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Date: Thu, 18 Jun 92 20:03:47 JST
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Mime-Version: 1.0
Content-Type: multipart/mixed; boundary="=="
To: nsb@thumper.bellcore.com
Cc: rhys@cs.uq.oz.au
Subject: Re: multi-bytes richtext
From: ysato@etl.go.jp (Yutaka Sato =?ISO-2022-JP?B?GyRAOjRGI0stGyhK?=)
Organization: Electrotechnical Laboratory, Tsukuba Science City
Message-Id: <gFrys.ysato@etl.go.jp>
References: <gAe+o.ysato@etl.go.jp> <gAfnd.ysato@etl.go.jp> 
	<1451@~/Mail/drafts> <gFqTf.ysato@etl.go.jp> 
	<ceDpgPa0M2Yt8Gvww6@thumper.bellcore.com>

--==

I'm sending a copy of this message to the author of richlex.c,
wishing my small change to richlex.c may be adopted. 

In message <ceDpgPa0M2Yt8Gvww6@thumper.bellcore.com> on 06/18/92(00:32:43)
you Nathaniel Borenstein <nsb@thumper.bellcore.com> wrote:
 |Can you
 |possibly send me an example of multibyte richtext that works with your
 |modified code (as well as one that doesn't) so that I can try it out and
 |see?   

Ok, I enclosed a picture which shows how the old and new version of 
richtext process a sample data in Japanese (JIS).

--==
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Description: richtext for multibyte charset text

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--==

 |In particular, I notice that you call "extended_command" only in the
 |"default" case of a switch statement that sorts on first letters, so I
 |can tell that it only happens for keywords that start with other
 |letters, but I can't tell which keywords -- in other words, at a quick
 |glance it isn't obvious what your code expects in  its datastream.  I'd
 |be very interested in seeing that!

My code expects the input is a stream of multi national character
set switched by ISO-2022, that is "ESC $ X" for switch to two byte
characterset and "ESC $ X" for switch to one byte character set.

 |Note that MIME defines things like
 |<iso-8859-1> some text </iso-8859-1> 
 |but doesn't say anything similar about non-8859 character sets.  In
 |particular, people were worried about the implications of multibyte
 |character sets 

Even if multibyte character sets are ignored by them, column calculation
which is able to cope with propotional fonts could be necessary.
If richtext cope with propotional fonts, it makes easier to handle
multibyte character sets...

 |-- what if one of the octets corresponds to the ascii
 |"<"?  I'd like to know how you handle this!  -- Nathaniel

ISO-2022-JP is a implication of US-ASCII and JISx208, so "<"s is
passed to richtext as is when the context is US-ASCII, but
translated to "<lt>" when the context is JISx208.  This switching
is found in ISO2022Getc().

As I found some problems in richtext.c I send yesterday, I enclose a
refined richtext.c.  Also I inserted a hook into RICHLEX.c to 
treat extended SINGLETONs.


In message <gFqTf.ysato@etl.go.jp> on 06/18/92(00:13:50) I wrote:
 |In message <gAe+o.ysato@etl.go.jp> on 06/02/92(06:33:20) I wrote:
 | |That is I want to use your richtext.c for the ISO-2022-JP.
 | |I need several extensions for richtext.c to do this.
 | |
 | |First, I need a way to extended command. For example, by defininng
 | |a variable like int (*RichtextCommand)();
 | |
 | |Second, I need a way to avoid two-bytes codes (like ISO-2022-JP)
 | |to be splitted at a odd position on the end of line.
 | |
 | |Lastly, I wish to catch all of output characters from richtext.c
 | |by hooking a single function, for example by defining a variable
 | |like int (*RichtextPutc)();
 | |
 | |With this functions, I can smoothly make richtext for ISO-2022.
 | |I will be very happy if you would think about my above requirements.
 |
 |I did this extension tonight.  Outline of changes are:
 |
 | - extended the element of OutputBuf from CHAR to INT.
 | - inserted hooks into richtext.c at initialization, getc, command, and putc
 | - outputc() assembles a multi-bytes character and puts it to realoutputc()
 | - multi-bytes character is treated in realoutputc()

and today,
   - inserted a hook into richtext.c to find a extra folding point
   - inserted a hook into richtext.c to calculate line position
   - inserted a hook into richlex.c at SINGLETON checking.

