allbery@ncoast.UUCP (06/15/87)
:
#!/bin/sh
# shar+ created from directory /usr2/davidsen/emacs38i
# 13:42 on Thu Jun 11, 1987 by davidsen
echo 'x - diffs (text)'
sed << 'E!O!F' 's/^X//' > diffs
Xchanges to MicroEMACS v3.8i
X
XSorry I couldn't do a context diff on the system with the source. These
Xconsist of the name of the module, the reason for the change, given as
Xcomments, and the actual diffs. These represent some changes I found
Xuseful. With the exception of the change to the 'word' logic, these will
Xdo nothing but eliminate compiler warnings.
X----------------------------------------------------------------
Xestruct.h
X# This change is to keep the VAX C compiler from complaining about
X# undefining 'abs'. It complains on every compile, and on the link
X# once per module. Enough!
X269a270
X> #ifdef abs
X270a272
X> #endif
X
Xtermio.c
X# this avoids a message from the BSD compiler about "statement
X# not reached"
X462c462
X< #endif
X---
X> #else
X463a464
X> #endif
Xword.c
X# This causes emacs to treat words the way vi does. Delete word now has
X# the following logic:
X# - if the cursor is in a word, delete the word and all following
X# whitespace
X# - if the cursor is not in a word delete characters up to the next word
X#
X# This matters for expressions like "abc/(def+ghi)", where the original
X# logic would delete from 'a' in 'abc' to 'd' in 'def', dropping the
X# operators on the way. With this change the word deleted is 'abc' only,
Xprobably what is intended.
X255,258c255,267
X< while (inword() != FALSE) {
X< if (forwchar(FALSE,1) == FALSE)
X< return(FALSE);
X< ++size;
X---
X> if (inword()) {
X> while (inword() != FALSE) {
X> if (forwchar(FALSE,1) == FALSE)
X> return(FALSE);
X> ++size;
X> }
X>
X> while ((iswhite()) &&
X> (curwp->w_doto != llength(curwp->w_dotp))) {
X> if (forwchar(FALSE, 1) == FALSE)
X> return (FALSE);
X> ++size;
X> }
X260,266c269,276
X<
X< while ((inword() == FALSE) &&
X< (curwp->w_doto != llength(curwp->w_dotp))) {
X< if (forwchar(FALSE, 1) == FALSE)
X< return (FALSE);
X< ++size;
X< }
X---
X> else {
X> while ((inword() == FALSE) &&
X> (curwp->w_doto != llength(curwp->w_dotp))) {
X> if (forwchar(FALSE,1) == FALSE)
X> return(FALSE);
X> ++size;
X> }
X> }
X340a351,366
X> return (FALSE);
X> }
X>
X> /*
X> * return TRUE if the current character is whitespace,
X> * else return FALSE.
X> */
X>
X> iswhite()
X> {
X> register int c;
X>
X> if (curwp->w_doto == llength(curwp->w_dotp))
X> return (FALSE);
X> c = lgetc(curwp->w_dotp, curwp->w_doto);
X> if (c == ' ' || c == '\t') return (TRUE);
E!O!F
newsize=`wc -c < diffs`
if [ $newsize -ne 2630 ]
then echo "File diffs was $newsize bytes, 2630 expected"
fi
echo 'x - display.c (text)'
sed << 'E!O!F' 's/^X//' > display.c
X/*
X * The functions in this file handle redisplay. There are two halves, the
X * ones that update the virtual display screen, and the ones that make the
X * physical display screen the same as the virtual display screen. These
X * functions use hints that are left in the windows by the commands.
X *
X */
X
X#include <stdio.h>
X#include "estruct.h"
X#include "edef.h"
X
Xtypedef struct VIDEO {
X int v_flag; /* Flags */
X#if COLOR
X int v_fcolor; /* current forground color */
X int v_bcolor; /* current background color */
X int v_rfcolor; /* requested forground color */
X int v_rbcolor; /* requested background color */
X#endif
X char v_text[1]; /* Screen data. */
X} VIDEO;
X
X#define VFCHG 0x0001 /* Changed flag */
X#define VFEXT 0x0002 /* extended (beyond column 80) */
X#define VFREV 0x0004 /* reverse video status */
X#define VFREQ 0x0008 /* reverse video request */
X#define VFCOL 0x0010 /* color change requested */
X
XVIDEO **vscreen; /* Virtual screen. */
X#if MEMMAP == 0
XVIDEO **pscreen; /* Physical screen. */
X#endif
X
X/*
X * Initialize the data structures used by the display code. The edge vectors
X * used to access the screens are set up. The operating system's terminal I/O
X * channel is set up. All the other things get initialized at compile time.
X * The original window has "WFCHG" set, so that it will get completely
X * redrawn on the first call to "update".
X */
Xvtinit()
X{
X register int i;
X register VIDEO *vp;
X char *malloc();
X
X TTopen(); /* open the screen */
X TTkopen(); /* open the keyboard */
X TTrev(FALSE);
X vscreen = (VIDEO **) malloc(term.t_mrow*sizeof(VIDEO *));
X
X if (vscreen == NULL)
X exit(1);
X
X#if MEMMAP == 0
X pscreen = (VIDEO **) malloc(term.t_mrow*sizeof(VIDEO *));
X
X if (pscreen == NULL)
X exit(1);
X#endif
X
X for (i = 0; i < term.t_mrow; ++i)
X {
X vp = (VIDEO *) malloc(sizeof(VIDEO)+term.t_mcol);
X
X if (vp == NULL)
X exit(1);
X
X vp->v_flag = 0;
X#if COLOR
X vp->v_rfcolor = 7;
X vp->v_rbcolor = 0;
X#endif
X vscreen[i] = vp;
X#if MEMMAP == 0
X vp = (VIDEO *) malloc(sizeof(VIDEO)+term.t_mcol);
X
X if (vp == NULL)
X exit(1);
X
X vp->v_flag = 0;
X pscreen[i] = vp;
X#endif
X }
X}
X
X/*
X * Clean up the virtual terminal system, in anticipation for a return to the
X * operating system. Move down to the last line and clear it out (the next
X * system prompt will be written in the line). Shut down the channel to the
X * terminal.
X */
Xvttidy()
X{
X mlerase();
X movecursor(term.t_nrow, 0);
X TTflush();
X TTclose();
X TTkclose();
X}
X
X/*
X * Set the virtual cursor to the specified row and column on the virtual
X * screen. There is no checking for nonsense values; this might be a good
X * idea during the early stages.
X */
Xvtmove(row, col)
X{
X vtrow = row;
X vtcol = col;
X}
X
X/* Write a character to the virtual screen. The virtual row and
X column are updated. If we are not yet on left edge, don't print
X it yet. If the line is too long put a "$" in the last column.
X This routine only puts printing characters into the virtual
X terminal buffers. Only column overflow is checked.
X*/
X
Xvtputc(c)
X
Xint c;
X
X{
X register VIDEO *vp; /* ptr to line being updated */
X
X vp = vscreen[vtrow];
X
X if (c == '\t') {
X do {
X vtputc(' ');
X } while (((vtcol + taboff)&0x07) != 0);
X } else if (vtcol >= term.t_ncol) {
X ++vtcol;
X vp->v_text[term.t_ncol - 1] = '$';
X } else if (c < 0x20 || c == 0x7F) {
X vtputc('^');
X vtputc(c ^ 0x40);
X } else {
X if (vtcol >= 0)
X vp->v_text[vtcol] = c;
X ++vtcol;
X }
X}
X
X/*
X * Erase from the end of the software cursor to the end of the line on which
X * the software cursor is located.
X */
Xvteeol()
X{
X register VIDEO *vp;
X
X vp = vscreen[vtrow];
X while (vtcol < term.t_ncol)
X vp->v_text[vtcol++] = ' ';
X}
X
X/* upscreen: user routine to force a screen update
X always finishes complete update */
X
Xupscreen(f, n)
X
X{
X update(TRUE);
X return(TRUE);
X}
X
X/*
X * Make sure that the display is right. This is a three part process. First,
X * scan through all of the windows looking for dirty ones. Check the framing,
X * and refresh the screen. Second, make sure that "currow" and "curcol" are
X * correct for the current window. Third, make the virtual and physical
X * screens the same.
