NEED HELP IN JAVA PROGRAMMING. "ENCAPSULATION" SHOULD BE IMPLEMENTED IN THE CODE. PLEASE FOLLOW INSTRUCTIONS AND REFER TO THE PICTURE BELOW FOR THE SAMPLE OUTPUT AND EXPLANATION. "ENCAPSULATION" Instructions 1. Create a program that will simulate a mango store. 2. First create the class Fruit see the representation of the class. 3. Second create the class FruitTester see the representation of the class. 4. You will not ask the user to enter the name, price and color of the fruit. Give them a static value using mutator methods. 5. Aside from the accessor and mutator, create a user defined method name calculatePrice( ) that will calculate the total price the user needs to pay. Formula (quantity * price). 6. Also create a user defined method name calculateChange( ) that will calculate the change of the user. Formula (cash - totalPrice). Note: You can create a validation that if the cash entered by the user is lower than the totalPrice. 7. When printing the values invoke the accessor methods and the user-defined methods.
NEED HELP IN JAVA PROGRAMMING. "ENCAPSULATION" SHOULD BE IMPLEMENTED IN THE CODE. PLEASE FOLLOW INSTRUCTIONS AND REFER TO THE PICTURE BELOW FOR THE SAMPLE OUTPUT AND EXPLANATION. "ENCAPSULATION" Instructions 1. Create a program that will simulate a mango store. 2. First create the class Fruit see the representation of the class. 3. Second create the class FruitTester see the representation of the class. 4. You will not ask the user to enter the name, price and color of the fruit. Give them a static value using mutator methods. 5. Aside from the accessor and mutator, create a user defined method name calculatePrice( ) that will calculate the total price the user needs to pay. Formula (quantity * price). 6. Also create a user defined method name calculateChange( ) that will calculate the change of the user. Formula (cash - totalPrice). Note: You can create a validation that if the cash entered by the user is lower than the totalPrice. 7. When printing the values invoke the accessor methods and the user-defined methods.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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NEED HELP IN JAVA PROGRAMMING . "ENCAPSULATION" SHOULD BE IMPLEMENTED IN THE CODE. PLEASE FOLLOW INSTRUCTIONS AND REFER TO THE PICTURE BELOW FOR THE SAMPLE OUTPUT AND EXPLANATION.
"ENCAPSULATION"
Instructions
1. Create a program that will simulate a mango store.
2. First create the class Fruit see the representation of the class.
3. Second create the class FruitTester see the representation of the class.
4. You will not ask the user to enter the name, price and color of the fruit. Give them a static
value using mutator methods.
5. Aside from the accessor and mutator, create a user defined method name calculatePrice( )
that will calculate the total price the user needs to pay. Formula (quantity * price).
6. Also create a user defined method name calculateChange( ) that will calculate the change
of the user. Formula (cash - totalPrice).
Note: You can create a validation that if the cash entered by the user is lower than the
totalPrice.
7. When printing the values invoke the accessor methods and the user-defined methods.
![Fruit
name
price
color
gener
setter
calculatPrice
Sample output 1.
Welcome to my Mango Store!
Mango price is 38.50 per price
Enter customer name: Rowie
Enter quantity: 5
Enter cash: 200
Thank you for buying!
You bought 5 mangoes for 192.50
Your change is 7.50
class
instance variables
accessor methods
mutator methods
user defined methods
name
price
Color
Fruit Tester
//name of fruit
//price of fruit
//color of fruit
customerName
quantity
cash
main method)
Sample output 2.
Welcome to my Mango Store!
Mango price is 38.50 per price
Enter customer name: Aki
Enter quantity: 9
Enter cash: 500
Thank you for buying!
You bought 9 mangoes for 346.50
Your change is 153.50
class
local variables
[]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7bd01468-6f2c-4593-822f-193cba30852a%2F2b6ca5d9-87eb-4376-8007-dc579f878911%2F8ai344_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Fruit
name
price
color
gener
setter
calculatPrice
Sample output 1.
Welcome to my Mango Store!
Mango price is 38.50 per price
Enter customer name: Rowie
Enter quantity: 5
Enter cash: 200
Thank you for buying!
You bought 5 mangoes for 192.50
Your change is 7.50
class
instance variables
accessor methods
mutator methods
user defined methods
name
price
Color
Fruit Tester
//name of fruit
//price of fruit
//color of fruit
customerName
quantity
cash
main method)
Sample output 2.
Welcome to my Mango Store!
Mango price is 38.50 per price
Enter customer name: Aki
Enter quantity: 9
Enter cash: 500
Thank you for buying!
You bought 9 mangoes for 346.50
Your change is 153.50
class
local variables
[]
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