sources-request@mirror.TMC.COM (04/23/87)
Submitted by: edmoy@opal.Berkeley.EDU
Mod.sources: Volume 9, Issue 60
Archive-name: xterm6.6b/Part07
[ Following the schedule, I'll be posting articles to both the old and
the new name for a while; sorry, notes sites. --r$ ]
#! /bin/sh
# This is a shell archive, meaning:
# 1. Remove everything above the #! /bin/sh line.
# 2. Save the resulting text in a file.
# 3. Execute the file with /bin/sh (not csh) to create the files:
# Makefile scrollbar.c tabs.c termcap terminfo util.c Xlib/Makefile
# Xlib/README Xlib/XKeyBind.c
if test -f Makefile
then
echo shar: will not overwrite existing file "'Makefile'"
else
echo 'x - Makefile'
cat << \RAZZLE!DAZZLE > Makefile
#
# $Source: /u1/X/xterm/RCS/Makefile,v $
# $Header: Makefile,v 10.2 86/12/01 17:52:22 swick Rel $
#
#
# Makefile for X window system terminal emulator.
# @(#)Makefile X10/6.6B 12/26/86
#
DESTDIR=
# We put xterm in /etc so you can run on partial boot. A link is put
# in CONFDIR so normal search paths will find xterm.
#
# For the 4.3 distribution, the executable is put in /usr/local instead.
#
CONFDIR= /usr/local
INCLUDES= -I../include
LIBS= ../Xlib/libX.a -ltermcap
#
# The option KEYBD may be included if the keyboard mods have been done to
# XKeyBind.c in libX.a.
cflags = -O -DMODEMENU ${INCLUDES} -DUTMP -DKEYBD
#
# NOWINDOWMENU disables the window manager menu (right button)
# DROPMENUS causes the menus to drop from the cursor rather than be
# centered vertically.
#cflags = -O -DMODEMENU ${INCLUDES} -DUTMP -DNOWINDOWMENU -DDROPMENUS
CFLAGS = -R ${cflags}
SOURCE = Makefile data.h error.h menu.h ptyx.h scrollbar.h VTparse.h \
Tekparse.h button.c charproc.c cursor.c data.c input.c \
main.c menu.c misc.c screen.c scrollbar.c tabs.c \
Tekparsetable.c Tekproc.c util.c VTparsetable.c
.SUFFIXES: .o .h .c
OBJS = main.o input.o charproc.o cursor.o util.o tabs.o \
screen.o scrollbar.o button.o Tekproc.o misc.o \
VTparsetable.o Tekparsetable.o data.o menu.o
all: xterm resize
xterm: $(OBJS) ../Xlib/libX.a
$(CC) $(CFLAGS) -o xterm $(OBJS) $(LIBS)
button.o: data.h error.h menu.h ptyx.h scrollbar.h
charproc.o: VTparse.h error.h data.h menu.h ptyx.h scrollbar.h
cursor.o: ptyx.h
data.o: data.c ptyx.h scrollbar.h
$(CC) $(cflags) -c data.c
input.o: ptyx.h
main.o: data.h error.h main.h ptyx.h scrollbar.h
menu.o: menu.h
misc.o: error.h ptyx.h scrollbar.h gray.ic hilite.ic icon.ic wait.ic waitmask.ic
screen.o: error.h ptyx.h scrollbar.h
scrollbar.o: error.h ptyx.h scrollbar.h button.ic dark.ic light.ic upline.ic \
downline.ic uppage.ic downpage.ic top.ic bottom.ic saveoff.ic saveon.ic
tabs.o: ptyx.h
Tekparsetable.o: Tekparse.h
Tekproc.o: Tekparse.h error.h data.h menu.h ptyx.h scrollbar.h
VTparsetable.o: VTparse.h
util.o: ptyx.h scrollbar.h
resize: resize.o
$(CC) $(cflags) -o resize resize.o -lc -ltermcap
resize.o: resize.c
$(CC) $(cflags) -c resize.c
install: all
# install -m 4755 xterm ${DESTDIR}/etc
install -m 4755 xterm ${DESTDIR}${CONFDIR}
# rm -f ${DESTDIR}${CONFDIR}/xterm
# ln -s /etc/xterm ${DESTDIR}${CONFDIR}/xterm
install resize ${DESTDIR}${CONFDIR}
clean:
rm -f xterm resize *.o a.out core errs gmon.out *.bak *~
print:
lpr -Pln ${SOURCE}
RAZZLE!DAZZLE
fi # End Makefile
if test -f scrollbar.c
then
echo shar: will not overwrite existing file "'scrollbar.c'"
else
echo 'x - scrollbar.c'
cat << \RAZZLE!DAZZLE > scrollbar.c
/*
* $Source: /u1/X/xterm/RCS/scrollbar.c,v $
* $Header: scrollbar.c,v 10.100 86/12/01 14:45:27 jg Rel $
*/
#include <stdio.h>
#include <sys/time.h>
#include <X/Xlib.h>
#include <setjmp.h>
#include "scrollbar.h"
#include "ptyx.h"
#include "data.h"
#include "error.h"
#ifdef MODEMENU
#include "menu.h"
#endif MODEMENU
#include "button.ic"
#include "dark.ic"
#include "light.ic"
#include "upline.ic"
#include "downline.ic"
#include "uppage.ic"
#include "downpage.ic"
#include "top.ic"
#include "bottom.ic"
#include "saveoff.ic"
#include "saveon.ic"
#ifndef lint
static char sccs_id[] = "@(#)scrollbar.c\tX10/6.6B\t12/26/86";
#endif lint
static struct timeval stepspeed;
ScrollBar *
CreateScrollBar(w, x, y, height, fg, bg, bordertile, val, valregion,
topval, botval, arrow)
Window w;
int x, y, height, fg, bg, val, valregion, topval, botval;
Pixmap bordertile;
Cursor arrow;
{
register ScrollBar *sb;
register int i;
Pixmap btile, bgnd;
extern char *calloc();
static Window Make_tiled_window();
extern Pixmap Make_tile();
if(!w || height < MINSCROLLBARHEIGHT ||
(sb = (ScrollBar *)calloc(1, sizeof(ScrollBar))) == NULL)
return(NULL);
btile = bordertile;
if(bg == BlackPixel && fg == WhitePixel) {
bg = WhitePixel;
fg = BlackPixel;
if(btile == WhitePixmap)
btile = BlackPixmap;
}
sb->fg = fg;
sb->bg = bg;
sb->cursor = arrow;
if((sb->bar = Make_tiled_window(light_width, light_height, light_bits,
fg, bg, &bgnd, w, x, y, (SCROLLBARWIDTH - 1), height, 1, bordertile))
== NULL)
goto failed_bar;
if((sb->button = XCreateWindow(sb->bar, -1, -1, (SCROLLBARWIDTH - 1),
BUTTONHEIGHT - 1, 1, btile, bgnd)) == NULL)
goto failed_button;
if((sb->save = XCreateWindow(sb->bar, -1, BUTTONHEIGHT - 1,
(SCROLLBARWIDTH - 1), BUTTONHEIGHT - 1, 1, btile, bgnd)) == NULL)
goto failed_save;
if((sb->region = Make_tiled_window(dark_width, dark_height, dark_bits,
fg, bg, &bgnd, sb->bar, 0, 0, (SCROLLBARWIDTH - 1), 10, 0,
(Pixmap)NULL)) == NULL) {
XDestroyWindow(sb->save);
failed_save:
XDestroyWindow(sb->button);
failed_button:
XDestroyWindow(sb->bar);
failed_bar:
free((char *)sb);
return(NULL);
}
sb->savebits[SAVE_OFF] = saveoff_bits;
sb->savebits[SAVE_ON] = saveon_bits;
sb->buttonbits[BUTTON_UPLINE / 2] = upline_bits;
sb->buttonbits[BUTTON_DOWNLINE / 2] = downline_bits;
sb->buttonbits[BUTTON_UPPAGE / 2] = uppage_bits;
sb->buttonbits[BUTTON_DOWNPAGE / 2] = downpage_bits;
sb->buttonbits[BUTTON_TOP / 2] = top_bits;
sb->buttonbits[BUTTON_BOTTOM / 2] = bottom_bits;
sb->buttonbits[BUTTON_NORMAL / 2] = button_bits;
XDefineCursor(sb->bar, sb->cursor);
XSelectInput(sb->bar, ButtonPressed | ButtonReleased | ExposeWindow |
EnterWindow | LeaveWindow | UnmapWindow);
XSelectInput(sb->button, EnterWindow | LeaveWindow);
XMapWindow(sb->button); /* will really map when bar is mapped */
XMapWindow(sb->save); /* will really map when bar is mapped */
sb->buttonstate = sb->buttonset = BUTTON_NORMAL;
sb->savestate = sb->saveset = SAVE_ON;
sb->set.value = val;
sb->set.regionheight = valregion;
sb->set.topvalue = topval;
sb->set.bottomvalue = botval;
sb->set.height = height - BARSTART;
return(sb);
}
ShowScrollBar(sb)
register ScrollBar *sb;
{
if(sb->visible)
return;
sb->visible = 1;
if(sb->regionvisible) {
XUnmapWindow(sb->region);
sb->regionvisible = 0;
}
XMapWindow(sb->bar);
DrawScrollRegion(sb);
sb->action = SHOW;
}
HideScrollBar(sb)
register ScrollBar *sb;
{
if(!sb->visible)
return;
sb->visible = 0;
XUnmapWindow(sb->bar);
}
DrawScrollRegion(sb)
register ScrollBar *sb;
{
register int region, temp;
if(sb->set.regionheight <= 0)
sb->set.regionheight = 0;
if((region = sb->set.topvalue - sb->set.bottomvalue) >= 0) {
if(sb->set.value > sb->set.topvalue)