 |Based on these extention, I wrote a richtext driver for ISO-2022-JP.
 |It seems work well on the whole, except in some special caces.
 |The problem seems originated from a strange behavior of richtext
 |which will try strange justification on some input patterns.

This is caused because FlushOut() function does not try to find
alternative folding point when it cannot find any space character.
Since languages like Japanese does not explicitly separate words
with space character, such a situation is very ordinary.
A sentence can folded at any places, except that some characters
(like phrase or sentence delimiter) should not be at the top of line.
I inserted a hook at FlushOut() to find user defined extra folding point.

--
Yutaka Sato <ysato@etl.go.jp>
Information Base Section
ELECTROTECHNICAL LABORATORY
1-1-4 Umezono, Tsukuba, Ibaraki, 305 Japan

--==
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Description: experimental richtext.c with multibyte extension

/*
Copyright (c) 1991 Bell Communications Research, Inc. (Bellcore)

Permission to use, copy, modify, and distribute this material =

for any purpose and without fee is hereby granted, provided =

that the above copyright notice and this permission notice =

appear in all copies, and that the name of Bellcore not be =

used in advertising or publicity pertaining to this =

material without the specific, prior written permission =

of an authorized representative of Bellcore.  BELLCORE =

MAKES NO REPRESENTATIONS ABOUT THE ACCURACY OR SUITABILITY =

OF THIS MATERIAL FOR ANY PURPOSE.  IT IS PROVIDED "AS IS", =

WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES.
*/

#include <stdio.h>
#include <ctype.h>
#include <signal.h>
#include "richlex.h"

extern char *getenv();
#ifdef AMIGA
extern char *strchr();
#endif

int (*RichtextGetc)();
int (*RichtextPutc)();
int (*RichtextCommand)();
int (*RichtextInitialize)();
int (*RichtextLineposition)();
int (*RichtextFoldingpoint)();

int linepos =3D 0, inspace =3D 0, leftmargin =3D 0, rightmargin, biggerte=
xt=3D0;
int workingleft =3D 0, workingright, inexcerpt =3D 0, insignature =3D 0;
int termcolumns=3D80, termrows=3D23;
int controlputc();

/* A common problem, in justifying text, is figuring out how to format a =

   line when part of it wants to be left-justified, part right-justified,=
 =

   and part centered, or some combination thereof.  There is no perfect =

   solution to this problem, so this program takes an incredibly cheesy =

   but simple way out:  voting.  For each character on the line, a point
   is added to the "center" score if it is supposed to be centered, and =

   so on.  If it is inside TWO "center" environments, two points are adde=
d.
   This may be the world's first implementation of justification by votin=
g...
*/

int centerenv=3D0, leftjustenv=3D0, rightjustenv=3D0;
int centerct=3D0, leftjustct=3D0, rightjustct=3D0;
int UsePager =3D 0;
int linesused =3D 0;
int JustSawCmd=3D0;
int JustCorrect =3D 0;		/* Non-zero to just correct and not format */
static char MoveRight[10];
static char standoutbuf[50], standendbuf[50], StartUnderline[50], StopUnd=
erline[50];
static char KS[50], KE[50], BoldOn[50], BoldOff[50];

#ifndef AMIGA
#ifndef __MSDOS__
#define TPUTS_OK
#endif
#endif
#ifndef TPUTS_OK
tputs(char *s, int n, int ((*func)(char)));
#endif

void
cleanup(signum)
int signum;
{
    FinalizeTerminal();
#if defined(AMIGA) || defined(__MSDOS__)
    exit(signum);
#else
    signal(signum, SIG_DFL);
    kill(getpid(), signum);
#endif
}

