I Need Help Completing This Assignment my code is at the very top the assignment is at the bottom in the picturew I Am In Intro Algorithmic Design. My coding for part b is down below. My Tester is named the VehicleDetail.java For this part of your program, you will use linked lists and storage for your storage system.

Vehicle.java

public class Vehicle { protected String name; // The model name of the vehicle protected int number_of_wheels; // Stores the number of wheels the Vehicle has protected String make; // the make of the vehicle protected int mpg; // mileage per gallon // Parameterized Constructor public Vehicle(String name, int number_of_wheels, String make, int mpg) { super(); this.name = name; this.number_of_wheels = number_of_wheels; this.make = make; this.mpg = mpg; } public Vehicle(String name2, String make2, int mpg2, int numberwheels) { // TODO Auto-generated constructor stub } /** * * @return name - The Name of the Vehicle * */ public String getName() { return name; } /** * * @param name - Sets the Vehicle Name * */ public void setName(String name) { this.name = name; } /** * * @return number_of_wheels - No. of wheels the Vehicle has * */ public int getNumber_of_wheels() { return number_of_wheels; } /** * * @param number_of_wheels - Sets the No. of wheels for the Vehicle * */ public void setNumber_of_wheels(int number_of_wheels) { this.number_of_wheels = number_of_wheels; } /** * * @return make - The company name who made the Vehicle * */ public String getMake() { return make; } /** * * @param make - Sets the company Name who made the Vehicle * */ public void setMake(String make) { this.make = make; } public int getMpg() { return mpg; } public void setMpg(int mpg) { this.mpg = mpg; } // Display all the Vehicle Attributes @Override public String toString() { return "Vehicle name = " + name + " Number of wheels = " + number_of_wheels + " Make = " + make + " Mpg = " + mpg + ""; } } -------------------------------------------------------------------------------------------------------------------------------------------------------

Truck.java

public class Truck extends Vehicle { private int bedsize; // Only thing that makes Truck different to Vehicle /* Parent: String name, int number_of_wheels, String make, String type, int mpg Purpose of children constructors: */ public Truck(String name, int numwheels, String make, int mpg, int bedsize){ super(name, numwheels, make, mpg); this.bedsize = bedsize; } @Override

public String toString() { return super.toString() + " Bedsize = " + this.bedsize; } }

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Plane.java

public class Plane extends Vehicle { private int numWings ; // Only thing that makes Plane different to Vehicle //Constructor public Plane(String name, int numwheels, String make, int mpg, int numWings){ super(name, numwheels, make,mpg); this.numWings = numWings ; }

@Override

public String toString() {

return super.toString() + " Wings = " + this.numWings; } }

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Boat.java

public class Boat extends Vehicle { private String motortype; // Only thing that makes Boat different to Vehicle public Boat(String name, int numwheels, String make, int mpg, String motortype){ super(name, numwheels, make,mpg); this.motortype = motortype; } @Override

public String toString() { return super.toString() + " Motortype = " + this.motortype; } }

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Car.java

public class Car extends Vehicle { private int numDoors ; // Only thing that makes Car different to Vehicle //Constructor public Car(String name, int numwheels, String make, int mpg, int numDoors){ super(name, numwheels, make,mpg); this.numDoors = numDoors ; }

@Override

public String toString() {

return super.toString() + " Number of Doors = " + this.numDoors; } }

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VehicleDetail.java

import java.util.ArrayList;

import java.util.Scanner;

public class VehicleDetails {

public static void main(String[] args) {

// TODO Auto-generated method stub

// copy the array that the adminstrator so that user has acces or have an array that both can have access to

ArrayList list = new ArrayList();

/*

* Algorithm for interactive console based program: prompt get input : y want

* to run while input : n get input op : 1 to administrator, 2 regular user if

* input : op 1 prompt '1 truck, 2 plane, ..' Truck t1 = new Truck("VOLVO SUV",

* 4, "VOLVO", "Pickup", 60, 1000);

*

* promt '1 to add, 2 remove' vehicleList.add(t1); else do-work regular user get

* input : prevent infinite loop

*

*/

int playAgain = 1; {// 1 is yes,

while (playAgain == 1) {

// admin or regular

System.out.println("Choose between the following options?");