sb->set.value = sb->set.topvalue;
else if(sb->set.value < sb->set.bottomvalue)
sb->set.value = sb->set.bottomvalue;
} else {
region = -region;
if(sb->set.value < sb->set.topvalue)
sb->set.value = sb->set.topvalue;
else if(sb->set.value > sb->set.bottomvalue)
sb->set.value = sb->set.bottomvalue;
}
if(sb->set.value == sb->set.topvalue) {
sb->set.pixelheight = (region == 0) ? sb->set.height :
(sb->set.height - 1) * sb->set.regionheight /
(sb->set.regionheight + region);
sb->set.y = BARSTART;
} else if(sb->set.value == sb->set.bottomvalue) {
sb->set.pixelheight = (sb->set.height - 1) *
sb->set.regionheight / (sb->set.regionheight + region);
sb->set.y = BARSTART + sb->set.height - sb->set.pixelheight;
} else {
if(sb->set.topvalue >= sb->set.bottomvalue) {
temp = sb->set.topvalue - 1;
region = temp - (sb->set.bottomvalue + 1);
sb->set.y = temp - sb->set.value;
} else {
temp = sb->set.topvalue + 1;
region = (sb->set.bottomvalue - 1) - temp;
sb->set.y = sb->set.value - temp;
}
sb->set.y = (BARSTART + 1) + sb->set.y * (sb->set.height - 2) /
(temp = sb->set.regionheight + region);
sb->set.pixelheight = (sb->set.height - 2) *
sb->set.regionheight / temp;
}
if(sb->set.pixelheight <= 0)
sb->set.pixelheight = 1;
if(sb->set.regionheight == 0) {
sb->state = sb->set;
if(sb->regionvisible) {
XUnmapWindow(sb->region);
sb->regionvisible = 0;
}
return;
}
if(!sb->visible || sb->regionvisible
&& sb->state.y == sb->set.y
&& sb->state.pixelheight == sb->set.pixelheight) {
sb->state = sb->set;
return;
}
sb->state = sb->set;
XConfigureWindow(sb->region, 0, sb->state.y, (SCROLLBARWIDTH - 1),
sb->state.pixelheight);
if(!sb->regionvisible) {
XMapWindow(sb->region);
sb->regionvisible = 1;
}
}
DrawButton(sb)
register ScrollBar *sb;
{
register int fg, bg;
if(sb->visible && sb->buttonstate != sb->buttonset) {
if((sb->buttonstate = sb->buttonset) & HILITED) {
fg = sb->bg;
bg = sb->fg;
} else {
fg = sb->fg;
bg = sb->bg;
}
XBitmapBitsPut(sb->button, 0, 0, SCROLLBARWIDTH - 1,
BUTTONHEIGHT - 1, sb->buttonbits[sb->buttonstate / 2],
fg, bg, (Bitmap)0, GXcopy, AllPlanes);
}
}
DrawSave(sb)
register ScrollBar *sb;
{
if(sb->visible && sb->savestate != sb->saveset)
XBitmapBitsPut(sb->save, 0, 0, SCROLLBARWIDTH - 1,
BUTTONHEIGHT - 1, sb->savebits[sb->savestate = sb->saveset],
sb->fg, sb->bg, (Bitmap)0, GXcopy, AllPlanes);
}
ResizeScrollBar(sb, x, y, height, region)
register ScrollBar *sb;
int x, y, height, region;
{
register int act;
act = sb->action;
sb->action = NONE;
switch(act) {
case SHOW:
return;
case HIDE:
HideScrollBar(sb);
return;
}
if(!sb->visible)
return;
if(sb->regionvisible) {
XUnmapWindow(sb->region);
sb->regionvisible = 0;
}
XConfigureWindow(sb->bar, x, y, (SCROLLBARWIDTH - 1), height);
sb->set.height = height - BARSTART;
sb->set.regionheight = region;
DrawScrollRegion(sb);
}
PositionRegion(sb, y)
register ScrollBar *sb;
register int y;
{
if(y <= BARSTART)
sb->set.value = sb->set.topvalue;
else if(y >= BARSTART + sb->set.height *
(sb->set.bottomvalue - sb->set.topvalue) /
(sb->set.bottomvalue + sb->set.regionheight - sb->set.topvalue))
sb->set.value = sb->set.bottomvalue;
else
sb->set.value = sb->set.topvalue + (y - BARSTART) *
(sb->set.bottomvalue + sb->set.regionheight - sb->set.topvalue)
/ sb->set.height;
DrawScrollRegion(sb);
return(sb->state.value);
}
ButtonRegion(sb)
register ScrollBar *sb;
{
register int reverse, pagesize;
if(!(sb->buttonset & HILITED))
return(sb->set.value);
reverse = (sb->set.bottomvalue > sb->set.topvalue);
pagesize = sb->set.regionheight - 1;
switch(sb->buttonset) {
case BUTTON_UPLINEHI:
if(reverse)
sb->set.value--;
else
sb->set.value++;
break;
case BUTTON_DOWNLINEHI:
if(reverse)
sb->set.value++;
else
sb->set.value--;
break;
case BUTTON_UPPAGEHI:
if(reverse)
sb->set.value -= pagesize;
else
sb->set.value += pagesize;
break;
case BUTTON_DOWNPAGEHI:
if(reverse)
sb->set.value += pagesize;
else
sb->set.value -= pagesize;
break;
case BUTTON_TOPHI:
sb->set.value = sb->set.topvalue;
break;
case BUTTON_BOTTOMHI:
sb->set.value = sb->set.bottomvalue;
}
DrawScrollRegion(sb);
return(sb->set.value);
}
DownButtonDown(term, reply, pty)
Terminal *term;
register XKeyOrButtonEvent *reply;
int pty; /* file descriptor of pty */
{
register Screen *screen = &term->screen;
register ScrollBar *sb = screen->sb;
register Window window = reply->subwindow;
if(!window || window == sb->region) {
WindowScroll(screen, PositionRegion(sb, reply->y));
return;
}
if(window == sb->save) {
SetSaveState(sb, !GetSaveState(sb));
return;
}
if(window != sb->button || !XGrabMouse(sb->button, sb->cursor,
ButtonReleased | EnterWindow | LeaveWindow)) {
Bell();
return;
}
if(reply->detail & ControlMask)
sb->buttonset = BUTTON_BOTTOMHI;
else if(reply->detail & ShiftMask)
sb->buttonset = BUTTON_DOWNPAGEHI;
else {
sb->buttonset = BUTTON_DOWNLINEHI;
stepspeed.tv_usec = PAUSETIME;
screen->timeout = &stepspeed;
WindowScroll(screen, ButtonRegion(screen->sb));
}
DrawButton(sb);
}
UpButtonDown(term, reply, pty)
Terminal *term;
register XKeyOrButtonEvent *reply;
int pty; /* file descriptor of pty */
{
register Screen *screen = &term->screen;
register ScrollBar *sb = screen->sb;
register Window window = reply->subwindow;
if(!window || window == sb->region) {
WindowScroll(screen, PositionRegion(sb, reply->y));
return;
}
if(window == sb->save) {
SetSaveState(sb, !GetSaveState(sb));
return;
}
if(window != sb->button || !XGrabMouse(sb->button, sb->cursor,
ButtonReleased | EnterWindow | LeaveWindow)) {
Bell();
return;
}
if(reply->detail & ControlMask)
sb->buttonset = BUTTON_TOPHI;
else if(reply->detail & ShiftMask)
sb->buttonset = BUTTON_UPPAGEHI;
else {
sb->buttonset = BUTTON_UPLINEHI;
stepspeed.tv_usec = PAUSETIME;
screen->timeout = &stepspeed;
WindowScroll(screen, ButtonRegion(screen->sb));
}
DrawButton(sb);
}
ButtonUp(term, reply, pty)
Terminal *term;
XKeyOrButtonEvent *reply;
int pty; /* file descriptor of pty */
{
register Screen *screen = &term->screen;
register ScrollBar *sb = screen->sb;
register int state;
if((state = GetButtonState(sb)) == BUTTON_NORMAL)
return;
/* don't scroll further on line mode */
if(state > BUTTON_DOWNLINEHI)
WindowScroll(screen, ButtonRegion(sb));
sb->buttonset = BUTTON_NORMAL;
DrawButton(sb);
screen->timeout = NULL;
XUngrabMouse();
}
WindowScroll(screen, top)
register Screen *screen;
int top;
{
register int i, lines;
register int scrolltop, scrollheight, refreshtop;
if((i = screen->topline - top) == 0)
return;
if(screen->cursor_state)
HideCursor();
lines = i > 0 ? i : -i;
if(lines > screen->max_row + 1)
lines = screen->max_row + 1;
scrollheight = screen->max_row - lines + 1;
if(i > 0)
refreshtop = scrolltop = 0;
else {
scrolltop = lines;
refreshtop = scrollheight;
}
if(scrollheight > 0) {
if (screen->multiscroll && scrollheight == 1 &&
screen->topline == 0 && screen->top_marg == 0 &&
screen->bot_marg == screen->max_row) {
if (screen->incopy < 0 && screen->scrolls == 0)
CopyWait (screen);
screen->scrolls++;
} else {
if (screen->incopy)
CopyWait (screen);
screen->incopy = -1;
}