X */
Xupdate(force)
X
Xint force; /* force update past type ahead? */
X
X{
X register WINDOW *wp;
X
X#if TYPEAH
X if (force == FALSE && typahead())
X return(TRUE);
X#endif
X#if VISMAC == 0
X if (force == FALSE && kbdmode == PLAY)
X return(TRUE);
X#endif
X
X /* update any windows that need refreshing */
X wp = wheadp;
X while (wp != NULL) {
X if (wp->w_flag) {
X /* if the window has changed, service it */
X reframe(wp); /* check the framing */
X if ((wp->w_flag & ~WFMODE) == WFEDIT)
X updone(wp); /* update EDITed line */
X else if (wp->w_flag & ~WFMOVE)
X updall(wp); /* update all lines */
X if (wp->w_flag & WFMODE)
X modeline(wp); /* update modeline */
X wp->w_flag = 0;
X wp->w_force = 0;
X }
X /* on to the next window */
X wp = wp->w_wndp;
X }
X
X /* recalc the current hardware cursor location */
X updpos();
X
X#if MEMMAP
X /* update the cursor and flush the buffers */
X movecursor(currow, curcol - lbound);
X#endif
X
X /* check for lines to de-extend */
X upddex();
X
X /* if screen is garbage, re-plot it */
X if (sgarbf != FALSE)
X updgar();
X
X /* update the virtual screen to the physical screen */
X updupd(force);
X
X /* update the cursor and flush the buffers */
X movecursor(currow, curcol - lbound);
X TTflush();
X return(TRUE);
X}
X
X/* reframe: check to see if the cursor is on in the window
X and re-frame it if needed or wanted */
X
Xreframe(wp)
X
XWINDOW *wp;
X
X{
X register LINE *lp;
X register int i;
X
X /* if not a requested reframe, check for a needed one */
X if ((wp->w_flag & WFFORCE) == 0) {
X lp = wp->w_linep;
X for (i = 0; i < wp->w_ntrows; i++) {
X
X /* if the line is in the window, no reframe */
X if (lp == wp->w_dotp)
X return(TRUE);
X
X /* if we are at the end of the file, reframe */
X if (lp == wp->w_bufp->b_linep)
X break;
X
X /* on to the next line */
X lp = lforw(lp);
X }
X }
X
X /* reaching here, we need a window refresh */
X i = wp->w_force;
X
X /* how far back to reframe? */
X if (i > 0) { /* only one screen worth of lines max */
X if (--i >= wp->w_ntrows)
X i = wp->w_ntrows - 1;
X } else if (i < 0) { /* negative update???? */
X i += wp->w_ntrows;
X if (i < 0)
X i = 0;
X } else
X i = wp->w_ntrows / 2;
X
X /* backup to new line at top of window */
X lp = wp->w_dotp;
X while (i != 0 && lback(lp) != wp->w_bufp->b_linep) {
X --i;
X lp = lback(lp);
X }
X
X /* and reset the current line at top of window */
X wp->w_linep = lp;
X wp->w_flag |= WFHARD;
X wp->w_flag &= ~WFFORCE;
X return(TRUE);
X}
X
X/* updone: update the current line to the virtual screen */
X
Xupdone(wp)
X
XWINDOW *wp; /* window to update current line in */
X
X{
X register LINE *lp; /* line to update */
X register int sline; /* physical screen line to update */
X register int i;
X
X /* search down the line we want */
X lp = wp->w_linep;
X sline = wp->w_toprow;
X while (lp != wp->w_dotp) {
X ++sline;
X lp = lforw(lp);
X }
X
X /* and update the virtual line */
X vscreen[sline]->v_flag |= VFCHG;
X vscreen[sline]->v_flag &= ~VFREQ;
X vtmove(sline, 0);
X for (i=0; i < llength(lp); ++i)
X vtputc(lgetc(lp, i));
X#if COLOR
X vscreen[sline]->v_rfcolor = wp->w_fcolor;
X vscreen[sline]->v_rbcolor = wp->w_bcolor;
X#endif
X vteeol();
X}
X
X/* updall: update all the lines in a window on the virtual screen */
X
Xupdall(wp)
X
XWINDOW *wp; /* window to update lines in */
X
X{
X register LINE *lp; /* line to update */
X register int sline; /* physical screen line to update */
X register int i;
X
X /* search down the lines, updating them */
X lp = wp->w_linep;
X sline = wp->w_toprow;
X while (sline < wp->w_toprow + wp->w_ntrows) {
X
X /* and update the virtual line */
X vscreen[sline]->v_flag |= VFCHG;
X vscreen[sline]->v_flag &= ~VFREQ;
X vtmove(sline, 0);
X if (lp != wp->w_bufp->b_linep) {
X /* if we are not at the end */
X for (i=0; i < llength(lp); ++i)
X vtputc(lgetc(lp, i));
X lp = lforw(lp);
X }
X
X /* on to the next one */
X#if COLOR
X vscreen[sline]->v_rfcolor = wp->w_fcolor;
X vscreen[sline]->v_rbcolor = wp->w_bcolor;
X#endif
X vteeol();
X ++sline;
X }
X
X}
X
X/* updpos: update the position of the hardware cursor and handle extended
X lines. This is the only update for simple moves. */
X
Xupdpos()
X
X{
X register LINE *lp;
X register int c;
X register int i;
X
X /* find the current row */
X lp = curwp->w_linep;
X currow = curwp->w_toprow;
X while (lp != curwp->w_dotp) {
X ++currow;
X lp = lforw(lp);
X }
X
X /* find the current column */
X curcol = 0;
X i = 0;
X while (i < curwp->w_doto) {
X c = lgetc(lp, i++);
X if (c == '\t')
X curcol |= 0x07;
X else
X if (c < 0x20 || c == 0x7f)
X ++curcol;
X
X ++curcol;
X }
X
X /* if extended, flag so and update the virtual line image */
X if (curcol >= term.t_ncol - 1) {
X vscreen[currow]->v_flag |= (VFEXT | VFCHG);
X updext();
X } else
X lbound = 0;
X}
X
X/* upddex: de-extend any line that derserves it */
X
Xupddex()
X
X{
X register WINDOW *wp;
X register LINE *lp;
X register int i,j;
X
X wp = wheadp;
X
X while (wp != NULL) {
X lp = wp->w_linep;
X i = wp->w_toprow;
X
X while (i < wp->w_toprow + wp->w_ntrows) {
X if (vscreen[i]->v_flag & VFEXT) {
X if ((wp != curwp) || (lp != wp->w_dotp) ||
X (curcol < term.t_ncol - 1)) {
X vtmove(i, 0);
X for (j = 0; j < llength(lp); ++j)
X vtputc(lgetc(lp, j));
X vteeol();
X
X /* this line no longer is extended */
X vscreen[i]->v_flag &= ~VFEXT;
X vscreen[i]->v_flag |= VFCHG;
X }
X }
X lp = lforw(lp);
X ++i;
X }
X /* and onward to the next window */
X wp = wp->w_wndp;
X }
X}
X
X/* updgar: if the screen is garbage, clear the physical screen and
X the virtual screen and force a full update */
X
Xupdgar()
X
X{
X register char *txt;
X register int i,j;
X
X for (i = 0; i < term.t_nrow; ++i) {
X vscreen[i]->v_flag |= VFCHG;
X#if REVSTA
X vscreen[i]->v_flag &= ~VFREV;
X#endif
X#if COLOR
X vscreen[i]->v_fcolor = gfcolor;
X vscreen[i]->v_bcolor = gbcolor;
X#endif
X#if MEMMAP == 0
X txt = pscreen[i]->v_text;
X for (j = 0; j < term.t_ncol; ++j)
X txt[j] = ' ';
X#endif
X }
X
X movecursor(0, 0); /* Erase the screen. */
X (*term.t_eeop)();
X sgarbf = FALSE; /* Erase-page clears */
X mpresf = FALSE; /* the message area. */
X#if COLOR
X mlerase(); /* needs to be cleared if colored */
X#endif
X}
X
X/* updupd: update the physical screen from the virtual screen */
X
Xupdupd(force)
X
Xint force; /* forced update flag */
X
X{
X register VIDEO *vp1;
X register int i;
X
X for (i = 0; i < term.t_nrow; ++i) {
X vp1 = vscreen[i];
X
X /* for each line that needs to be updated*/
X if ((vp1->v_flag & VFCHG) != 0) {
X#if TYPEAH
X if (force == FALSE && typahead())
X return(TRUE);
X#endif
X#if MEMMAP
X updateline(i, vp1);
X#else
X updateline(i, vp1, pscreen[i]);
X#endif
X }
X }
X return(TRUE);
X}
X
X/* updext: update the extended line which the cursor is currently
X on at a column greater than the terminal width. The line
X will be scrolled right or left to let the user see where
X the cursor is
X */
X
Xupdext()
X
X{
X register int rcursor; /* real cursor location */
X register LINE *lp; /* pointer to current line */
X register int j; /* index into line */
X
X /* calculate what column the real cursor will end up in */
X rcursor = ((curcol - term.t_ncol) % term.t_scrsiz) + term.t_margin;
X taboff = lbound = curcol - rcursor + 1;
X
X /* scan through the line outputing characters to the virtual screen */
X /* once we reach the left edge */
X vtmove(currow, -lbound); /* start scanning offscreen */
X lp = curwp->w_dotp; /* line to output */
X for (j=0; j<llength(lp); ++j) /* until the end-of-line */
X vtputc(lgetc(lp, j));
X
X /* truncate the virtual line, restore tab offset */
X vteeol();
X taboff = 0;
X
X /* and put a '$' in column 1 */
X vscreen[currow]->v_text[0] = '$';
X}
X
X/*
X * Update a single line. This does not know how to use insert or delete
X * character sequences; we are using VT52 functionality. Update the physical
X * row and column variables. It does try an exploit erase to end of line. The
X * RAINBOW version of this routine uses fast video.
