Codes for Car Inventory Control Application (ITERATOR Pattern)

// Codes for Car Inventory Control Application (ITERATOR Pattern)//PRORAM.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class Program { static void Main(string[] args) { Cars car; NissanDealershipInventory NissanCars = new NissanDealershipInventory(); ToyotaDealershipInventory ToyotaCars = new ToyotaDealershipInventory(); BmwDealershipInventory BmwCars = new BmwDealershipInventory(); car = new Cars("Toyota","Corolla"," New red corolla with sports package ", 19999); ToyotaCars.addItems(car); car = new Cars("Toyota", "Camry", " New silver camry with the basic package", 25999); ToyotaCars.addItems(car); car = new Cars("Toyota", "Avalon", " Used black Avalon with leather seats ", 15999); ToyotaCars.addItems(car); car = new Cars("Nissan", "Sentra", " Used black Sentra with basic package", 10999); NissanCars.addItems(car); car = new Cars("Nissan", "Maxima", " New gray Maxima with all the upgrades", 31999); NissanCars.addItems(car); car = new Cars("Nissan", "GT-R", " New blue GT-R with a v8 turbo engine", 35999); NissanCars.addItems(car); car = new Cars("Nissan", "Murano", " New silver Murano great family car", 31999); NissanCars.addItems(car); car = new Cars("BMW", "325I", "New charcoal 2010 bmw325i 5speed manual ", 38999); BmwCars.addItems(car); car = new Cars("BMW", "745I", "New metallic blue 2010 bmw745i luxury pckg ", 80999); BmwCars.addItems(car); car = new Cars("BMW", "X6", "New black 2010 bmwX6 premium package ", 60999); BmwCars.addItems(car); car = new Cars("BMW", "M5", "New Red 2010 bmw M5 6speed manual ", 58999); BmwCars.addItems(car);Iterator NissanIterator = NissanCars.CreateIterator(); Iterator ToyotaIterator = ToyotaCars.CreateIterator(); Iterator BmwIterator = BmwCars.CreateIterator(); Console.WriteLine("Nissan Inventory"); Console.WriteLine("Name Model Description Price"); Cars Ncar = NissanIterator.First(); while (Ncar != null) { Console.WriteLine("{0} {1} {2} {3}", Ncar.getBrand,Ncar.getModel,Ncar.getDescription,Ncar.getPrice); Ncar = NissanIterator.Next(); } Cars Tcar = ToyotaIterator.First(); Console.WriteLine("\nToyota Inventory"); Console.WriteLine("Name Model Description Price"); while (Tcar != null) { Console.WriteLine("{0} {1} {2} {3}", Tcar.getBrand, Tcar.getModel, Tcar.getDescription, Tcar.getPrice); Tcar = ToyotaIterator.Next(); } Cars Bcar = BmwIterator.First(); Console.WriteLine("\nBMW Inventory"); Console.WriteLine("Name Model Description Price"); while (Bcar != null) { Console.WriteLine("{0} {1} {2} {3}", Bcar.getBrand, Bcar.getModel, Bcar.getDescription, Bcar.getPrice); Bcar = BmwIterator.Next(); }Console.ReadKey(); } } } // ITERATOR.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { abstract class Iterator { public abstract Cars First(); public abstract Cars Next(); public abstract bool IsDone(); public abstract Cars CurrentItem();} }// NISSANDEALERSHIPITERATOR.CS using System; using System.Collections.Generic; using System.Collections; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class NissanDealershipIterator : Iterator { private ArrayList NissanCarsArray = new ArrayList(); private int position = 0; public NissanDealershipIterator(ArrayList NissanCarsArray) { this.NissanCarsArray = NissanCarsArray; } public override Cars First() { return (Cars)NissanCarsArray[0]; } public override Cars Next() { Cars ret = null; if (position < NissanCarsArray.Count - 1) { ret = (Cars)NissanCarsArray[++position]; } return ret; } public override bool IsDone() { return (position >= NissanCarsArray.Count); } public override Cars CurrentItem() { return (Cars)NissanCarsArray[position]; } } }//TOYOTACARDEALERSHIPITERATOR.