System.out.println("1 Administrator Or 2 Regular Customer");

Scanner input = new Scanner(System.in);

int op = input.nextInt();

if (op == 1) {

// Admin

System.out.println("Which option would you like to do?");

System.out.println("Can only view vehicle details from name choosen in add vehicle");// can only view if you add a vehicle

System.out.println("1 Add A Vehicle, 2 Remove A Vehicle, 3 View Car Detail, 4 Switch Users");

op = input.nextInt();

while(op != 4) {

if (op == 1) {

int addVehicle = 1;//1 is Add Vehicle

System.out.println("Choose one of the following numbers");

System.out.println("1 Add Truck");

System.out.println("2 Add Car");

System.out.println("3 Add Boat");

System.out.println("4 Add Plane");

int type = input.nextInt();

System.out.println("What is the name?");

String name = input.next();

System.out.println("How many wheels?");

int numwheels = input.nextInt();

System.out.println("What is the make?");

String make = input.next();

System.out.println("What is the mpg?");

int mpg = input.nextInt();

if (type == 1) {

System.out.println("What is the bedsize?");

int bedsize = input.nextInt();

list.add(new Truck(name, numwheels, make, mpg, bedsize));

}

else if (type == 2) {

System.out.println("How many doors does it have?");

int numDoors = input.nextInt();

list.add(new Car(name, numwheels, make, mpg, numDoors));

}

else if (type == 3) {

System.out.println("What is the motortype?");

String motortype = input.next();

list.add(new Boat(name, numwheels, make, mpg, motortype));

}

else if (type == 4) {

System.out.println("How many wings does it have?");

int numWings = input.nextInt();

list.add(new Plane(name, numwheels, make, mpg, numWings));

}

}

else if (op == 2) {

int removeCar = 2;//2 is Remove Vehicle

// Remove Car

System.out.println("Please enter vehicle you want to remove?");// Remove Vehicle

System.out.println("Type in vehicle you want to remove Truck, Car, Boat, or Plane");

String select = input.next();

for (int i = 0; i

if (list.get(i).getName() == select ) {

list.remove(i);

}

}

}

else if (op == 3) {

int viewDetail = 3;//3 View Car Details

System.out.println("Please enter which vehicle name details you want to view?");

System.out.println("Type in name of vehicle you chose in add vehicle");

String select = input.next();

for (int i = 0; i

String getN = list.get(i).getName();

if (getN.equalsIgnoreCase(select)) {

System.out.println(list.get(i));

}

}

}

System.out.println("Which option would you like to do?");

System.out.println("Can only view vehicle details from name choosen in add vehicle");

System.out.println("1 Add A Vehicle, 2 Remove A Vehicle, 3 View Car Detail, 4 Switch User");

op = input.nextInt();

}

}

// regular

else if (op == 2) {

if(list.isEmpty()==true){

System.out.println("There are no cars added to view administrator must add cars first");

}

else {

int viewDetail = 3;//3 View Car Details

System.out.println("Please enter which vehicle details you want to view?");

System.out.println("Type in name of vehicle the administrator added");

String select = input.next();

for (int i = 0; i

if (list.get(i).getName().equalsIgnoreCase(select)) {

System.out.println(list.get(i));

}

}

System.out.println("Do you want to run the program again?");

System.out.println("1 for yes or 2 for no");

playAgain = input.nextInt(); //

{

{

}

}

}

}

}

}

}

}

For this part of your program, you will use linked lists and storage for your storage system. From your part B implementation, you created inheritance, aggregation, and dependency. Many of you also use Array Lists to implement acquiring multiple pieces of information. Now you will need to convert the use of Array Lists to Linked Lists. You will also need to maintain order in your system...whether alphabetical or numerical. Note: take great care when implementing these types of lists, it is very easy to lose track of your various nodes As for storage, you will need to implement one form of storage (at a minimum) for your data You will use files to do this. The difference between the files used in CSCI 140 and this course, is the use of objects. You will store and read objects. You do not have to store every piece of data (although this will be a true test of what you know), you may choose one type of data OR if you have one large object, you are storing all of your data. Tester class: You will maintain your menu from the previous program