#include \"stdafx.h\" #include #include using namespace std; const int MAX_ARRAY_SIZE = 4; class memberType { public: string name; // Name of the person int id; // Member ID int n_books; // Number of books double amount; // Total amount spent public: memberType(); memberType(string ID, string first, string last, int books, double amount); // void setMemberInfo(string ID, string fName, string lName, int bPurchased, double amount); // member Name access methods void setMemberID(string); void setName(string, string); // set new name string getName(); // get Name bool isMemberID(string) const; int getBooksPurchased() const; double getTotalAmountSpent() const; void purchaseBook(double amount); void resetbooksBoughtAndAmount(); void printMemberID() const; void printName() const; void printInfo() const; private: string memberID; string firstName; string lastName; int booksPurchased; double amountSpent; }; class bookType { public: void setTitle(string); //functions dealing with the title string getTitle(); bool compareTitle(string); //functions dealing with the copies of book void setCopies(int); void showCopies(); void updateCopies(int); int getCopies(); void setPublisher(string); //functions dealing with publisher of book void showPublisher(); void updatePublisher(string); string getPublisher(); void setISBN(string); //functions dealing with ISBN of book void showISBN(); void updateISBN(string); string getISBN(); bool compareISBN(string); void setPrice(double bookPrice); //functions dealing with price of book void showPrice(); void updatePrice(double compPrice); double getPrice(); void setAuthors(string); //functions dealing with author of book void showAuthors(); void updateAuthor(string compAuthor); string getAuthors(int i); //ith number of author will return bookType(); private: string title; string authors[4]; //objects of type bookType can contain up to 4 authors string publisher; string ISBN; double price; int copies; int authorsNo; }; bookType::bookType() { title = \"\"; for (int i = 0; i < 4; i++) authors[i] = \"\"; publisher = \"\"; ISBN = \"\"; price = 0; copies = 0; authorsNo = 0; } void bookType::setTitle(string myTitle) { title = myTitle; } string bookType::getTitle() { return title; } bool bookType::compareTitle(string otherTitle) { return (title.compare(otherTitle) == 0); } void bookType::setAuthors(string myAuthor) { authorsNo = authorsNo % 4; if (myAuthor.compare(\"\") == 0) return; else { authors[authorsNo] = myAuthor; //store the author name authorsNo++; //keep track of authors count } } void bookType::showAuthors() { for (int i = 0; i < authorsNo; i++) cout << authors[i] << \", \"; cout << \"\ \ \"; } void bookType::updateAuthor(string myAuthor) { setAuthors(myAuthor); } string bookType::getAuthors(int i) { return authors[i]; } void bookType::setCopies(int myCopies) { copies = myCopies; } void bookType::showCopies() { cout << \"\ \\tThe number of copies \" << copies; } void bookType::updateCopies(int myCopies) { copies = myCopie.

1. #include "stdafx.h"
#include
#include
using namespace std;
const int MAX_ARRAY_SIZE = 4;
class memberType {
public:
string name; // Name of the person
int id; // Member ID
int n_books; // Number of books
double amount; // Total amount spent
public:
memberType();
memberType(string ID, string first, string last, int books, double amount);
//
void setMemberInfo(string ID, string fName, string lName, int bPurchased, double amount);
// member Name access methods
void setMemberID(string);
void setName(string, string); // set new name
string getName(); // get Name
bool isMemberID(string) const;
int getBooksPurchased() const;
double getTotalAmountSpent() const;
void purchaseBook(double amount);
void resetbooksBoughtAndAmount();
void printMemberID() const;
void printName() const;
void printInfo() const;
private:
string memberID;
string firstName;
string lastName;
int booksPurchased;
double amountSpent;
};

2. class bookType
{
public:
void setTitle(string); //functions dealing with the title
string getTitle();
bool compareTitle(string);
//functions dealing with the copies of book
void setCopies(int);
void showCopies();
void updateCopies(int);
int getCopies();
void setPublisher(string); //functions dealing with publisher of book
void showPublisher();
void updatePublisher(string);
string getPublisher();
void setISBN(string); //functions dealing with ISBN of book
void showISBN();
void updateISBN(string);
string getISBN();
bool compareISBN(string);
void setPrice(double bookPrice); //functions dealing with price of book
void showPrice();
void updatePrice(double compPrice);
double getPrice();
void setAuthors(string); //functions dealing with author of book
void showAuthors();
void updateAuthor(string compAuthor);
string getAuthors(int i); //ith number of author will return
bookType();
private:
string title;
string authors[4]; //objects of type bookType can contain up to 4 authors
string publisher;
string ISBN;
double price;
int copies;

3. int authorsNo;
};
bookType::bookType()
{
title = "";
for (int i = 0; i < 4; i++)
authors[i] = "";
publisher = "";
ISBN = "";
price = 0;
copies = 0;
authorsNo = 0;
}
void bookType::setTitle(string myTitle)
{
title = myTitle;
}
string bookType::getTitle()
{
return title;
}
bool bookType::compareTitle(string otherTitle)
{
return (title.compare(otherTitle) == 0);
}
void bookType::setAuthors(string myAuthor)
{
authorsNo = authorsNo % 4;
if (myAuthor.compare("") == 0)
return;
else
{
authors[authorsNo] = myAuthor; //store the author name
authorsNo++; //keep track of authors count
}
}