X */
X#if MEMMAP
X/* UPDATELINE specific code for the IBM-PC and other compatables */
X
Xupdateline(row, vp1)
X
Xint row; /* row of screen to update */
Xstruct VIDEO *vp1; /* virtual screen image */
X
X{
X#if COLOR
X scwrite(row, vp1->v_text, vp1->v_rfcolor, vp1->v_rbcolor);
X vp1->v_fcolor = vp1->v_rfcolor;
X vp1->v_bcolor = vp1->v_rbcolor;
X#else
X if (vp1->v_flag & VFREQ)
X scwrite(row, vp1->v_text, 0, 7);
X else
X scwrite(row, vp1->v_text, 7, 0);
X#endif
X vp1->v_flag &= ~(VFCHG | VFCOL); /* flag this line as changed */
X
X}
X
X#else
X
Xupdateline(row, vp1, vp2)
X
Xint row; /* row of screen to update */
Xstruct VIDEO *vp1; /* virtual screen image */
Xstruct VIDEO *vp2; /* physical screen image */
X
X{
X#if RAINBOW
X/* UPDATELINE specific code for the DEC rainbow 100 micro */
X
X register char *cp1;
X register char *cp2;
X register int nch;
X
X /* since we don't know how to make the rainbow do this, turn it off */
X flags &= (~VFREV & ~VFREQ);
X
X cp1 = &vp1->v_text[0]; /* Use fast video. */
X cp2 = &vp2->v_text[0];
X putline(row+1, 1, cp1);
X nch = term.t_ncol;
X
X do
X {
X *cp2 = *cp1;
X ++cp2;
X ++cp1;
X }
X while (--nch);
X *flags &= ~VFCHG;
X#else
X/* UPDATELINE code for all other versions */
X
X register char *cp1;
X register char *cp2;
X register char *cp3;
X register char *cp4;
X register char *cp5;
X register int nbflag; /* non-blanks to the right flag? */
X int rev; /* reverse video flag */
X int req; /* reverse video request flag */
X
X
X /* set up pointers to virtual and physical lines */
X cp1 = &vp1->v_text[0];
X cp2 = &vp2->v_text[0];
X
X#if COLOR
X TTforg(vp1->v_rfcolor);
X TTbacg(vp1->v_rbcolor);
X#endif
X
X#if REVSTA | COLOR
X /* if we need to change the reverse video status of the
X current line, we need to re-write the entire line */
X rev = (vp1->v_flag & VFREV) == VFREV;
X req = (vp1->v_flag & VFREQ) == VFREQ;
X if ((rev != req)
X#if COLOR
X || (vp1->v_fcolor != vp1->v_rfcolor) || (vp1->v_bcolor != vp1->v_rbcolor)
X#endif
X#if HP150
X /* the HP150 has some reverse video problems */
X || req || rev
X#endif
X ) {
X movecursor(row, 0); /* Go to start of line. */
X /* set rev video if needed */
X if (rev != req)
X (*term.t_rev)(req);
X
X /* scan through the line and dump it to the screen and
X the virtual screen array */
X cp3 = &vp1->v_text[term.t_ncol];
X while (cp1 < cp3) {
X TTputc(*cp1);
X ++ttcol;
X *cp2++ = *cp1++;
X }
X /* turn rev video off */
X if (rev != req)
X (*term.t_rev)(FALSE);
X
X /* update the needed flags */
X vp1->v_flag &= ~VFCHG;
X if (req)
X vp1->v_flag |= VFREV;
X else
X vp1->v_flag &= ~VFREV;
X#if COLOR
X vp1->v_fcolor = vp1->v_rfcolor;
X vp1->v_bcolor = vp1->v_rbcolor;
X#endif
X return(TRUE);
X }
X#endif
X
X /* advance past any common chars at the left */
X while (cp1 != &vp1->v_text[term.t_ncol] && cp1[0] == cp2[0]) {
X ++cp1;
X ++cp2;
X }
X
X/* This can still happen, even though we only call this routine on changed
X * lines. A hard update is always done when a line splits, a massive
X * change is done, or a buffer is displayed twice. This optimizes out most
X * of the excess updating. A lot of computes are used, but these tend to
X * be hard operations that do a lot of update, so I don't really care.
X */
X /* if both lines are the same, no update needs to be done */
X if (cp1 == &vp1->v_text[term.t_ncol]) {
X vp1->v_flag &= ~VFCHG; /* flag this line is changed */
X return(TRUE);
X }
X
X /* find out if there is a match on the right */
X nbflag = FALSE;
X cp3 = &vp1->v_text[term.t_ncol];
X cp4 = &vp2->v_text[term.t_ncol];
X
X while (cp3[-1] == cp4[-1]) {
X --cp3;
X --cp4;
X if (cp3[0] != ' ') /* Note if any nonblank */
X nbflag = TRUE; /* in right match. */
X }
X
X cp5 = cp3;
X
X /* Erase to EOL ? */
X if (nbflag == FALSE && eolexist == TRUE && (req != TRUE)) {
X while (cp5!=cp1 && cp5[-1]==' ')
X --cp5;
X
X if (cp3-cp5 <= 3) /* Use only if erase is */
X cp5 = cp3; /* fewer characters. */
X }
X
X movecursor(row, cp1 - &vp1->v_text[0]); /* Go to start of line. */
X#if REVSTA
X TTrev(rev);
X#endif
X
X while (cp1 != cp5) { /* Ordinary. */
X TTputc(*cp1);
X ++ttcol;
X *cp2++ = *cp1++;
X }
X
X if (cp5 != cp3) { /* Erase. */
X TTeeol();
X while (cp1 != cp3)
X *cp2++ = *cp1++;
X }
X#if REVSTA
X TTrev(FALSE);
X#endif
X vp1->v_flag &= ~VFCHG; /* flag this line as updated */
X return(TRUE);
X#endif
X}
X#endif
X
X/*
X * Redisplay the mode line for the window pointed to by the "wp". This is the
X * only routine that has any idea of how the modeline is formatted. You can
X * change the modeline format by hacking at this routine. Called by "update"
X * any time there is a dirty window.
