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This will be a menu-driven program. The menu should look like this: Menu === 1. Addition of non-negative numbers 2. Alphabetize strings 3. Exit Enter your choice: If the user chooses #1 in the menu, your program should ask the user for 2 integers, then print them and their total. Keep doing this entire process until at least one of the numbers is negative. At that point, the program should print a message that at least one of the numbers is negative. Ex: if the user enters 13 and 2, the output would look like: You entered 13 and 2 Neither is negative Their total is 15 (and the loop should execute again) Ex: if the user enters 100 and -7, the output would look like: You entered 100 and -7 At least one is negative (notice no total is printed and the loop should NOT execute again) If the user chooses #2 in the menu, your program should ask the user for 2 lowercase strings (assume the user will enter lowercase strings) and tell which would come first alphabetically in the form shown in the examples. Keep doing this entire process until one of the strings is "stop". Ex: if the user enters "help" and "hello", the output would look like: 'hello' comes before 'help' alphabetically (and the loop should execute again) Ex: if the user enters "abcdefg" and "abcdefh", the output would look like: 'abcdefg' comes before 'abcdefh' alphabetically (and the loop should execute again) Ex: if the user enters "aaaaa" and "stop", the output would look like: Program is over (notice no comparison is printed and the loop should NOT execute again) Your program should continue to print the menu, get the user's choice, and print the results until the user enters #3 on the menu, at which time your program should print a short message telling the user the program is over, and the program ends.

This will be a menu-driven program. The menu should look like this: Menu === 1. Addition of non-negative numbers 2. Alphabetize strings 3. Exit Enter your choice: If the user chooses #1 in the menu, your program should ask the user for 2 integers, then print them and their total. Keep doing this entire process until at least one of the numbers is negative. At that point, the program should print a message that at least one of the numbers is negative. Ex: if the user enters 13 and 2, the output would look like: You entered 13 and 2 Neither is negative Their total is 15 (and the loop should execute again) Ex: if the user enters 100 and -7, the output would look like: You entered 100 and -7 At least one is negative (notice no total is printed and the loop should NOT execute again) If the user chooses #2 in the menu, your program should ask the user for 2 lowercase strings (assume the user will enter lowercase strings) and tell which would come first alphabetically in the form shown in the examples. Keep doing this entire process until one of the strings is "stop". Ex: if the user enters "help" and "hello", the output would look like: 'hello' comes before 'help' alphabetically (and the loop should execute again) Ex: if the user enters "abcdefg" and "abcdefh", the output would look like: 'abcdefg' comes before 'abcdefh' alphabetically (and the loop should execute again) Ex: if the user enters "aaaaa" and "stop", the output would look like: Program is over (notice no comparison is printed and the loop should NOT execute again) Your program should continue to print the menu, get the user's choice, and print the results until the user enters #3 on the menu, at which time your program should print a short message telling the user the program is over, and the program ends.

Database System Concepts
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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Please, I need to answer this question using the C++ programming language and Visual Studio. Thank you. 

This document describes the structure and functionality of a menu-driven program suitable for educational purposes. The program's menu consists of three options: **Menu:** 1. Addition of non-negative numbers 2. Alphabetize strings 3. Exit **Instructions for Each Menu Option:** 1. **Addition of Non-Negative Numbers** - The user is prompted to enter two integers. - The program prints the integers and their sum. - This process repeats until at least one of the entered numbers is negative. - Example: - Input: 13 and 2 - Output: ``` You entered 13 and 2 Neither is negative Their total is 15 ``` - Input: 100 and -7 - Output: ``` You entered 100 and -7 At least one is negative ``` 2. **Alphabetize Strings** - The user is prompted to enter two lowercase strings. - The program identifies and prints which string is alphabetically first. - This process repeats until one of the strings is "stop". - Example: - Input: "help" and "hello" - Output: ``` 'hello' comes before 'help' alphabetically ``` - Input: "aaaaa" and "stop" - Output: ``` Program is over ``` 3. **Exit** - The program ends and confirms to the user when the exit option (#3) is selected. **Implementation Notes:** - Use a `switch` statement to manage the menu choices. - Implement a loop (suggest a `do-while` loop) to allow the program to repeat until the exit option is chosen. - Include loops within each menu choice to handle multiple inputs. - Handle invalid menu choices with a clear error message. **User Experience Notes:** - The program is interactive and educates users on basic programming constructs such as loops and conditionals. - The menu-driven structure facilitates easy navigation and operation. This description provides clear guidance for setting up and using the program, making it effective for educational purposes.
Transcribed Image Text:This document describes the structure and functionality of a menu-driven program suitable for educational purposes. The program's menu consists of three options: **Menu:** 1. Addition of non-negative numbers 2. Alphabetize strings 3. Exit **Instructions for Each Menu Option:** 1. **Addition of Non-Negative Numbers** - The user is prompted to enter two integers. - The program prints the integers and their sum. - This process repeats until at least one of the entered numbers is negative. - Example: - Input: 13 and 2 - Output: ``` You entered 13 and 2 Neither is negative Their total is 15 ``` - Input: 100 and -7 - Output: ``` You entered 100 and -7 At least one is negative ``` 2. **Alphabetize Strings** - The user is prompted to enter two lowercase strings. - The program identifies and prints which string is alphabetically first. - This process repeats until one of the strings is "stop". - Example: - Input: "help" and "hello" - Output: ``` 'hello' comes before 'help' alphabetically ``` - Input: "aaaaa" and "stop" - Output: ``` Program is over ``` 3. **Exit** - The program ends and confirms to the user when the exit option (#3) is selected. **Implementation Notes:** - Use a `switch` statement to manage the menu choices. - Implement a loop (suggest a `do-while` loop) to allow the program to repeat until the exit option is chosen. - Include loops within each menu choice to handle multiple inputs. - Handle invalid menu choices with a clear error message. **User Experience Notes:** - The program is interactive and educates users on basic programming constructs such as loops and conditionals. - The menu-driven structure facilitates easy navigation and operation. This description provides clear guidance for setting up and using the program, making it effective for educational purposes.
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