XMoveArea(VWindow(screen), screen->border, scrolltop *
FontHeight(screen) + screen->border + Titlebar(screen),
screen->border, (scrolltop + i) * FontHeight(screen) +
screen->border + Titlebar(screen), Width(screen),
scrollheight * FontHeight(screen));
}
screen->topline = top;
XTileSet(VWindow(screen), screen->border, refreshtop * FontHeight(screen) +
screen->border + Titlebar(screen), Width(screen), lines *
FontHeight(screen), screen->bgndtile);
ScrnRefresh(screen, refreshtop, 0, lines, screen->max_col + 1);
}
ScrollBarOn(screen, show, init)
register Screen *screen;
int show, init;
{
register int border = 2 * screen->border;
register int i;
char *realloc(), *calloc();
if(screen->scrollbar)
return;
if(!screen->sb) {
if((screen->sb = CreateScrollBar(VWindow(screen),
Width(screen) + border, Titlebar(screen) - 1,
Height(screen) + border, screen->foreground,
screen->background, screen->bordertile, 0,
screen->max_row + 1, 0, 0, screen->arrow)) == NULL) {
Bell();
return;
}
if((screen->allbuf = (ScrnBuf) realloc(screen->buf,
2*(screen->max_row + 2 + screen->savelines) * sizeof(char *)))
== NULL)
Error (ERROR_SBRALLOC);
screen->buf = &screen->allbuf[2 * screen->savelines];
bcopy ((char *)screen->allbuf, (char *)screen->buf,
2 * (screen->max_row + 2) * sizeof (char *));
for(i = 2 * screen->savelines - 1 ; i >= 0 ; i--)
if((screen->allbuf[i] =
calloc(screen->max_col + 1, sizeof(char))) == NULL)
Error (ERROR_SBRALLOC2);
screen->sb->saveset = !screen->alternate;
} else {
XConfigureWindow(screen->sb->bar, FullWidth(screen),
Titlebar(screen) - 1, (SCROLLBARWIDTH - 1),
i = FullHeight(screen) - Titlebar(screen));
screen->sb->set.height = i - BARSTART;
screen->sb->set.regionheight = screen->max_row + 1;
}
if(show) {
screen->scrollbar = SCROLLBARWIDTH;
ShowScrollBar(screen->sb);
if(!init) {
XSetResizeHint(VWindow(screen), border + SCROLLBARWIDTH,
border + Titlebar(screen) + screen->statusheight,
FontWidth(screen), FontHeight(screen));
XChangeWindow(VWindow(screen), (screen->max_col + 1) *
FontWidth(screen) + border + SCROLLBARWIDTH,
FontHeight(screen) * (screen->max_row + 1) +
screen->statusheight + border + Titlebar(screen));
}
}
}
ScrollBarOff(screen)
register Screen *screen;
{
register int border = 2 * screen->border;
if(!screen->scrollbar)
return;
screen->sb->action = HIDE;
screen->scrollbar = 0;
XSetResizeHint(VWindow(screen), border, border + Titlebar(screen) +
screen->statusheight, FontWidth(screen), FontHeight(screen));
XChangeWindow(VWindow(screen), (screen->max_col + 1) * FontWidth(screen) +
border, FontHeight(screen) * (screen->max_row + 1) + screen->statusheight
+ border + Titlebar(screen));
}
ClearLinesOffTop(screen)
register Screen *screen;
{
if(!screen->sb)
return;
if(screen->topline)
WindowScroll(screen, 0);
SetScrollBarTop(screen->sb, 0);
DrawScrollRegion(screen->sb);
}
SetSaveState(sb, state)
register ScrollBar *sb;
int state;
{
extern Terminal term;
register Screen *screen = &term.screen;
if(screen->alternate)
return;
if(screen->scroll_amt)
FlushScroll(screen);
sb->saveset = state;
DrawSave(sb);
}
SetButtonState(sb, state)
register ScrollBar *sb;
int state;
{
sb->buttonset = state;
DrawButton(sb);
}
static Window
Make_tiled_window(bitmap_width, bitmap_height, bitmap_bits, foreground,
background, bgnd, parent, x, y, width, height, borderwidth, bordertile)
int bitmap_width, bitmap_height, foreground, background, x, y, width,
height, borderwidth;
short *bitmap_bits;
Window parent;
Pixmap *bgnd, bordertile;
{
register Pixmap pix;
register Window w;
extern Pixmap Make_tile();
if((pix = Make_tile(bitmap_width, bitmap_height, bitmap_bits,
foreground, background)) == NULL)
return(NULL);
w = XCreateWindow(parent, x, y, width, height, borderwidth, bordertile,
pix);
*bgnd = pix;
return(w);
}
Pixmap
Make_tile(bitmap_width, bitmap_height, bitmap_bits, foreground, background)
int bitmap_width, bitmap_height, foreground, background;
short *bitmap_bits;
{
register Bitmap bm;
register Pixmap pix;
if((bm = XStoreBitmap(bitmap_width, bitmap_height, bitmap_bits))
== NULL)
return(NULL);
pix = XMakePixmap(bm, foreground, background);
XFreeBitmap(bm);
return(pix);
}
ScrollToBottom(sb)
register ScrollBar *sb;
{
SetScrollBarValue(sb, GetScrollBarBottom(sb));
DrawScrollRegion(sb);
WindowScroll(&term.screen, GetScrollBarValue(sb));
}
#ifdef MODEMENU
#define SMENU_SCROLLKEY 0
#define SMENU_SCROLLINPUT (SMENU_SCROLLKEY+1)
#define SMENU_LINESTOP (SMENU_SCROLLINPUT+1)
#define SMENU_LINE (SMENU_LINESTOP+1)
#define SMENU_CLEARTOP (SMENU_LINE+1)
#define SMENU_HIDE (SMENU_CLEARTOP+1)
static char *stext[] = {
"Scroll to Bottom on Key",
"Scroll to Bottom on Input",
"Lines Off Top Saved",
"-",
"Clear Lines Off Top",
"Hide Scrollbar",
0,
};
static int salternate;
static int slinestop;
static int sscrollinput;
static int sscrollkey;
Menu *ssetupmenu(menu)
register Menu **menu;
{
register Screen *screen = &term.screen;
register char **cp;
if (*menu == NULL) {
if ((*menu = NewMenu("Scrollbar", re_verse)) == NULL)
return(NULL);
for(cp = stext ; *cp ; cp++)
AddMenuItem(*menu, *cp);
if(sscrollkey = screen->scrollkey)
CheckItem(*menu, SMENU_SCROLLKEY);
if(sscrollinput = screen->scrollinput)
CheckItem(*menu, SMENU_SCROLLINPUT);
if(slinestop = (screen->sb && GetSaveState(screen->sb)))
CheckItem(*menu, SMENU_LINESTOP);
if(salternate = screen->alternate)
DisableItem(*menu, SMENU_LINESTOP);
DisableItem(*menu, SMENU_LINE);
return(*menu);
}
if(sscrollkey != screen->scrollkey)
SetItemCheck(*menu, SMENU_SCROLLKEY, (sscrollkey =
screen->scrollkey));
if(sscrollinput != screen->scrollinput)
SetItemCheck(*menu, SMENU_SCROLLINPUT, (sscrollinput =
screen->scrollinput));
if(screen->sb && slinestop != GetSaveState(screen->sb))
SetItemCheck(*menu, SMENU_LINESTOP, (slinestop =
GetSaveState(screen->sb)));
if(salternate != screen->alternate)
SetItemDisable(*menu, SMENU_LINESTOP, (salternate =
screen->alternate));
return(*menu);
}
sdomenufunc(item)
int item;
{
register Screen *screen = &term.screen;
switch (item) {
case SMENU_SCROLLKEY:
screen->scrollkey = !screen->scrollkey;
break;
case SMENU_SCROLLINPUT:
screen->scrollinput = !screen->scrollinput;
break;
case SMENU_LINESTOP:
SetSaveState(screen->sb, !GetSaveState(screen->sb));
break;
case SMENU_CLEARTOP:
ClearLinesOffTop(screen);
break;
case SMENU_HIDE:
ScrollBarOff(screen);
break;
}
}
#endif MODEMENU
RAZZLE!DAZZLE
fi # End scrollbar.c
if test -f tabs.c
then
echo shar: will not overwrite existing file "'tabs.c'"
else
echo 'x - tabs.c'
cat << \RAZZLE!DAZZLE > tabs.c
/*
* $Source: /u1/X/xterm/RCS/tabs.c,v $
* $Header: tabs.c,v 10.100 86/12/01 14:45:38 jg Rel $
*/
#ifndef lint
static char *rcsid_tabs_c = "$Header: tabs.c,v 10.100 86/12/01 14:45:38 jg Rel $";
#endif lint
#include <X/mit-copyright.h>
/* Copyright Massachusetts Institute of Technology 1984 */
/* tabs.c */
#ifndef lint
/* @(#)tabs.c X10/6.6B 12/26/86 */
#endif lint
#include <X/Xlib.h>
#include "scrollbar.h"
#include "ptyx.h"
/*
* This file presumes 32bits/word. This is somewhat of a crock, and should
* be fixed sometime.