X */
Xmodeline(wp)
X WINDOW *wp;
X{
X register char *cp;
X register int c;
X register int n; /* cursor position count */
X register BUFFER *bp;
X register i; /* loop index */
X register lchar; /* character to draw line in buffer with */
X register firstm; /* is this the first mode? */
X char tline[NLINE]; /* buffer for part of mode line */
X
X n = wp->w_toprow+wp->w_ntrows; /* Location. */
X vscreen[n]->v_flag |= VFCHG | VFREQ | VFCOL;/* Redraw next time. */
X#if COLOR
X vscreen[n]->v_rfcolor = 0; /* black on */
X vscreen[n]->v_rbcolor = 7; /* white.....*/
X#endif
X vtmove(n, 0); /* Seek to right line. */
X if (wp == curwp) /* mark the current buffer */
X lchar = '=';
X else
X#if REVSTA
X if (revexist)
X lchar = ' ';
X else
X#endif
X lchar = '-';
X
X vtputc(lchar);
X bp = wp->w_bufp;
X
X if ((bp->b_flag&BFCHG) != 0) /* "*" if changed. */
X vtputc('*');
X else
X vtputc(lchar);
X
X n = 2;
X strcpy(tline, " "); /* Buffer name. */
X strcat(tline, PROGNAME);
X strcat(tline, " ");
X strcat(tline, VERSION);
X strcat(tline, " (");
X
X /* display the modes */
X
X firstm = TRUE;
X for (i = 0; i < NUMMODES; i++) /* add in the mode flags */
X if (wp->w_bufp->b_mode & (1 << i)) {
X if (firstm != TRUE)
X strcat(tline, " ");
X firstm = FALSE;
X strcat(tline, modename[i]);
X }
X strcat(tline,") ");
X
X cp = &tline[0];
X while ((c = *cp++) != 0)
X {
X vtputc(c);
X ++n;
X }
X
X#if 0
X vtputc(lchar);
X vtputc((wp->w_flag&WFCOLR) != 0 ? 'C' : lchar);
X vtputc((wp->w_flag&WFMODE) != 0 ? 'M' : lchar);
X vtputc((wp->w_flag&WFHARD) != 0 ? 'H' : lchar);
X vtputc((wp->w_flag&WFEDIT) != 0 ? 'E' : lchar);
X vtputc((wp->w_flag&WFMOVE) != 0 ? 'V' : lchar);
X vtputc((wp->w_flag&WFFORCE) != 0 ? 'F' : lchar);
X vtputc(lchar);
X n += 8;
X#endif
X
X vtputc(lchar);
X vtputc(lchar);
X vtputc(' ');
X n += 3;
X cp = &bp->b_bname[0];
X
X while ((c = *cp++) != 0)
X {
X vtputc(c);
X ++n;
X }
X
X vtputc(' ');
X vtputc(lchar);
X vtputc(lchar);
X n += 3;
X
X if (bp->b_fname[0] != 0) /* File name. */
X {
X vtputc(' ');
X ++n;
X cp = "File: ";
X
X while ((c = *cp++) != 0)
X {
X vtputc(c);
X ++n;
X }
X
X cp = &bp->b_fname[0];
X
X while ((c = *cp++) != 0)
X {
X vtputc(c);
X ++n;
X }
X
X vtputc(' ');
X ++n;
X }
X
X while (n < term.t_ncol) /* Pad to full width. */
X {
X vtputc(lchar);
X ++n;
X }
X}
X
Xupmode() /* update all the mode lines */
X
X{
X register WINDOW *wp;
X
X wp = wheadp;
X while (wp != NULL) {
X wp->w_flag |= WFMODE;
X wp = wp->w_wndp;
X }
X}
X
X/*
X * Send a command to the terminal to move the hardware cursor to row "row"
X * and column "col". The row and column arguments are origin 0. Optimize out
X * random calls. Update "ttrow" and "ttcol".
X */
Xmovecursor(row, col)
X {
X if (row!=ttrow || col!=ttcol)
X {
X ttrow = row;
X ttcol = col;
X TTmove(row, col);
X }
X }
X
X/*
X * Erase the message line. This is a special routine because the message line
X * is not considered to be part of the virtual screen. It always works
X * immediately; the terminal buffer is flushed via a call to the flusher.
X */
Xmlerase()
X {
X int i;
X
X movecursor(term.t_nrow, 0);
X if (discmd == FALSE)
X return;
X
X#if COLOR
X TTforg(7);
X TTbacg(0);
X#endif
X if (eolexist == TRUE)
X TTeeol();
X else {
X for (i = 0; i < term.t_ncol - 1; i++)
X TTputc(' ');
X movecursor(term.t_nrow, 1); /* force the move! */
X movecursor(term.t_nrow, 0);
X }
X TTflush();
X mpresf = FALSE;
X }
X
X/*
X * Write a message into the message line. Keep track of the physical cursor
X * position. A small class of printf like format items is handled. Assumes the
X * stack grows down; this assumption is made by the "++" in the argument scan
X * loop. Set the "message line" flag TRUE.
X */
X
Xmlwrite(fmt, arg)
X
Xchar *fmt; /* format string for output */
Xchar *arg; /* pointer to first argument to print */
X
X{
X register int c; /* current char in format string */
X register char *ap; /* ptr to current data field */
X
X /* if we are not currently echoing on the command line, abort this */
X if (discmd == FALSE) {
X movecursor(term.t_nrow, 0);
X return;
X }
X
X#if COLOR
X /* set up the proper colors for the command line */
X TTforg(7);
X TTbacg(0);
X#endif
X
X /* if we can not erase to end-of-line, do it manually */
X if (eolexist == FALSE) {
X mlerase();
X TTflush();
X }
X
X movecursor(term.t_nrow, 0);
X ap = (char *) &arg;
X while ((c = *fmt++) != 0) {
X if (c != '%') {
X TTputc(c);
X ++ttcol;
X } else {
X c = *fmt++;
X switch (c) {
X case 'd':
X mlputi(*(int *)ap, 10);
X ap += sizeof(int);
X break;
X
X case 'o':
X mlputi(*(int *)ap, 8);
X ap += sizeof(int);
X break;
X
X case 'x':
X mlputi(*(int *)ap, 16);
X ap += sizeof(int);
X break;
X
X case 'D':
X mlputli(*(long *)ap, 10);
X ap += sizeof(long);
X break;
X
X case 's':
X mlputs(*(char **)ap);
X ap += sizeof(char *);
X break;
X
X case 'f':
X mlputf(*(int *)ap);
X ap += sizeof(int);
X break;
X
X default:
X TTputc(c);
X ++ttcol;
X }
X }
X }
X
X /* if we can, erase to the end of screen */
X if (eolexist == TRUE)
X TTeeol();
X TTflush();
X mpresf = TRUE;
X}
X
X/*
X * Write out a string. Update the physical cursor position. This assumes that
X * the characters in the string all have width "1"; if this is not the case
X * things will get screwed up a little.
X */
Xmlputs(s)
X char *s;
X {
X register int c;
X
X while ((c = *s++) != 0)
X {
X TTputc(c);
X ++ttcol;
X }
X }
X
X/*
X * Write out an integer, in the specified radix. Update the physical cursor
X * position.
X */
Xmlputi(i, r)
X {
X register int q;
X static char hexdigits[] = "0123456789ABCDEF";
X
X if (i < 0)
X {
X i = -i;
X TTputc('-');
X }
X
X q = i/r;
X
X if (q != 0)
X mlputi(q, r);
X
X TTputc(hexdigits[i%r]);
X ++ttcol;
X }
X
X/*
X * do the same except as a long integer.
