// Tara Santos
// Assignment: #1 Pirate's Gold Simulation
// Due Date: September 04, 2008


#include <iostream>
#include <cstdlib> // random number generator
#include "cardclass1.h"

CardType :: CardType ()
{
}

void CardType :: Assign (SuitType s, FaceType f)
{
	suit = s;
	face = f;
}

void CardType :: Print ()
{
	switch(face)
	{
		case ACE: cout << "     Ace"; break;
		case TWO: cout << "     Two"; break:
		case THREE: cout << "     Three"; break;
		case FOUR: cout << "     Four"; break;
		case FIVE: cout << "     Five"; break;
		case SIX: cout << "     Six"; break;
		case SEVEN: cout << "     Seven"; break;
		case EIGHT: cout << "     Eight"; break;
		case NINE: cout << "     Nine"; break;
		case TEN: cout << "     Ten"; break;
		case JACK: cout << "     Jack"; break;
		case QUEEN: cout << "     Queen"; break;
		case KING: cout << "     King"; break;
		case ACE: cout << "     Ace"; break;
	}
	
	cout << " of ";

	switch (suit)
	{ 	
		case CLUB: cout << "Clubs"; break;
		case DIAMOND: cout << "Diamonds"; break;
		case HEART: cout << "Hearts"; break;
		case SPADE: cout << "Spades"; break;
	}
}

bool CardType :: GreaterFace(CardType othercard)
{
	if (face > othercard.face)
		return true;
	else
		return false;
}

bool CardType :: EqualFace(CardType othercard)
{
	if (face == othercard.suit)
		return true;
	else
		return false;
}

bool CardType :: GreaterSuit(CardType othercard)
{
	if(suit > othercard.suit)
		return true;
	else
		return false;
}

bool CardType :: EqualSuit(CardType othercard)
{
	if (suit == othercard.suit)
		return true;
	else
		return false;
}

DeckType :: DeckType()
{
	int i = 0;
	SuitType s;
	FaceType f;
	CardType c;
	
	for (s = CLUB; s <= SPADE; s = SuitType(int(s) + 1))
		for (f = TWO; f <= ACE; f = FaceType(int(f) + 1))
		{
			c.Assign(s,f);
			cards[i] = c;
			i++;
		};

	top = 0;
}

void DeckType :: Shuffle ()
{
	int 
		current,
		swapposition;

	CardType tempcard;
	
	for (current = DECKSIZE -1; current > 0; current--)
	{
		swapposition = rand() % DECKSIZE;

		tempcard = cards[current];
		cards[current] = cards[swapposition];
		cards[swapposition] = tempcard; 
	}
}

CardType DeckType :: DrawCard()
{
	CardType tempcard;
	
	tempcard = cards[top];
	top++;

	return tempcard;
}

bool DeckType :: IsEmpty ()
{
	if (top == DECKSIZE)
		return true;
	else
		return false;
}

void DeckType :: Print ()
{
	int i;
	
	for(i = 0; i < DECKSIZE; i++)
	{
		cards[i].Print();
		if (i % 2 == 1)
			cout << "\n";
		else
			cout << "   ";
	}
}