*/
/*
* places tabstops at only every 8 columns
*/
TabReset(tabs)
Tabs tabs;
{
register int i;
for (i=0; i<TAB_ARRAY_SIZE; ++i)
tabs[i] = 0;
for (i=0; i<MAX_TABS; i+=8)
TabSet(tabs, i);
}
/*
* places a tabstop at col
*/
TabSet(tabs, col)
Tabs tabs;
{
tabs[col >> 5] |= (1 << (col & 31));
}
/*
* clears a tabstop at col
*/
TabClear(tabs, col)
Tabs tabs;
{
tabs[col >> 5] &= ~(1 << (col & 31));
}
/*
* returns the column of the next tabstop
* (or MAX_TABS - 1 if there are no more).
* A tabstop at col is ignored.
*/
TabNext (tabs, col)
Tabs tabs;
{
extern Terminal term;
register Screen *screen = &term.screen;
if(screen->curses && screen->do_wrap && (term.flags & WRAPAROUND)) {
Index(screen, 1);
col = screen->cur_col = screen->do_wrap = 0;
}
for (++col; col<MAX_TABS; ++col)
if (tabs[col >> 5] & (1 << (col & 31)))
return (col);
return (MAX_TABS - 1);
}
/*
* clears all tabs
*/
TabZonk (tabs)
Tabs tabs;
{
register int i;
for (i=0; i<TAB_ARRAY_SIZE; ++i)
tabs[i] = 0;
}
RAZZLE!DAZZLE
fi # End tabs.c
if test -f termcap
then
echo shar: will not overwrite existing file "'termcap'"
else
echo 'x - termcap'
cat << \RAZZLE!DAZZLE > termcap
# @(#)termcap X10/6.6B 12/26/86
vs|xterm|vs100|xterm terminal emulator (X window system):\
:cr=^M:do=^J:nl=^J:bl=^G:le=^H:ho=\E[H:\
:co#80:li#65:cl=\E[H\E[2J:bs:am:cm=\E[%i%d;%dH:nd=\E[C:up=\E[A:\
:ce=\E[K:cd=\E[J:so=\E[7m:se=\E[m:us=\E[4m:ue=\E[m:\
:md=\E[1m:mr=\E[7m:me=\E[m:\
:ku=\EOA:kd=\EOB:kr=\EOC:kl=\EOD:kb=^H:\
:k1=\EOP:k2=\EOQ:k3=\EOR:k4=\EOS:ta=^I:pt:sf=\n:sr=\EM:\
:al=\E[L:dl=\E[M:ic=\E[@:dc=\E[P:\
:MT:ks=\E[?1h\E=:ke=\E[?1l\E>:\
:is=\E[r\E[m\E[2J\E[H\E[?7h\E[?1;3;4;6l:\
:rs=\E[r\E<\E[m\E[2J\E[H\E[?7h\E[?1;3;4;6l:xn:\
:AL=\E[%dL:DL=\E[%dM:IC=\E[%d@:DC=\E[%dP:\
:ti=\E7\E[?47h:te=\E[2J\E[?47l\E8:\
:hs:ts=\E[?E\E[?%i%dT:fs=\E[?F:es:ds=\E[?E:
v2|xterms|vs100s|xterm terminal emulator (small)(X window system):\
:co#80:li#24:tc=xterm:
RAZZLE!DAZZLE
fi # End termcap
if test -f terminfo
then
echo shar: will not overwrite existing file "'terminfo'"
else
echo 'x - terminfo'
cat << \RAZZLE!DAZZLE > terminfo
# @(#)terminfo X10/6.6B 12/26/86
xterm|vs100|xterm terminal emulator,
ind=^J, cols#80, lines#65,
clear=\E[H\E[2J, cub1=^H, am, cup=\E[%i%p1%d;%p2%dH,
cuf1=\E[C, cuu1=\E[A, el=\E[K, ed=\E[J,
cud=\E[%p1%dB, cuu=\E[%p1%dA, cub=\E[%p1%dD,
cuf=\E[%p1%dC, km,
smso=\E[7m, rmso=\E[m, smul@, rmul@,
bold=\E[1m, rev=\E[7m, blink=@, sgr0=\E[m,
rs1=\E>\E[1;3;4;5;6l\E[?7h\E[m\E[r\E[2J\E[H, rs2=@
kf1=\EOP, kf2=\EOQ, kf3=\EOR, kf4=\EOS, ht=^I, ri=\EM,
vt@, xon@, csr=\E[%i%p1%d;%p2%dr,
il=\E[%p1%dL, dl=\E[%p1%dM, il1=\E[L, dl1=\E[M,
ich=\E[%p1%d@, dch=\E[%p1%dP, ich1=\E[@, dch1=\E[P,
use=vt100-am,
xterms|vs100s|xterm terminal emulator (small screen 24x80),
cols#80, lines#24,
use=xterm,
RAZZLE!DAZZLE
fi # End terminfo
if test -f util.c
then
echo shar: will not overwrite existing file "'util.c'"
else
echo 'x - util.c'
cat << \RAZZLE!DAZZLE > util.c
/*
* $Source: /u1/X/xterm/RCS/util.c,v $
* $Header: util.c,v 10.100 86/12/01 14:45:43 jg Rel $
*/
#include <X/mit-copyright.h>
/* Copyright Massachusetts Institute of Technology 1984, 1985 */
/* util.c */
#ifndef lint
static char sccs_id[] = "@(#)util.c\tX10/6.6B\t12/26/86";
#endif lint
#include <stdio.h>
#include <X/Xlib.h>
#include <signal.h>
#include <setjmp.h>
typedef int *jmp_ptr;
#include "scrollbar.h"
#include "ptyx.h"
#include "data.h"
#include "error.h"
/*
* These routines are used for the jump scroll feature
*/
FlushScroll(screen)
register Screen *screen;
{
register int i;
register int shift = -screen->topline;
register int bot = screen->max_row - shift;
register int refreshtop;
register int refreshheight;
register int scrolltop;
register int scrollheight;
if(screen->cursor_state)
HideCursor();
if(screen->scroll_amt > 0) {
refreshheight = screen->refresh_amt;
scrollheight = screen->bot_marg - screen->top_marg -
refreshheight + 1;
if((refreshtop = screen->bot_marg - refreshheight + 1 + shift) >
(i = screen->max_row - screen->scroll_amt + 1))
refreshtop = i;
if(screen->sb && GetSaveState(screen->sb) &&
screen->top_marg == 0) {
scrolltop = 0;
if((scrollheight += shift) > i)
scrollheight = i;
if((i = screen->bot_marg - bot) > 0 &&
(refreshheight -= i) < screen->scroll_amt)
refreshheight = screen->scroll_amt;
if((i = -GetScrollBarTop(screen->sb)) <
screen->savelines) {
if((i += screen->scroll_amt) >
screen->savelines)
i = screen->savelines;
SetScrollBarTop(screen->sb, -i);
DrawScrollRegion(screen->sb);
}
} else {
scrolltop = screen->top_marg + shift;
if((i = bot - (screen->bot_marg - screen->refresh_amt +
screen->scroll_amt)) > 0) {
if(bot < screen->bot_marg)
refreshheight = screen->scroll_amt + i;
} else {
scrollheight += i;
refreshheight = screen->scroll_amt;
if((i = screen->top_marg + screen->scroll_amt -
1 - bot) > 0) {
refreshtop += i;
refreshheight -= i;
}
}
}
} else {
refreshheight = -screen->refresh_amt;
scrollheight = screen->bot_marg - screen->top_marg -
refreshheight + 1;
refreshtop = screen->top_marg + shift;
scrolltop = refreshtop + refreshheight;
if((i = screen->bot_marg - bot) > 0)
scrollheight -= i;
if((i = screen->top_marg + refreshheight - 1 - bot) > 0)
refreshheight -= i;
}
if(scrollheight > 0) {
if (screen->multiscroll && scrollheight == 1 &&
screen->topline == 0 && screen->top_marg == 0 &&
screen->bot_marg == screen->max_row) {
if (screen->incopy < 0 && screen->scrolls == 0)
CopyWait (screen);
screen->scrolls++;
} else {
if (screen->incopy)
CopyWait (screen);
screen->incopy = -1;
}
XMoveArea (VWindow(screen), screen->border, (scrolltop +
screen->scroll_amt) * FontHeight(screen) + screen->border +
Titlebar(screen), screen->border, scrolltop * FontHeight(screen)
+ screen->border + Titlebar(screen), Width(screen),
scrollheight * FontHeight(screen));
}
screen->scroll_amt = 0;
screen->refresh_amt = 0;
if(refreshheight > 0) {
XTileSet (VWindow(screen), screen->border, refreshtop *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), refreshheight * FontHeight(screen),
screen->bgndtile);
ScrnRefresh(screen, refreshtop, 0, refreshheight,
screen->max_col + 1);
}
}
AddToRefresh(screen)
register Screen *screen;
{
register int amount = screen->refresh_amt;
register int row = screen->cur_row;
if(amount == 0 || screen->instatus)
return(0);
if(amount > 0) {
register int bottom;
if(row == (bottom = screen->bot_marg) - amount) {
screen->refresh_amt++;
return(1);
}
return(row >= bottom - amount + 1 && row <= bottom);
} else {
register int top;
amount = -amount;
if(row == (top = screen->top_marg) + amount) {
screen->refresh_amt--;
return(1);
}
return(row <= top + amount - 1 && row >= top);
}
}
/*
* scrolls the screen by amount lines, erases bottom, doesn't alter
* cursor position (i.e. cursor moves down amount relative to text).