X */
Xmlputli(l, r)
X long l;
X {
X register long q;
X
X if (l < 0)
X {
X l = -l;
X TTputc('-');
X }
X
X q = l/r;
X
X if (q != 0)
X mlputli(q, r);
X
X TTputc((int)(l%r)+'0');
X ++ttcol;
X }
X
X/*
X * write out a scaled integer with two decimal places
X */
X
Xmlputf(s)
X
Xint s; /* scaled integer to output */
X
X{
X int i; /* integer portion of number */
X int f; /* fractional portion of number */
X
X /* break it up */
X i = s / 100;
X f = s % 100;
X
X /* send out the integer portion */
X mlputi(i, 10);
X TTputc('.');
X TTputc((f / 10) + '0');
X TTputc((f % 10) + '0');
X ttcol += 3;
X}
X
X#if RAINBOW
X
Xputline(row, col, buf)
X int row, col;
X char buf[];
X {
X int n;
X
X n = strlen(buf);
X if (col + n - 1 > term.t_ncol)
X n = term.t_ncol - col + 1;
X Put_Data(row, col, n, buf);
X }
X#endif
X
E!O!F
newsize=`wc -c < display.c`
if [ $newsize -ne 23827 ]
then echo "File display.c was $newsize bytes, 23827 expected"
fi
echo 'x - dolock.c (text)'
sed << 'E!O!F' 's/^X//' > dolock.c
X#if 0
X/* dolock: MDBS specific Unix 4.2BSD file locking mechinism
X this is not to be distributed generally */
X
X#include <mdbs.h>
X#include <mdbsio.h>
X#include <sys/types.h>
X#include <sys/stat.h>
X
X/* included by port.h: mdbs.h, mdbsio.h, sys/types.h, sys/stat.h */
X
X
X#ifndef bsdunix
Xchar *dolock(){return(NULL);}
Xchar *undolock(){return(NULL);}
X#else
X
X#include <pwd.h>
X#include <errno.h>
X
Xextern int errno;
X
X#define LOCKDIR ".xlk"
X
X#define LOCKMSG "LOCK ERROR -- "
X#define LOCKMSZ sizeof(LOCKMSG)
X#define LOCKERR(s) { strcat(lmsg,s); oldumask = umask(oldumask); return(lmsg); }
X
X/**********************
X *
X * dolock -- lock the file fname
X *
X * if successful, returns NULL
X * if file locked, returns username of person locking the file
X * if other error, returns "LOCK ERROR: explanation"
X *
X * Jon Reid, 2/19/86
X *
X *********************/
X
XBOOL parent = FALSE;
XBOOL tellall = FALSE;
X
Xchar *gtname(filespec) /* get name component of unix-style filespec */
Xchar *filespec;
X{
X char *rname, *rindex();
X
X rname = rindex(filespec,'/');
X
X if (rname != NULL)
X return(rname);
X else
X return(filespec);
X}
X
Xchar *getpath(filespec)
Xchar *filespec;
X{
X char rbuff[LFILEN];
X char *rname, *rindex();
X
X strcpy(rbuff,filespec);
X rname = rindex(rbuff,'/');
X
X if (rname == NULL)
X return(NULL);
X else
X {
X *(++rname) = '\0';
X return(rbuff);
X }
X
X}
X
Xchar *dolock(fname)
X char *fname;
X{
X static char lockname[LFILEN] = LOCKDIR;
X static char username[12];
X static char lmsg[40] = LOCKMSG;
X char *pathfmt;
X struct stat statblk;
X struct passwd *pblk;
X long pid, getpid();
X FILE *lf, *fopen();
X int oldumask;
X
X oldumask = umask(0); /* maximum access allowed to lock files */
X
X
X if (*fname != '/')
X pathfmt = "./%s%s";
X else
X pathfmt = "%s/%s";
X sprintf(lockname,pathfmt,getpath(fname), LOCKDIR);
X
X if (tellall) printf("checking for existence of %s\n",lockname);
X
X if (stat(lockname,&statblk))
X {
X if (tellall) printf("making directory %s\n",lockname);
X mkdir(lockname,0777);
X }
X
X sprintf(lockname,"%s/%s",lockname,gtname(fname));
X
X if (tellall) printf("checking for existence of %s\n",lockname);
X
X if (stat(lockname,&statblk))
X {
Xmakelock: if (tellall) printf("creating %s\n",lockname);
X
X if ((lf = fopen(lockname,FOP_TW)) == NULL)
X LOCKERR("could not create lock file")
X else
X {
X if (parent)
X pid = getppid(); /* parent pid */
X else
X pid = getpid(); /* current pid */
X
X if (tellall)
X printf("pid is %ld\n",pid);
X
X fprintf(lf,"%ld",pid); /* write pid to lock file */
X
X fclose(lf);
X oldumask = umask(oldumask);
X return(NULL);
X }
X }
X else
X {
X if (tellall) printf("reading lock file %s\n",lockname);
X if ((lf = fopen(lockname,FOP_TR)) == NULL)
X LOCKERR("could not read lock file")
X else
X {
X fscanf(lf,"%ld",&pid); /* contains current pid */
X fclose(lf);
X if (tellall)
X printf("pid in %s is %ld\n",lockname, pid);
X if (tellall)
X printf("signaling process %ld\n", pid);
X if (kill(pid,0))
X switch (errno)
X {
X case ESRCH: /* process not found */
X goto makelock;
X break;
X case EPERM: /* process exists, not yours */
X if (tellall)
X puts("process exists");
X break;
X default:
X LOCKERR("kill was bad")
X break;
X }
X else
X if (tellall) puts("kill was good; process exists");
X }
X if ((pblk = getpwuid(statblk.st_uid)) == NULL)
X sprintf(username,"uid %d",atoi(statblk.st_uid));
X else
X strcpy(username,pblk->pw_name);
X
X oldumask = umask(oldumask);
X return(username);
X }
X}
X
X/**********************
X *
X * undolock -- unlock the file fname
X *
X * if successful, returns NULL
X * if other error, returns "LOCK ERROR: explanation"
X *
X * Jon Reid, 2/19/86
X *
X *********************/
X
Xchar *undolock(fname)
X char *fname;
X{
X static char lockname[LFILEN] = LOCKDIR;
X static char lmsg[40] = LOCKMSG;
X char *pathfmt;
X
X if (*fname != '/')
X pathfmt = "./%s%s";
X else
X pathfmt = "%s/%s";
X sprintf(lockname,pathfmt,getpath(fname), LOCKDIR);
X
X sprintf(lockname,"%s/%s",lockname,gtname(fname));
X
X if (tellall) printf("attempting to unlink %s\n",lockname);
X
X if (unlink(lockname))
X {
X strcat(lmsg,"could not remove lock file");
X return(lmsg);
X }
X else
X return(NULL);
X}
X
X#endif bsdunix
X
X/******************
X * end dolock module
X *******************/
X
X#else
Xdolhello()
X{
X}
X#endif
X
E!O!F
newsize=`wc -c < dolock.c`
if [ $newsize -ne 4348 ]
then echo "File dolock.c was $newsize bytes, 4348 expected"
fi
echo 'x - ebind.h (text)'
sed << 'E!O!F' 's/^X//' > ebind.h
X/* EBIND: Initial default key to function bindings for
X MicroEMACS 3.7
X*/
X
X/*
X * Command table.
X * This table is *roughly* in ASCII order, left to right across the
X * characters of the command. This explains the funny location of the
X * control-X commands.
