#include <iostream>
#include <stdlib.h>
#include <time.h>
using namespace std;
#define COLOR_NUM 4
#define TYPE_NUM 13
#define DECKSIZE 52
#define HANDSIZE 26
typedef enum // enum for colors of cards
{
	DIAMONDS,
	HEARTS,
	SPADES,
	CLUBS
}card_color_t;
const card_color_t CARDCOLORS[COLOR_NUM] =
{
	DIAMONDS,
	HEARTS,
	SPADES,
	CLUBS
};
typedef enum // enum for types of cards
{
	TWO,
	THREE,
	FOUR,
	FIVE,
	SIX,
	SEVEN,
	EIGHT,
	NINE,
	TEN,
	JACK,
	QUEEN,
	KING,
	ACE
}card_type_t;
const card_type_t CARDTYPES[TYPE_NUM] =
{
	TWO,
	THREE,
	FOUR,
	FIVE,
	SIX,
	SEVEN,
	EIGHT,
	NINE,
	TEN,
	JACK,
	QUEEN,
	KING,
	ACE
};
typedef struct //structure binding both colors and types together
{
	card_type_t type;
	card_color_t color;
}card_t;
card_t deck[DECKSIZE];
string cardtypenames[13] = {
	"TWO",
	"THREE",
	"FOUR",
	"FIVE",
	"SIX",
	"SEVEN",
	"EIGHT",
	"NINE",
	"TEN",
	"JACK",
	"QUEEN",
	"KING",
	"ACE"
};
string cardcolornames[4] =
{
	"DIAMONDS",
	"HEARTS",
	"SPADES",
	"CLUBS"
};
string getcardtypename(card_t card)
{
	return cardtypenames[card.type]; //it enables to print out the type instead of the numerical value representing each type.
}
string getcardcolorname(card_t card)
{
	return cardcolornames[card.color]; //it enables to print out the color instead of the numerical value representing each color.
}
int main()
{
	srand(time(NULL));
	int c, t, i;
	for (t = 0, i = 0; t < TYPE_NUM; t++) // building the deck
	{
		for (c = 0; c < COLOR_NUM; c++, i++)
		{
			deck[i].color = CARDCOLORS[c];
			deck[i].type = CARDTYPES[t];
		}
	}
	int randomcard;
	for (i = 0; i < DECKSIZE; i++) //shuffling the deck
	{
		randomcard = rand() % DECKSIZE;
		swap(deck[i], deck[randomcard]);
	}

	return 0;
}