Can you fix the code please on the first picture shows the error output. // Corrected code #define _CRT_SECURE_NO_WARNINGS #include "LibraryManagement.h" #include "Books.h" #include "DigitalMedia.h" #include "LibraryConfig.h" #include #include #include #include // Include the necessary header for boolean data type // Comparison function for qsort to sort Digital Media by ID int compareDigitalMedia(const void* a, const void* b) { return ((struct DigitalMedia*)a)->id - ((struct DigitalMedia*)b)->id; } // initializing library struct Library initializeLibrary() { struct Library lib; lib.bookCount = 0; lib.ebookCount = 0; lib.digitalMediaCount = 0; // Initialize book array for (int i = 0; i < MAX_BOOK_COUNT; i++) { lib.books[i].commonAttributes.id = -1; // Set an invalid ID to mark empty slot } // Initialize ebook array for (int i = 0; i < MAX_EBOOK_COUNT; i++) { lib.ebooks[i].commonAttributes.id = -1; } // Initialize digital media array for (int i = 0; i < MAX_DIGITAL_MEDIA_COUNT; i++) { lib.digitalMedia[i].id = -1; } return lib; } void loadBooks(struct Library* lib, const char* filename) { FILE* file = fopen(filename, "r"); if (file == NULL) { perror("Error opening the file"); return; } char line[2048]; while (fgets(line, sizeof(line), file) != NULL) { if (lib->bookCount >= MAX_BOOK_COUNT) { printf("Reached the maximum book limit. Skipping the rest.\n"); break; } struct Book tempBook; int readCount = sscanf(line, "%d;%127[^;];%127[^;];%127[^;];%d;%127[^;];%127[^;];%d;%127[^;];%d;%9[^;]", &tempBook.commonAttributes.id, tempBook.commonAttributes.title, tempBook.commonAttributes.author, tempBook.commonAttributes.genre, &tempBook.commonAttributes.yearOfPublication, tempBook.commonAttributes.publisher, tempBook.commonAttributes.isbn, &tempBook.numberOfPages, tempBook.condition, &tempBook.numberOfCopies, tempBook.shelfLocation); if (readCount == 11) { strncpy(tempBook.commonAttributes.isbn, tempBook.commonAttributes.isbn, 13); tempBook.commonAttributes.isbn[13] = '\0'; lib->books[lib->bookCount] = tempBook; lib->bookCount++; } else { printf("Failed to parse line: %s", line); } } fclose(file); } // load digital media void loadDigitalMedia(struct Library* lib, const char* filename) { FILE* file = fopen(filename, "r"); if (file == NULL) { perror("Error opening the file"); return; } char line[2048]; int lineCount = 0; while (fgets(line, sizeof(line), file) != NULL) { lineCount++; if (lib->digitalMediaCount >= MAX_DIGITAL_MEDIA_COUNT) { printf("Reached the maximum digital media limit. Skipping the rest.\n"); break; } struct DigitalMedia tempDigitalMedia; int readCount = sscanf(line, "%d;%2047[^;];%2047[^;];%2047[^;];%d;%2047[^;];%2047[^;];%d;%lf;%2047[^;];%d", &tempDigitalMedia.id, tempDigitalMedia.title, tempDigitalMedia.creator, tempDigitalMedia.genre, &tempDigitalMedia.yearOfRelease, tempDigitalMedia.format, &tempDigitalMedia.fileSize, tempDigitalMedia.accessLink, &tempDigitalMedia.downloadCount); if (readCount == 10) { // Check for a valid year of release within the range (1800 - 2023) if (tempDigitalMedia.yearOfRelease < 1800 || tempDigitalMedia.yearOfRelease > 2023) { printf("Skipping digital media with an invalid year of release at line %d: %s\n", lineCount, tempDigitalMedia.title); continue; } lib->digitalMedia[lib->digitalMediaCount] = tempDigitalMedia; lib->digitalMediaCount++; } else { printf("Failed to parse line %d: %s", lineCount, line); } } fclose(file); } // load ebooks void loadEbooks(struct Library* lib, const char* filename) { FILE* file = fopen(filename, "r"); if (file == NULL) { perror("Error opening the file"); return; } char line[2048]; while (fgets(line, sizeof(line), file) != NULL) { if (lib->ebookCount >= MAX_EBOOK_COUNT) { printf("Reached the maximum eBook limit. Skipping the rest.