X */
XKEYTAB keytab[NBINDS] = {
X {CTRL|'A', gotobol},
X {CTRL|'B', backchar},
X {CTRL|'C', insspace},
X {CTRL|'D', forwdel},
X {CTRL|'E', gotoeol},
X {CTRL|'F', forwchar},
X {CTRL|'G', ctrlg},
X {CTRL|'H', backdel},
X {CTRL|'I', tab},
X {CTRL|'J', indent},
X {CTRL|'K', killtext},
X {CTRL|'L', refresh},
X {CTRL|'M', newline},
X {CTRL|'N', forwline},
X {CTRL|'O', openline},
X {CTRL|'P', backline},
X {CTRL|'Q', quote},
X {CTRL|'R', backsearch},
X {CTRL|'S', forwsearch},
X {CTRL|'T', twiddle},
X {CTRL|'U', unarg},
X {CTRL|'V', forwpage},
X {CTRL|'W', killregion},
X {CTRL|'X', cex},
X {CTRL|'Y', yank},
X {CTRL|'Z', backpage},
X {CTRL|']', meta},
X {CTLX|CTRL|'B', listbuffers},
X {CTLX|CTRL|'C', quit}, /* Hard quit. */
X#if AEDIT
X {CTLX|CTRL|'D', detab},
X {CTLX|CTRL|'E', entab},
X#endif
X {CTLX|CTRL|'F', filefind},
X {CTLX|CTRL|'I', insfile},
X {CTLX|CTRL|'L', lowerregion},
X {CTLX|CTRL|'M', delmode},
X {CTLX|CTRL|'N', mvdnwind},
X {CTLX|CTRL|'O', deblank},
X {CTLX|CTRL|'P', mvupwind},
X {CTLX|CTRL|'R', fileread},
X {CTLX|CTRL|'S', filesave},
X#if AEDIT
X {CTLX|CTRL|'T', trim},
X#endif
X {CTLX|CTRL|'U', upperregion},
X {CTLX|CTRL|'V', viewfile},
X {CTLX|CTRL|'W', filewrite},
X {CTLX|CTRL|'X', swapmark},
X {CTLX|CTRL|'Z', shrinkwind},
X {CTLX|'?', deskey},
X {CTLX|'!', spawn},
X {CTLX|'@', pipecmd},
X {CTLX|'#', filter},
X {CTLX|'=', showcpos},
X {CTLX|'(', ctlxlp},
X {CTLX|')', ctlxrp},
X {CTLX|'^', enlargewind},
X {CTLX|'0', delwind},
X {CTLX|'1', onlywind},
X {CTLX|'2', splitwind},
X {CTLX|'A', setvar},
X {CTLX|'B', usebuffer},
X {CTLX|'C', spawncli},
X#if BSD
X {CTLX|'D', bktoshell},
X#endif
X {CTLX|'E', ctlxe},
X {CTLX|'F', setfillcol},
X {CTLX|'K', killbuffer},
X {CTLX|'M', setmode},
X {CTLX|'N', filename},
X {CTLX|'O', nextwind},
X {CTLX|'P', prevwind},
X#if ISRCH
X {CTLX|'R', risearch},
X {CTLX|'S', fisearch},
X#endif
X {CTLX|'W', resize},
X {CTLX|'X', nextbuffer},
X {CTLX|'Z', enlargewind},
X#if WORDPRO
X {META|CTRL|'C', wordcount},
X#endif
X#if PROC
X {META|CTRL|'E', execproc},
X#endif
X#if CFENCE
X {META|CTRL|'F', getfence},
X#endif
X {META|CTRL|'H', delbword},
X {META|CTRL|'K', unbindkey},
X {META|CTRL|'L', reposition},
X {META|CTRL|'M', delgmode},
X {META|CTRL|'N', namebuffer},
X {META|CTRL|'R', qreplace},
X {META|CTRL|'S', newsize},
X {META|CTRL|'T', newwidth},
X {META|CTRL|'V', scrnextdw},
X#if WORDPRO
X {META|CTRL|'W', killpara},
X#endif
X {META|CTRL|'Z', scrnextup},
X {META|' ', setmark},
X {META|'?', help},
X {META|'!', reposition},
X {META|'.', setmark},
X {META|'>', gotoeob},
X {META|'<', gotobob},
X {META|'~', unmark},
X#if APROP
X {META|'A', apro},
X#endif
X {META|'B', backword},
X {META|'C', capword},
X {META|'D', delfword},
X#if CRYPT
X {META|'E', setkey},
X#endif
X {META|'F', forwword},
X {META|'G', gotoline},
X {META|'K', bindtokey},
X {META|'L', lowerword},
X {META|'M', setgmode},
X#if WORDPRO
X {META|'N', gotoeop},
X {META|'P', gotobop},
X {META|'Q', fillpara},
X#endif
X {META|'R', sreplace},
X#if BSD
X {META|'S', bktoshell},
X#endif
X {META|'U', upperword},
X {META|'V', backpage},
X {META|'W', copyregion},
X {META|'X', namedcmd},
X {META|'Z', quickexit},
X {META|0x7F, delbword},
X
X#if MSDOS & (HP150 == 0) & (WANGPC == 0) & (HP110 == 0)
X {SPEC|CTRL|'_', forwhunt},
X {SPEC|CTRL|'S', backhunt},
X {SPEC|71, gotobob},
X {SPEC|72, backline},
X {SPEC|73, backpage},
X {SPEC|75, backchar},
X {SPEC|77, forwchar},
X {SPEC|79, gotoeob},
X {SPEC|80, forwline},
X {SPEC|81, forwpage},
X {SPEC|82, insspace},
X {SPEC|83, forwdel},
X {SPEC|115, backword},
X {SPEC|116, forwword},
X#if WORDPRO
X {SPEC|132, gotobop},
X {SPEC|118, gotoeop},
X#endif
X {SPEC|84, cbuf1},
X {SPEC|85, cbuf2},
X {SPEC|86, cbuf3},
X {SPEC|87, cbuf4},
X {SPEC|88, cbuf5},
X {SPEC|89, cbuf6},
X {SPEC|90, cbuf7},
X {SPEC|91, cbuf8},
X {SPEC|92, cbuf9},
X {SPEC|93, cbuf10},
X#endif
X
X#if HP150
X {SPEC|32, backline},
X {SPEC|33, forwline},
X {SPEC|35, backchar},
X {SPEC|34, forwchar},
X {SPEC|44, gotobob},
X {SPEC|46, forwpage},
X {SPEC|47, backpage},
X {SPEC|82, nextwind},
X {SPEC|68, openline},
X {SPEC|69, killtext},
X {SPEC|65, forwdel},
X {SPEC|64, ctlxe},
X {SPEC|67, refresh},
X {SPEC|66, reposition},
X {SPEC|83, help},
X {SPEC|81, deskey},
X#endif
X
X#if HP110
X {SPEC|0x4b, backchar},
X {SPEC|0x4d, forwchar},
X {SPEC|0x48, backline},
X {SPEC|0x50, forwline},
X {SPEC|0x43, help},
X {SPEC|0x73, backword},
X {SPEC|0x74, forwword},
X {SPEC|0x49, backpage},
X {SPEC|0x51, forwpage},
X {SPEC|84, cbuf1},
X {SPEC|85, cbuf2},
X {SPEC|86, cbuf3},
X {SPEC|87, cbuf4},
X {SPEC|88, cbuf5},
X {SPEC|89, cbuf6},
X {SPEC|90, cbuf7},
X {SPEC|91, cbuf8},
X#endif
X
X#if AMIGA
X {SPEC|'?', help},
X {SPEC|'A', backline},
X {SPEC|'B', forwline},
X {SPEC|'C', forwchar},
X {SPEC|'D', backchar},
X {SPEC|'T', backpage},
X {SPEC|'S', forwpage},
X {SPEC|'a', backword},
X {SPEC|'`', forwword},
X {SPEC|'P', cbuf1},
X {SPEC|'Q', cbuf2},
X {SPEC|'R', cbuf3},
X {SPEC|'S', cbuf4},
X {SPEC|'T', cbuf5},
X {SPEC|'U', cbuf6},
X {SPEC|'V', cbuf7},
X {SPEC|'W', cbuf8},
X {SPEC|'X', cbuf9},
X {SPEC|'Y', cbuf10},
X {127, forwdel},
X#endif
X
X#if ST520
X {SPEC|'b', help},
X {SPEC|'H', backline},
X {SPEC|'P', forwline},
X {SPEC|'M', forwchar},
X {SPEC|'K', backchar},
X {SPEC|'t', setmark},
X {SPEC|'a', yank},
X {SPEC|'R', insspace},
X {SPEC|'G', gotobob},
X {127, forwdel},
X {SPEC|84, cbuf1},
X {SPEC|85, cbuf2},
X {SPEC|86, cbuf3},
X {SPEC|87, cbuf4},
X {SPEC|88, cbuf5},
X {SPEC|89, cbuf6},
X {SPEC|90, cbuf7},
X {SPEC|91, cbuf8},
X {SPEC|92, cbuf9},
X {SPEC|93, cbuf10},
X#endif
X
X#if WANGPC
X SPEC|0xE0, quit, /* Cancel */
X SPEC|0xE1, help, /* Help */
X SPEC|0xF1, help, /* ^Help */
X SPEC|0xE3, ctrlg, /* Print */
X SPEC|0xF3, ctrlg, /* ^Print */
X SPEC|0xC0, backline, /* North */
X SPEC|0xD0, gotobob, /* ^North */
X SPEC|0xC1, forwchar, /* East */
X SPEC|0xD1, gotoeol, /* ^East */
X SPEC|0xC2, forwline, /* South */
X SPEC|0xD2, gotobop, /* ^South */
X SPEC|0xC3, backchar, /* West */
X SPEC|0xD3, gotobol, /* ^West */
X SPEC|0xC4, ctrlg, /* Home */
X SPEC|0xD4, gotobob, /* ^Home */
X SPEC|0xC5, filesave, /* Execute */
X SPEC|0xD5, ctrlg, /* ^Execute */
X SPEC|0xC6, insfile, /* Insert */
X SPEC|0xD6, ctrlg, /* ^Insert */
X SPEC|0xC7, forwdel, /* Delete */
X SPEC|0xD7, killregion, /* ^Delete */
X SPEC|0xC8, backpage, /* Previous */
X SPEC|0xD8, prevwind, /* ^Previous */
X SPEC|0xC9, forwpage, /* Next */
X SPEC|0xD9, nextwind, /* ^Next */
X SPEC|0xCB, ctrlg, /* Erase */
X SPEC|0xDB, ctrlg, /* ^Erase */
X SPEC|0xDC, ctrlg, /* ^Tab */
X SPEC|0xCD, ctrlg, /* BackTab */
X SPEC|0xDD, ctrlg, /* ^BackTab */
X SPEC|0x80, ctrlg, /* Indent */
X SPEC|0x90, ctrlg, /* ^Indent */
X SPEC|0x81, ctrlg, /* Page */
X SPEC|0x91, ctrlg, /* ^Page */
X SPEC|0x82, ctrlg, /* Center */
X SPEC|0x92, ctrlg, /* ^Center */
X SPEC|0x83, ctrlg, /* DecTab */
X SPEC|0x93, ctrlg, /* ^DecTab */
X SPEC|0x84, ctrlg, /* Format */
