//File        : cashRegister.h (Chapter 13 program challenge 8)
//Author      : Andre Long
//Due         : October 13, 2004
//Description : This is program challenge 8 out of chapter 13 which will used the inventory class
//              from program challenge 2 chapter 13, to implement a cash register.
//              This is the class implementation file.

#include<iostream>
#include<iomanip>
#include"inventory.h"
const float PROFIT=.3f;
const float SALES_TAX= .06f;
using namespace std;



class cashRegister
{
private:
	  float price1;
	  float price2;
	  float price3;
	  float price4;
	  float price5;
	  float purchase_subTotal1;
	  float purchase_subTotal2;
	  float purchase_subTotal3;
	  float purchase_subTotal4;
	  float purchase_subTotal5;
	  float purchase_total1;
	  float purchase_total2;
	  float purchase_total3;
	  float purchase_total4;
	  float purchase_total5;
	  int itemNumber;
	  int quantityPurchase;
	  int onHand;
	  int numApples;
	  int numOranges;
	  int numPeaches;
	  int numGrapes;
	  int numMelons;
	  float totalApples;
	  float totalOranges;
	  float totalPeaches;
	  float totalGrapes;
	  float totalMelons;
	  float grandTotal;

	  inventory apple;
	  inventory orange;
      inventory peach;
	  inventory grape;
	  inventory melon;


      


public:


	cashRegister(int qty):apple(1,100,.12),orange(2,100,.25),peach(3,100,.30),grape(4,100,.35),melon(5,100,.45) 
	{ quantityPurchase = qty; 
	  numApples=0;
	}

	int beginningInfo()
	{
	   cout<<"Which item would you like to purchase "<<endl;
	   cin>>itemNumber;
	   if(itemNumber==0)
		   exit(0);
	   cout<<"How many of these items do you want "<<endl;
	   cin>>quantityPurchase;
	   
	   return itemNumber;
	}

	

	  float Price()
	  {
	    if(itemNumber==1)
		{
		   price1=(PROFIT)*apple.cost  + apple.cost;
		   return price1;
        }
		else if(itemNumber==2)
		{
           price2=(PROFIT)*orange.cost  + orange.cost;
		   return price2;
        }
		else if(itemNumber==3)
		{
           price3=(PROFIT)*peach.cost  + peach.cost;
		   return price3;
        }
		else if(itemNumber==4)
		{
           price4=(PROFIT)*grape.cost  + grape.cost;
		   return price4;
        }
		else if(itemNumber==5)
		{
           price5=(PROFIT)*melon.cost  + melon.cost;
		   return price5;
        }
	  }
	  float subTotal()
	  {	 if(itemNumber==1)
	     { 
            purchase_subTotal1=price1 *(quantityPurchase);
		    return purchase_subTotal1;
	     }
	     else if(itemNumber==2)
		 {
            purchase_subTotal2=price2 *(quantityPurchase);
		    return purchase_subTotal2; 
		 }
		 else if(itemNumber==3)
		 {
            purchase_subTotal3=price3 *(quantityPurchase);
		    return purchase_subTotal3; 
		 }
		 else if(itemNumber==4)
		 {
            purchase_subTotal4=price4 *(quantityPurchase);
		    return purchase_subTotal4; 
		 }
		 else if(itemNumber==5)
		 {
            purchase_subTotal5=price5 *(quantityPurchase);
		    return purchase_subTotal5; 
		 }


	  }
	  float total()
	  {	
          if(itemNumber==1)
		  {
		     purchase_total1=(SALES_TAX *purchase_subTotal1) + purchase_subTotal1;
	         return purchase_total1;
		  }
		  else if(itemNumber==2)
		  {
		     purchase_total2=SALES_TAX *(purchase_subTotal2) + purchase_subTotal2;
	         return purchase_total2;
		  }
		  else if(itemNumber==3)
		  {
		     purchase_total3=SALES_TAX *(purchase_subTotal3) + purchase_subTotal3;
	         return purchase_total3;
		  }
		  else if(itemNumber==4)
		  {
		     purchase_total4=SALES_TAX *(purchase_subTotal4) + purchase_subTotal4;
	         return purchase_total4;
		  }
		  else if(itemNumber==5)
		  {
		     purchase_total5=SALES_TAX *(purchase_subTotal5) + purchase_subTotal5;
	         return purchase_total5;
		  }
	  }
	  int leftover()
	  {	  onHand = apple.quantity - quantityPurchase;
	      return onHand;
	  }

	 
	  int addManyApples()
	  {
         numApples = numApples + quantityPurchase;
		 return numApples;
	  }
	   int howManyApples()
	  {
          return numApples;
	  }
	  int addManyOranges()
	  {
         numOranges = numOranges + quantityPurchase;
		 return numOranges;
	  }
	  int howManyOranges()
	  {
         return numOranges;
	  }
	  int addManyPeaches()
	  {
         numPeaches = numPeaches + quantityPurchase;
		 return numPeaches;
	  }
	  int howManyPeaches()
	  {
         return numPeaches;
	  }
	  int addManyGrapes()
	  {
         numGrapes = numGrapes + quantityPurchase;
		 return numGrapes;
	  }
	  int howManyGrapes()
	  {
         return numGrapes;
	  }
	  int addManyMelons()
	  {
         numMelons = numMelons + quantityPurchase;
		 return numMelons;
	  }
	  int howManyMelons()
	  {
         return numMelons;
	  }
	  
	  float add_total_price_apples()
	  {
         totalApples = totalApples + total();
		 return totalApples;
	  }
	  float total_price_apples()
	  {
         return totalApples;
	  }
	  float add_total_price_oranges()
	  {
         totalOranges = totalOranges + total();
		 return totalOranges;
	  }
	  float total_price_oranges()
	  {
         return totalOranges;
	  }
	  float add_total_price_peaches()
	  {
         totalPeaches = totalPeaches + total();
		 return totalPeaches;
	  }
	  float total_price_peaches()
	  {
         return totalPeaches;
	  }
	  float add_total_price_grapes()
	  {
         totalGrapes = totalGrapes + total();
		 return totalGrapes;
	  }
	  float total_price_grapes()
	  {
         return totalGrapes;
	  }
	  float add_total_price_melons()
	  {
         totalMelons = totalMelons + total();
		 return totalMelons;
	  }
	  float total_price_melons()
	  {
         return totalMelons;
	  }
	  float add_grandTotal()
	  {
		  grandTotal=0;
         grandTotal = grandTotal + total_price_apples() + total_price_oranges() +total_price_peaches()
			                     + total_price_grapes() + total_price_melons();
		 return grandTotal;
	  }


};