\n"); break; } struct EBook tempEBook; int readCount = sscanf(line, "%d;%50[^;];%50[^;];%50[^;];%d;%50[^;];%20[^;];%d", &tempEBook.commonAttributes.id, tempEBook.commonAttributes.title, tempEBook.commonAttributes.author, tempEBook.commonAttributes.genre, &tempEBook.commonAttributes.yearOfPublication, tempEBook.commonAttributes.publisher, tempEBook.commonAttributes.isbn); if (readCount == 7) { // Extract only the first 14 digits of ISBN strncpy(tempEBook.commonAttributes.isbn, tempEBook.commonAttributes.isbn, 13); tempEBook.commonAttributes.isbn[13] = '\0'; // Check for a valid publication year within the range (1800 - 2023) if (tempEBook.commonAttributes.yearOfPublication < 1800 || tempEBook.commonAttributes.yearOfPublication > 2023) { printf("Skipping eBook with an invalid publication year: %s\n", tempEBook.commonAttributes.title); continue; } lib->ebooks[lib->ebookCount] = tempEBook; lib->ebookCount++; } else { printf("Failed to parse line: %s", line); } } fclose(file); } // display books void displayBooks(const struct Library* lib) { // Check for valid library and book data if (lib == NULL || lib->books == NULL || lib->bookCount == 0) { printf("No books to display.\n"); return; } // Header printing printf("\n------- BOOKS -------\n"); printf("ID Title Author Genre Year Publisher ISBN Shelf\n\n"); printf("------------------------------------------------------------------------------------------------------------------------\n\n"); // Content display for (int i = 0; i < lib->bookCount; i++) { // Ensure that strings are null-terminated char title[MAX_TITLE_LEN + 1]; char author[MAX_AUTHOR_LEN + 1]; char genre[MAX_GENRE_LEN + 1]; char publisher[MAX_PUBLISHER_LEN + 1]; char isbn[MAX_ISBN_LEN + 1]; strncpy(title, lib->books[i].commonAttributes.title, MAX_TITLE_LEN); strncpy(author, lib->books[i].commonAttributes.author, MAX_AUTHOR_LEN); strncpy(genre, lib->books[i].commonAttributes.genre, MAX_GENRE_LEN); strncpy(publisher, lib->books[i].commonAttributes.publisher, MAX_PUBLISHER_LEN); strncpy(isbn, lib->books[i].commonAttributes.isbn, MAX_ISBN_LEN); title[MAX_TITLE_LEN] = '\0'; author[MAX_AUTHOR_LEN] = '\0'; genre[MAX_GENRE_LEN] = '\0'; publisher[MAX_PUBLISHER_LEN] = '\0'; isbn[MAX_ISBN_LEN] = '\0'; // Print book details printf("%-6d%-30.29s%-24.23s%-14.13s%-6d%-20.19s%-17.13s%-5s\n", lib->books[i].commonAttributes.id, title, author, genre, lib->books[i].commonAttributes.yearOfPublication, publisher, isbn, lib->books[i].shelfLocation); } } // display ebooks void displayEbooks(const struct Library* lib, int flag) { if (lib == NULL || lib->ebooks == NULL || lib->ebookCount == 0) { printf("No eBooks to display.\n"); return; } int start = (flag == 0) ? 0 : (lib->ebookCount < 5) ? 0 : lib->ebookCount - 5; int end = (flag == 0) ? ((lib->ebookCount < 5) ? lib->ebookCount : 5) : lib->ebookCount; printf("------- %s EBOOKS -------\n", (flag == 0) ? "First Five" : "Last Five"); printf("ID Title Author Genre Year Publisher ISBN Access Link Downloads\n"); printf("-----------------------------------------------------------------------------------------------------------------------------------------------------------\n"); for (int i = start; i < end; i++) { printf("%-6d%-30.29s%-24.19s%-14.11s%-6d%-20.19s%-20s%-7d\n", lib->ebooks[i].commonAttributes.id, lib->ebooks[i].commonAttributes.title, lib->ebooks[i].commonAttributes.author, lib->ebooks[i].commonAttributes.genre, lib->ebooks[i].commonAttributes.yearOfPublication, lib->ebooks[i].commonAttributes.publisher, lib->ebooks[i].commonAttributes.isbn, lib->ebooks[i].downloadCount); } } // display digital media void displayDigitalMedia(const struct Library* lib) { if (lib == NULL || lib->digitalMedia == NULL || lib->digitalMediaCount == 0) { printf("No digital media to display.