* All done within the scrolling region, of course.
* requires: amount > 0
*/
Scroll (screen, amount)
register Screen *screen;
register int amount;
{
register int i = screen->bot_marg - screen->top_marg + 1;
register int shift;
register int bot;
register int refreshtop;
register int refreshheight;
register int scrolltop;
register int scrollheight;
if(screen->cursor_state)
HideCursor();
if (amount > i)
amount = i;
if(screen->jumpscroll) {
if(screen->scroll_amt > 0) {
if(screen->refresh_amt + amount > i)
FlushScroll(screen);
screen->scroll_amt += amount;
screen->refresh_amt += amount;
} else {
if(screen->scroll_amt < 0)
FlushScroll(screen);
screen->scroll_amt = amount;
screen->refresh_amt = amount;
}
refreshheight = 0;
} else {
if (amount == i) {
ClearScreen(screen);
return;
}
shift = -screen->topline;
bot = screen->max_row - shift;
scrollheight = i - amount;
refreshheight = amount;
if((refreshtop = screen->bot_marg - refreshheight + 1 + shift) >
(i = screen->max_row - refreshheight + 1))
refreshtop = i;
if(screen->sb && GetSaveState(screen->sb) && screen->top_marg == 0) {
scrolltop = 0;
if((scrollheight += shift) > i)
scrollheight = i;
if((i = -GetScrollBarTop(screen->sb)) < screen->savelines) {
if((i += amount) > screen->savelines)
i = screen->savelines;
SetScrollBarTop(screen->sb, -i);
DrawScrollRegion(screen->sb);
}
} else {
scrolltop = screen->top_marg + shift;
if((i = screen->bot_marg - bot) > 0) {
scrollheight -= i;
if((i = screen->top_marg + amount - 1 - bot) >= 0) {
refreshtop += i;
refreshheight -= i;
}
}
}
if(scrollheight > 0) {
if (screen->multiscroll
&& amount==1 && screen->topline == 0
&& screen->top_marg==0
&& screen->bot_marg==screen->max_row) {
if (screen->incopy<0 && screen->scrolls==0)
CopyWait(screen);
screen->scrolls++;
} else {
if (screen->incopy)
CopyWait(screen);
screen->incopy = -1;
}
XMoveArea(VWindow(screen), screen->border, (scrolltop+amount) *
FontHeight(screen) + screen->border + Titlebar(screen),
screen->border, scrolltop * FontHeight(screen) + screen->border
+ Titlebar(screen), Width(screen), scrollheight *
FontHeight(screen));
}
if(refreshheight > 0) {
XTileSet (VWindow(screen), screen->border, refreshtop *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), refreshheight * FontHeight(screen),
screen->bgndtile);
if(refreshheight > shift)
refreshheight = shift;
}
}
if(screen->sb && GetSaveState(screen->sb) && screen->top_marg == 0)
ScrnDeleteLine(screen->allbuf, screen->bot_marg +
screen->savelines, 0, amount, screen->max_col + 1);
else
ScrnDeleteLine(screen->buf, screen->bot_marg, screen->top_marg,
amount, screen->max_col + 1);
if(refreshheight > 0)
ScrnRefresh(screen, refreshtop, 0, refreshheight,
screen->max_col + 1);
}
/*
* Reverse scrolls the screen by amount lines, erases top, doesn't alter
* cursor position (i.e. cursor moves up amount relative to text).
* All done within the scrolling region, of course.
* Requires: amount > 0
*/
RevScroll(screen, amount)
register Screen *screen;
register int amount;
{
register int i = screen->bot_marg - screen->top_marg + 1;
register int shift;
register int bot;
register int refreshtop;
register int refreshheight;
register int scrolltop;
register int scrollheight;
if(screen->cursor_state)
HideCursor();
if (amount > i)
amount = i;
if(screen->jumpscroll) {
if(screen->scroll_amt < 0) {
if(-screen->refresh_amt + amount > i)
FlushScroll(screen);
screen->scroll_amt -= amount;
screen->refresh_amt -= amount;
} else {
if(screen->scroll_amt > 0)
FlushScroll(screen);
screen->scroll_amt = -amount;
screen->refresh_amt = -amount;
}
} else {
shift = -screen->topline;
bot = screen->max_row - shift;
refreshheight = amount;
scrollheight = screen->bot_marg - screen->top_marg -
refreshheight + 1;
refreshtop = screen->top_marg + shift;
scrolltop = refreshtop + refreshheight;
if((i = screen->bot_marg - bot) > 0)
scrollheight -= i;
if((i = screen->top_marg + refreshheight - 1 - bot) > 0)
refreshheight -= i;
if(scrollheight > 0) {
if (screen->multiscroll
&& amount==1 && screen->topline == 0
&& screen->top_marg==0
&& screen->bot_marg==screen->max_row) {
if (screen->incopy<0 && screen->scrolls==0)
CopyWait(screen);
screen->scrolls++;
} else {
if (screen->incopy)
CopyWait(screen);
screen->incopy = -1;
}
XMoveArea (VWindow(screen), screen->border, (scrolltop-amount) *
FontHeight(screen) + screen->border + Titlebar(screen),
screen->border, scrolltop * FontHeight(screen) + screen->border
+ Titlebar(screen), Width(screen), scrollheight *
FontHeight(screen));
}
if(refreshheight > 0)
XTileSet (VWindow(screen), screen->border, refreshtop *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), refreshheight * FontHeight(screen),
screen->bgndtile);
}
ScrnInsertLine (screen->buf, screen->bot_marg, screen->top_marg,
amount, screen->max_col + 1);
}
/*
* If cursor not in scrolling region, returns. Else,
* inserts n blank lines at the cursor's position. Lines above the
* bottom margin are lost.
*/
InsertLine (screen, n)
register Screen *screen;
register int n;
{
register int i;
register int shift;
register int bot;
register int refreshtop;
register int refreshheight;
register int scrolltop;
register int scrollheight;
if (screen->cur_row < screen->top_marg ||
screen->cur_row > screen->bot_marg)
return;
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if (n > (i = screen->bot_marg - screen->cur_row + 1))
n = i;
if(screen->jumpscroll) {
if(screen->scroll_amt <= 0 &&
screen->cur_row <= -screen->refresh_amt) {
if(-screen->refresh_amt + n > screen->max_row + 1)
FlushScroll(screen);
screen->scroll_amt -= n;
screen->refresh_amt -= n;
} else if(screen->scroll_amt)
FlushScroll(screen);
}
if(!screen->scroll_amt) {
shift = -screen->topline;
bot = screen->max_row - shift;
refreshheight = n;
scrollheight = screen->bot_marg - screen->cur_row - refreshheight + 1;
refreshtop = screen->cur_row + shift;
scrolltop = refreshtop + refreshheight;
if((i = screen->bot_marg - bot) > 0)
scrollheight -= i;
if((i = screen->cur_row + refreshheight - 1 - bot) > 0)
refreshheight -= i;
if(scrollheight > 0) {
if (screen->incopy)
CopyWait (screen);
screen->incopy = -1;
XMoveArea (VWindow(screen), screen->border, (scrolltop - n) *
FontHeight(screen) + screen->border + Titlebar(screen),
screen->border, scrolltop * FontHeight(screen) + screen->border
+ Titlebar(screen), Width(screen), scrollheight *
FontHeight(screen));
}
if(refreshheight > 0)
XTileSet (VWindow(screen),
screen->border, refreshtop * FontHeight(screen) + screen->border
+ Titlebar(screen), Width(screen), refreshheight *
FontHeight(screen), screen->bgndtile);
}
/* adjust screen->buf */
ScrnInsertLine(screen->buf, screen->bot_marg, screen->cur_row, n,
screen->max_col + 1);
}
/*
* If cursor not in scrolling region, returns. Else, deletes n lines
* at the cursor's position, lines added at bottom margin are blank.
