C Program to Store and Display Data of 100 Books

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Introduction

In this article, we will explore a C program that allows us to store and display data of 100 books.

This program provides an efficient way to manage a library catalog, enabling users to input, store, and retrieve information about various books.

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Whether you’re a librarian or a book enthusiast, this program will help you keep track of your collection effectively.

Let’s dive into the details and understand how this program works.

Storing Book Data

To begin, let’s discuss how the C program stores data for 100 books.

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The program utilizes an array of structures to represent each book. These structures contain attributes such as the book’s title, author, genre, publication year, and ISBN.

By utilizing an array of structures, we can easily organize and access book-related information.

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Here is an example of how the book structure is defined in the C program:

struct Book {
    char title[100];
    char author[100];
    char genre[50];
    int publicationYear;
    char ISBN[13];
};

By utilizing this structure, we can create an indexed collection of books, allowing for efficient storage and retrieval of data.

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Displaying Book Data

Once the book data is stored, the C program enables the user to display the information in a structured and readable format.

By utilizing loops, we can iterate through the array of book structures and extract the relevant details.

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Here’s an example of how the program can display the book data:

void displayBooks(struct Book library[]) {
    for (int i = 0; i < 100; i++) {
        printf("Book %d\n", i+1);
        printf("Title: %s\n", library[i].title);
        printf("Author: %s\n", library[i].author);
        printf("Genre: %s\n", library[i].genre);
        printf("Publication Year: %d\n", library[i].publicationYear);
        printf("ISBN: %s\n", library[i].ISBN);
        printf("\n");
    }
}

By using this function, the program can display the stored data for all 100 books in a user-friendly manner.

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Implementation of the Program

Now, let’s discuss how to implement the C program to store and display data of 100 books.

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Here are the key steps involved:

  1. Define the book structure with appropriate attributes.
  2. Create an array of book structures to store data for 100 books.
  3. Implement functions to input book data and display the catalog.
  4. Write code to interact with the user, allowing them to input and retrieve information.
  5. Utilize loops and conditional statements to navigate through the catalog efficiently.
  6. Compile and run the program to test its functionality.

By following these steps, you can create a robust C program that effectively manages the data of 100 books.

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Example Usage

Here’s an example of how you can use the C program to store and display book data:

#include <stdio.h>
#include <stdlib.h>

struct Book {
    char title[100];
    char author[100];
    char genre[50];
    int publicationYear;
    char ISBN[13];
};

void displayBooks(struct Book library[]) {
    for (int i = 0; i < 100; i++) {
        printf("Book %d\n", i+1);
        printf("Title: %s\n", library[i].title);
        printf("Author: %s\n", library[i].author);
        printf("Genre: %s\n", library[i].genre);
        printf("Publication Year: %d\n", library[i].publicationYear);
        printf("ISBN: %s\n", library[i].ISBN);
        printf("\n");
    }
}

int main() {
    struct Book library[100];

    // Code to input book data into the library array

    // Code to display the book catalog
    displayBooks(library);

    return 0;
}

You can customize the program according to your requirements by adding input functionality and expanding the capabilities of the program.

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Frequently Asked Questions (FAQs)

Q: How can I input book data using the C program?

To input book data using the C program, you can utilize various methods. One approach is to prompt the user for input and store the data in the respective attributes of the book structure. You can use functions like scanf() or implement a menu-driven interface to facilitate the input process.

Q: Can I search for a specific book using the C program?

Yes, you can search for a specific book using the C program. By implementing search functionality within the program, you can allow users to input search criteria such as the book title, author, genre, publication year, or ISBN. The program can then iterate through the book array and display the matching results.

Q: Is the C program capable of handling more than 100 books?

The program discussed here is specifically designed to handle 100 books. However, you can modify the program by adjusting the size of the book array to accommodate a larger collection. By increasing the array size and updating the necessary code, you can extend the program’s capacity.

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Conclusion

The C program to store and display data of 100 books provides a convenient and efficient solution for managing a library catalog.

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By utilizing an array of structures, the program ensures the proper storage and retrieval of book data.

The implementation of functions to input and display the catalog enhances the user experience, making it easy to manage and browse through the collection.

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Whether you’re a librarian or a book enthusiast, this program is a valuable tool for organizing and accessing your book data effectively.