Answer Happy

There are totally six testcases in this lab. You can compare the
output of your code with the expected output locally by following
steps:
Tasks
There are 5 tasks in book.cpp. Descriptions of tasks are
provided below, instructions and some examples are also provided
via comments in the skeleton codes.
In this part, all the information of a book including numPages,
numAuthor, authorList, name, next will be initialized. Note that
next would be initialized as nullptr in the constructor, and its
value would be set in main.cpp after a book is constructed. Alao,
remember to allocate memory for variable name, numAuthor, and each
element in the array numAuthor.
In this part, all the memory allocated previously in the
constructor should be deallocated. Note that for an array (e.g.,
numAuthor), the array as a whole and each element in the array
should be deallocated respectively.
Note that the strcmp function can be used to compare two
strings. The function printSingleBookInfo() can be used to print
out the information of a given book. Since the books are stored in
a linked list, next is a pointer to the next book. And for the last
book, next should be nullptr.
Note that the strcmp function can be used to compare two
strings. The function printSingleBookInfo() can be used to print
out the information of a given book. Since the books are stored in
a linked list, next is a pointer to the next book. And for the last
book, next should be nullptr.
Note that the strcmp function can be used to compare two
strings. Since the books are stored in a linked list, next is a
pointer to the next book. And for the last book, next should be
nullptr.
To simplify, in the function deleteBookByName, we would start
from the second book. The case that the first book is a book to be
deleted are handled in ManagementSystem.cpp .
Book.cpp file
#include "Book.h"
#include <iostream>
#include <cstring>
using namespace std;
/*
* Task 1: Constructor of a new book.
* In this part, all the information of a book including numPages, numAuthor, authorList,
* name, next will be initialized.
* Note that next would be initialized as nullptr in the constructor, and its value would
* be set in main.cpp after a book is constructed.
* Remember to allocate memory for variable name, numAuthor, and each element in the array
* numAuthor.
*/
Book::Book(const char * name, char * const * authorList, int numPages, int numAuthor)
{
}
/*
* Task 2: Destructor to delete an existing book.
* In this part, all the memory allocated previously in the constructor should be deallocated.
* Note that for an array (e.g., numAuthor), the array as a whole and each element in the
* array should be deallocated respectively.
*/
Book::~Book() {
cout << "Delete the book titled \"" << name << "\"" << endl;
}
/*
* A given function to print out the information of one single book.
*/
void Book::printSingleBookInfo() const {
cout << name<<" : "<< numPages <<" Pages, By ";
for (int index = 0; index < numAuthor; ++index) {
if (index != 0) {
cout << ", ";
}
cout << authorList[index];
}
cout << "." << endl;
}
/*
* Task 3: Search for and print out information of book(s) with a given name.
* Note that the strcmp function can be used to compare two strings.
* The function printSingleBookInfo() can be used to print out the information of a given book.
* Since the books are stored in a linked list, next is a pointer to the next book. And for
* the last book, next should be nullptr.
*/
void Book::printBookInfoByName(const char *name) const {
}
/*
* Task 4: Search for and print out information of book(s) of a given author.
* Note that the strcmp function can be used to compare two strings.
* The function printSingleBookInfo() can be used to print out the information of a given book.
* Since the books are stored in a linked list, next is a pointer to the next book. And for
* the last book, next should be nullptr.
*/
void Book::printBooksInfoByAuthor(const char *authorName) const {
}
/*
* Print out the information of all the books.
*/
void Book::printAllBooks() const {
printSingleBookInfo();
if (next != nullptr) {
next -> printAllBooks();
}
}
void Book::setNext(Book* book) {
next = book;
}
/*
* Task 5: Search for and delete book(s) of a given name.
* Note that the strcmp function can be used to compare two strings.
* Since the books are stored in a linked list, next is a pointer to the next book. And for
* the last book, next should be nullptr.
*/
void Book::deleteBookByName(const char * name) {
}
const char* Book::getName() const {
return name;
}
Book* Book::getNext() {
return next;
}
Book.h file
#ifndef BOOK_H_
#define BOOK_H_
class Book
{
private:
// Stores a list of author names of a book.
char **authorList;
// Stores the title of the book.
char *name;
// Stores the number of pages and authors of a book.
int numPages, numAuthor;
// Stores the pointer of the next book within the whole library management system (the
// linked list).
Book *next;
public:
// Task 1: Constructor of a new book.
Book(const char *name, char * const * authorList, int numPages = 0, int numAuthor = 0);
// Task 2: Destructor to delete an existing book.
~Book();
// Task 3: Search for and print out information of book(s) with a given name.
void printBookInfoByName(const char * name) const;
// Task 4: Search for and print out information of book(s) of a given author.
void printBooksInfoByAuthor(const char * authorName) const;
// A given function to print out the information of all the books.
void printAllBooks() const;
// A given function to print out the information of one single book.
void printSingleBookInfo() const;
// Set the value of next to a given pointer.
void setNext(Book* book);
// Task 5: Search for and delete book(s) of a given name.
void deleteBookByName(const char * name);
// Get the name of one single book.
const char* getName() const;
// Get next of a book.
Book* getNext();
};
#endif /* BOOK_H_ */