*/
DeleteLine(screen, n)
register Screen *screen;
register int n;
{
register int i;
register int shift;
register int bot;
register int refreshtop;
register int refreshheight;
register int scrolltop;
register int scrollheight;
if (screen->cur_row < screen->top_marg ||
screen->cur_row > screen->bot_marg)
return;
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if (n > (i = screen->bot_marg - screen->cur_row + 1))
n = i;
if(screen->jumpscroll) {
if(screen->scroll_amt >= 0 && screen->cur_row == screen->top_marg) {
if(screen->refresh_amt + n > screen->max_row + 1)
FlushScroll(screen);
screen->scroll_amt += n;
screen->refresh_amt += n;
} else if(screen->scroll_amt)
FlushScroll(screen);
}
if(!screen->scroll_amt) {
shift = -screen->topline;
bot = screen->max_row - shift;
scrollheight = i - n;
refreshheight = n;
if((refreshtop = screen->bot_marg - refreshheight + 1 + shift) >
(i = screen->max_row - refreshheight + 1))
refreshtop = i;
if(screen->sb && GetSaveState(screen->sb) && screen->cur_row == 0) {
scrolltop = 0;
if((scrollheight += shift) > i)
scrollheight = i;
if((i = -GetScrollBarTop(screen->sb)) < screen->savelines) {
if((i += n) > screen->savelines)
i = screen->savelines;
SetScrollBarTop(screen->sb, -i);
DrawScrollRegion(screen->sb);
}
} else {
scrolltop = screen->cur_row + shift;
if((i = screen->bot_marg - bot) > 0) {
scrollheight -= i;
if((i = screen->cur_row + n - 1 - bot) >= 0) {
refreshheight -= i;
}
}
}
if(scrollheight > 0) {
if (screen->incopy)
CopyWait(screen);
screen->incopy = -1;
XMoveArea (VWindow(screen), screen->border, (scrolltop + n) *
FontHeight(screen) + screen->border + Titlebar(screen),
screen->border, scrolltop * FontHeight(screen) + screen->border
+ Titlebar(screen), Width(screen), scrollheight *
FontHeight(screen));
}
if(refreshheight > 0)
XTileSet (VWindow(screen), screen->border, refreshtop *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), refreshheight * FontHeight(screen),
screen->bgndtile);
}
/* adjust screen->buf */
if(screen->sb && GetSaveState(screen->sb) && screen->cur_row == 0)
ScrnDeleteLine(screen->allbuf, screen->bot_marg +
screen->savelines, 0, n, screen->max_col + 1);
else
ScrnDeleteLine(screen->buf, screen->bot_marg, screen->cur_row,
n, screen->max_col + 1);
}
/*
* Insert n blanks at the cursor's position, no wraparound
*/
InsertChar (screen, n)
register Screen *screen;
register int n;
{
register int width = n * FontWidth(screen), cx, cy;
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if(screen->cur_row - screen->topline <= screen->max_row ||
screen->instatus) {
if(!AddToRefresh(screen)) {
if(screen->scroll_amt)
FlushScroll(screen);
if (screen->incopy)
CopyWait (screen);
screen->incopy = -1;
cx = CursorX (screen, screen->cur_col);
cy = CursorY (screen, screen->cur_row);
XMoveArea(VWindow(screen), cx, cy, cx + width, cy,
Width(screen) - (screen->cur_col + n) * FontWidth(screen),
FontHeight(screen));
XPixSet(VWindow(screen), cx, cy,
width, FontHeight(screen), screen->instatus ?
screen->foreground : screen->background);
}
}
/* adjust screen->buf */
ScrnInsertChar(screen->buf, screen->cur_row, screen->cur_col, n,
screen->max_col + 1);
}
/*
* Deletes n chars at the cursor's position, no wraparound.
*/
DeleteChar (screen, n)
register Screen *screen;
register int n;
{
register int width, cx, cy;
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if (n > (width = screen->max_col + 1 - screen->cur_col))
n = width;
if(screen->cur_row - screen->topline <= screen->max_row ||
screen->instatus) {
if(!AddToRefresh(screen)) {
if(screen->scroll_amt)
FlushScroll(screen);
width = n * FontWidth(screen);
if (screen->incopy)
CopyWait (screen);
screen->incopy = -1;
cx = CursorX (screen, screen->cur_col);
cy = CursorY (screen, screen->cur_row);
XMoveArea(VWindow(screen), cx + width, cy, cx, cy,
Width(screen) - (screen->cur_col + n) * FontWidth(screen),
FontHeight(screen));
XPixSet (VWindow(screen),
screen->border + Width(screen) - width, cy,
width, FontHeight(screen), screen->instatus ?
screen->foreground : screen->background);
}
}
/* adjust screen->buf */
ScrnDeleteChar (screen->buf, screen->cur_row, screen->cur_col, n,
screen->max_col + 1);
}
/*
* Clear from cursor position to beginning of display, inclusive.
*/
ClearAbove (screen)
register Screen *screen;
{
register top, height;
if(screen->cursor_state)
HideCursor();
if((top = -screen->topline) <= screen->max_row) {
if(screen->scroll_amt)
FlushScroll(screen);
if((height = screen->cur_row + top) > screen->max_row)
height = screen->max_row;
if((height -= top) > 0)
XTileSet(VWindow(screen), screen->border, top *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), height * FontHeight(screen),
screen->bgndtile);
if(screen->cur_row - screen->topline <= screen->max_row)
ClearLeft(screen);
}
ClearBufRows(screen, 0, screen->cur_row - 1);
}
/*
* Clear from cursor position to end of display, inclusive.
*/
ClearBelow (screen)
register Screen *screen;
{
register top;
ClearRight(screen);
if((top = screen->cur_row - screen->topline) <= screen->max_row) {
if(screen->scroll_amt)
FlushScroll(screen);
if(++top <= screen->max_row)
XTileSet(VWindow(screen), screen->border, top *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), (screen->max_row - top + 1) *
FontHeight(screen), screen->bgndtile);
}
ClearBufRows(screen, screen->cur_row + 1, screen->max_row);
}
/*
* Clear last part of cursor's line, inclusive.
*/
ClearRight (screen)
register Screen *screen;
{
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if(screen->cur_row - screen->topline <= screen->max_row ||
screen->instatus) {
if(!AddToRefresh(screen)) {
if(screen->scroll_amt)
FlushScroll(screen);
XPixSet(VWindow(screen),
CursorX(screen, screen->cur_col),
CursorY(screen, screen->cur_row),
Width(screen) - screen->cur_col * FontWidth(screen),
FontHeight(screen), screen->instatus ? screen->foreground :
screen->background);
}
}
bzero(screen->buf [2 * screen->cur_row] + screen->cur_col,
(screen->max_col - screen->cur_col + 1));
bzero(screen->buf [2 * screen->cur_row + 1] + screen->cur_col,
(screen->max_col - screen->cur_col + 1));
}
/*
* Clear first part of cursor's line, inclusive.
*/
ClearLeft (screen)
register Screen *screen;
{
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if(screen->cur_row - screen->topline <= screen->max_row ||
screen->instatus) {
if(!AddToRefresh(screen)) {
if(screen->scroll_amt)
FlushScroll(screen);
XPixSet (VWindow(screen),
screen->border, CursorY (screen, screen->cur_row),
(screen->cur_col + 1) * FontWidth(screen),
FontHeight(screen), screen->instatus ? screen->foreground :
screen->background);
}
}
bzero (screen->buf [2 * screen->cur_row], (screen->cur_col + 1));
bzero (screen->buf [2 * screen->cur_row + 1], (screen->cur_col + 1));
}
/*
* Erase the cursor's line.
*/
ClearLine(screen)
register Screen *screen;
{
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if(screen->cur_row - screen->topline <= screen->max_row ||
screen->instatus) {
if(!AddToRefresh(screen)) {
if(screen->scroll_amt)
FlushScroll(screen);
XPixSet (VWindow(screen),
screen->border, CursorY (screen, screen->cur_row),
Width(screen), FontHeight(screen), screen->instatus ?
