Using javaHamburger ClassWrite a Hamburger class with the following six attributes:• bun - the type of bun the burger will be on• patties - the number of patties on the burger• cheese - whether or not the burger will have cheese• price - the price of the burger• toppings - an array of five toppings; it will need to start empty Write getters/setters for all attributesexcept the toppings array.Your constructor should create a single on white with no cheese and no toppings with a price of $2.99.Your class should include the following methods in this order, please: addCheese - this method has noparameters that adds cheese to the burger and increases the price by 75 centssuperSizeIt - this method has no parameters and adds a patty to the burger and increases the price by 1.50addToppings - this method would present the user with at least five toppings (your choice) stored in an array of Stringobjects. If the user indicates the wants the item, store the String in the toppings array. There would be no change in priceburgerDetails - this method prints the details of the burger order. It should include whether or not it has cheese, thenumber of patties, the type of bun, the toppings and the final price Driver ClassWrite a driver class to test your Hamburger class.Assume you have two visitors to your burger joint. Use your creativity to welcome the customers and take their order.Create an instance of the hamburger class for each customer. For each customer do the following:-1-• ask if he would like cheese, if so, call the addCheese method• ask if he would like to super size the meal, if so, call the superSizeIt method• ask what type of bun he would like and pass that to the setter for your bun attribute• call your addToppings method• call your burgerDetails method to display the details of the burger orderIt should be exactly the same as screenshots **Order Summary and Customization Process****Burger Details for Order 1:**- **Bun:** Wheat- **Number of Patties:** 2- **Number of Cheese Slices:** 1- **Price of Burger:** $5.24- **Toppings:** Lettuce, tomatoes, pickles, mayo, mustard*Customization Process:*1. **Cheese Addition:** Yes2. **Supersize Option:** No3. **Bun Choice:** White4. **Toppings Selection:** - Lettuce: Yes - Tomatoes: Yes - Pickles: No - Mayo: No - Mustard: No**Burger Details for Order 2:**- **Bun:** White- **Number of Patties:** 1- **Number of Cheese Slices:** 1- **Price of Burger:** $3.74- **Toppings:** Lettuce, tomatoes**Note:**Thank you for your business!**Operation Status:**- Indicated as complete by jGRASP.---This process outlines the steps and decisions made while customizing burger orders, showcasing the selections and the changes made to the burger ingredients and options. It reflects real-time customization in a simulated environment, confirming the operations as completed successfully. **Text Transcription for Educational Website**---Title: Understanding Burger Order Programming---This text represents the output from a burger ordering program designed to handle multiple orders and customize burger preferences. It showcases a sample interaction between the program and the user to configure two different burger orders. Below is a detailed transcription of the interaction:1. **Initial Prompt** - The program asks: "How many Orders do you have?" - The user inputs: `2`2. **Order Number 1:** - The program proceeds with the first order. - Options and user responses: - Cheese: `y` - Supersize: `n` - Bun type: `wheat` - Toppings: `y` for all (lettuce, tomatoes, pickles, mayo, mustard) - Summary for Order 1: - Bun: Wheat - Number of Patties: 2 - Number of Cheese Slices: 1 - Price of Burger: $5.24 - Toppings: Lettuce, tomatoes, pickles, mayo, mustard3. **Order Number 2:** - The program continues with the second order. - Options and user responses: - Cheese: `y`---This example demonstrates the use of a burger ordering system in a programming context, where users specify various options to receive a detailed summary of their customized burger order. The interaction highlights programming concepts such as user input handling, conditional logic, and output generation.

Actually, in the program given attributes are: Hamburger class with the following six attributes:•…

Using java Hamburger Class Write a Hamburger class with the following six attributes: • bun - the type of bun the burger will be on • patties - the number of patties on the burger • cheese - whether or not the burger will have cheese • price - the price of the burger • toppings - an array of five toppings; it will need to start empty Write getters/setters for all attributes except the toppings array. Your constructor should create a single on white with no cheese and no toppings with a price of $2.99. Your class should include the following methods in this order, please: addCheese - this method has no parameters that adds cheese to the burger and increases the price by 75 cents superSizeIt - this method has no parameters and adds a patty to the burger and increases the price by 1.50 addToppings - this method would present the user with at least five toppings (your choice) stored in an array of String objects. If the user indicates the wants the item, store the String in the toppings array. There would be no change in price burgerDetails - this method prints the details of the burger order. It should include whether or not it has cheese, the number of patties, the type of bun, the toppings and the final price Driver Class Write a driver class to test your Hamburger class. Assume you have two visitors to your burger joint. Use your creativity to welcome the customers and take their order. Create an instance of the hamburger class for each customer. For each customer do the following: -1- • ask if he would like cheese, if so, call the addCheese method • ask if he would like to super size the meal, if so, call the superSizeIt method • ask what type of bun he would like and pass that to the setter for your bun attribute • call your addToppings method • call your burgerDetails method to display the details of the burger order It should be exactly the same as screenshots

