#define NS_LSIZE 128
#define NS_NCOND 16
-struct nscstr {
- long fld1; /* first commodity or number */
- long fld2; /* second commodity or number */
- int oper; /* required relationship operator */
+struct nscstr {
+ long fld1; /* first commodity or number */
+ long fld2; /* second commodity or number */
+ int oper; /* required relationship operator */
};
struct nstr_sect {
- coord x, y; /* current x-y */
- coord dx, dy; /* accumlated x,y travel */
- int id; /* return value of sctoff */
- int type; /* type of query */
- int curdist; /* dist query: current range */
- struct range range; /* area of coverage */
- int dist; /* dist query: range */
- coord cx, cy; /* dist query: center x-y */
- int (*read)(); /* read function */
- int ncond; /* # of selection conditions */
- struct nscstr cond[NS_NCOND]; /* selection conditions */
+ coord x, y; /* current x-y */
+ coord dx, dy; /* accumlated x,y travel */
+ int id; /* return value of sctoff */
+ int type; /* type of query */
+ int curdist; /* dist query: current range */
+ struct range range; /* area of coverage */
+ int dist; /* dist query: range */
+ coord cx, cy; /* dist query: center x-y */
+ int (*read) (); /* read function */
+ int ncond; /* # of selection conditions */
+ struct nscstr cond[NS_NCOND]; /* selection conditions */
};
struct nstr_item {
- int cur; /* current item */
- int sel; /* selection type */
- int type; /* item type being selected */
- int curdist; /* if NS_DIST, current item's dist */
- struct range range; /* NS_AREA/NS_DIST: range selector */
- int dist; /* NS_DIST: distance selector */
- coord cx, cy; /* NS_DIST: center x-y, NS_XY: xy */
- int group; /* NS_GROUP: fleet/wing match */
- int size; /* NS_LIST: size of list */
- int index; /* NS_LIST: index */
- int list[NS_LSIZE]; /* NS_LIST: item list */
- int (*read)(); /* read function */
- int flags; /* EFF_ flags */
- int ncond; /* # of selection conditions */
- struct nscstr cond[NS_NCOND]; /* selection conditions */
+ int cur; /* current item */
+ int sel; /* selection type */
+ int type; /* item type being selected */
+ int curdist; /* if NS_DIST, current item's dist */
+ struct range range; /* NS_AREA/NS_DIST: range selector */
+ int dist; /* NS_DIST: distance selector */
+ coord cx, cy; /* NS_DIST: center x-y, NS_XY: xy */
+ int group; /* NS_GROUP: fleet/wing match */
+ int size; /* NS_LIST: size of list */
+ int index; /* NS_LIST: index */
+ int list[NS_LSIZE]; /* NS_LIST: item list */
+ int (*read) (); /* read function */
+ int flags; /* EFF_ flags */
+ int ncond; /* # of selection conditions */
+ struct nscstr cond[NS_NCOND]; /* selection conditions */
};
#define NS_UNDEF 0
*/
#define NSC_VAL (0) /* normal number */
#define NSC_VAR (1<<16) /* is a vtype */
-#define NSC_OFF (2<<16) /* is an offset */
+#define NSC_OFF (2<<16) /* is an offset */
#define NSC_CMASK (3<<16)
/*
#define NSC_USHORT (4<<18) /* pointer to unsigned short */
#define NSC_INT (5<<18) /* pointer to int */
#define NSC_LONG (6<<18) /* pointer to long */
-#define NSC_XCOORD (7<<18) /* pointer to short that needs x conversion */
-#define NSC_YCOORD (8<<18) /* pointer to short that needs y conversion */
-#define NSC_FLOAT (9<<18) /* pointer to float */
-#define NSC_CHARP (10<<18) /* pointer to string pointer */
-#define NSC_TIME (11<<18) /* pointer to time_t */
+#define NSC_XCOORD (7<<18) /* pointer to short that needs x conversion */
+#define NSC_YCOORD (8<<18) /* pointer to short that needs y conversion */
+#define NSC_FLOAT (9<<18) /* pointer to float */
+#define NSC_CHARP (10<<18) /* pointer to string pointer */
+#define NSC_TIME (11<<18) /* pointer to time_t */
#define NSC_TMASK (15<<18)
#define NSC_NATID NSC_UCHAR /* change if natid typedef changes */
#define NSC_ROUND (1<<22)
#define NSC_DEITY (1<<23)
-struct castr {
- long ca_code; /* encoded form */
- s_char *ca_name; /* name used for matches */
- u_short ca_len; /* Used for arrays */
- long ca_edv; /* which commands is this field visible to? */
+struct castr {
+ long ca_code; /* encoded form */
+ s_char *ca_name; /* name used for matches */
+ u_short ca_len; /* Used for arrays */
+ long ca_edv; /* which commands is this field visible to? */
};
/* variables using the above */
-extern struct castr var_ca[];
-extern struct castr sect_ca[];
-extern struct castr ship_ca[];
-extern struct castr plane_ca[];
-extern struct castr land_ca[];
-extern struct castr nuke_ca[];
-extern struct castr news_ca[];
-extern struct castr nat_ca[];
-extern struct castr treaty_ca[];
-extern struct castr trade_ca[];
-extern struct castr loan_ca[];
-extern struct castr genitem_ca[];
-extern struct castr map_ca[];
-extern struct castr bmp_ca[];
-extern struct castr ca[];
-extern struct castr commodity_ca[];
+extern struct castr var_ca[];
+extern struct castr sect_ca[];
+extern struct castr ship_ca[];
+extern struct castr plane_ca[];
+extern struct castr land_ca[];
+extern struct castr nuke_ca[];
+extern struct castr news_ca[];
+extern struct castr nat_ca[];
+extern struct castr treaty_ca[];
+extern struct castr trade_ca[];
+extern struct castr loan_ca[];
+extern struct castr genitem_ca[];
+extern struct castr map_ca[];
+extern struct castr bmp_ca[];
+extern struct castr ca[];
+extern struct castr commodity_ca[];
/* src/lib/subs/nstr.c */
-extern s_char * nstr_comp(struct nscstr * , int * , int , s_char * );
-extern int encode(register s_char * , long * , int );
+extern s_char *nstr_comp(struct nscstr *, int *, int, s_char *);
+extern int encode(register s_char *, long *, int);
-extern s_char *decodep _PROTO((register long code, register void *addr));
+extern s_char *decodep _PROTO((register long code, register void *addr));
#endif /* _NSC_H_ */
projects / empserver / blobdiff