Evaluation of inferior code-21 points in Appendix B of C language (version 2nd)

typedefstruct {   int cards[52];   int num_cards;}POKER ; 

 

. In both cases, the scores are described with low and high. The final valid score is described in score.

 

typedefstruct {   int score;   int low  ;   int high ;}GAMER ;

 

Void game_21 (void) {POKER poker; GAMER player = {0, 0, 0}, dealer = {0, 0, 0}; // game process}

 

init_poker( &poker );void init_poker( POKER * );void init_poker( POKER *p_pkr ){   int i ;   p_pkr->num_cards =   sizeof p_pkr->cards                       / sizeof p_pkr->cards[0] ;//52                        for ( i = 0 ; i < p_pkr->num_cards ; i ++ ){      p_pkr->cards[i] = i % 13 + 1;    }}

 

 

#define N 1typedefstruct {   int cards[52*N];   int num_cards;}POKER ; 

 

#include <time.h>srand( ( unsigned )time(NULL) );   

 

 

Puts ("banker:"); getcard (& dealer, dealcard (& poker); int dealcard (POKER *); void disp (int); void getcard (GAMER *, int); int dealcard (POKER * p_pkr) {int num = rand () % p_pkr-> num_cards; int card = p_pkr-> cards [num]; p_pkr-> cards [num] = p_pkr-> cards [-- p_pkr-> num_cards]; return card;} void getcard (GAMER * p_plr, int card) {disp (card ); switch (card) {case 1: p_plr-> low + = 1; p _ Plr-> high + = 11; break; default: p_plr-> low + = card; p_plr-> high + = card; break; case 11: case 12: case 13: p_plr-> low + = 10; p_plr-> high + = 10; break;} p_plr-> score = p_plr-> high> 21? P_plr-> low: p_plr-> high; printf ("total score: % d \ n", p_plr-> score);} void disp (int card) {switch (card) {case 1: puts ("Ace"); return; default: printf ("% d \ n", card); return; case 11: puts ("Jack "); return; case 12: puts ("Queen"); return; case 13: puts ("King"); return ;}}

 

Puts ("your card:"); getcard (& player, dealcard (& poker); do {getcard (& player, dealcard (& poker ));} while (again ("continue to cards (Y/N )? ") = YES );

 

 

YESNO again (char *); YESNO again (char * p_message) {int c; puts (p_message); c = getchar (); while (getchar ()! = '\ N') {// read a row} if (c = 'y' | c = 'y') {return YES;} return NO ;}

 

 

Puts ("the dealer continues to take the card:"); do {getcard (& dealer, dealcard (& pkr) ;}while (dealer. score <17 );

 

 

   declare_winner( dealer , player );

 

 

Void declare_winner (GAMER, GAMER); void declare_winner (GAMER dealer, GAMER player) {if (dealer. score = 21) {puts ("You lost. "); Return;} if (dealer. score> 21) {if (player. score> 21) {puts (" draw. "); Return ;}} if (dealer. score <21) {if (player. score> 21) {puts (" You lost. "); Return;} if (dealer. score> = player. score) {puts (" You lost. "); Return ;}} puts (" You win! \ A "); return ;}

 

 

/* Game: rebuilding the program at in Appendix B of C language book for everyone */# include <stdio. h> # include <stdlib. h> # include <time. h> typedef enum {NO, YES,} YESNO; typedef struct {int cards [52]; int num_cards;} POKER; typedef struct {int score; int low; int high ;} GAMER; YESNO again (char *); void game_21 (void); void init_poker (POKER *); int dealcard (POKER *); void disp (int ); void getcard (GAMER *, int); void declare_winner (GA MER, GAMER); int main (void) {do {system ("CLS"); game_21 (); // round game} while (again ("continue game (Y/N )? ") = YES); system (" PAUSE "); return 0;} int dealcard (POKER * p_pkr) {int num = rand () % p_pkr-> num_cards; int card = p_pkr-> cards [num]; p_pkr-> cards [num] = p_pkr-> cards [-- p_pkr-> num_cards]; return card ;} /* announce victory */void declare_winner (GAMER dealer, GAMER player) {if (dealer. score = 21) {puts ("You lost. "); Return;} if (dealer. score> 21) {if (player. score> 21) {puts (" draw. "); Return ;}} if (dealer. score <21) {if (player. score> 21) {puts (" You lost. "); Return;} if (dealer. score> = player. score) {puts (" You lost. "); Return ;}} puts (" You win! \ A "); return;}/* calculate the * p_plr score */void getcard (GAMER * p_plr, int card) {disp (card); switch (card) {case 1: p_plr-> low + = 1; p_plr-> high + = 11; break; default: p_plr-> low + = card; p_plr-> high + = card; break; case 11: case 12: case 13: p_plr-> low + = 10; p_plr-> high + = 10; break ;} p_plr-> score = p_plr-> high> 21? P_plr-> low: p_plr-> high; printf ("total score: % d \ n", p_plr-> score );} /* display card faces */void disp (int card) {switch (card) {case 1: puts ("Ace"); return; default: printf ("% d \ n", card); return; case 11: puts ("Jack"); return; case 12: puts ("Queen"); return; case 13: puts ("King"); return ;}/ * initialize * p_pkr */void init_poker (POKER * p_pkr) {int I; p_pkr-> num_cards = sizeof p_pkr-> cards/sizeof p_pkr-> cards [0]; // 52 For (I = 0; I <p_pkr-> num_cards; I ++) {p_pkr-> cards [I] = I % 13 + 1 ;}} void game_21 (void) {POKER poker; GAMER player = {0, 0, 0}, dealer = {0, 0, 0}; init_poker (& poker); srand (unsigned) time (NULL); puts ("banker:"); // Banker takes the first getcard (& dealer, dealcard (& poker )); puts ("\ n your card:"); // player draws getcard (& player, dealcard (& poker); do {getcard (& player, dealcard (& poker ));} While (again ("continue to sign (Y/N )? ") = YES); puts (" \ n the dealer continues to take the card: "); // The dealer continues to draw the card do {getcard (& dealer, dealcard (& poker ));} while (dealer. score <17); declare_winner (dealer, player);} YESNO again (char * p_message) {int c; puts (p_message); c = getchar (); while (getchar ()! = '\ N') {// read a row} if (c = 'y' | c = 'y') {return YES;} return NO;

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