\n"); return; } printf("------- DIGITAL MEDIA -------\n"); printf("ID Title Creator Genre Year Format Size Access Link Downloads\n"); printf("---------------------------------------------------------------------------------------------------------------------------------------------------------------\n"); // Display all digital media items for (int i = 0; i < lib->digitalMediaCount; i++) { printf("%-6d%-30.29s%-21.20s%-16.15s%-6d%-20.19s%-20s%-22.21s%-10d\n", lib->digitalMedia[i].id, lib->digitalMedia[i].title, lib->digitalMedia[i].creator, lib->digitalMedia[i].genre, lib->digitalMedia[i].yearOfRelease, lib->digitalMedia[i].format, lib->digitalMedia[i].fileSize, lib->digitalMedia[i].accessLink, lib->digitalMedia[i].downloadCount); } } // print histogram void printBookPublicationHistogram(const struct Library* lib) { if (lib == NULL || lib->books == NULL || lib->bookCount == 0) { printf("No books to display.\n"); return; } // Initialize an array to store the counts of books per year int bookYearCounts[NUM_YEARS] = { 0 }; // Count the books per year for (int i = 0; i < lib->bookCount; i++) { int year = lib->books[i].commonAttributes.yearOfPublication; if (year >= START_YEAR && year 0) { printf("%d: ", year + START_YEAR); for (int i = 0; i < bookYearCounts[year]; i++) { printf("*"); } printf(" (%d)\n", bookYearCounts[year]); } } }

Can you fix the code please on the first picture shows the error output. // Corrected code #define _CRT_SECURE_NO_WARNINGS #include "LibraryManagement.h" #include "Books.h" #include "DigitalMedia.h" #include "LibraryConfig.h" #include #include #include #include // Include the necessary header for boolean data type // Comparison function for qsort to sort Digital Media by ID int compareDigitalMedia(const void* a, const void* b) { return ((struct DigitalMedia*)a)->id - ((struct DigitalMedia*)b)->id; } // initializing library struct Library initializeLibrary() { struct Library lib; lib.bookCount = 0; lib.ebookCount = 0; lib.digitalMediaCount = 0; // Initialize book array for (int i = 0; i < MAX_BOOK_COUNT; i++) { lib.books[i].commonAttributes.id = -1; // Set an invalid ID to mark empty slot } // Initialize ebook array for (int i = 0; i < MAX_EBOOK_COUNT; i++) { lib.ebooks[i].commonAttributes.id = -1; } // Initialize digital media array for (int i = 0; i < MAX_DIGITAL_MEDIA_COUNT; i++) { lib.digitalMedia[i].id = -1; } return lib; } void loadBooks(struct Library* lib, const char* filename) { FILE* file = fopen(filename, "r"); if (file == NULL) { perror("Error opening the file"); return; } char line[2048]; while (fgets(line, sizeof(line), file) != NULL) { if (lib->bookCount >= MAX_BOOK_COUNT) { printf("Reached the maximum book limit. Skipping the rest.