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/ GEMini Atari / GEMini_Atari_CD-ROM_Walnut_Creek_December_1993.iso / files / program / lynxlib / nobdefs.h < prev next >

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C/C++ Source or Header | 1993-10-23 | 9.7 KB | 324 lines

#ifndef NOBDEFS_H #define NOBDEFS_H /************************************************************************/ /* NOBDEFS.H Common OBJECT definitions and structures. */ /* Copyright 1985 Atari Corp. */ /* Revisions Copyright 1987 Mark Williams Co. */ /* Revised 1990 by Robert Fischer */ /************************************************************************/ /* This source file is part of the LynxLib miscellaneous library by Robert Fischer, and is in part Copyright 1990 by Robert Fischer. It costs no money, and you may not make money off of it, but you may redistribute it. It comes with ABSOLUTELY NO WARRANTY. See the file LYNXLIB.DOC for more details. To contact the author: Robert Fischer \\80 Killdeer Rd \\Hamden, CT 06517 USA (203) 288-9599 fischer-robert@cs.yale.edu */ #ifndef STDDEF_H #include <stddef.h> #endif #define ROOT 0 /* max string length */ #define MAX_LEN 81 /* max depth of search or draw */ #define MAX_DEPTH 8 /* inside patterns */ #define IP_HOLLOW 0 #define IP_1PATT 1 #define IP_2PATT 2 #define IP_3PATT 3 #define IP_4PATT 4 #define IP_5PATT 5 #define IP_6PATT 6 #define IP_SOLID 7 /* gsx modes */ #define MD_REPLACE 1 #define MD_TRANS 2 #define MD_XOR 3 #define MD_ERASE 4 /* bit blt rules */ #define ALL_WHITE 0 #define S_AND_D 1 #define S_AND_NOTD 2 #define S_ONLY 3 #define NOTS_AND_D 4 #define D_ONLY 5 #define S_XOR_D 6 #define S_OR_D 7 #define NOT_SORD 8 #define NOT_SXORD 9 #define D_INVERT 10 #define NOT_D 11 #define S_OR_NOTD 12 #define NOTS_OR_D 13 #define NOT_SANDD 14 #define ALL_BLACK 15 /* font types */ #define IBM 3 #define SMALL 5 /* Graphic types of obs */ #define G_BOX 20 #define G_TEXT 21 #define G_BOXTEXT 22 #define G_IMAGE 23 #define G_USERDEF 24 /* Some sources call this G_PROGDEF */ #define G_IBOX 25 #define G_BUTTON 26 #define G_BOXCHAR 27 #define G_STRING 28 #define G_FTEXT 29 #define G_FBOXTEXT 30 #define G_ICON 31 #define G_TITLE 32 /* Object flags */ #define NONE 0x0 #define SELECTABLE 0x1 #define DEFAULT 0x2 #define EXIT 0x4 #define EDITABLE 0x8 #define RBUTTON 0x10 #define LASTOB 0x20 #define TOUCHEXIT 0x40 #define HIDETREE 0x80 #define INDIRECT 0x100 /* Object states */ #define NORMAL 0x0 #define SELECTED 0x1 #define CROSSED 0x2 #define CHECKED 0x4 #define DISABLED 0x8 #define OUTLINED 0x10 #define SHADOWED 0x20 /* Object colors */ #define WHITE 0 #define BLACK 1 #define RED 2 #define GREEN 3 #define BLUE 4 #define CYAN 5 #define YELLOW 6 #define MAGENTA 7 #define LWHITE 8 #define LBLACK 9 #define LRED 10 #define LGREEN 11 #define LBLUE 12 #define LCYAN 13 #define LYELLOW 14 #define LMAGENTA 15 /* editable text field definitions */ #define EDSTART 0 #define EDINIT 1 #define EDCHAR 2 #define EDEND 3 /* editable text justification */ #define TE_LEFT 0 #define TE_RIGHT 1 #define TE_CNTR 2 /* Structure Definitions */ typedef struct orect { struct orect *o_link; int o_x; int o_y; int o_w; int o_h; } ORECT; typedef struct grect { int g_x; int g_y; int g_w; int g_h; } GRECT; typedef struct { unsigned int in_color : 4; unsigned int fill : 3; unsigned BOOLEAN text_mode : 1; unsigned int text_color : 4; unsigned int bord_color : 4; } COLOR_WORD; typedef struct text_edinfo { unsigned char * te_ptext; /* ptr to text (must be 1st) */ unsigned char * te_ptmplt; /* ptr to template */ unsigned char * te_pvalid; /* ptr to validation chrs. */ int te_font; /* font */ int te_junk1; /* junk word */ int te_just; /* justification- left, right...*/ COLOR_WORD te_color; /* color information word */ int te_junk2; /* junk word */ int te_thickness; /* border thickness */ int te_txtlen; /* length of text string */ int te_tmplen; /* length of template string */ } TEDINFO; typedef struct text_edinfo_mw { unsigned char * te_ptext; /* ptr to text (must be 1st) */ unsigned char * te_ptmplt; /* ptr to template */ unsigned char * te_pvalid; /* ptr to validation chrs. */ int te_font; /* font */ int te_junk1; /* junk word */ int te_just; /* justification- left, right...*/ int te_color; /* color information word */ int te_junk2; /* junk word */ int te_thickness; /* border thickness */ int te_txtlen; /* length of text string */ int te_tmplen; /* length of template string */ } MW_TEDINFO; typedef struct icon_block { int * ib_pmask; int * ib_pdata; char * ib_ptext; int ib_char; int ib_xchar; int ib_ychar; int ib_xicon; int ib_yicon; int ib_wicon; int ib_hicon; int ib_xtext; int ib_ytext; int ib_wtext; int ib_htext; } ICONBLK; typedef struct bit_block { char * bi_pdata; /* ptr to bit forms data */ int bi_wb; /* width of form in bytes */ int bi_hl; /* height in lines */ int bi_x; /* source x in bit form */ int bi_y; /* source y in bit form */ int bi_color; /* fg color of blt */ } BITBLK; typedef struct user_blk { int (*ub_code)(); long ub_parm; } USERBLK; /* Some sources call this APPLBLK */ typedef struct { /* structure good for G_BOXCHAR */ char chr; /* Character in G_BOXCHAR */ BYTE thickness; /* Thickness of border */ COLOR_WORD color; /* Color of object */ } G_BOXCHAR_OBSPEC; typedef union { LONG l; /* Old-style ob_spec */ G_BOXCHAR_OBSPEC boxchar; G_BOXCHAR_OBSPEC box; TEDINFO *ftext; /* G_FTEXT */ char *string; /* G_STRING */ } OB_SPEC_T; typedef struct object { int ob_next; /* -> object's next sibling */ int ob_head; /* -> head of object's children */ int ob_tail; /* -> tail of object's children */ unsigned int ob_type; /* type of object- BOX, CHAR,...*/ unsigned int ob_flags; /* flags */ unsigned int ob_state; /* state- SELECTED, OPEN, ... */ OB_SPEC_T ob_spec; /* The ob_spec */ int ob_x; /* upper left corner of object */ int ob_y; /* upper left corner of object */ int ob_width; /* width of obj */ int ob_height; /* height of obj */ } OBJECT; typedef struct { int ob_next; /* -> object's next sibling */ int ob_head; /* -> head of object's children */ int ob_tail; /* -> tail of object's children */ unsigned int ob_type; /* type of object- BOX, CHAR,...