Develop a C++ class called PrimeNumberGenerator. An object of this class will generate successive prime numbers on request. Think of the object as being similar to the digital tasbeeh counter. It has a reset button which makes the counter retum to 0. There is also a button to get the next prime number. On the taskeeh, pressing this button increments the current value of the counter. In your object, pressing this button would generate the next prime number for display. You'll implement the reset button as a member function reget) and the other button as a function getNextPrime). When an object is first created and the getNextPrime) function is called, it will return the first prime number, i.e., 2. Upon subsequent calls to the getNextPrimeO function, the subsequent prime numbers will be retuned. Define any others functions such as constructor and attributes that you need. According to Wikipedia: “a prime number is a natural number greater than 1, that has no positive divisors other than 1 and itself." Expected Input/Output: Enter 1 if you want to reset Enter 2 if you want to get next prime number Enter -1 to quit: 1 Counter value: 0 Enter 1 if you want to reset And 2 if you want to get next prime number: 2 Counter value: 2 Enter 1 if you want to reset And 2 if you want to get next prime number: 2 Counter value: 3 Enter 1 if you want to reset And 2 if you want to get next prime number: 2 Counter value: 5 Enter 1 if you want to reset And 2 if you want to get next prime number: -1

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
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1. Develop a C++ class called PrimeNumberGenerator. An object of this class will generate successive prime
numbers on request. Think of the object as being similar to the digital tasbeeh counter. It has a reset button
which makes the counter retum to 0. There is also a button to get the next prime number. On the tasbeeh,
pressing this button increments the current value of the counter. In your object, pressing this button would
generate the next prime number for display. You'll implement the reset button as a member fumction reseto
and the other button as a function getNextPrime). When an object is first created and the getNextRrime)
function is called, it will retum the first prime number, i.e., 2. Upon subsequent calls to the getNextPrime0
function, the subsequent prime numbers will be retumed. Define any others functions such as constructor and
attributes that you need.
According to Wikipedia: "a prime number is a natural number greater than 1, that has no positive
divisors other than 1 and itself."
Expected Input/Output:
Enter 1 if you want to reset
Enter 2 if you want to get next prime number
Enter -1 to quit: 1
Counter value: 0
Enter 1 if you want to reset
And 2 if you want to get next prime number: 2
Counter value: 2
Enter 1 if you want to reset
And 2 if you want to get next prime number: 2
Counter value: 3
Enter 1 if you want to reset
And 2 if you want to get next prime number: 2
Counter value: 5
Enter 1 if you want to reset
And 2 if you want to get next prime number: -1
Transcribed Image Text:1. Develop a C++ class called PrimeNumberGenerator. An object of this class will generate successive prime numbers on request. Think of the object as being similar to the digital tasbeeh counter. It has a reset button which makes the counter retum to 0. There is also a button to get the next prime number. On the tasbeeh, pressing this button increments the current value of the counter. In your object, pressing this button would generate the next prime number for display. You'll implement the reset button as a member fumction reseto and the other button as a function getNextPrime). When an object is first created and the getNextRrime) function is called, it will retum the first prime number, i.e., 2. Upon subsequent calls to the getNextPrime0 function, the subsequent prime numbers will be retumed. Define any others functions such as constructor and attributes that you need. According to Wikipedia: "a prime number is a natural number greater than 1, that has no positive divisors other than 1 and itself." Expected Input/Output: Enter 1 if you want to reset Enter 2 if you want to get next prime number Enter -1 to quit: 1 Counter value: 0 Enter 1 if you want to reset And 2 if you want to get next prime number: 2 Counter value: 2 Enter 1 if you want to reset And 2 if you want to get next prime number: 2 Counter value: 3 Enter 1 if you want to reset And 2 if you want to get next prime number: 2 Counter value: 5 Enter 1 if you want to reset And 2 if you want to get next prime number: -1
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