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class ToyotaDealershipIterator : Iterator { private List<Cars> ToyotaCarsList; private int position = 0; public ToyotaDealershipIterator(List<Cars> ToyotaCarsList) { this.ToyotaCarsList = ToyotaCarsList; } public override Cars First() { return (Cars)ToyotaCarsList[0]; } public override Cars Next() { Cars ret = null; if (position < ToyotaCarsList.Count - 1) { ret = (Cars)ToyotaCarsList[++position]; } return ret; } public override bool IsDone() { return position >= ToyotaCarsList.Count; } public override Cars CurrentItem() { return (Cars)ToyotaCarsList[position]; } } }//BMWCARDEALERSHIPITERATOR using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class BmwDealershipIterator : Iterator { private List<Cars> BmwCarsList; private int position = 0; public BmwDealershipIterator(List<Cars> BmwCarsList) { this.BmwCarsList = BmwCarsList; } public override Cars First() { return (Cars)BmwCarsList[0]; } public override Cars Next() { Cars ret = null; if (position < BmwCarsList.Count - 1) { ret = (Cars)BmwCarsList[++position]; } return ret; } public override bool IsDone() { return position >= BmwCarsList.Count; } public override Cars CurrentItem() { return (Cars)BmwCarsList[position]; } } }// CARABSTRACTINVENTORY.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { abstract class CarAbstractInventory { public abstract Iterator CreateIterator(); } }//NISSANDEALERSINVENTORY.CS using System; using System.Collections.Generic; using System.Collections; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class NissanDealershipInventory : CarAbstractInventory { ArrayList NissanCarsArray = new ArrayList(); public override Iterator CreateIterator() { return new NissanDealershipIterator(NissanCarsArray); } public int Count { get { return NissanCarsArray.Count; } } public void addItems(Cars car) { NissanCarsArray.Add(car); }} }//TOYOTADEALERSHIPINVENTORY.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class ToyotaDealershipInventory : CarAbstractInventory { private List<Cars> ToyotaCarsList = new List<Cars>(); public override Iterator CreateIterator() { return new ToyotaDealershipIterator(ToyotaCarsList); } public int Count { get { return ToyotaCarsList.Count; } } public void addItems(Cars car) { ToyotaCarsList.Add(car); } } } //BMWDEALERSHIPINVENTORY.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class BmwDealershipInventory : CarAbstractInventory { private List<Cars> BmwCarsList = new List<Cars>(); public override Iterator CreateIterator() { return new ToyotaDealershipIterator(BmwCarsList); } public int Count { get { return BmwCarsList.Count; } } public void addItems(Cars car) { BmwCarsList.Add(car); } } }// CARS.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.IteratorPattern { class Cars { string Brand; string Model; string Description; double price; public Cars(string brand, string model, string description, double price) { this.Brand = brand; this.Model = model; this.Description = description; this.price = price; } public string getBrand { get{return Brand;} } public string getModel { get { return Model; } } public string getDescription { get { return Description; } } public double getPrice { get { return price; } } } }// Codes for Car Inventory Control Application (Composite Pattern)//PRORAM.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.CompositePattern { class Program { static void Main(string[] args) { CarsComponent NissanCars = new Inventory("Nissan Car Inventory "); CarsComponent ToyotaCars = new Inventory("Toyota Car Inventory "); CarsComponent BMWCars = new Inventory(" BMW Car Inventory "); ToyotaCars.addItems(new Cars("Toyota","Corolla"," New red corolla with sports package ", 19999)); ToyotaCars.addItems(new Cars("Toyota", "Camry", " New silver camry with the basic package", 25999)); ToyotaCars.addItems(new Cars("Toyota", "Avalon", " Used black Avalon with leather seats ", 15999)); NissanCars.addItems(new Cars("Nissan", "Sentra", " Used black Sentra with basic package", 10999)); NissanCars.addItems(new Cars("Nissan", "Maxima", " New gray Maxima with all the upgrades", 31999)); NissanCars.addItems(new Cars("Nissan", "GT-R", " New blue GT-R with a v8 turbo engine", 35999)); BMWCars.addItems(new Cars("BMW", "325I", "New charcoal 2010 bmw325i 5speed manual ", 38999)); BMWCars.addItems(new Cars("BMW", "745I", "New metallic blue 2010 bmw745i luxury pckg ", 80999)); BMWCars.addItems(new Cars("BMW", "X6", "New black 2010 bmwX6 premium package ", 60999)); BMWCars.addItems(new Cars("BMW", "M5", "New Red 2010 bmw M5 6speed manual ", 58999)); CarsComponent AllInventory = new Inventory(" All THE CARS ON THE LOT !!!! "); AllInventory.addItems(ToyotaCars); AllInventory.addItems(NissanCars); AllInventory.addItems(BMWCars); AllInventory.PrintInventory(); //Dealer CarSalesMan = new Dealer(AllInventory); //CarSalesMan.print();Console.ReadKey();} } }//CARSCOMPONENT.