screen->foreground : screen->background);
}
}
bzero (screen->buf [2 * screen->cur_row], (screen->max_col + 1));
bzero (screen->buf [2 * screen->cur_row + 1], (screen->max_col + 1));
}
ClearScreen(screen)
register Screen *screen;
{
register int top;
if(screen->cursor_state)
HideCursor();
screen->do_wrap = 0;
if((top = -screen->topline) <= screen->max_row) {
if(screen->scroll_amt)
FlushScroll(screen);
if(top == 0 && !screen->statusline)
XClear(VWindow(screen));
else
XTileSet(VWindow(screen), screen->border, top *
FontHeight(screen) + screen->border + Titlebar(screen),
Width(screen), (screen->max_row - top + 1) *
FontHeight(screen), screen->bgndtile);
}
ClearBufRows (screen, 0, screen->max_row);
screen->pagecnt = 0;
}
CopyWait(screen)
register Screen *screen;
{
XEvent reply;
XEvent *rep = &reply;
while (1) {
XWindowEvent (VWindow(screen), ExposeRegion|ExposeCopy, &reply);
switch (reply.type) {
case ExposeRegion:
if (((XExposeEvent *)rep)->detail == ExposeCopy &&
screen->incopy <= 0) {
screen->incopy = 1;
if (screen->scrolls > 0)
screen->scrolls--;
}
HandleExposure (screen, &reply);
break;
case ExposeCopy:
if (screen->incopy <= 0 && screen->scrolls > 0)
screen->scrolls--;
if (screen->scrolls == 0) {
screen->incopy = 0;
return;
}
screen->incopy = -1;
break;
}
}
}
/*
* This routine handles exposure events
*/
HandleExposure (screen, reply)
register Screen *screen;
register XExposeEvent *reply;
{
register int toprow, leftcol, nrows, ncols;
extern Terminal term; /* kludge */
XExposeRegionEvent event;
if((toprow = (reply->y - screen->border - Titlebar(screen)) /
FontHeight(screen)) < 0)
toprow = 0;
if((leftcol = (reply->x - screen->border) / FontWidth(screen)) < 0)
leftcol = 0;
nrows = (reply->y + reply->height - 1 - screen->border
- Titlebar(screen)) / FontHeight(screen) - toprow + 1;
ncols = (reply->x + reply->width - 1 - screen->border) /
FontWidth(screen) - leftcol + 1;
toprow -= screen->scrolls;
if (toprow < 0) {
nrows += toprow;
toprow = 0;
}
if (toprow + nrows - 1 > screen->max_row)
nrows = screen->max_row - toprow + 1 + screen->statusline;
if (leftcol + ncols - 1 > screen->max_col)
ncols = screen->max_col - leftcol + 1;
if (nrows > 0 && ncols > 0) {
ScrnRefresh (screen, toprow, leftcol, nrows, ncols);
if (screen->cur_row >= toprow &&
screen->cur_row < toprow + nrows &&
screen->cur_col >= leftcol &&
screen->cur_col < leftcol + ncols)
return (1);
}
return (0);
}
ReverseVideo (term)
Terminal *term;
{
register Screen *screen = &term->screen;
register Pixmap pix;
register int tmp;
register Window tek = TWindow(screen);
extern Pixmap B_Pixmap;
extern Pixmap W_Pixmap;
if(screen->color & C_BACKGROUND)
XFreePixmap(screen->bgndtile);
tmp = screen->background;
if(screen->cursorcolor == screen->foreground)
screen->cursorcolor = tmp;
if(screen->mousecolor == screen->foreground)
screen->mousecolor = tmp;
screen->background = screen->foreground;
screen->foreground = tmp;
screen->color = (screen->color & ~C_FBMASK) | switchfb[screen->color
& C_FBMASK];
if(screen->color & C_BACKGROUND) {
if(!(screen->bgndtile = XMakeTile(screen->background)))
Error(ERROR_UBACK);
} else
screen->bgndtile = (screen->background == W_Pixel) ? W_Pixmap
: B_Pixmap;
XFreeCursor(screen->curs);
screen->curs = make_xterm(screen->mousecolor, screen->background,
GXcopy);
XFreeCursor(screen->arrow);
screen->arrow = make_arrow(screen->mousecolor, screen->background,
GXcopy);
XDefineCursor(VWindow(screen), screen->curs);
if(screen->sb)
XDefineCursor(screen->sb->bar, screen->sb->cursor =
screen->arrow);
if(screen->title.tbar)
XDefineCursor(screen->title.tbar, screen->arrow);
if(tek)
XDefineCursor(tek, screen->arrow);
#ifdef MODEMENU
MenuNewCursor(screen->arrow);
#endif MODEMENU
if (screen->background < 2 && screen->foreground < 2) {
if (screen->bgndtile == B_Pixmap)
screen->bordertile = W_Pixmap;
else if (screen->bgndtile == W_Pixmap)
screen->bordertile = B_Pixmap;
pix = screen->bordertile;
if(screen->sb)
XChangeBorder (screen->sb->bar, pix);
if(screen->title.tbar)
XChangeBorder (screen->title.tbar, pix);
if(tek && screen->Ttitle.tbar)
XChangeBorder (screen->Ttitle.tbar, pix);
if(screen->borderwidth > 0) {
XChangeBorder (VWindow(screen), pix);
XChangeBorder (screen->iconVwin.window, pix);
if(tek) {
XChangeBorder (tek, pix);
XChangeBorder (screen->iconTwin.window, pix);
}
}
}
XChangeBackground (VWindow(screen), screen->bgndtile);
XChangeBackground (screen->iconVwin.window, screen->bgndtile);
if(screen->title.tbar)
XChangeBackground (screen->title.tbar, screen->bgndtile);
if(tek) {
XChangeBackground (screen->iconTwin.window, screen->bgndtile);
if(screen->Ttitle.tbar)
XChangeBackground (screen->Ttitle.tbar, screen->bgndtile);
TekReverseVideo(screen);
}
XClear (VWindow(screen));
XClear (screen->iconVwin.window);
ScrnRefresh (screen, 0, 0, screen->max_row + 1 + screen->statusline,
screen->max_col + 1);
if(screen->Tshow) {
XClear (tek);
XClear (screen->iconTwin.window);
TekExpose((XExposeWindowEvent *)0);
}
if(Titlebar(screen)) {
XClear(screen->title.tbar);
VTTitleExpose(NULL);
if(screen->Tshow) {
XClear(screen->Ttitle.tbar);
TekTitleExpose(NULL);
}
}
}
RAZZLE!DAZZLE
fi # End util.c
if test ! -d Xlib
then
mkdir Xlib
fi
if test -f Xlib/Makefile
then
echo shar: will not overwrite existing file "'Xlib/Makefile'"
else
echo 'x - Xlib/Makefile'
cat << \RAZZLE!DAZZLE > Xlib/Makefile
INCLUDES= -I/usr/include/X -I../../Xlib
C2= /lib/c2
#
# The KEYBD define may be include to include the keyboard mods.
CFLAGS= -O ${INCLUDES} ${NETOPTIONS} -DKEYBD
.SUFFIXES: .o .h .c
.c.o:
# ${CC} -pg ${CFLAGS} -c -S $*.c
# ${C2} $*.s | ../../inline/inline | ${AS} -o $*.o
# rm -f $*.s
# -ld -X -r $*.o
# mv a.out profiled/$*.o
${CC} ${CFLAGS} -c -S $*.c
${C2} $*.s | ../../inline/inline | ${AS} -o $*.o
rm -f $*.s
-ld -x -r $*.o
mv a.out $*.o
OLIST= XKeyBind.o
libX.a: $(OLIST)
ar cr libX.a $(OLIST)
@ranlib libX.a
#
#libX_p.a: $(OLIST)
# cd profiled; ar cr ../libX_p.a $(OLIST)
# @ranlib libX_p.a
$(OLIST): ../../Xlib/Xlib.h
XKeyBind.o: ../../Xlib/Xkeyboard.h ../../Xlib/Xkeymap.h Xdefault.h
XGetDefault.o: Xdefault.h
RAZZLE!DAZZLE
fi # End Xlib/Makefile
if test -f Xlib/README
then
echo shar: will not overwrite existing file "'Xlib/README'"
else
echo 'x - Xlib/README'
cat << \RAZZLE!DAZZLE > Xlib/README
This directory contains a changes to the Xlib routines XKeyBind.c:
XKeyBind.c: This will allow (in the future) to define keymaps with
the environment variable KEYBD. This is needed, for example,
when I log into a Sun from some other workstation. Then, on
the Sun, I wish to pop a window back on my workstation. Since
the default keymap would be for the Sun, if I were on some
other workstation, my keyboard would be messed up. I could
keep a .Xkeymap file on the Sun, but if I use different
workstations to log in, sometimes it might work and other times
it wouldn't. If I were originally on a MicroVax and set
my KEYBD environment variable (from the .login file) to
mvaxII, for instance, then I would get the right keymap. From
another Sun, I might set KEYBD to sun3. The names of these
keymap files have not yet been established yet.
