Poker Game Use the functions developed in exercise 7.24 in the book to write a program that deals two five-card poker hands, evaluates each, and determines which is the better hand. Create functions...

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Extracted text: Poker Game Use the functions developed in exercise 7.24 in the book to write a program that deals two five-card poker hands, evaluates each, and determines which is the better hand. Create functions that: a. Determine whether the hand contains a pair. b. Determine whether the hand contains two pairs. c. Determine whether the hand contains three of a kind (e.g., three jacks). d. Determine whether the hand contains four of a kind (e.g., four aces). e. Determine whether the hand contains a flush (i.e., all five cards of the same suit). f. Determine whether the hand contains a straight (i.e., five cards of consecutive face values). I have attached the code at the for exercise 7.24 however I do recommend that you read through the chapter in order to better understand why the algorithm is written up that way.


Extracted text: #include #include 8 9 10 #include #define SUITS 4 11 12 #define FACES 13 13 #define CARDS 52 1 // prototypes 15 void shuffle(unsigned int wDeck [) [FACES]); // shuffling modifies wDeck 16 void deal (unsigned int weck[] [FACES], const char *wFace[], 17 const char *wSuit[]); // dealing doesn't modify the arrays 18 int main(void){ 19 // initialize deck array 20 unsigned int deck [ SUITS] [FACES] = {0}; srand (time (NULL)); // seed random-number generator shuffle(deck); // shuffle the deck // initialize suit array 24 19 77 21 A Implicit conversion loses integer precision: 'time_t' (aka 'long') to 'unsig 23 const char *suit[SUITS] = {"Hearts", "Diamonds", "Cclubs", "Spades"}; 26 // initialize face array const char *face[FACES] 28 {"Ace", "Deuce", "Three", "Four", "Five", "Six", "Seven", "Eight", "Nine", "Ten", "Jack", "Queen", "King"}; 29 deal (deck, face, suit); // deal the deck 27 %3D 30 } 31 32 33 // shuffle cards in deck 34 void shuffle(unsigned int wDeck[][FACES]){ 35 // for each of the cards, choose slot of deck randomly for (size_t card = 1; card <= cards;="" ++card)="" {="" size_t="" row;="" row="" number="" size_t="" column;="" column="" number="" choose="" new="" random="" location="" until="" unoccupied="" slot="" found="" 36="" 37="" 38="" do="" {="" row="rand" ()="" %="" suits;="" column="rand" ()="" %="" faces;="" 40="" 41="" 42="" 43="" }="" while(wdeck[="" row]="" [column]="" !="0);" 44="" place="" card="" number="" in="" chosen="" slot="" of="" deck="" wdeck[row][column]="card;" }="" 45="" aimplicit="" conversion="" loses="" integer="" precision:="" 'size_t'="" (aka="" 'unsigned="" long')="" to="" 'unsig="" 46="" 47="" }="" deal="" cards="" in="" deck="" 48="" 49="" void="" deal="" (unsigned="" int="" wdeck="" []="" [faces],="" const="" char="" *wface[],="" const="" char="" *wsuit[]){="" 50="" deal="" each="" of="" the="" cards="" for="" (size_t="" card="1;" card=""><= cards;="" ++card)="" {="" 51="" 52="" loop="" through="" rows="" of="" wdeck="" for="" (size_t="" row="0;" row="">< suits;="" ++row)="" {="" 53="" 54="" loop="" through="" columns="" of="" wdeck="" for="" current="" row="" 55="" for="" (size_t="" column="0;" column="">< faces; ++column) { 56 // if slot contains current card, display card 57 if (wdeck[row][column] == card) { printf("%5s of %-8s%c", wface[column], wsuit[row],card % 2 == 0 ? '\n': '\t'); // 2-column format faces;="" ++column)="" {="" 56="" if="" slot="" contains="" current="" card,="" display="" card="" 57="" if="" (wdeck[row][column]="=" card)="" {="" printf("%5s="" of="" %-8s%c",="" wface[column],="" wsuit[row],card="" %="" 2="=" 0="" '\n':="" '\t');="" 2-column="">