***Please help me fill in the missing parts to my code. I have set up my methods, constructors, and main(), but I need help to finish the rest of my program. Below are instructions for the all the parts of the algorithm and the desired output, following my code in C++. I am using a Mac.

Overview:

Implement a class called Product that will be used to represent a product that might be found in a novelty shop.

class Product:

The Product class definition should be placed at the top of a source code file while the method implementations should be placed after the closing curly brace for main().

Data Members:

The Product class contains four private data members.

• an array of characters that holds the product identification code. It should have room for 11 characters PLUS a null terminator.
• an array of characters that holds the product name. It should have room for 45 characters PLUS a null terminator.
• a float (or double) variable that holds the price of the product
• an integer that holds the quantity of the product that is in stock

Constructors:

Constructor 1

The first constructor for the Product class is the default constructor. It takes no arguments. Like all C++ constructors, it does not have a return data type.

It should set the product code and name data members to "null strings". This can be done by copying a null string literal ("") into a character array using strcpy() or by setting the first element of the array to a null character ('\0'). The price and quantity in stock data members should be set to 0.

Constructor 2

The second constructor for the Product class takes four arguments: an array of constant character (const char []) that represents an initial product identification code, an array of constant character that represents an initial product name, a float (or double) that represents an initial price for the product, and an integer that represents the initial quantity in stock for the product.Like all C++ constructors, this constructor does not have a return data type. Call the various "set" methods to set the values for all 4 data members.

Methods:

printProduct

This public method displays the contents of an object. It takes no arguments and returns nothing.

It should print the product identification code, name, price, and quantity members on a single line. Use setw() to line the printed values up in columns (a width of 13 for the product identification code, 48 for the name, 6 for the price, and 6 for the quantity will match the sample output). The product identification code and name should be left-justified while the price and quantity should be right-justified. The price should be printed using fixed-point notation with two places after the decimal point.

setProductCode

This public accessor method sets the product identification code for an object.

It takes one argument: an array of constant characters that holds a new product identification code. It returns nothing.

The method should use the strcpy function to copy the new product identification code into the product identification code data member.

setProductName

This public accessor method sets the product name for an object.

It takes one argument: an array of constant characters that holds a new product name. It returns nothing.

The method should use the strcpy function to copy the new product name into the product name data member.

setProductPrice

This public accessor method sets the price for an object.

It takes one argument: a float/double that holds a new price. It returns nothing.

The method should check if the new price is greater than or equal to 0. If it is, it should be used to set the price data member to the new price. Otherwise, it should set the price data member to 0.

setProductQuantity

This public accessor method will set the quantity in stock for an object.

It takes one argument: an integer that holds a new quantity in stock. It returns nothing.

The method should check if the new quantity in stock is greater than or equal to 0. If it is, it should be used to set the quantity in stock data member to the new quantity in stock. Otherwise, it should set the quantity in stock data member to 0.

getProductPrice

This public accessor method returns the price data member. It takes no arguments and returns a float (or double).

getProductQuantity

This public accessor method returns the quantity in stock data member. It takes no arguments and returns an integer.

fillProductOrder

This public method processes an order.

It takes one argument: an integer that represents the quantity of the product that has been ordered. It returns an integer: the quantity of the product that the store is able to ship at this time.

The logic for this method should be as follows:

• If the quantity of the product that has been ordered is less than zero, the order is in error. The quantity of the product that the store is able to ship at this time should be zero. DO NOT alter the quantity in stock for the product.
• If the quantity of the product that has been ordered is less than or equal to the quantity in stock, the order can be completely filled. The quantity of the product that the store is able to ship at this time should be the same as the quantity of the product that has been ordered, and the quantity of the product that has been ordered should be subtracted from the quantity in stock.
• Otherwise, the order cannot be completely filled. The quantity of the product that the store is able to ship at this time should be the quantity in stock, and the quantity in stock should be set to zero.

main()

In main(), make 3 Product objects. They should contain the values:

• The first product should be created with the default constructor (i.e. the one that takes no arguments)
• The second product should be created with the second constructor. The product code should be "22222222222", product name "Virtual Education Pack", price of $0.99, and quantity in stock of 31.
• The third product should be created with the second constructor. The product code should be "33333333333", product name "Dehydrated Water Bed", price of $-12.99, and quantity in stock of -6.

The rest of main() will include using the various methods on the 3 Product objects. Before the code that satisfies each of the bullet points below, make sure to display a title that indicates what is happening to the product. For example, something like "***** The 3 products *****" can be displayed before executing the code for the first bullet point.