*/ unsigned int ob_flags; /* flags */ unsigned int ob_state; /* state- SELECTED, OPEN, ... */ LONG ob_spec; /* The ob_spec */ int ob_x; /* upper left corner of object */ int ob_y; /* upper left corner of object */ int ob_width; /* width of obj */ int ob_height; /* height of obj */ } MW_OBJECT; typedef struct parm_blk { OBJECT *pb_tree; int pb_obj; int pb_prevstate; int pb_currstate; int pb_x, pb_y, pb_w, pb_h; int pb_xc, pb_yc, pb_wc, pb_hc; long pb_parm; } PARMBLK; /* Macros to test various bits in the ob_state field */ #define SSELECTED(d, o) ((d)[o].ob_state & SELECTED) #define SCROSSED(d, o) ((d)[o].ob_state & CROSSED) #define SCHECKED(d, o) ((d)[o].ob_state & CHECKED) #define SDISABLED(d, o) ((d)[o].ob_state & DISABLED) #define SOUTLINED(d, o) ((d)[o].ob_state & OUTLINED) #define SSHADOWED(d, o) ((d)[o].ob_state & SHADOWED) /* Macros to turn on and off various bits in ob_state and ob_flags */ #define SELECT_FLIP(d, o) ((d)[o].ob_state ^= SELECTED) #define SELECT_ON(d, o) ((d)[o].ob_state |= SELECTED) #define SELECT_OFF(d, o) ((d)[o].ob_state &= ~SELECTED) #define CROSS_FLIP(d, o) ((d)[o].ob_state ^= CROSSED) #define CROSS_ON(d, o) ((d)[o].ob_state |= CROSSED) #define CROSS_OFF(d, o) ((d)[o].ob_state &= ~CROSSED) #define CHECK_FLIP(d, o) ((d)[o].ob_state ^= CHECKED) #define CHECK_ON(d, o) ((d)[o].ob_state |= CHECKED) #define CHECK_OFF(d, o) ((d)[o].ob_state &= ~CHECKED) #define DISABLE_FLIP(d, o) ((d)[o].ob_state ^= DISABLED) #define DISABLE_ON(d, o) ((d)[o].ob_state |= DISABLED) #define DISABLE_OFF(d, o) ((d)[o].ob_state &= ~DISABLED) #define OUTLINE_FLIP(d, o) ((d)[o].ob_state ^= OUTLINED) #define OUTLINE_ON(d, o) ((d)[o].ob_state |= OUTLINED) #define OUTLINE_OFF(d, o) ((d)[o].ob_state &= ~OUTLINED) #define SHADOW_FLIP(d, o) ((d)[o].ob_state ^= SHADOWED) #define SHADOW_ON(d, o) ((d)[o].ob_state |= SHADOWED) #define SHADOW_OFF(d, o) ((d)[o].ob_state &= ~SHADOWED) #define SELECTABLE_ON(d, o) ((d)[o].ob_flags |= SELECTABLE) #define SELECTABLE_OFF(d, o) ((d)[o].ob_flags &= ~SELECTABLE) #define DEFAULT_ON(d, o) ((d)[o].ob_flags |= DEFAULT) #define DEFAULT_OFF(d, o) ((d)[o].ob_flags &= ~DEFAULT) #define EXIT_ON(d, o) ((d)[o].ob_flags |= EXIT) #define EXIT_OFF(d, o) ((d)[o].ob_flags &= ~EXIT) #define EDITABLE_ON(d, o) ((d)[o].ob_flags |= EDITABLE) #define EDITABLE_OFF(d, o) ((d)[o].ob_flags &= ~EDITABLE) #define RBUTTON_ON(d, o) ((d)[o].ob_flags |= RBUTTON) #define RBUTTON_OFF(d, o) ((d)[o].ob_flags &= ~RBUTTON) #define LASTOB_ON(d, o) ((d)[o].ob_flags |= LASTOB) #define LASTOB_OFF(d, o) ((d)[o].ob_flags &= ~LASTOB) #define TOUCHEXIT_ON(d, o) ((d)[o].ob_flags |= TOUCHEXIT) #define TOUCHEXIT_OFF(d, o) ((d)[o].ob_flags &= ~TOUCHEXIT) #define HIDETREE_ON(d, o) ((d)[o].ob_flags |= HIDETREE) #define HIDETREE_OFF(d, o) ((d)[o].ob_flags &= ~HIDETREE) #define INDIRECT_ON(d, o) ((d)[o].ob_flags |= INDIRECT) #define INDIRECT_OFF(d, o) ((d)[o].ob_flags &= ~INDIRECT) /* Macros to acces various fields of ob_spec */ #define TE_PTEXT(d, o) ((d)[o].ob_spec.ftext->te_ptext) #define TE_PTMPLT(d, o) ((d)[o].ob_spec.ftext->te_ptmplt) #define TE_PVALID(d, o) ((d)[o].ob_spec.ftext->te_pvalid) #define TE_COLOR(d, o) ((d)[o].ob_spec.ftext->te_color) #define GSTRING(d, o) ((d)[o].ob_spec.string) #endif