\n"); break; } struct Book tempBook; int readCount = sscanf(line, "%d;%127[^;];%127[^;];%127[^;];%d;%127[^;];%127[^;];%d;%127[^;];%d;%9[^;]", &tempBook.commonAttributes.id, tempBook.commonAttributes.title, tempBook.commonAttributes.author, tempBook.commonAttributes.genre, &tempBook.commonAttributes.yearOfPublication, tempBook.commonAttributes.publisher, tempBook.commonAttributes.isbn, &tempBook.numberOfPages, tempBook.condition, &tempBook.numberOfCopies, tempBook.shelfLocation); if (readCount == 11) { strncpy(tempBook.commonAttributes.isbn, tempBook.commonAttributes.isbn, 13); tempBook.commonAttributes.isbn[13] = '\0'; lib->books[lib->bookCount] = tempBook; lib->bookCount++; } else { printf("Failed to parse line: %s", line); } } fclose(file); } // load digital media void loadDigitalMedia(struct Library* lib, const char* filename) { FILE* file = fopen(filename, "r"); if (file == NULL) { perror("Error opening the file"); return; } char line[2048]; int lineCount = 0; while (fgets(line, sizeof(line), file) != NULL) { lineCount++; if (lib->digitalMediaCount >= MAX_DIGITAL_MEDIA_COUNT) { printf("Reached the maximum digital media limit. Skipping the rest.\n"); break; } struct DigitalMedia tempDigitalMedia; int readCount = sscanf(line, "%d;%2047[^;];%2047[^;];%2047[^;];%d;%2047[^;];%2047[^;];%d;%lf;%2047[^;];%d", &tempDigitalMedia.id, tempDigitalMedia.title, tempDigitalMedia.creator, tempDigitalMedia.genre, &tempDigitalMedia.yearOfRelease, tempDigitalMedia.format, &tempDigitalMedia.fileSize, tempDigitalMedia.accessLink, &tempDigitalMedia.downloadCount); if (readCount == 10) { // Check for a valid year of release within the range (1800 - 2023) if (tempDigitalMedia.yearOfRelease < 1800 || tempDigitalMedia.yearOfRelease > 2023) { printf("Skipping digital media with an invalid year of release at line %d: %s\n", lineCount, tempDigitalMedia.title); continue; } lib->digitalMedia[lib->digitalMediaCount] = tempDigitalMedia; lib->digitalMediaCount++; } else { printf("Failed to parse line %d: %s", lineCount, line); } } fclose(file); } // load ebooks void loadEbooks(struct Library* lib, const char* filename) { FILE* file = fopen(filename, "r"); if (file == NULL) { perror("Error opening the file"); return; } char line[2048]; while (fgets(line, sizeof(line), file) != NULL) { if (lib->ebookCount >= MAX_EBOOK_COUNT) { printf("Reached the maximum eBook limit. Skipping the rest.\n"); break; } struct EBook tempEBook; int readCount = sscanf(line, "%d;%50[^;];%50[^;];%50[^;];%d;%50[^;];%20[^;];%d", &tempEBook.commonAttributes.id, tempEBook.commonAttributes.title, tempEBook.commonAttributes.author, tempEBook.commonAttributes.genre, &tempEBook.commonAttributes.yearOfPublication, tempEBook.commonAttributes.publisher, tempEBook.commonAttributes.isbn); if (readCount == 7) { // Extract only the first 14 digits of ISBN strncpy(tempEBook.commonAttributes.isbn, tempEBook.commonAttributes.isbn, 13); tempEBook.commonAttributes.isbn[13] = '\0'; // Check for a valid publication year within the range (1800 - 2023) if (tempEBook.commonAttributes.yearOfPublication < 1800 || tempEBook.commonAttributes.yearOfPublication > 2023) { printf("Skipping eBook with an invalid publication year: %s\n", tempEBook.commonAttributes.title); continue; } lib->ebooks[lib->ebookCount] = tempEBook; lib->ebookCount++; } else { printf("Failed to parse line: %s", line); } } fclose(file); } // display books void displayBooks(const struct Library* lib) { // Check for valid library and book data if (lib == NULL || lib->books == NULL || lib->bookCount == 0) { printf("No books to display.