#include

#include

#include

#define SUITS $4$

#define FACES $13$

#define CARDS $52$

#define HAND$\_$SIZE $5$

#define HANDS$\_$IN$\_$DECK $10$

#define NUMBER$\_$OF$\_$HANDS$\_$PLAYED $10000000//$Currently set to $10$ million

#define NUMB$\_$HANDS$\_$STR $"10$ million" $//$Currently set to $10$ million

#define TRUE $1$

#define FALSE $0$

$//$ prototypes of functions supplied

void deal$($const unsigned int wDeck$[],$ const char$*$ wFace$[],//$display all cards in deck

const char$*$ wSuit$[])$;

void dealNextHand$($unsigned int wDeck$[],$ unsigned int hand$[])$; $//$deal out next hand from the deck

int isFourOfAKind$($const unsigned int hand$[])$; $//$ return true if hand contains four of a kind and false otherwise

$//$ prototypes of functions you must implement

void swap$($unsigned int$*$ const, unsigned int$*$ const$)$; $//$swap the two cards pointed to by the $2$ pointers

void shuffle$($unsigned int wDeck$[])$; $//$shuffle deck

int isPair$($const unsigned int hand$[])$; $//$ return true if hand contains a pair and false otherwise

int isTwoPair$($const unsigned int hand$[])$; $//$ return true if hand contains a two pair and false otherwise

int isThreeOfAKind$($const unsigned int hand$[])$; $//$ return true if hand contains three of a kind and false otherwise

int isStraight$($const unsigned int hand$[])$; $//$ return true if hand is a straight and false otherwise

int isFlush$($const unsigned int hand$[])$; $//$ return true if hand is a flush and false otherwise

int isFullHouse$($const unsigned int hand$[])$; $//$ return true if hand is a full house and false otherwise

int isRoyalFlush$($const unsigned int hand$[])$; $//$ return true if hand is a royal flush and false otherwise

int main$($void$)$

$\{$

$//$ define and initialize deck array

unsigned int deck$[$CARDS$]$;

$//$ initialize deck with values $0$ to CARDS$-1$

$//$ value $/13$ caluclates suit # $\{$ "Hearts", "Diamonds", "Clubs", "Spades" $\}$;

$//$ value $\%13$ calculates face card $\{$Ace$,2,3,...10,$ Jack, Queen, King$\}$

for $($size$\_$t card $=0$; card $<$ CARDS; $++$card$)$

$\{$

deck$[$card$]=$ card;

$\}$

srand$(($unsigned int$)$time$($NULL$))$; $//$ seed random$-$number generator

$//$ initialize suit array

const char$*$ suit$[$SUITS$]=$

$\{$ "Hearts", "Diamonds", "Clubs", "Spades" $\}$;

$//$ initialize face array

const char$*$ face$[$FACES$]=$

$\{$ "Ace", "Deuce", "Three", "Four",

"Five", "Six", "Seven", "Eight",

"Nine", "Ten", "Jack", "Queen", "King" $\}$;

shuffle$($deck$)$; $//$ uncomment after completing the implementation

$//$ of the swap$()$ and shuffle$()$ functions

deal$($deck$,$ face, suit$)$; $//$ display the deck unshuffled

unsigned int hand$[$HAND$\_$SIZE$]$; $//$ will contain the cards in the hand.

$//$Define and initialize variables used to count each type of hand

unsigned int pairCount $=0$;

unsigned int twoPairCount $=0$;

unsigned int threeOfAKindCount $=0$;

unsigned int straightCount $=0$;

unsigned int flushCount $=0$;

unsigned int fullHouseCount $=0$;

unsigned int fourOfAKindCount $=0$;

unsigned int straightFlushCount $=0$;

unsigned int royalFlushCount $=0$;$//$NOTE: This count includes both straight flushes and royal flushes.

$//$ Shuffle the deck for the first time

$//$ After this, we shuffle deck every time we do not have enough undealth cards

$//$ for a complete hand which will be every $10$ deals assuming five card hands

shuffle$($deck$)$;

$//$ Deal out NUMBER$\_$OF$\_$HANDS$\_$PLAYED hands

for $($size$\_$t hands $=1$; hands $<$ NUMBER$\_$OF$\_$HANDS$\_$PLAYED; $++$hands$)$

$\{$

dealNextHand$($deck$,$ hand$)$; $//$ Deal out next $5$ cards from the deck into the array hand

$//$ Does hand have a pair?

if $($isPair$($hand$))$

$\{$

$++$pairCount; $//$ Yes, increment pair count

$\}$

$//$ Does hand have two pair?

if $($isTwoPair$($hand$))$

$\{$

$++$twoPairCount;

$\}$

$//$ Does hand have three of a kind?

if $($isThreeOfAKind$($hand$))$

$\{$

$++$threeOfAKindCount;

$\}$

$//$ Does hand have a straight?

if $($isStraight$($hand$))$

$\{$

if $($isFlush$)$

$\{$

$++$straightFlushCount; $//$ both straight and flush

$\}$

else

$\{$

$++$straightCount; $//$ nope, just a straight

$\}$

$\}$

$//$ Does hand have a flush?

if $($isFlush$($hand$))//$not a straight, how about a flush?

$\{$

$++$flushCount;

$\}$

$//$ Does hand have a full house?

if $($isFullHouse$($hand$))$

$\{$

$++$fullHouseCount;

$\}$

$//$ Does hand have four of a kind?

if $($isFourOfAKind$($hand$))$

$\{$

$++$fourOfAKindCount;

$\}$

$\}$

int isFullHouse$($const unsigned int hand$[])$

$\{$

$\}$

int isRoyalFlush$($const unsigned int hand$[])$

$\{$

$\}$

int isStright$($const unsigned int hand$[])$

$\{$

$\}$

$//$NOTE write code for just last $3$ functions also change if statement in main so straight do not count if a card is royal flush. $++$royal flush in main's if statement.