Given main$()$ and Product.h$,$ define the Product class $($in Product.cpp$)$ that will manage product inventory. Product class has four private data members: the product's name $($string$),$ a product code $($string$),$ the product's price $($double$),$ and the number count of product in inventory $($int$).$

Implement the following Constructor and member functions listed in the Product.h file:

Product$($string name, string code, double price, int count$)-$ set the data members using the four parameters

void SetName$($string name$)-$ set the product name to parameter name

string GetName$()-$ return the product name

void SetCode$($string code$)-$ set the product code $($i$.$e$.$ SKU$234)$ to parameter code

string GetCode$()-$ return the product code

void SetPrice$($double p$)-$ set the price to parameter p

double GetPrice$()-$ return the price

void SetCount$($int num$)-$ set the number of items in inventory to parameter num

int GetCount$()-$ return the count

void AddInventory$($int amt$)-$ increase inventory by parameter amt

void SellInventory$($int amt$)-$ decrease inventory by parameter amt

Output each floating$-$point value with two digits after the decimal point, which can be achieved by executing

cout $<<$ fixed $<<$ setprecision$(2)$; once before all other cout statements.

Ex$.$ If a new Product object "Apple" is created with code set to "SKU$234",$ price set to $0\mathrm{.}40,$ and the count set to $3,$ the output is:

Name: Apple Code: SKU$234$ Price: $0\mathrm{.}40$ Count: $3$

Ex$.$ If $10$ apples are added to the Product object's inventory, but then $5$ are sold, the output is:

Name: Apple Code: SKU$234$ Price: $0\mathrm{.}40$ Count: $8$

Ex$.$ If the Product "Golden Delicious" object's code is set to "SKU$555",$ price is set to $0\mathrm{.}55,$ and count is set to $4,$ the output is:

Name: Golden Delicious Code: SKU$555$ Price: $0\mathrm{.}55$ Count: $4$