4. void bookType::showAuthors()
{
for (int i = 0; i < authorsNo; i++)
cout << authors[i] << ", ";
cout << " ";
}
void bookType::updateAuthor(string myAuthor)
{
setAuthors(myAuthor);
}
string bookType::getAuthors(int i)
{
return authors[i];
}
void bookType::setCopies(int myCopies)
{
copies = myCopies;
}
void bookType::showCopies()
{
cout << " tThe number of copies " << copies;
}
void bookType::updateCopies(int myCopies)
{
copies = myCopies;
}
int bookType::getCopies()
{
return copies;
}
void bookType::setPublisher(string myPublisher)
{
publisher = myPublisher;
}
void bookType::showPublisher()
{

5. cout << publisher;
}
void bookType::updatePublisher(string myPublisher)
{
publisher = myPublisher;
}
string bookType::getPublisher()
{
return publisher;
}
void bookType::setISBN(string myISBN)
{
ISBN = myISBN;
}
void bookType::showISBN()
{
cout << ISBN;
}
void bookType::updateISBN(string myISBN)
{
ISBN = myISBN;
}
string bookType::getISBN()
{
return ISBN;
}
bool bookType::compareISBN(string myISBN)
{
return (myISBN.compare(myISBN));
}
void bookType::setPrice(double myPrice)
{
price = myPrice;
}
void bookType::showPrice()
{

6. cout << " tThe book price is " << price;
}
void bookType::updatePrice(double myPrice)
{
price = myPrice;
}
double bookType::getPrice()
{
return price;
}
memberType::memberType()
{
memberID = "";
firstName = "";
lastName = "";
booksPurchased = 0;
amountSpent = 0;
}
memberType::memberType(string ID, string first, string last, int books, double amount)
{
memberID = ID;
firstName = first;
lastName = last;
booksPurchased = books;
amountSpent = amount;
}
// member Name access methods
void memberType::setMemberInfo(string ID, string fName, string lName, int bPurchased,
double amount)
{
memberID = ID;
firstName = fName;
lastName = lName;
booksPurchased = bPurchased;
amountSpent = amount;
}

7. // member Id access methods
void memberType::setMemberID(string id)
{
memberID = id;
}
void memberType::setName(string fName, string lName)
{
firstName = fName;
lastName = lName;
}
bool memberType::isMemberID(string id) const
{
return memberID == id;
}
int memberType::getBooksPurchased() const
{ // get number of books
return booksPurchased;
}
double memberType::getTotalAmountSpent() const
{
return amountSpent;
}
// Books methods
void memberType::purchaseBook(double price)
{
amountSpent += price; // more money have been spent
booksPurchased++; // and more books has been aquired
}
void memberType::resetbooksBoughtAndAmount()
{
amountSpent = 0;
booksPurchased = 0;
}
void memberType::printMemberID() const
{
cout << memberID;

8. }
void memberType::printName() const
{
cout << firstName << " " << lastName;
}
void memberType::printInfo() const
{
printMemberID(); cout << endl;
printName(); cout << endl;
cout << booksPurchased << endl;
cout << amountSpent << endl;
}
void showChoices();
int main()
{
int choice; // holds the selection
do
{
showChoices();
cin >> choice;
cout << endl;
switch (choice)
{
case 'a':
break;
case 'b':
break;
default:
void memberType::printInfo() const;
///*default:
// cout << "Invalid input." << endl;
//}*/
} while (choice != 99);
}
void showChoices()
{

9. cout << "Enter--" << endl;
cout << "1: MemberInfo:" << endl;
cout << "2: Number of books purchased:" << endl;
cout << "3: Spent Amount: " << endl;
cout << "99:To quit the program." << endl;
}
Solution
#include "stdafx.h"
#include
#include
using namespace std;
const int MAX_ARRAY_SIZE = 4;
class memberType {
public:
string name; // Name of the person
int id; // Member ID
int n_books; // Number of books
double amount; // Total amount spent
public:
memberType();
memberType(string ID, string first, string last, int books, double amount);
//
void setMemberInfo(string ID, string fName, string lName, int bPurchased, double amount);
// member Name access methods
void setMemberID(string);
void setName(string, string); // set new name
string getName(); // get Name
bool isMemberID(string) const;
int getBooksPurchased() const;
double getTotalAmountSpent() const;
void purchaseBook(double amount);
void resetbooksBoughtAndAmount();
void printMemberID() const;
void printName() const;

