// Slot_Machine.cpp : Defines the entry point for the console application.
//

#include "stdafx.h"
#include "stdlib.h"
#include "time.h"

void Show_Menu(void);
int Pull_Lever(void);


    int balance = 100;
	int bet = 10;
	enum Roller_Faces {Blank, Cassandra, Chris, Tobit, Tyler, Samah, Ari};




int _tmain(int argc, _TCHAR* argv[])
{

	enum Roller_Faces Rolls;
	int option;
	int dollars_added;
	int winnings;

	srand(time(NULL));
	do {
		Show_Menu();
		option = 10;
		do {
			printf("\n\nEnter Option: ");
			scanf("%d", &option);
		} while (option < 1 || option > 4);


		switch(option) {	
			case 1 :  
			    bet = -1;
		        do {
			        printf("\n\nEnter Bet Amount (in dollars): ");
			        scanf("%d", &bet);
				    if (bet <= 0)
					    printf("\a\a\a Bet is too low.  Try Again\n\n");
				    if (bet > balance)
					    printf("\a\a\a Bet is larger than your balance.  Try Again\n\n");
		        } while (bet <= 0 || bet > balance);
				break;
			case 2 :  dollars_added = 0;
		              do {
			              printf("\n\nEnter Money to be added (in dollars): ");
			              scanf("%d", &dollars_added);
				          if (dollars_added < 0)
					          printf("\a\a\a Invalid Amount.  Try Again\n\n");
		              } while (dollars_added < 0);
					  balance += dollars_added;
				      break;
			case 3 :  winnings = Pull_Lever();
				      balance += winnings - bet;
				      break;
			case 4: 
			default : return 0;
		}
	} while(option < 4);
	return 0;
}


	void Show_Menu(void)
	{
	int blank_lines;

    for (blank_lines = 1; blank_lines < 40; blank_lines++)
		printf("\n");

	printf("Option      Action\n");
	printf("------      ------\n");
	printf("   1        Change Bet Amount:       Current Bet:     %d\n", bet);
	printf("   2        Add Money to your Bank.  Current Balance: %d\n", balance);
    printf("   3        Pull Lever\n");
    printf("   4        Walk away with your winnings ... or losings!\n\n\n");
	return;
	}

	int Pull_Lever(void)
	{
	int winfactor;
	int display_counter;
	int i, posn, r, r1, r2, r3;

	for(display_counter=1; display_counter<=12; display_counter++)
	{
	   for(posn = 1; posn<=3; posn++)
	   {
		   r = rand() % 7;
		   if(posn == 1) r1 = r;
		   if(posn == 2) r2 = r;
		   if(posn == 3) r3 = r;

		   switch(r){
			   case Blank     : printf("            "); break;
			   case Cassandra : printf("Cassandra   "); break;
			   case Chris     : printf("Chris       "); break;
			   case Tobit     : printf("Tobit       "); break;
			   case Tyler     : printf("Tyler       "); break;
			   case Samah     : printf("Samah       "); break;
			   case Ari       : printf("Ari         "); break;
			   default : break;
		   }
	   }
    printf("\a\n");
	for(i = 1; i<200000000; i++);
	}

    winfactor = 0;
    if( (r1 == Cassandra) && (r2 == Cassandra) && (r3 == Cassandra))
		winfactor = 10;
    if((r1 == Chris) && (r2 == Chris) && (r3 == Chris))
		winfactor = 9;
    if((r1 == Tobit) && (r2 == Tobit) && (r3 == Tobit))
		winfactor = 8;
    if((r1 == Tyler) && (r2 == Tyler) && (r3 == Tyler))
		winfactor = 7;
    if((r1 == Samah) && (r2 == Samah) && (r3 == Samah))
		winfactor = 6;
    if((r1 == Ari) &&   (r2 == Ari) && (r3 == Ari))
		winfactor = 5;
    if( (r1 == Cassandra) || (r2 == Cassandra) || (r3 == Cassandra))
        winfactor = 4;
    if( (r1 == Tyler) || (r2 == Tyler) || (r3 == Tyler))
        winfactor = 3;
    if( (r1 == Samah) || (r2 == Samah))
        winfactor = 2;



    printf("You WON %d times your bet!\n\n", winfactor);
	for(i = 1; i<400000000; i++);

	return(bet * winfactor);
	}