Add NetBSD slogans for fortune database.

[bsdgames-darwin.git] / monop / monop.h

diff --git a/monop/monop.h b/monop/monop.h
index adb8703d026e3b6ea9b3e596f498d2188b84b9e0..23896e76f68a96b0c7ad21dfeec7730c6dee4430 100644 (file)
--- a/monop/monop.h
+++ b/monop/monop.h
@@ -1,4 +1,4 @@
-/*     $NetBSD: monop.h,v 1.6 1997/10/12 17:45:20 christos Exp $       */
+/*     $NetBSD: monop.h,v 1.10 1999/09/30 18:01:32 jsm Exp $   */

 
 /*
  * Copyright (c) 1980, 1993
 
 /*
  * Copyright (c) 1980, 1993


@@ -35,48 +35,49 @@
  *     @(#)monop.h     8.1 (Berkeley) 5/31/93
  */
 
  *     @(#)monop.h     8.1 (Berkeley) 5/31/93
  */
 

-# include      <stdio.h>
-# include      <stdlib.h>
-# include      <string.h>
+#include <err.h>
+#include <stdio.h>
+#include <stdlib.h>
+#include <string.h>

 
 

-# define       bool    char
+#define        bool    char

 
 

-# define       TRUE    (1)
-# define       FALSE   (0)
+#define        TRUE    (1)
+#define        FALSE   (0)

 
 

-# define       N_MON   8       /* number of monopolies                 */
-# define       N_PROP  22      /* number of normal property squares    */
-# define       N_RR    4       /* number of railroads                  */
-# define       N_UTIL  2       /* number of utilities                  */
-# define       N_SQRS  40      /* number of squares on board           */
-# define       MAX_PL  9       /* maximum number of players            */
-# define       MAX_PRP (N_PROP+N_RR+N_UTIL) /* max # ownable property  */
+#define        N_MON   8       /* number of monopolies                 */
+#define        N_PROP  22      /* number of normal property squares    */
+#define        N_RR    4       /* number of railroads                  */
+#define        N_UTIL  2       /* number of utilities                  */
+#define        N_SQRS  40      /* number of squares on board           */
+#define        MAX_PL  9       /* maximum number of players            */
+#define        MAX_PRP (N_PROP+N_RR+N_UTIL) /* max # ownable property  */

 
                                /* square type numbers                  */
 
                                /* square type numbers                  */

-# define       PRPTY   0       /* normal property                      */
-# define       RR      1       /* railroad                             */
-# define       UTIL    2       /* water works - electric co            */
-# define       SAFE    3       /* safe spot                            */
-# define       CC      4       /* community chest                      */
-# define       CHANCE  5       /* chance (surprise!!!)                 */
-# define       INC_TAX 6       /* Income tax */
-# define       GOTO_J  7       /* Go To Jail! */
-# define       LUX_TAX 8       /* Luxury tax */
-# define       IN_JAIL 9       /* In jail */
-
-# define       JAIL    40      /* JAIL square number                   */
-
-# define       lucky(str)      printf("%s%s\n",str,lucky_mes[roll(1,num_luck)-1])
-# define       printline()     printf("------------------------------\n")
-# define       sqnum(sqp)      (sqp - board)
-# define       swap(A1,A2)     if ((A1) != (A2)) { \
+#define        PRPTY   0       /* normal property                      */
+#define        RR      1       /* railroad                             */
+#define        UTIL    2       /* water works - electric co            */
+#define        SAFE    3       /* safe spot                            */
+#define        CC      4       /* community chest                      */
+#define        CHANCE  5       /* chance (surprise!!!)                 */
+#define        INC_TAX 6       /* Income tax */
+#define        GOTO_J  7       /* Go To Jail! */
+#define        LUX_TAX 8       /* Luxury tax */
+#define        IN_JAIL 9       /* In jail */
+
+#define        JAIL    40      /* JAIL square number                   */
+
+#define        lucky(str)      printf("%s%s\n",str,lucky_mes[roll(1,num_luck)-1])
+#define        printline()     printf("------------------------------\n")
+#define        sqnum(sqp)      (sqp - board)
+#define        swap(A1,A2)     if ((A1) != (A2)) { \

                                        (A1) ^= (A2); \
                                        (A2) ^= (A1); \
                                        (A1) ^= (A2); \
                                }
 
 struct sqr_st {                        /* structure for square                 */
                                        (A1) ^= (A2); \
                                        (A2) ^= (A1); \
                                        (A1) ^= (A2); \
                                }
 
 struct sqr_st {                        /* structure for square                 */

-       char    *name;                  /* place name                   */
+       const char      *name;          /* place name                   */

        short   owner;                  /* owner number                 */
        short   type;                   /* place type                   */
        struct prp_st   *desc;          /* description struct           */
        short   owner;                  /* owner number                 */
        short   type;                   /* place type                   */
        struct prp_st   *desc;          /* description struct           */


@@ -86,13 +87,13 @@ struct sqr_st {                     /* structure for square                 */
 typedef struct sqr_st  SQUARE;
 
 struct mon_st {                        /* monopoly description structure       */
 typedef struct sqr_st  SQUARE;
 
 struct mon_st {                        /* monopoly description structure       */

-       char    *name;                  /* monop. name (color)          */
+       const char      *name;          /* monop. name (color)          */

        short   owner;                  /* owner of monopoly            */
        short   num_in;                 /* # in monopoly                */
        short   num_own;                /* # owned (-1: not poss. monop)*/
        short   h_cost;                 /* price of houses              */
        short   owner;                  /* owner of monopoly            */
        short   num_in;                 /* # in monopoly                */
        short   num_own;                /* # owned (-1: not poss. monop)*/
        short   h_cost;                 /* price of houses              */

-       char    *not_m;                 /* name if not monopoly         */
-       char    *mon_n;                 /* name if a monopoly           */
+       const char      *not_m;         /* name if not monopoly         */
+       const char      *mon_n;         /* name if a monopoly           */

        unsigned char   sqnums[3];      /* Square numbers (used to init)*/
        SQUARE  *sq[3];                 /* list of squares in monop     */
 };
        unsigned char   sqnums[3];      /* Square numbers (used to init)*/
        SQUARE  *sq[3];                 /* list of squares in monop     */
 };


@@ -146,10 +147,10 @@ void do_move __P((void));
 void move __P((int));
 void save __P((void));
 void restore __P((void));
 void move __P((int));
 void save __P((void));
 void restore __P((void));

-int rest_f __P((char *));
+int rest_f __P((const char *));

 
 /* getinp.c */
 
 /* getinp.c */

-int getinp __P((char *, char *[]));
+int getinp __P((const char *, const char *const []));

 
 /* houses.c */
 void buy_houses __P((void));
 
 /* houses.c */
 void buy_houses __P((void));


@@ -163,13 +164,13 @@ int move_jail __P((int, int ));
 void printturn __P((void));
 
 /* misc.c */
 void printturn __P((void));
 
 /* misc.c */

-int getyn __P((char *));
+int getyn __P((const char *));

 void notify __P((void));
 void next_play __P((void));
 void notify __P((void));
 void next_play __P((void));

-int get_int __P((char *));
+int get_int __P((const char *));

 void set_ownlist __P((int));
 void is_monop __P((MON *, int));
 void set_ownlist __P((int));
 void is_monop __P((MON *, int));

-void isnot_monop __P((MON *));
+void is_not_monop __P((MON *));

 void list __P((void));
 void list_all __P((void));
 void quit __P((void));
 void list __P((void));
 void list_all __P((void));
 void quit __P((void));