10. void printInfo() const;
private:
string memberID;
string firstName;
string lastName;
int booksPurchased;
double amountSpent;
};
class bookType
{
public:
void setTitle(string); //functions dealing with the title
string getTitle();
bool compareTitle(string);
//functions dealing with the copies of book
void setCopies(int);
void showCopies();
void updateCopies(int);
int getCopies();
void setPublisher(string); //functions dealing with publisher of book
void showPublisher();
void updatePublisher(string);
string getPublisher();
void setISBN(string); //functions dealing with ISBN of book
void showISBN();
void updateISBN(string);
string getISBN();
bool compareISBN(string);
void setPrice(double bookPrice); //functions dealing with price of book
void showPrice();
void updatePrice(double compPrice);
double getPrice();
void setAuthors(string); //functions dealing with author of book
void showAuthors();
void updateAuthor(string compAuthor);
string getAuthors(int i); //ith number of author will return

11. bookType();
private:
string title;
string authors[4]; //objects of type bookType can contain up to 4 authors
string publisher;
string ISBN;
double price;
int copies;
int authorsNo;
};
bookType::bookType()
{
title = "";
for (int i = 0; i < 4; i++)
authors[i] = "";
publisher = "";
ISBN = "";
price = 0;
copies = 0;
authorsNo = 0;
}
void bookType::setTitle(string myTitle)
{
title = myTitle;
}
string bookType::getTitle()
{
return title;
}
bool bookType::compareTitle(string otherTitle)
{
return (title.compare(otherTitle) == 0);
}
void bookType::setAuthors(string myAuthor)
{
authorsNo = authorsNo % 4;

12. if (myAuthor.compare("") == 0)
return;
else
{
authors[authorsNo] = myAuthor; //store the author name
authorsNo++; //keep track of authors count
}
}
void bookType::showAuthors()
{
for (int i = 0; i < authorsNo; i++)
cout << authors[i] << ", ";
cout << " ";
}
void bookType::updateAuthor(string myAuthor)
{
setAuthors(myAuthor);
}
string bookType::getAuthors(int i)
{
return authors[i];
}
void bookType::setCopies(int myCopies)
{
copies = myCopies;
}
void bookType::showCopies()
{
cout << " tThe number of copies " << copies;
}
void bookType::updateCopies(int myCopies)
{
copies = myCopies;
}
int bookType::getCopies()
{

13. return copies;
}
void bookType::setPublisher(string myPublisher)
{
publisher = myPublisher;
}
void bookType::showPublisher()
{
cout << publisher;
}
void bookType::updatePublisher(string myPublisher)
{
publisher = myPublisher;
}
string bookType::getPublisher()
{
return publisher;
}
void bookType::setISBN(string myISBN)
{
ISBN = myISBN;
}
void bookType::showISBN()
{
cout << ISBN;
}
void bookType::updateISBN(string myISBN)
{
ISBN = myISBN;
}
string bookType::getISBN()
{
return ISBN;
}
bool bookType::compareISBN(string myISBN)
{

14. return (myISBN.compare(myISBN));
}
void bookType::setPrice(double myPrice)
{
price = myPrice;
}
void bookType::showPrice()
{
cout << " tThe book price is " << price;
}
void bookType::updatePrice(double myPrice)
{
price = myPrice;
}
double bookType::getPrice()
{
return price;
}
memberType::memberType()
{
memberID = "";
firstName = "";
lastName = "";
booksPurchased = 0;
amountSpent = 0;
}
memberType::memberType(string ID, string first, string last, int books, double amount)
{
memberID = ID;
firstName = first;
lastName = last;
booksPurchased = books;
amountSpent = amount;
}
// member Name access methods
void memberType::setMemberInfo(string ID, string fName, string lName, int bPurchased,

15. double amount)
{
memberID = ID;
firstName = fName;
lastName = lName;
booksPurchased = bPurchased;
amountSpent = amount;
}
// member Id access methods
void memberType::setMemberID(string id)
{
memberID = id;
}
void memberType::setName(string fName, string lName)
{
firstName = fName;
lastName = lName;
}
bool memberType::isMemberID(string id) const
{
return memberID == id;
}
int memberType::getBooksPurchased() const
{ // get number of books
return booksPurchased;
}
double memberType::getTotalAmountSpent() const
{
return amountSpent;
}
// Books methods
void memberType::purchaseBook(double price)
{
amountSpent += price; // more money have been spent
booksPurchased++; // and more books has been aquired
}

16. void memberType::resetbooksBoughtAndAmount()
{
amountSpent = 0;
booksPurchased = 0;
}
void memberType::printMemberID() const
{
cout << memberID;
}
void memberType::printName() const
{
cout << firstName << " " << lastName;
}
void memberType::printInfo() const
{
printMemberID(); cout << endl;
printName(); cout << endl;
cout << booksPurchased << endl;
cout << amountSpent << endl;
}
void showChoices();
int main()
{
int choice; // holds the selection
do
{
showChoices();
cin >> choice;
cout << endl;
switch (choice)
{
case 'a':
break;
case 'b':
break;
default:

17. void memberType::printInfo() const;
///*default:
// cout << "Invalid input." << endl;
//}*/
} while (choice != 99);
}
void showChoices()
{
cout << "Enter--" << endl;
cout << "1: MemberInfo:" << endl;
cout << "2: Number of books purchased:" << endl;
cout << "3: Spent Amount: " << endl;
cout << "99:To quit the program." << endl;
}