InitSignals() {
    signal(SIGINT, cleanup);
#if !defined(AMIGA)
#if !defined(__MSDOS__)
    signal(SIGILL, cleanup);
    signal(SIGTRAP, cleanup);
    signal(SIGIOT, cleanup);
    signal(SIGEMT, cleanup);
    signal(SIGFPE, cleanup);
    signal(SIGBUS, cleanup);
    signal(SIGSEGV, cleanup);
    signal(SIGTERM, cleanup);
#ifdef SIGXCPU
    signal(SIGXCPU, cleanup);
#endif
#endif
#endif
}

nomemabort() {
    fprintf(stderr, "richtext: Out of memory\n");
    FinalizeTerminal();
#ifdef AMIGA
    exit(20);
#else
    exit(-1);
#endif
}

main(argc, argv)
int argc;
char **argv;
{
    int c, i, standout=3D0, underline=3D0, bold=3D0, atstart, negated,
    ForceTermcap=3D0, ForcePlain=3D0, NotTtyEnv =3D 0, FakeTerminal;
    char token[MAX_TOKEN_SIZE], *tok, *nottty;
    char tbuf[1024], *term, *dum;
    FILE *InputFP =3D stdin, *tmpfp;
#ifdef __MSDOS__
    int ansi =3D 0;
#endif

    if( RichtextInitialize )
	(*RichtextInitialize)();
    InitSignals();
    dum =3D (char *) getenv("MM_USEPAGER");
    if (dum && atoi(dum)) ++UsePager;
    for (i=3D1; i< argc; ++i) {
        if (!strcmp(argv[i], "-p")) {
            ++UsePager;
        } else if (!strcmp(argv[i],"-c")) {
            /* Only perform correction: don't format */
            JustCorrect =3D 1;
        } else if (!strcmp(argv[i], "-f")) {
            /* Force termcap usage */
            ForceTermcap =3D 1;
        } else if (!strcmp(argv[i], "-t")) {
            /* Force plain text */
            ForcePlain =3D 1;
        } else if (!strcmp(argv[i],"-n")) {
            /* Disable the richtext correction routines */
            CorrectionEnabled =3D 0;
#ifdef __MSDOS__
        } else if (!strcmp(argv[i], "-a")) {
            ansi =3D !ansi;
#endif
        } else {
            /* open for input */
            tmpfp =3D fopen(argv[i], "r");
            if (tmpfp) InputFP =3D tmpfp;
        }
    }
#ifdef AMIGA
    /* THIS IS THE AMIGA TERMINAL INITIALIZATION CODE */
    nottty =3D (char *) getenv("MM_NOTTTY");
    if (nottty) NotTtyEnv =3D atoi(nottty);
    if (!isatty(0) || !isatty(1) || NotTtyEnv) {
        UsePager =3D 0;   /* Disable pager if I/O has been redirected or =
we're under a window-oriented mail reader */
    }
    KS[0] =3D 0;
    KE[0] =3D 0;
    if ((!ForcePlain && isatty(1)) || ForceTermcap) {
        FakeTerminal =3D 0;
        strcpy(standoutbuf, "\x9b\x37m");   /* Enter standout (highlighte=
d) mode */
        strcpy(standendbuf, "\x9b\x30m");   /* Exit standout mode */
        strcpy(BoldOn,      "\x9b\x31m");   /* Enter bold mode */
        strcpy(BoldOff,     "\x9b\x30m");   /* Exit bold mode */
        strcpy(StartUnderline,"\x9b\x34m"); /* Enter underline mode */
        strcpy(StopUnderline,"\x9b\x30m");  /* Exit underline mode */
        strcpy(MoveRight, " ");
    } else {
        FakeTerminal =3D 1;
        strcpy(BoldOn, "*");
        strcpy(BoldOff, "*");
        strcpy(standoutbuf, "_");
        strcpy(standendbuf, "_");
        strcpy(StartUnderline, "_");
        strcpy(StopUnderline, "_");
        strcpy(MoveRight, " ");
    }
#else
#ifdef __MSDOS__
    /* THIS IS THE DOS TERMINAL INITIALIZATION CODE */
    FakeTerminal =3D 1;
    termcolumns =3D 80;
    termrows =3D 23;
    strcpy(MoveRight, " ");
    if (!ansi) {
        KS[0] =3D NULL;
        KE[0] =3D NULL;
        strcpy(BoldOn, "*");
        strcpy(BoldOff, "*");
        strcpy(standoutbuf, "_");
        strcpy(standendbuf, "_");
        strcpy(StartUnderline, "_");
        strcpy(StopUnderline, "_");
    } else {
        strcpy(KS, "\x01B[37m");  /* White text (reset) */
        strcpy(KE, "\x01B[37m");  /* White text (reset) */
        strcpy(BoldOn, "\x01B[1m");   /* Bold text */
        strcpy(BoldOff, "\x01B[0m");   /* End bold text (normal) */
        strcpy(StartUnderline, "\x01B[31m");  /* Underline (red text) */
        strcpy(StopUnderline, "\x01B[37m");   /* Underline end (white) */=

