Using the program segment below, write a program that simulates a deck of cards. This program should:

1. Model a deck of 52 cards,

2. Shuffle them using the random_shuffle() function.

3. Draw a random hand of 5 cards.

4. Sort the hand by suit,

5. Print this hand using C++ style I/O, each card on its own line.

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Sample Output

If the program is invoked as follows:

./cards

A random sample output should appear as follows:

5 of

10 of

4 of

8 of

Ace of

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// randomDeck.c // #include #include #include #include #include #include "stdlib.h" #include "string.h" using namespace std;

enum Suit { SPADES=0, HEARTS=1, DIAMONDS=2, CLUBS=3 };

typedef struct Card { Suit suit; int value; } Card;

string get_suit_code(Card& c); string get_card_name(Card& c); bool suit_order(const Card& lhs, const Card& rhs); int myrandom (int i) { return std::rand()%i;}

int main(int argc, char const *argv[]) { srand(unsigned (time(0)));

//array for card deck // Card deck[52];

//make deck int CounterIndex = 51; for (int i = 0; i < SuitNum; i++){ // suit for (int j = 0 ; j < FacesNum; j++){ //faces deck[CounterIndex].suit = static_cast(i); deck[CounterIndex].value = j+2; CounterIndex--; //card = face[j] + " of " + suits[i]; //declare card

//Cards.push_back(card); // add card to vector //CardNum++;// raise card number for every card added to deck } } // hand // random_shuffle(&deck[0], &deck[52], myrandom); int arr[5] = {1,2,3,4,5}; // hand instead of deck for sort. pass card_order instead of myrandom

return 0; }

/*This function will be passed to the sort funtion. Hints on how to implement* this is in the specifications document.*/

bool suit_order(const Card& lhs, const Card& rhs) { // IMPLEMENT} string get_suit_code(Card& c) { switch (c.suit) { case SPADES: return "\u2660"; case HEARTS: return "\u2661"; case DIAMONDS: return "\u2662"; case CLUBS: return "\u2663"; default: return ""; } }

string get_card_name(Card& c) { // IMPLEMENT }