To be done in C++ Brief Description: This program will ask the user to enter details about a class of students, one student at a time. These details include first name, last name, age, and grade. The user should be able to add up to 10 students, which will be stored in an array of structs. Details: The program should first ask the user how many students they wish to enter, up to 10. If a user enters a number less than 1 or greater than 10, the program should keep asking the user the number of students until the number is between 1 and 10. Once this information is known, the program should proceed to ask for each student’s first name, last name, age, and grade. Once all the student information has been entered by the user, the program should output all the student information to a file called “students.txt”. For each student entered, this file should contain 4 lines of information. The first line should be the first name. The second line should be the last name. The third line should be the age. The fourth line should be the grade. So, for example, if my class contains a student named Jane Doe, age 20, with a grade of 94.3, this would appear in the “students.txt” file as: Jane Doe 20 94.3 and a similar entry would be present in the file for all the other students. Specific Implementation Requirements: 1. An array of structs should be used to store the students in memory. The structs should each contain two character arrays (for the first and last name), one integer (for the age), and one float or double (for the grade). 2. The code which writes the data to the output file should not be in main. 3. A comment block should be present before each function, explaining what the function does. 4. Comments should be present within each function, explaining any possibly confusing code. 5. The program should properly compile and run without crashing. 6. The program should properly store names, ages, and grades without any loss of data (e.g., if I enter a grade of 9.4, but your program only stores 9, you’ve lost data) Add a feature to your program which reads in an existing “students.txt” and allows the user to add additional students to it. The program should, before asking the user to input the number of students, ask the user if they wish to load an existing file. If the user says yes, your program should read in the existing file, and then ask the user how many additional students they wish to add (but in any case the user should not be allowed to have more than 10 students, including existing and new). If the user declines to load the existing “students.txt” file, your program should proceed as normal.

To be done in C++ Brief Description: This program will ask the user to enter details about a class of students, one student at a time. These details include first name, last name, age, and grade. The user should be able to add up to 10 students, which will be stored in an array of structs. Details: The program should first ask the user how many students they wish to enter, up to 10. If a user enters a number less than 1 or greater than 10, the program should keep asking the user the number of students until the number is between 1 and 10. Once this information is known, the program should proceed to ask for each student’s first name, last name, age, and grade. Once all the student information has been entered by the user, the program should output all the student information to a file called “students.txt”. For each student entered, this file should contain 4 lines of information. The first line should be the first name. The second line should be the last name. The third line should be the age. The fourth line should be the grade. So, for example, if my class contains a student named Jane Doe, age 20, with a grade of 94.3, this would appear in the “students.txt” file as: Jane Doe 20 94.3 and a similar entry would be present in the file for all the other students. Specific Implementation Requirements: 1. An array of structs should be used to store the students in memory. The structs should each contain two character arrays (for the first and last name), one integer (for the age), and one float or double (for the grade). 2. The code which writes the data to the output file should not be in main. 3. A comment block should be present before each function, explaining what the function does. 4. Comments should be present within each function, explaining any possibly confusing code. 5. The program should properly compile and run without crashing. 6. The program should properly store names, ages, and grades without any loss of data (e.g., if I enter a grade of 9.4, but your program only stores 9, you’ve lost data) Add a feature to your program which reads in an existing “students.txt” and allows the user to add additional students to it. The program should, before asking the user to input the number of students, ask the user if they wish to load an existing file. If the user says yes, your program should read in the existing file, and then ask the user how many additional students they wish to add (but in any case the user should not be allowed to have more than 10 students, including existing and new). If the user declines to load the existing “students.txt” file, your program should proceed as normal.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter8: I/o Streams And Data Files

Section: Chapter Questions

Problem 8PP: (Data processing) A bank’s customer records are to be stored in a file and read into a set of arrays...

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Question

To be done in C++

Brief Description:

This program will ask the user to enter details about a class of students, one student at a time. These details include first name, last name, age, and grade. The user should be able to add up to 10 students,

which will be stored in an array of structs.

Details:

The program should first ask the user how many students they wish to enter, up to 10. If a user enters a number less than 1 or greater than 10, the program should keep asking the user the number of students until the number is between 1 and 10. Once this information is known, the program should proceed to ask for each student’s first name, last name, age, and grade. Once all the student information has been entered by the user, the program should output all the student information to a file called “students.txt”. For each student entered, this file should contain 4 lines of

information. The first line should be the first name. The second line should be the last name. The third line should be the age. The fourth line should be the grade. So, for example, if my class contains a student named Jane Doe, age 20, with a grade of 94.3, this would appear in the “students.txt” file as:

Jane

Doe

94.3

and a similar entry would be present in the file for all the other students.

Specific Implementation Requirements:

1. An array of structs should be used to store the students in memory. The structs should each contain two character arrays (for the first and last name), one integer (for the age), and one float or double (for the grade).

2. The code which writes the data to the output file should not be in main.

3. A comment block should be present before each function, explaining what the function does.

4. Comments should be present within each function, explaining any possibly confusing code.

5. The program should properly compile and run without crashing.

6. The program should properly store names, ages, and grades without any loss of data (e.g., if I enter a grade of 9.4, but your program only stores 9, you’ve lost data)

Add a feature to your program which reads in an existing “students.txt” and allows the user to add additional students to it. The program should, before asking the user to input the number of students, ask the user if they wish to load an existing file. If the user says yes, your program should read in the existing file, and then ask the user how many additional students they wish to add (but in any case the user should not be allowed to have

more than 10 students, including existing and new). If the user declines to load the existing “students.txt” file, your program should proceed as normal.

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