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.CompositePattern { abstract class CarsComponent { public abstract int Count(); public abstract void addItems(CarsComponent CarsComponent); public abstract string getBrand(); public abstract string getModel(); public abstract string getDescription(); public abstract double getPrice(); public abstract void PrintInventory(); public abstract string InventoryName(); } }//DEALER.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.CompositePattern { class Dealer { CarsComponent allCarInventory; public Dealer(CarsComponent allCarInventory) { this.allCarInventory = allCarInventory; } public void print() { allCarInventory.PrintInventory(); } } }//INVENTORY.CS using System; using System.Collections.Generic; using System.Collections; using System.Linq; using System.Text; namespace Abner._658.CompositePattern { class Inventory : CarsComponent { ArrayList InventoryList = new ArrayList(); string name; //string description; public Inventory(string name) { this.name = name; } public override string InventoryName() { return name; } public override string getModel() { throw new NotImplementedException(); } public override string getBrand() { throw new NotImplementedException(); } public override double getPrice() { throw new NotImplementedException(); } public override string getDescription() { throw new NotImplementedException(); } public override void addItems(CarsComponent CarsComponent) { InventoryList.Add(CarsComponent); } public override int Count() { return InventoryList.Count; } public override void PrintInventory() { Console.WriteLine("\n" + InventoryName()); Console.WriteLine(); // don't forget to mention the IEnumerator in c# IEnumerator iterator = InventoryList.GetEnumerator(); while (iterator.MoveNext()) { CarsComponent carComponents = (CarsComponent)iterator.Current; carComponents.PrintInventory(); }}} } //CARS.CS using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Abner._658.CompositePattern { class Cars : CarsComponent { string Brand; string Model; string Description; double price; public Cars(string brand, string model, string description, double price) { this.Brand = brand; this.Model = model; this.Description = description; this.price = price; } //public override Iterator CreateIterator() //{ // throw new NotImplementedException(); //} public override string InventoryName() { throw new NotImplementedException(); } public override string getModel() { return Model; } public override string getBrand() { return Brand; } public override double getPrice() { return price; } public override string getDescription() { return Description; } public override void addItems(CarsComponent CarsComponent) { throw new NotImplementedException(); } public override int Count() { throw new NotImplementedException(); } public override void PrintInventory() { Console.WriteLine("{0} {1} {2} {3}", getBrand(), getModel(), getDescription(), getPrice());Console.WriteLine("------"); } } }// Codes for Vehicle Test (Template Method Pattern) using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace Vehicle { class Program { static void Main() { VehicleDesign teamA = new Car(); teamA.Tasks();Console.WriteLine("\n"); VehicleDesign teamB = new Truck(); teamB.Tasks();Console.ReadKey(); }// VehicleDesign.cs //superclass public abstract class VehicleDesign { //Template public void Tasks() { AssignedToCarDesign(); AssignedToEngine(); AssignedToProgram(); //condition if (VehicleFeaturesTested()) { Repair(); Test(); }} //abstract for sub to use their own methods public abstract void Repair(); public abstract void Test(); public void AssignedToCarDesign() { Console.WriteLine("Team A is responsible for vehicle Design"); } public void AssignedToEngine() { Console.WriteLine("Team B are assigned to build vehicle Engine"); } public void AssignedToProgram() { Console.WriteLine("Joe and Tim are assigned to build software"); }//Using Hook method To conform vehicle tests bool VehicleFeaturesTested() { return true; }}// Car.cs // ConcreteClassA public class Car : VehicleDesign { public override void Repair(){ Console.WriteLine("Car components functioning well (y/n)?"); string answer = getUserInput(); if (answer.ToLower().StartsWith("y")) {Console.WriteLine("All components of a car are functioning well"); } else { Console.WriteLine("Patrick repair the brakes"); Console.WriteLine("Brakes need to be fixed"); } } public override void Test() { Console.WriteLine("\nCar features working well (y/n)?"); string answer = getUserInput(); if (answer.ToLower().StartsWith("y")) { Console.WriteLine("All features of a car are functioning well");} else { Console.WriteLine("Paul test the audio system"); Console.WriteLine("Audio system is not functioning well"); }} private string getUserInput() { string answer = null; try { answer = Console.ReadLine(); } catch { Console.Error.WriteLine("IO error trying to read your answer"); } if (answer == "n") { return "no"; } else if (answer == "y") { return "y"; } else { return "no"; } }}// Truck.cs //ConcreteClassB public class Truck : VehicleDesign { public override void Repair() { Console.WriteLine("Truck components functioning well (y/n)?"); string answer = getUserInput(); if (answer.ToLower().StartsWith("y")) {Console.WriteLine("All components of a truck are functioning well"); } else { Console.WriteLine("Tom repair air conditioner"); Console.WriteLine("Air conditioner is not functioning well"); } } public override void Test() { Console.WriteLine("\nTruck features working well (y/n)?"); string answer = getUserInput(); if (answer.ToLower().StartsWith("y")) { Console.WriteLine("All features of truck are functioning well"); } else { Console.WriteLine("Robert test the cruise control"); Console.WriteLine("Cruise control is not functioning well"); } } private string getUserInput() { string answer = null; try { answer = Console.ReadLine(); } catch { Console.Error.WriteLine("IO error trying to read your answer"); } if (answer == "n") { return "no"; } else if (answer == "y") { return "y"; } else { return "no"; } } }} }// Code for Vehicle Gears application (State Pattern)// Code in Program.cs class Program { static void Main(string[] args) {AutomaticGear gear = new AutomaticGear(1); gear.Info(); gear.parkingGear(); gear.driveGear(); gear.neutralGear(); gear.reverseGear(); gear.changeGear(); Console.WriteLine("\n"); gear.Info(); gear.reverseGear(); gear.parkingGear(); gear.driveGear(); gear.neutralGear(); gear.changeGear(); Console.WriteLine("\n"); gear.Info(); gear.neutralGear(); gear.parkingGear(); gear.driveGear(); gear.changeGear(); Console.WriteLine("\n"); gear.Info(); gear.driveGear(); gear.neutralGear(); gear.reverseGear(); gear.parkingGear(); gear.changeGear(); Console.WriteLine("\n"); gear.Info(); gear.driveGear(); gear.neutralGear(); gear.reverseGear(); gear.parkingGear();Console.ReadKey(); } } }// State.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public interface State { void parkingGear(); void reverseGear(); void changeGear(); void neutralGear(); void driveGear();} }// AutomaticGear.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public class AutomaticGear {State parkingState; State driveState; State neutralState; State reverseState; State _state; int count = 1; // constructor for state instances public AutomaticGear(int testNumber) { parkingState = new ParkingState(this); reverseState = new ReverseState(this); neutralState = new NeutralState(this); driveState = new DriveState(this); _state = new SetState(this); this.count = testNumber; if (testNumber > 0) { _state = parkingState;} } public void parkingGear() {_state.parkingGear();} public void reverseGear() {_state.reverseGear(); } public void changeGear() {_state.changeGear();} public void neutralGear() {_state.neutralGear(); } public void driveGear() {_state.driveGear(); } public void setState(State state) { this._state = state; } public void NumberOfTests() { if (count >= 1) { count += 1; } } // get States public State getParkingState() { return parkingState; } public State getNeutralState() { return neutralState; } public State getReverseState() { return reverseState; } public State getDriveState() { return driveState; } public int getCount() { return count; } public void Info() { if (count == 1) { Console.WriteLine("Test #1: Shift vehicle gear from parking to reverse\n"); } else if (count == 2) { Console.WriteLine("Test #2: Shift vehicle gear from reverse to neutral\n"); } else if (count == 3) { Console.WriteLine("Test #3: Shift vehicle gear from neutral to drive\n"); } else if (count == 4) { Console.WriteLine("Test #4: Shift vehicle gear from drive to parking\n"); } else { Console.WriteLine("Test #5: Check whether gear shifted to parking"); } }}}// ParkingState.