X SPEC|0x94, ctrlg, /* ^Format */
X SPEC|0x85, ctrlg, /* Merge */
X SPEC|0x95, ctrlg, /* ^Merge */
X SPEC|0x86, setmark, /* Note */
X SPEC|0x96, ctrlg, /* ^Note */
X SPEC|0x87, ctrlg, /* Stop */
X SPEC|0x97, ctrlg, /* ^Stop */
X SPEC|0x88, forwsearch, /* Srch */
X SPEC|0x98, backsearch, /* ^Srch */
X SPEC|0x89, sreplace, /* Replac */
X SPEC|0x99, qreplace, /* ^Replac */
X SPEC|0x8A, ctrlg, /* Copy */
X SPEC|0x9A, ctrlg, /* ^Copy */
X SPEC|0x8B, ctrlg, /* Move */
X SPEC|0x9B, ctrlg, /* ^Move */
X SPEC|0x8C, namedcmd, /* Command */
X SPEC|0x9C, spawn, /* ^Command */
X SPEC|0x8D, ctrlg, /* ^ */
X SPEC|0x9D, ctrlg, /* ^^ */
X SPEC|0x8E, ctrlg, /* Blank */
X SPEC|0x9E, ctrlg, /* ^Blank */
X SPEC|0x8F, gotoline, /* GoTo */
X SPEC|0x9F, usebuffer, /* ^GoTo */
X#endif
X
X {0x7F, backdel},
X
X /* special internal bindings */
X SPEC|META|'W', wrapword, /* called on word wrap */
X
X {0, NULL}
X};
X
X#if RAINBOW
X
X#include "rainbow.h"
X
X/*
X * Mapping table from the LK201 function keys to the internal EMACS character.
X */
X
Xshort lk_map[][2] = {
X Up_Key, CTRL+'P',
X Down_Key, CTRL+'N',
X Left_Key, CTRL+'B',
X Right_Key, CTRL+'F',
X Shift+Left_Key, META+'B',
X Shift+Right_Key, META+'F',
X Control+Left_Key, CTRL+'A',
X Control+Right_Key, CTRL+'E',
X Prev_Scr_Key, META+'V',
X Next_Scr_Key, CTRL+'V',
X Shift+Up_Key, META+'<',
X Shift+Down_Key, META+'>',
X Cancel_Key, CTRL+'G',
X Find_Key, CTRL+'S',
X Shift+Find_Key, CTRL+'R',
X Insert_Key, CTRL+'Y',
X Options_Key, CTRL+'D',
X Shift+Options_Key, META+'D',
X Remove_Key, CTRL+'W',
X Shift+Remove_Key, META+'W',
X Select_Key, CTRL+'@',
X Shift+Select_Key, CTLX+CTRL+'X',
X Interrupt_Key, CTRL+'U',
X Keypad_PF2, META+'L',
X Keypad_PF3, META+'C',
X Keypad_PF4, META+'U',
X Shift+Keypad_PF2, CTLX+CTRL+'L',
X Shift+Keypad_PF4, CTLX+CTRL+'U',
X Keypad_1, CTLX+'1',
X Keypad_2, CTLX+'2',
X Do_Key, CTLX+'E',
X Keypad_4, CTLX+CTRL+'B',
X Keypad_5, CTLX+'B',
X Keypad_6, CTLX+'K',
X Resume_Key, META+'!',
X Control+Next_Scr_Key, CTLX+'N',
X Control+Prev_Scr_Key, CTLX+'P',
X Control+Up_Key, CTLX+CTRL+'P',
X Control+Down_Key, CTLX+CTRL+'N',
X Help_Key, CTLX+'=',
X Shift+Do_Key, CTLX+'(',
X Control+Do_Key, CTLX+')',
X Keypad_0, CTLX+'Z',
X Shift+Keypad_0, CTLX+CTRL+'Z',
X Main_Scr_Key, CTRL+'C',
X Keypad_Enter, CTLX+'!',
X Exit_Key, CTLX+CTRL+'C',
X Shift+Exit_Key, CTRL+'Z'
X};
X
X#define lk_map_size (sizeof(lk_map)/2)
X#endif
X
E!O!F
newsize=`wc -c < ebind.h`
if [ $newsize -ne 11535 ]
then echo "File ebind.h was $newsize bytes, 11535 expected"
fi
echo 'x - edef.h (text)'
sed << 'E!O!F' 's/^X//' > edef.h
X/* EDEF: Global variable definitions for
X MicroEMACS 3.2
X
X written by Dave G. Conroy
X modified by Steve Wilhite, George Jones
X greatly modified by Daniel Lawrence
X*/
X
X/* some global fuction declarations */
X
Xchar *malloc();
Xchar *strcpy();
Xchar *strcat();
Xchar *strncpy();
Xchar *itoa();
Xchar *getval();
Xchar *gtenv();
Xchar *gtusr();
Xchar *gtfun();
Xchar *token();
Xchar *ltos();
Xchar *flook();
Xchar *mkupper();
Xchar *mklower();
Xunsigned int getckey();
X
X#ifdef maindef
X
X/* for MAIN.C */
X
X/* initialized global definitions */
X
Xint fillcol = 72; /* Current fill column */
Xshort kbdm[NKBDM]; /* Macro */
Xchar *execstr = NULL; /* pointer to string to execute */
Xchar golabel[NPAT] = ""; /* current line to go to */
Xint execlevel = 0; /* execution IF level */
Xint eolexist = TRUE; /* does clear to EOL exist */
Xint revexist = FALSE; /* does reverse video exist? */
Xint flickcode = FALSE; /* do flicker supression? */
Xchar *modename[] = { /* name of modes */
X "WRAP", "CMODE", "SPELL", "EXACT", "VIEW", "OVER",
X "MAGIC", "CRYPT", "ASAVE"};
Xchar modecode[] = "WCSEVOMYA"; /* letters to represent modes */
Xint gmode = 0; /* global editor mode */
Xint gfcolor = 7; /* global forgrnd color (white) */
Xint gbcolor = 0; /* global backgrnd color (black)*/
Xint gasave = 256; /* global ASAVE size */
Xint gacount = 256; /* count until next ASAVE */
Xint sgarbf = TRUE; /* TRUE if screen is garbage */
Xint mpresf = FALSE; /* TRUE if message in last line */
Xint clexec = FALSE; /* command line execution flag */
Xint mstore = FALSE; /* storing text to macro flag */
Xint discmd = TRUE; /* display command flag */
Xint disinp = TRUE; /* display input characters */
Xstruct BUFFER *bstore = NULL; /* buffer to store macro text to*/
Xint vtrow = 0; /* Row location of SW cursor */
Xint vtcol = 0; /* Column location of SW cursor */
Xint ttrow = HUGE; /* Row location of HW cursor */
Xint ttcol = HUGE; /* Column location of HW cursor */
Xint lbound = 0; /* leftmost column of current line
X being displayed */
Xint taboff = 0; /* tab offset for display */
Xint metac = CTRL | '['; /* current meta character */
Xint ctlxc = CTRL | 'X'; /* current control X prefix char */
Xint reptc = CTRL | 'U'; /* current universal repeat char */
Xint abortc = CTRL | 'G'; /* current abort command char */
X
Xint quotec = 0x11; /* quote char during mlreply() */
Xchar *cname[] = { /* names of colors */
X "BLACK", "RED", "GREEN", "YELLOW", "BLUE",
X "MAGENTA", "CYAN", "WHITE"};
XKILL *kbufp = NULL; /* current kill buffer chunk pointer */
XKILL *kbufh = NULL; /* kill buffer header pointer */
Xint kused = KBLOCK; /* # of bytes used in kill buffer */
XWINDOW *swindow = NULL; /* saved window pointer */
Xint cryptflag = FALSE; /* currently encrypting? */
Xshort *kbdptr; /* current position in keyboard buf */
Xshort *kbdend = &kbdm[0]; /* ptr to end of the keyboard */
Xint kbdmode = STOP; /* current keyboard macro mode */
Xint kbdrep = 0; /* number of repetitions */
Xint restflag = FALSE; /* restricted use? */
Xint lastkey = 0; /* last keystoke */
Xint seed = 0; /* random number seed */
Xlong envram = 0l; /* # of bytes current in use by malloc */
Xint macbug = FALSE; /* macro debuging flag */
Xchar errorm[] = "ERROR"; /* error literal */
Xchar truem[] = "TRUE"; /* true literal */
Xchar falsem[] = "FALSE"; /* false litereal */
Xint cmdstatus = TRUE; /* last command status */
Xchar palstr[49] = ""; /* palette string */
X
X/* uninitialized global definitions */
X
Xint currow; /* Cursor row */
Xint curcol; /* Cursor column */
Xint thisflag; /* Flags, this command */
Xint lastflag; /* Flags, last command */
Xint curgoal; /* Goal for C-P, C-N */
XWINDOW *curwp; /* Current window */
XBUFFER *curbp; /* Current buffer */
XWINDOW *wheadp; /* Head of list of windows */
XBUFFER *bheadp; /* Head of list of buffers */
XBUFFER *blistp; /* Buffer for C-X C-B */
X
XBUFFER *bfind(); /* Lookup a buffer by name */
XWINDOW *wpopup(); /* Pop up window creation */
XLINE *lalloc(); /* Allocate a line */
Xchar sres[NBUFN]; /* current screen resolution */
X
Xchar pat[NPAT]; /* Search pattern */
Xchar tap[NPAT]; /* Reversed pattern array. */
Xchar rpat[NPAT]; /* replacement pattern */
X
X/* The variable matchlen holds the length of the matched
X * string - used by the replace functions.