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Using java

Hamburger Class
Write a Hamburger class with the following six attributes:
• bun - the type of bun the burger will be on
• patties - the number of patties on the burger
• cheese - whether or not the burger will have cheese
• price - the price of the burger
• toppings - an array of five toppings; it will need to start empty Write getters/setters for all attributes
except the toppings array.
Your constructor should create a single on white with no cheese and no toppings with a price of $2.99.
Your class should include the following methods in this order, please: addCheese - this method has no
parameters that adds cheese to the burger and increases the price by 75 cents
superSizeIt - this method has no parameters and adds a patty to the burger and increases the price by 1.50
addToppings - this method would present the user with at least five toppings (your choice) stored in an array of String
objects. If the user indicates the wants the item, store the String in the toppings array. There would be no change in price
burgerDetails - this method prints the details of the burger order. It should include whether or not it has cheese, the
number of patties, the type of bun, the toppings and the final price
Driver Class
Write a driver class to test your Hamburger class.
Assume you have two visitors to your burger joint. Use your creativity to welcome the customers and take their order.
Create an instance of the hamburger class for each customer. For each customer do the following:
-1-
• ask if he would like cheese, if so, call the addCheese method
• ask if he would like to super size the meal, if so, call the superSizeIt method
• ask what type of bun he would like and pass that to the setter for your bun attribute
• call your addToppings method
• call your burgerDetails method to display the details of the burger order

It should be exactly the same as screenshots

**Order Summary and Customization Process**

**Burger Details for Order 1:**
- **Bun:** Wheat
- **Number of Patties:** 2
- **Number of Cheese Slices:** 1
- **Price of Burger:** $5.24
- **Toppings:** Lettuce, tomatoes, pickles, mayo, mustard

*Customization Process:*

1. **Cheese Addition:** Yes
2. **Supersize Option:** No
3. **Bun Choice:** White
4. **Toppings Selection:**
- Lettuce: Yes
- Tomatoes: Yes
- Pickles: No
- Mayo: No
- Mustard: No

**Burger Details for Order 2:**
- **Bun:** White
- **Number of Patties:** 1
- **Number of Cheese Slices:** 1
- **Price of Burger:** $3.74
- **Toppings:** Lettuce, tomatoes

**Note:**
Thank you for your business!

**Operation Status:**
- Indicated as complete by jGRASP.

---

This process outlines the steps and decisions made while customizing burger orders, showcasing the selections and the changes made to the burger ingredients and options. It reflects real-time customization in a simulated environment, confirming the operations as completed successfully.

**Text Transcription for Educational Website**

---

Title: Understanding Burger Order Programming

---

This text represents the output from a burger ordering program designed to handle multiple orders and customize burger preferences. It showcases a sample interaction between the program and the user to configure two different burger orders. Below is a detailed transcription of the interaction:

1. **Initial Prompt**
- The program asks: "How many Orders do you have?"
- The user inputs: `2`

2. **Order Number 1:**
- The program proceeds with the first order.
- Options and user responses:
- Cheese: `y`
- Supersize: `n`
- Bun type: `wheat`
- Toppings: `y` for all (lettuce, tomatoes, pickles, mayo, mustard)
- Summary for Order 1:
- Bun: Wheat
- Number of Patties: 2
- Number of Cheese Slices: 1
- Price of Burger: $5.24
- Toppings: Lettuce, tomatoes, pickles, mayo, mustard

3. **Order Number 2:**
- The program continues with the second order.
- Options and user responses:
- Cheese: `y`

---

This example demonstrates the use of a burger ordering system in a programming context, where users specify various options to receive a detailed summary of their customized burger order. The interaction highlights programming concepts such as user input handling, conditional logic, and output generation.

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