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public class ParkingState : State { AutomaticGear automaticGear; public ParkingState(AutomaticGear automaticGear) { this.automaticGear = automaticGear;} public void parkingGear() {Console.WriteLine("Vehicle is currently in Parking gear"); } public void reverseGear() { Console.WriteLine("Vehicle cannot switch to reverse gear until brake is applied "); } public void changeGear() { Console.WriteLine("Brakes applied .... "); Console.WriteLine("Gear can shift to reverse gear now"); automaticGear.NumberOfTests(); if (automaticGear.getCount() == 2) { automaticGear.setState(automaticGear.getReverseState()); }} public void neutralGear() { Console.WriteLine("Gear is not in neutral"); // automaticGear.setState(automaticGear.getNeutralState()); } public void driveGear() { Console.WriteLine("Gear is not in drive"); } } } // ReverseState.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public class ReverseState : State { AutomaticGear automaticGear; public ReverseState(AutomaticGear automaticGear) { this.automaticGear = automaticGear; } public void parkingGear() { Console.WriteLine("Gear is not in Parking"); } public void reverseGear() { Console.WriteLine("Gear is in reverse "); } public void changeGear() { Console.WriteLine("Brakes applied .... "); Console.WriteLine("Gear can shift to neutral gear now"); automaticGear.NumberOfTests(); if (automaticGear.getCount() == 3) { automaticGear.setState(automaticGear.getNeutralState());} } public void neutralGear() { Console.WriteLine("Brake needs to be applied first before shifting to neutral"); } public void driveGear() { Console.WriteLine("Gear is not in drive"); }} }// NeutralState.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public class NeutralState : State { AutomaticGear automaticGear; public NeutralState(AutomaticGear automaticGear) { this.automaticGear = automaticGear; } public void parkingGear() { Console.WriteLine("Gear is not in parking"); } public void reverseGear() { Console.WriteLine("Gear is not in reverse "); } public void changeGear() {Console.WriteLine("Brakes applied .... "); Console.WriteLine("Gear can shift to drive gear now"); automaticGear.NumberOfTests(); if (automaticGear.getCount() == 4) { automaticGear.setState(automaticGear.getDriveState()); //change this to driveState();} } public void neutralGear() { Console.WriteLine("Gear is currently in neutral");} public void driveGear() { Console.WriteLine("Vehicle cannot switch to drive gear until brake is applied"); }} }// DriveState.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public class DriveState : State { AutomaticGear automaticGear; public DriveState(AutomaticGear automaticGear) { this.automaticGear = automaticGear; } public void parkingGear() { Console.WriteLine("Brakes need to be applied before shifting gear to parking"); } public void reverseGear() { Console.WriteLine("Gear is not in reverse"); } public void changeGear() { Console.WriteLine("Brakes applied .... "); Console.WriteLine("Gear can shift to parking gear now"); automaticGear.NumberOfTests(); if (automaticGear.getCount() == 5) { automaticGear.setState(automaticGear.getParkingState()); } } public void neutralGear() { Console.WriteLine("Gear is not in neutral"); } public void driveGear() { Console.WriteLine("Vehicle is currently in drive gear"); } }} //SetState.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace VehicleGears { public class SetState : State { AutomaticGear automaticGear; public SetState(AutomaticGear automaticGear) { this.automaticGear = automaticGear; } public void parkingGear() { } public void reverseGear() { } public void neutralGear() { } public void changeGear() { } public void driveGear() { } } }

Codes for Car Inventory Control Application (ITERATOR Pattern)

Details

Download

Copyright

We respect the copyrights and intellectual property rights of all users. All uploaded documents are either original works of the uploader or authorized works of the rightful owners.

Support