X * The variable patmatch holds the string that satisfies
X * the search command.
X * The variables matchline and matchoff hold the line and
X * offset position of the start of match.
X */
Xunsigned int matchlen = 0;
Xunsigned int mlenold = 0;
Xchar *patmatch = NULL;
XLINE *matchline = NULL;
Xint matchoff = 0;
X
X#if MAGIC
X/*
X * The variable magical determines if there are actual
X * metacharacters in the string - if not, then we don't
X * have to use the slower MAGIC mode search functions.
X */
Xshort int magical = FALSE;
XMC mcpat[NPAT]; /* the magic pattern */
XMC tapcm[NPAT]; /* the reversed magic pattern */
X
X#endif
X
X#else
X
X/* for all the other .C files */
X
X/* initialized global external declarations */
X
Xextern int fillcol; /* Fill column */
Xextern short kbdm[]; /* Holds kayboard macro data */
Xextern char pat[]; /* Search pattern */
Xextern char rpat[]; /* Replacement pattern */
Xextern char *execstr; /* pointer to string to execute */
Xextern char golabel[]; /* current line to go to */
Xextern int execlevel; /* execution IF level */
Xextern int eolexist; /* does clear to EOL exist? */
Xextern int revexist; /* does reverse video exist? */
Xextern int flickcode; /* do flicker supression? */
Xextern char *modename[]; /* text names of modes */
Xextern char modecode[]; /* letters to represent modes */
Xextern KEYTAB keytab[]; /* key bind to functions table */
Xextern NBIND names[]; /* name to function table */
Xextern int gmode; /* global editor mode */
Xextern int gfcolor; /* global forgrnd color (white) */
Xextern int gbcolor; /* global backgrnd color (black)*/
Xextern int gasave; /* global ASAVE size */
Xextern int gacount; /* count until next ASAVE */
Xextern int sgarbf; /* State of screen unknown */
Xextern int mpresf; /* Stuff in message line */
Xextern int clexec; /* command line execution flag */
Xextern int mstore; /* storing text to macro flag */
Xextern int discmd; /* display command flag */
Xextern int disinp; /* display input characters */
Xextern struct BUFFER *bstore; /* buffer to store macro text to*/
Xextern int vtrow; /* Row location of SW cursor */
Xextern int vtcol; /* Column location of SW cursor */
Xextern int ttrow; /* Row location of HW cursor */
Xextern int ttcol; /* Column location of HW cursor */
Xextern int lbound; /* leftmost column of current line
X being displayed */
Xextern int taboff; /* tab offset for display */
Xextern int metac; /* current meta character */
Xextern int ctlxc; /* current control X prefix char */
Xextern int reptc; /* current universal repeat char */
Xextern int abortc; /* current abort command char */
X
Xextern int quotec; /* quote char during mlreply() */
Xextern char *cname[]; /* names of colors */
Xextern KILL *kbufp; /* current kill buffer chunk pointer */
Xextern KILL *kbufh; /* kill buffer header pointer */
Xextern int kused; /* # of bytes used in KB */
Xextern WINDOW *swindow; /* saved window pointer */
Xextern int cryptflag; /* currently encrypting? */
Xextern short *kbdptr; /* current position in keyboard buf */
Xextern short *kbdend; /* ptr to end of the keyboard */
Xextern int kbdmode; /* current keyboard macro mode */
Xextern int kbdrep; /* number of repetitions */
Xextern int restflag; /* restricted use? */
Xextern int lastkey; /* last keystoke */
Xextern int seed; /* random number seed */
Xextern long envram; /* # of bytes current in use by malloc */
Xextern int macbug; /* macro debuging flag */
Xextern char errorm[]; /* error literal */
Xextern char truem[]; /* true literal */
Xextern char falsem[]; /* false litereal */
Xextern int cmdstatus; /* last command status */
Xextern char palstr[]; /* palette string */
X
X/* uninitialized global external declarations */
X
Xextern int currow; /* Cursor row */
Xextern int curcol; /* Cursor column */
Xextern int thisflag; /* Flags, this command */
Xextern int lastflag; /* Flags, last command */
Xextern int curgoal; /* Goal for C-P, C-N */
Xextern WINDOW *curwp; /* Current window */
Xextern BUFFER *curbp; /* Current buffer */
Xextern WINDOW *wheadp; /* Head of list of windows */
Xextern BUFFER *bheadp; /* Head of list of buffers */
Xextern BUFFER *blistp; /* Buffer for C-X C-B */
X
Xextern BUFFER *bfind(); /* Lookup a buffer by name */
Xextern WINDOW *wpopup(); /* Pop up window creation */
Xextern LINE *lalloc(); /* Allocate a line */
Xextern char sres[NBUFN]; /* current screen resolution */
Xextern char pat[]; /* Search pattern */
Xextern char tap[]; /* Reversed pattern array. */
Xextern char rpat[]; /* replacement pattern */
X
Xextern unsigned int matchlen; /* length of found string */
Xextern unsigned int mlenold; /* previous length of found str */
Xextern char *patmatch; /* the found string */
Xextern LINE *matchline; /* line pointer to found string */
Xextern int matchoff; /* offset to the found string */
X
X#if MAGIC
X
Xextern short int magical; /* meta-characters in pattern? */
Xextern MC mcpat[]; /* the magic pattern */
Xextern MC tapcm[]; /* the reversed magic pattern */
X
X#endif
X
X#endif
X
X/* terminal table defined only in TERM.C */
X
X#ifndef termdef
Xextern TERM term; /* Terminal information. */
X#endif
X
X
E!O!F
newsize=`wc -c < edef.h`
if [ $newsize -ne 10634 ]
then echo "File edef.h was $newsize bytes, 10634 expected"
fi
bill davidsen (wedu@ge-crd.arpa)
{chinet | philabs | sesimo}!steinmetz!crdos1!davidsen
"Stupidity, like virtue, is its own reward" -me