\n"); return; } // Header printing printf("\n------- BOOKS -------\n"); printf("ID Title Author Genre Year Publisher ISBN Shelf\n\n"); printf("------------------------------------------------------------------------------------------------------------------------\n\n"); // Content display for (int i = 0; i < lib->bookCount; i++) { // Ensure that strings are null-terminated char title[MAX_TITLE_LEN + 1]; char author[MAX_AUTHOR_LEN + 1]; char genre[MAX_GENRE_LEN + 1]; char publisher[MAX_PUBLISHER_LEN + 1]; char isbn[MAX_ISBN_LEN + 1]; strncpy(title, lib->books[i].commonAttributes.title, MAX_TITLE_LEN); strncpy(author, lib->books[i].commonAttributes.author, MAX_AUTHOR_LEN); strncpy(genre, lib->books[i].commonAttributes.genre, MAX_GENRE_LEN); strncpy(publisher, lib->books[i].commonAttributes.publisher, MAX_PUBLISHER_LEN); strncpy(isbn, lib->books[i].commonAttributes.isbn, MAX_ISBN_LEN); title[MAX_TITLE_LEN] = '\0'; author[MAX_AUTHOR_LEN] = '\0'; genre[MAX_GENRE_LEN] = '\0'; publisher[MAX_PUBLISHER_LEN] = '\0'; isbn[MAX_ISBN_LEN] = '\0'; // Print book details printf("%-6d%-30.29s%-24.23s%-14.13s%-6d%-20.19s%-17.13s%-5s\n", lib->books[i].commonAttributes.id, title, author, genre, lib->books[i].commonAttributes.yearOfPublication, publisher, isbn, lib->books[i].shelfLocation); } } // display ebooks void displayEbooks(const struct Library* lib, int flag) { if (lib == NULL || lib->ebooks == NULL || lib->ebookCount == 0) { printf("No eBooks to display.\n"); return; } int start = (flag == 0) ? 0 : (lib->ebookCount < 5) ? 0 : lib->ebookCount - 5; int end = (flag == 0) ? ((lib->ebookCount < 5) ? lib->ebookCount : 5) : lib->ebookCount; printf("------- %s EBOOKS -------\n", (flag == 0) ? "First Five" : "Last Five"); printf("ID Title Author Genre Year Publisher ISBN Access Link Downloads\n"); printf("-----------------------------------------------------------------------------------------------------------------------------------------------------------\n"); for (int i = start; i < end; i++) { printf("%-6d%-30.29s%-24.19s%-14.11s%-6d%-20.19s%-20s%-7d\n", lib->ebooks[i].commonAttributes.id, lib->ebooks[i].commonAttributes.title, lib->ebooks[i].commonAttributes.author, lib->ebooks[i].commonAttributes.genre, lib->ebooks[i].commonAttributes.yearOfPublication, lib->ebooks[i].commonAttributes.publisher, lib->ebooks[i].commonAttributes.isbn, lib->ebooks[i].downloadCount); } } // display digital media void displayDigitalMedia(const struct Library* lib) { if (lib == NULL || lib->digitalMedia == NULL || lib->digitalMediaCount == 0) { printf("No digital media to display.\n"); return; } printf("------- DIGITAL MEDIA -------\n"); printf("ID Title Creator Genre Year Format Size Access Link Downloads\n"); printf("---------------------------------------------------------------------------------------------------------------------------------------------------------------\n"); // Display all digital media items for (int i = 0; i < lib->digitalMediaCount; i++) { printf("%-6d%-30.29s%-21.20s%-16.15s%-6d%-20.19s%-20s%-22.21s%-10d\n", lib->digitalMedia[i].id, lib->digitalMedia[i].title, lib->digitalMedia[i].creator, lib->digitalMedia[i].genre, lib->digitalMedia[i].yearOfRelease, lib->digitalMedia[i].format, lib->digitalMedia[i].fileSize, lib->digitalMedia[i].accessLink, lib->digitalMedia[i].downloadCount); } } // print histogram void printBookPublicationHistogram(const struct Library* lib) { if (lib == NULL || lib->books == NULL || lib->bookCount == 0) { printf("No books to display.\n"); return; } // Initialize an array to store the counts of books per year int bookYearCounts[NUM_YEARS] = { 0 }; // Count the books per year for (int i = 0; i < lib->bookCount; i++) { int year = lib->books[i].commonAttributes.yearOfPublication; if (year >= START_YEAR && year 0) { printf("%d: ", year + START_YEAR); for (int i = 0; i < bookYearCounts[year]; i++) { printf("*"); } printf(" (%d)\n", bookYearCounts[year]); } } }