uemacs/globals.c

#include "estruct.h"
#include "edef.h"

/* initialized global definitions */

int fillcol = 72;		/* Current fill column          */
short kbdm[NKBDM];		/* Macro                        */
char *execstr = NULL;		/* pointer to string to execute */
char golabel[NPAT] = "";	/* current line to go to        */
int execlevel = 0;		/* execution IF level           */
int eolexist = TRUE;		/* does clear to EOL exist      */
int revexist = FALSE;		/* does reverse video exist?    */
int flickcode = FALSE;		/* do flicker supression?       */
char *modename[] = {		/* name of modes                */
	"WRAP", "CMODE", "SPELL", "EXACT", "VIEW", "OVER",
	"MAGIC", "CRYPT", "ASAVE", "UTF-8"
};
char *mode2name[] = {		/* name of modes                */
	"Wrap", "Cmode", "Spell", "Exact", "View", "Over",
	"Magic", "Crypt", "Asave", "utf-8"
};
char modecode[] = "WCSEVOMYAU";	/* letters to represent modes   */
int gmode = 0;			/* global editor mode           */
int gflags = GFREAD;		/* global control flag          */
#if	PKCODE & IBMPC
int gfcolor = 8;		/* global forgrnd color (white) */
#else
int gfcolor = 7;		/* global forgrnd color (white) */
#endif
int gbcolor = 0;		/* global backgrnd color (black) */
int gasave = 256;		/* global ASAVE size            */
int gacount = 256;		/* count until next ASAVE       */
int sgarbf = TRUE;		/* TRUE if screen is garbage    */
int mpresf = FALSE;		/* TRUE if message in last line */
int clexec = FALSE;		/* command line execution flag  */
int mstore = FALSE;		/* storing text to macro flag   */
int discmd = TRUE;		/* display command flag         */
int disinp = TRUE;		/* display input characters     */
struct buffer *bstore = NULL;	/* buffer to store macro text to */
int vtrow = 0;			/* Row location of SW cursor */
int vtcol = 0;			/* Column location of SW cursor */
int ttrow = HUGE;		/* Row location of HW cursor */
int ttcol = HUGE;		/* Column location of HW cursor */
int lbound = 0;			/* leftmost column of current line
				   being displayed */
int taboff = 0;			/* tab offset for display       */
int metac = CONTROL | '[';	/* current meta character */
int ctlxc = CONTROL | 'X';	/* current control X prefix char */
int reptc = CONTROL | 'U';	/* current universal repeat char */
int abortc = CONTROL | 'G';	/* current abort command char   */

int quotec = 0x11;		/* quote char during mlreply() */
int tabmask = 0x07;		/* tabulator mask */
char *cname[] = {		/* names of colors              */
	"BLACK", "RED", "GREEN", "YELLOW", "BLUE",
	"MAGENTA", "CYAN", "WHITE"
#if	PKCODE & IBMPC
	    , "HIGH"
#endif
};
struct kill *kbufp = NULL;		/* current kill buffer chunk pointer    */
struct kill *kbufh = NULL;		/* kill buffer header pointer           */
int kused = KBLOCK;		/* # of bytes used in kill buffer       */
struct window *swindow = NULL;	/* saved window pointer                 */
int cryptflag = FALSE;		/* currently encrypting?                */
short *kbdptr;			/* current position in keyboard buf */
short *kbdend = &kbdm[0];	/* ptr to end of the keyboard */
int kbdmode = STOP;		/* current keyboard macro mode  */
int kbdrep = 0;			/* number of repetitions        */
int restflag = FALSE;		/* restricted use?              */
int lastkey = 0;		/* last keystoke                */
int seed = 0;			/* random number seed           */
long envram = 0l;		/* # of bytes current in use by malloc */
int macbug = FALSE;		/* macro debuging flag          */
char errorm[] = "ERROR";	/* error literal                */
char truem[] = "TRUE";		/* true literal                 */
char falsem[] = "FALSE";	/* false litereal               */
int cmdstatus = TRUE;		/* last command status          */
char palstr[49] = "";		/* palette string               */
int saveflag = 0;		/* Flags, saved with the $target var */
char *fline = NULL;		/* dynamic return line */
int flen = 0;			/* current length of fline */
int rval = 0;			/* return value of a subprocess */
#if	CALLED
int eexitflag = FALSE;		/* EMACS exit flag */
int eexitval = 0;		/* and the exit return value */
#endif
#if	PKCODE
int nullflag = FALSE;		/* accept null characters */
int justflag = FALSE;		/* justify, don't fill */
#endif
int overlap = 0;		/* line overlap in forw/back page */
int scrollcount = 1;		/* number of lines to scroll */

/* uninitialized global definitions */

int currow;			/* Cursor row                   */
int curcol;			/* Cursor column                */
int thisflag;			/* Flags, this command          */
int lastflag;			/* Flags, last command          */
int curgoal;			/* Goal for C-P, C-N            */
struct window *curwp;		/* Current window               */
struct buffer *curbp;			/* Current buffer               */
struct window *wheadp;		/* Head of list of windows      */
struct buffer *bheadp;			/* Head of list of buffers      */
struct buffer *blistp;			/* Buffer for C-X C-B           */

char sres[NBUFN];		/* current screen resolution    */
char pat[NPAT];			/* Search pattern               */
char tap[NPAT];			/* Reversed pattern array.      */
char rpat[NPAT];		/* replacement pattern          */

/* The variable matchlen holds the length of the matched
 * string - used by the replace functions.
 * The variable patmatch holds the string that satisfies
 * the search command.
 * The variables matchline and matchoff hold the line and
 * offset position of the *start* of match.
 */
unsigned int matchlen = 0;
unsigned int mlenold = 0;
char *patmatch = NULL;
struct line *matchline = NULL;
int matchoff = 0;

#if	MAGIC
/*
 * The variables magical and rmagical determine if there
 * were actual metacharacters in the search and replace strings -
 * if not, then we don't have to use the slower MAGIC mode
 * search functions.
 */
short int magical = FALSE;
short int rmagical = FALSE;
MC mcpat[NPAT];			/* the magic pattern            */
MC tapcm[NPAT];			/* the reversed magic pattern   */
RMC rmcpat[NPAT];		/* the replacement magic array  */

#endif

/* directive name table:
	This holds the names of all the directives....	*/

char *dname[] = {
	"if", "else", "endif",
	"goto", "return", "endm",
	"while", "endwhile", "break",
	"force"
};

#if	DEBUGM
/*	vars needed for macro debugging output	*/
char outline[NSTRING];		/* global string to hold debug line text */
#endif