TO DO in JAVA: Finish the HealthInsurance and LifeInsurance classes. Uncomment my instances in main() of TrackInsurance. The red Xs should be gone.

package itp120mod6;

Health Insurance (below)

// "Extends" means inherit all the methods and fields from Insurance

public class HealthInsurance extends Insurance {

// create a new field called numDependents which is an integer

int numDependents;

// creat a full constructor for a new object. Make certain it sets the rate

public HealthInsurance (Customer cust, int dependents)

{

// you code the body

numDependents = 2;

}

// full constructor if read from a file

public HealthInsurance (Customer cust, int polNum, double yrRate, int numD)

{

super(cust,polNum,yrRate);

numDependents = numD;

}

// empty constuctor

public HealthInsurance ()

{

}

// required to make a complete class since we inherited from Insurance that had this method abstract

public void calcRate()

{

yearlyRate = 500 * numDependents;

}

// toString method. First call the one from the super class (Insurance) to write those fields

// and add on the new fields for this class

// we override the toString method from the Insurance class

public String toString ()

{

// you put the code here

}

// generate getters and setters

}

----------------------------------------------------------------------------------------------------------------

Life Insurance (below)

package itp120mod6;

// "extends" means inherits methods and fields from the Insurance class

public class LifeInsurance extends Insurance

{

// declare two new fields added - the amount of insurance they want (amount - an integer) and their age (age - an integer )

// full constructor. Let super (Insurance) set any fields that really came from there.

// Make certain to also set the rate

public LifeInsurance (Customer cust,int amtIns, int custAge)

{

// you code the body

}

// empty constructor

public LifeInsurance ()

{

}

// full constructor if reading from a file

public LifeInsurance (Customer cust, int polNum, double yrRate, int amtIns, int custAge)

{

// you code this

}

// required to write this if this class is to be a real class - fulfills the abstract requirements

public void calcRate()

{

if (age>40)

yearlyRate = amount*.005*2;

else

yearlyRate = amount*.005;

}

// to String. Let the Insurance class print out its fields and let this class print out new fields

// we override the toString method from the Insurance class

public String toString ()

{

// you code the body

}

// generate the getters and setters

}

TO DO in JAVA: Add a class called ArtInsurance that inherits from Insurance. Look at the other three classes as a pattern. ArtInsurance should have new fields of String description (describes the art work) and double value (the value of the art work that you are insuring). Make certain your toString method prints these out. You can use whatever calcRate() calculation that you like for ArtInsurance.

TO DO in JAVA: The program that runs is TrackInsurance. Open this up and add five instances of your ArtInsurance class at the noted location in the main method. Use whatever data you like.

TrackInsuranc(below)

package itp120mod6;

import java.util.*;

public class TrackInsurance extends Object {

public static Scanner scan = new Scanner(System.in);

// method that runs first

public static void main(String[] args) throws Exception {

// make an ArrayList of customers and insurance policies

ArrayList cust = new ArrayList();

// note - the ArrayList below can hold Insurance objects

// but with inheritance, that includes Auto, Health, Life and Art

ArrayList ins = new ArrayList();

// create some fake customers (used for testing the program)

Customer c = new Customer("Duck", "Donald");

Customer c1 = new Customer("Mouse", "Minnie");

Customer c2 = new Customer("Mouse", "Mickey");

// add the customers to the array list

cust.add(c2);

cust.add(c1);

cust.add(c);

// make and add some insurance policies to the ArrayList

ins.add(new AutoInsurance(c, 2));

ins.add(new AutoInsurance(c1, 3));

/*ins.add(new HealthInsurance(c, 5));

ins.add(new HealthInsurance(c2, 1));

ins.add(new LifeInsurance(c, 30000, 65));

ins.add(new LifeInsurance(c1, 400000, 34));*/

// add your ArtInsurance instances here

//ins.add(new ArtInsurance(.....));

int choice = 0;

while (choice >= 0) {

choice = menu();

if (choice == 1)

printAllCustomers(cust);

else if (choice == 2)

printAllInsurance(ins);

else if (choice == 3) {

System.out

.println("Now lets find the information for a certain policy number");

System.out.println("What policy number do you want to find?");

int num = scan.nextInt();

printPolicy(ins, num);

} else if (choice == 4) {

System.out

.println("Now let's find all of the policies for a given customer");

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

int custNum = scan.nextInt();

getCustomer(ins, custNum);

} else if (choice == 5)

sortCustNum(ins);

else if (choice == 6)

sortPolNum(ins);

else if (choice == 7) {

System.out.println("Bye!!!!!");

choice = -1;

}

} // end while

}

public static int menu() {

System.out.println("Choice:");

System.out

.println(" 1. Print all customers (call the toString method)");

System.out

.println(" 2. Print all insurance information (call the toString method)");

System.out

.println(" 3. Given a policy number, print the policy information");

System.out

.println(" 4. Find all of the policies for a given customer");

System.out

.println(" 5. Sort the insurance policy information by customer number");

System.out

.println(" 6. Sort the insurance policy information by policy number");

System.out.println(" 7. QUIT!! ");

System.out.println(" CHOICE:");

int value = scan.nextInt();

return value;

}

// write a printAllCusts method that prints out the toString method for all

// of the customers

public static void printAllCustomers(ArrayList cust) {

}

// write a printAllInsurance method that prints out the toString method for

// all of the insurance policies

public static void printAllInsurance(ArrayList insure) {

// print out all of the information

for (Insurance ins : insure)

System.out.println(ins.toString());

}

// write a printPolicy method that prints the information for the policy

// number

// passed in or the statement "That policy does not exist" if it is not

// present

public static void printPolicy(ArrayList insure, int num) {

}

// write a getCustomer method that prints the information for all of the

// policies for a given customer

// that customer number is passed in. If none, have it print

// "There are no policies for that customer"

public static void getCustomer(ArrayList insure, int num) {

}

// write a method that sorts the policies by policy number

// look at the example in the search_sort package

public static void sortPolNum(ArrayList insure) {

Collections.sort(insure);

}

// write a method that sorts the policies by customer number

// this one is tougher since you can not use the Collections.sort() method

// so you need to just slug out some code.

// Look at the bubble sort from the SortByHand in the search_sort package

// You will want to do something similar

// Here is some pseudocode to help

//

public static void sortCustNum(ArrayList insure) {

{

for (int out = insure.size() - 1; out > 1; out--)

for (int in = 0; in < out; in++) {

// get the first insurance policy

// get the customer from that insurance policy

// get the customer number from that insurance policy

// get the second insurance policy

// get the customer from that insurance policy

// get the customer number from that insurance policy

// We want to check to see if the second customer number is

// less than the first one

// NOTE: When comparing customer numbers:

// SortByHand uses Strings so it uses the compareTo()

// method.

// We are comparing integers so we can just use <

// if the second customer number is less than the first one

// swap the two insurance policies in the original "insure"

// ArrayList

// check out the SortByHand to see how to swap.

}

}

}

}