Question: PLEASE ANSWER THE QUESTION WITHOUT STRINGBUILDER OR STRINGBUFFER. USE NORMAL STRING (S) TO CONCATENATE THE INVENTORY METHOD. ALSO THE TESTER MUST WORK AS INTENDED. HERE

PLEASE ANSWER THE QUESTION WITHOUT STRINGBUILDER OR STRINGBUFFER. USE NORMAL STRING (S) TO CONCATENATE THE INVENTORY METHOD. ALSO THE TESTER MUST WORK AS INTENDED. HERE IS THE CODE, I HAVE. ALL YOU NEED TO DO, IS FIND AN ALTERNATIVE TO THE INVENTORY METHOD. I WANT THAT METHOD, WHICH IS USING STRINGBUILDER TO USE NORMAL STRING CONACATENATION.

Code:

Hero.java file:

import java.util.ArrayList;

import java.util.Scanner;

public class Hero { private String name;

private int health;

private int max_items;

private ArrayList items;

* Argumented Constructor

* Arguments: name, max_items

public Hero (String name, int max_items) {

// set the hero's name to provided name

this.name = name;

try {

// If the max_items is less than zero or more than 10, throw IllegalArgumentException

if(max_items 10)

throw new IllegalArgumentException("The max_items should be between 1 to 10");

// set the max_items to the the second argument provided.

this.max_items = max_items;

} catch(IllegalArgumentException e) {

System.out.println("Caught inside Argumented constructor : " + e.getMessage());

}

// set hero's health to 100

this.health = 100;

// initialize the items list as empty

this.items = new ArrayList();

}

* Default constructor

public Hero () {

// set the hero's name to "Anonymous"

this.name = "Anonymous";

// set the max_items to 2

this.max_items = 2;

// set hero's health to 100

this.health = 100;

// initialize the items list as empty

this.items = new ArrayList();

}

* inventory(): print hero's inventory

* Argument: no argument

* Return a string containing all the items carried by Hero

String inventory() {

StringBuilder sb = new StringBuilder();

//If the hero is not carrying anything, print a suitable message

if(items.size() == 0) {

sb.append("Your hero is unburdened by wordly possessions.");

}

// prints the list of items carried by hero

else {

sb.append("Displaying Inventory : ");

sb.append("[");

//Loop1: To print all the items

for(int i=0; i

sb.append(items.get(i) + ", ");

}

sb.append(" ]");

}

return sb.toString();

}

* take(): add an item to the hero's inventory

* Argument: The name of the item that the hero wants to add to his inventory

* Print an appropriate message if the inventory is full.

void take(String item) {

System.out.println("Handling Sir " + getName() + " " + item);

// If the inventory is full, print an appropriate message

if(items.size() == max_items) {

System.out.println("Your hero is overburdened and cannot carry more...");

} else {

//add the item to the inventory

items.add(item);

}

* drop(): drop an item from hero's inventory

* Argument: The name of the item that the hero wants to drop from his inventory

* Print an appropriate message if the hero is not carrying the item.

void drop(String item) {

System.out.println("Brave sir " + getName() + " drops his " + item);

// If the hero is not carrying the item, print an appropriate message

if(!items.contains(item)) {

System.out.println("Your hero is not carrying that item - " + item);

} else {

//drop the item from the inventory

items.remove(item);

}

* takeDamage(): subtracts the given amount from the hero's health

* Argument: The integer amount to be subtracted from the hero's health

void takeDamage(int amount) {

health -= amount;

//if hero's health is less than 0, make it 0

if(health

health = 0;

System.out.println("Remember, a hero can't have negative health nor health > 100");

}

* heal(): adds the given amount to the hero's health

* Argument: The integer amount to be added to the hero's health

void heal(int amount) {

health += amount;

//if hero's health is more than 100, make it 100

if(health > 100) {

health = 100;

System.out.println("Remember, a hero can't have negative health nor health > 100");

}

* toString(): displays the current state of the hero

* Argument: The integer amount to be subtracted from the hero's health

@Override

public String toString() {

StringBuilder sb = new StringBuilder();

sb.append("Displaying hero : Hero : Brave Sir " + this.name + ", ")

.append("health: " + this.health + ", ")

.append("can carry: " + this.max_items + ", ")

.append("current inventory: " + inventory());

return sb.toString();

}

// get hero name

public String getName() {

return name;

}

// set hero name

public void setName(String name) {

this.name = name;

}

then there is the tester, called HeroTester:

import java.util.Scanner;

public class HeroTester { public static void main(String[] args) {

//opt1 decides whether to hard code Heroes to take user input to control them

// 1. Hard coded

// 2. Take user input to create heroes

int opt1;

System.out.print("1. Hard code heroes 2. Enter Hero values Enter your option: ");

Scanner sc = new Scanner(System.in);

opt1 = sc.nextInt();

System.out.println(" ");

if(opt1 == 1) {

//Hard code the hero values

System.out.println(" ----------Creating Heroes----------");

System.out.println("Creating Hero with no name.");

//create a new hero using default constructor

Hero hero1 = new Hero();

//print hero1 state

System.out.println(hero1.toString());

System.out.println("Creating Hero with a name.");

//create a new hero using argumented constructor

Hero hero2 = new Hero("Robin", 3);

//print hero2 state

System.out.println(hero2.toString());

System.out.println(" ----------Testing Methods----------");

//Add an item to inventory

hero2.take("sword");