# Characters in StringsA large part of the text processing done by computers involves reading user input and figuring out what it means. We’ll do something like that today: given a string supplied by a user, we report (1) the total length of the string, (2) how many alphabetic characters, (3) how many numeric characters, (4) how many vowels (a, e, i, o, u) were in that string, and (5) how many of the alphabetics were upper-case.For example, if a user inputs this line:```James Bond, 007, works for MI6```the program would say:- String length: 30- Alphabetics: 19, upper-case: 4- Numerics: 4- Vowels: 6You will need to use a new (to us) function to read the user input. You have been using `cin` but this won’t work for your needs in this program. Instead, use `getline(cin,s)` where `s` is a `string` variable. That string will contain everything the user typed up to but not including the Enter the user typed to end the line.So you have a `string` but you’ll need a loop to check for each *individual character* in the string to see if it’s an alphabetic, a numeric, or something else.

Name: # Characters in StringsA large part of the text processing done by co
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Description: # Characters in StringsA large part of the text processing done by computers involves reading user input and figuring out what it means. We’ll do something like that today: given a string supplied by a user, we report (1) the total length of the str

Engineering

Computer Science

2. Characters in Strings A large part of the text processing done by computers involves reading user input and figuring out what it means. We'll do something like that today: given a string supplied by a user, we report (1) the total length of the string, (2) how many alphabetic characters, (3) how many numeric characters, (4) how many vowels (a, e, i, o, u) were in that string, and (5) how many of the alphabetics were upper-case. For example, if a user input this line: the program would say: String length: 30 James Bond, 007, works for MI6 Alphabetics: 19, upper-case: 4 Numerics: 4 Vowels: 6

2. Characters in Strings A large part of the text processing done by computers involves reading user input and figuring out what it means. We'll do something like that today: given a string supplied by a user, we report (1) the total length of the string, (2) how many alphabetic characters, (3) how many numeric characters, (4) how many vowels (a, e, i, o, u) were in that string, and (5) how many of the alphabetics were upper-case. For example, if a user input this line: the program would say: String length: 30 James Bond, 007, works for MI6 Alphabetics: 19, upper-case: 4 Numerics: 4 Vowels: 6

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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