• For each of the products, call the printProduct method to display the product information. Before each call to printProduct, display a short title such as "Product 1".
• For product 1, call the set methods to set the product identification code to "11111111111", product name to "Flowbee Pet Groomer", price to $339.99, and the quantity in stock to 28. Call the printProduct method to display the updated product 1 information. As before, make sure to include a short title such as "Product 1"
• For products 2 and 3, call the getProductPrice and getProductQuantity methods and display the prices and quantities in stock with appropriate labels.
• For product 1, call the printProduct method to display the initial product information. Call the fillProductOrder method and attempt to order -5 product 1s. Display the number of product 1s that were shipped. Call the printProduct method again to display the updated product information.
• For product 1, call the printProduct method to display the initial product information. Call the fillProductOrder method and attempt to order 12 product 1s. Display the number of product 1s that were shipped. Call the printProduct method again to display the updated product information.
• For product 2, call the printProduct method to display the initial product information. Call the fillProductOrder method and attempt to order 4 product 2s. Display the number of product 2s that were shipped. Call the printProduct method again to display the updated product information.
• For product 2, call the printProduct method to display the initial product information. Call the fillProductOrder method and attempt to order 45 product 2s. Display the number of product 2s that were shipped. Call the printProduct method again to display the updated product information.

Output

***** The 3 products ***** Product 1  0.00 0 Product 2 22222222222 Virtual Education Pack 0.99 31 Product 3 33333333333 Dehydrated Water Bed 0.00 0 ***** Product 1 after using the set methods ***** Product 1 11111111111 Flowbee Pet Groomer 339.99 28 ***** Product 2 and 3s price and quantity ***** Product 2 Price: $0.99 Quantity in Stock: 31 Product 3 Price: $0.00 Quantity in Stock: 0 ***** Order a negative number of Product 1s ***** 11111111111 Flowbee Pet Groomer 339.99 28 Shipped: 0 11111111111 Flowbee Pet Groomer 339.99 28 ***** Order 12 Product 1s ***** 11111111111 Flowbee Pet Groomer 339.99 28 Shipped: 12 11111111111 Flowbee Pet Groomer 339.99 16 ***** Order 4 Product 2s ***** 22222222222 Virtual Education Pack 0.99 31 Shipped: 4 22222222222 Virtual Education Pack 0.99 27 ***** Order 45 Product 2s ***** 22222222222 Virtual Education Pack 0.99 27 Shipped: 27 22222222222 Virtual Education Pack 0.99 0 

My code:

#include

#include

#include

using namespace std;

class Product{

private:

char id_Code[12];//an array of characters (cstring) that will hold 11 characters + null (product id)

char name[46];//an array of characters (cstring) that will hold 45 char+null (product name)

double price;//double variable to hold the price of the product

int quantity;//integer to hold the quantity of the product that is in stock

public:

Product(); //default constuctor

Product(char newId[],char newName[],double newPrice,int newQuantity); //constructor 2 with info passed in

double getPrice(); //two get methods for price and quan

int getQuantity();

void setProductCode(char[]); //prototypes for set product code, it is passed a cstring

void setName(char[]); //prototype for setName, it is passed a cstring

void setPrice(double);

void setQuantity(int );

int fulfillOrder(int);//prototype for method fulfillPrder

void print(); //prototype for print method

};

//*****************your driver code starts below

int main(){

Product prod1;//create first object product with default constructor

//prod id nameprice q

Product prod2("22222222222","Virtual Education Pack", 0.99,31); //create 2nd product object

}

//*******************code for the bodies of the constructors and methods are below

Product::Product(){

id_Code[0] = '\0';

name[0] = '\0';

price = 0;

quantity = 0;

//use strcpy to move null "" into idcode and name, set price and quan to 0

}

Product::Product(char newId[],char newName[],double newPrice,int newQuantity){

//call the 4 set methods and pass them the new information

}

void Product::setProductCode(char newID[]){

//use strcpy to copy new id id code

}

void Product::setName(char newName[]){ //use strcpy to copy new nameto name

}

void Product::setPrice(double newPrice){

//set the price in object to the newprice (need a check if >=0)

}

void Product::setQuantity(int newQuantity){

//set quantity to newQuantity, need a check for >=0

}

double Product::getPrice(){

//return the price

}

int Product::getQuantity(){

//return quantitiy

}

int Product::fulfillOrder(int orderQuantity){

}

void Product::print(){

}