Create 2 Interfaces called IVehicle & ICompany
//Create 3 classes called Car , Truck , & SUV
//In your IVehicle
/* DONE Create 4 members that Car, Truck, & SUV all have in common.
* DONE 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
Car car = new Car();
car.carEconomy = true;
car.carSound = "Vroom";
car.EngineSize = 400.3;
car.Logo = "Mountain image";
car.SeatCount = 5;
car.Make = "BMW";
car.Model = "385i";
car.MySlogan = "Driving is our American Pleasure";
Truck truck = new Truck();
truck.LenghtOfBed = 9;
truck.NumberOfWheels = 8;
truck.Logo = "Punsisher Image";
truck.Make = "Long Bed";
truck.Model = "Ford";
truck.Slogan = "Hit the Road with us!";
truck.EngineSize = 8.5;
SUV suv = new SUV();
suv.isFourWheel = true;
suv.isOffRoad = true;
Console.WriteLine($" This is the car {car.Make} and the slogan is {car.MySlogan}");
Console.WriteLine($" This is the length of the bed {truck.SeatCount}");
Console.WriteLine($" This is the SUV it is {suv.isFourWheel} that is is a 4 wheel");
}