RAZZLE!DAZZLE
fi # End Xlib/README
if test -f Xlib/XKeyBind.c
then
echo shar: will not overwrite existing file "'Xlib/XKeyBind.c'"
else
echo 'x - Xlib/XKeyBind.c'
cat << \RAZZLE!DAZZLE > Xlib/XKeyBind.c
#include <X/mit-copyright.h>
/* $Header: XKeyBind.c,v 10.12 86/07/21 15:27:14 wesommer Rel $ */
/* Copyright 1985, Massachusetts Institute of Technology */
#include "XlibInternal.h"
#include <sys/file.h>
#include <sys/stat.h>
#include "Xkeymap.h"
#include "Xkeyboard.h"
#include <stdio.h>
#include <strings.h>
#ifdef KEYBD
#include "Xdefault.h"
#endif KEYBD
#define EMPTY_ENTRY LeftMask
/* if the "metabits" field of a runtime table entry contains this,
it's an empty entry */
static KeyMapElt *keymap = NULL;
static Bool inited = FALSE;
static ExtensionHeader *ext_begin, *ext_end;
/* Runtime table: contains multiple-byte character bindings defined
at runtime with XRebindCode */
typedef struct {
unsigned char keycode;
unsigned short metabits;
short length;
char *value;
} RuntimeTableEntry;
static RuntimeTableEntry
*rt_begin, /* first entry of runtime table */
*rt_end, /* this and all succeeding entries are empty */
*rt_buf_end;/* points beyond end of allocated storage for table */
#ifdef KEYBD
char *keyboardtype = NULL;
#endif KEYBD
#define RT_INITIAL_SIZE 100 /* initial size of runtime table */
#define RT_INCREMENT 40 /* size to grow by if expanded */
XUseKeymap(filename)
char *filename;
{
int file = -1;
int filesize;
unsigned char magic;
struct stat filestat;
file = open (filename, O_RDONLY, 0);
if (file < 0) {
return(0); /* no keymap file found */
}
fstat (file, &filestat);
filesize = filestat.st_size - 1; /* first byte is magic number */
if (filesize < 256*sizeof(KeyMapElt)) {
fprintf (stderr, "Keymap file %s is too small\n", filename);
close (file);
return(0);
}
read (file, &magic, 1);
if (magic != X_KEYMAP_MAGIC) {
fprintf (stderr,
"Keymap file %s doesn't begin with the proper magic number\n",
filename);
close (file);
return(0);
}
keymap = (KeyMapElt *) malloc (filesize);
if (!keymap) {
close (file);
return(0); /* couldn't malloc; just act like there isn't a keymap */
}
read (file, (char *) keymap, filesize);
ext_begin = (ExtensionHeader *) (keymap + 256);
ext_end = (ExtensionHeader *) (((char *) keymap) + filesize);
rt_begin = (RuntimeTableEntry *) malloc (RT_INITIAL_SIZE*sizeof(RuntimeTableEntry));
if (!rt_begin)
_XIOError (_XlibCurrentDisplay);
rt_end = rt_begin;
rt_buf_end = rt_begin + RT_INITIAL_SIZE;
close (file);
inited = TRUE;
return(1);
}
static Initialize() {
int file = -1;
int filesize;
unsigned char magic;
struct stat filestat;
char *getenv();
char *filename = NULL;
#ifdef KEYBD
char *home;
char *kdefault = "default";
char *keybddir = KEYBDDIR;
#else KEYBD
char *home = getenv ("HOME");
#endif KEYBD
inited = TRUE;
#ifdef KEYBD
if(keyboardtype && *keyboardtype) { /* Use keyboard type keymap */
filename = malloc(strlen(keybddir) + strlen(keyboardtype) + 1);
strcpy(filename, keybddir);
strcat(filename, keyboardtype);
if((file = open (filename, O_RDONLY, 0)) < 0) {
free (filename);
filename = NULL;
}
}
if(file < 0 && (home = getenv ("HOME")))
#else KEYBD
if (home)
#endif KEYBD
{
int homelen = strlen (home);
char *keymapstr = "/.Xkeymap";
int keymapstrlen = strlen (keymapstr);
filename = malloc (homelen + keymapstrlen + 1);
strncpy (filename, home, homelen+1);
strncat (filename, keymapstr, keymapstrlen);
file = open (filename, O_RDONLY, 0);
}
#ifdef KEYBD
if (file < 0) { /* Try system default keymap */
if(filename)
free(filename);
filename = malloc(strlen(keybddir) + strlen(kdefault) + 1);
strcpy(filename, keybddir);
strcat(filename, kdefault);
file = open (filename, O_RDONLY, 0);
}
#endif KEYBD
if (file < 0) {
if(filename)
free(filename);
return; /* no keymap file found */
}
fstat (file, &filestat);
filesize = filestat.st_size - 1; /* first byte is magic number */
if (filesize < 256*sizeof(KeyMapElt)) {
fprintf (stderr, "Keymap file %s is too small\n", filename);
close (file);
free (filename);
return;
}
read (file, &magic, 1);
if (magic != X_KEYMAP_MAGIC) {
fprintf (stderr,
"Keymap file %s doesn't begin with the proper magic number\n",
filename);
close (file);
free (filename);
return;
}
keymap = (KeyMapElt *) malloc (filesize);
if (!keymap) {
close (file);
free (filename);
return; /* couldn't malloc; just act like there isn't a keymap */
}
read (file, (char *) keymap, filesize);
ext_begin = (ExtensionHeader *) (keymap + 256);
ext_end = (ExtensionHeader *) (((char *) keymap) + filesize);
rt_begin = (RuntimeTableEntry *) malloc (RT_INITIAL_SIZE*sizeof(RuntimeTableEntry));
if (!rt_begin)
_XIOError (_XlibCurrentDisplay);
rt_end = rt_begin;
rt_buf_end = rt_begin + RT_INITIAL_SIZE;
free (filename);
close (file);
}
/* this routine is used when initialization failed to find a
valid keymap file */
static char *BackstopLookupMapping (event, nbytes)
XKeyPressedEvent *event;
int *nbytes;
{
int detail = event->detail;
register int keycode = detail & ValueMask;
extern KeyMapEntry StdMap[];
static char c;
short s; /* needed to distinguish a real character (e.g. \0377) from -1 */
s = StdMap [keycode] [KeyState(detail)];
c = s;
if ((detail & ShiftLockMask) && (c >= 'a') && (c <= 'z'))
c += ('A' - 'a');
if (IsTypewriterKey(keycode)
|| keycode == KC_ESC || keycode == KC_BS || keycode == KC_LF)
*nbytes = (s == -1 ? 0 : 1);
else
*nbytes = 0;
return (&c);
}
char *XLookupMapping (event, nbytes)
XKeyPressedEvent *event;
int *nbytes;
{
int detail = event->detail;
unsigned int metabits = FullKeyState (detail);
unsigned int key = detail & ValueMask;
register unsigned char *the_char;
if (!inited)
Initialize();
if (!keymap)
return (BackstopLookupMapping (event, nbytes));
the_char = &keymap [key] [metabits];
switch (*the_char) {
case UNBOUND: {
*nbytes = 0;
return (NULL);
}
case EXTENSION_BOUND: {
register ExtensionHeader *this;
for (this = ext_begin; this < ext_end; NextExtension(this))
if ((key == this->keycode)
&& ((metabits == this->metabits) || (this->metabits == DontCareMetaBits))) {
*nbytes = this->length;
return ((char *)this + ExtensionHeaderSize);
}
/* if we get here, no match was found in the table extension */
*nbytes = 0;
return (NULL);
}
case RUNTIME_TABLE_BOUND: {
register RuntimeTableEntry *entry;
for (entry = rt_begin; entry < rt_end; entry++)
if ((key == entry->keycode)
&& ((metabits == entry->metabits) || (entry->metabits == DontCareMetaBits))) {
*nbytes = entry->length;
return (entry->value);
}
/* if we get here, no match was found in the runtime table */
*nbytes = 0;
return (NULL);
}
default: {
*nbytes = 1;
return ((char *)the_char);
}
}
}
XRebindCode (keycode, metabits, str, nbytes)
unsigned int keycode, metabits;
char *str;
int nbytes;
{
unsigned char *table_char;
metabits = FullKeyState (metabits); /* shift meta bits to rightmost four bits */
if (!inited)
Initialize();
if (!keymap)
return; /* no keymap file; what else can I do? */
table_char = &keymap [keycode] [metabits];
if (nbytes == 0) {
if (*table_char == RUNTIME_TABLE_BOUND)
Unbind (keycode, metabits);
*table_char = UNBOUND;
return;
}
if ((nbytes == 1) && SingleCharBound (*str)) {
if (*table_char == RUNTIME_TABLE_BOUND)
Unbind (keycode, metabits);
*table_char = *str;
return;
}
/* the new binding is either multi-character, or one of the
three reserved special characters */
if (*table_char == RUNTIME_TABLE_BOUND) {
/* entry is already in table; just change its binding */
register RuntimeTableEntry *entry;
for (entry = rt_begin; entry < rt_end; entry++)
if (keycode == entry->keycode && metabits == entry->metabits) {
entry->value = str;
entry->length = nbytes;
return;
}
/* if we get here, entry wasn't found in table; shouldn't
* ever happen! Not much to do but fall through to
* the following code. */
}
/* new binding must go in a new entry in the table */
*table_char = RUNTIME_TABLE_BOUND;
if (rt_end < rt_buf_end) {
rt_end->keycode = keycode;
rt_end->metabits = metabits;
rt_end->value = str;
rt_end++->length = nbytes;
return;
}
/* no room at end of table; look for holes in middle */
{
register RuntimeTableEntry *entry;
for (entry = rt_begin; entry < rt_end; entry++)
if (entry->metabits == EMPTY_ENTRY) {
entry->keycode = keycode;
entry->metabits = metabits;
entry->value = str;
entry->length = nbytes;
return;
}
}
/* no room in table at all. Must expand it. */
{
int rt_length = rt_end - rt_begin;
rt_begin = (RuntimeTableEntry *) realloc ((char *)rt_begin, (rt_length+RT_INCREMENT)*sizeof (RuntimeTableEntry));
rt_end = rt_begin + rt_length;
rt_buf_end = rt_end + RT_INCREMENT;
rt_end->keycode = keycode;
rt_end->metabits = metabits;
rt_end->value = str;
rt_end++->length = nbytes;
}
}
static Unbind (keycode, metabits)
unsigned int keycode, metabits;
{
register RuntimeTableEntry *entry;
for (entry = rt_begin; entry < rt_end; entry++)
if (keycode == entry->keycode && metabits == entry->metabits) {
entry->metabits = EMPTY_ENTRY;
return;
}
}
RAZZLE!DAZZLE
fi # End Xlib/XKeyBind.c
echo '***** End of' xterm 6.6B - Part 7 of 7 '*****'
exit