        /* The following should probably be something else, for italic */=

        strcpy(standoutbuf, "\x01B[31m"); =

        strcpy(standendbuf, "\x01B[37m"); =

    }
#else
    /* THIS IS THE UNIX TERMINAL INITIALIZATION CODE */
    nottty =3D (char *) getenv("MM_NOTTTY");
    if (nottty) NotTtyEnv =3D atoi(nottty);
    if (!isatty(0) || !isatty(1) || NotTtyEnv) {
        UsePager =3D 0;   /* Disable pager if I/O has been redirected or =
we're under a window-oriented mail reader */
    }
    if ((!ForcePlain && (isatty(1) || isatty(0))) || ForceTermcap) {
        term =3D (char *) getenv("TERM");
    } else {
        term =3D NULL;
    }
    if (term && tgetent(tbuf, term) !=3D 1) {
        term =3D NULL;
    }
    if (term) {
        dum =3D KS;
        if (tgetstr("ks", &dum)) *dum =3D NULL; else KS[0] =3D '\0';
        dum =3D KE;
        if (tgetstr("ke", &dum)) *dum =3D NULL; else KE[0] =3D '\0';
        dum =3D standoutbuf;
        if (tgetstr("so", &dum)) *dum =3D NULL; else standoutbuf[0] =3D '=
\0';
        dum =3D standendbuf;
        if (tgetstr("se", &dum)) *dum =3D NULL; else standendbuf[0] =3D '=
\0';
        dum =3D BoldOn;
        if (tgetstr("md", &dum)) *dum =3D NULL; else strcpy(BoldOn, stand=
outbuf);
        dum =3D BoldOff;
        if (tgetstr("me", &dum)) *dum =3D NULL; else strcpy(BoldOff, stan=
dendbuf);
        dum =3D StartUnderline;
        if (tgetstr("us", &dum)) *dum =3D NULL; else StartUnderline[0] =3D=
 '\0';
        dum =3D StopUnderline;
        if (tgetstr("ue", &dum)) *dum =3D NULL; else StopUnderline[0] =3D=
 '\0';
        dum =3D MoveRight;
        if (tgetstr("nd", &dum)) *dum =3D NULL; else {
            MoveRight[0] =3D ' ';
            MoveRight[1] =3D '\0';
        }
        /* Some TERMCAP entries have REALLY screwed up "nd" fields, sigh.=
=2E. */
        if (!strcmp(MoveRight, "\014")) strcpy(MoveRight, " ");
        termcolumns =3D tgetnum("co");
        if (termcolumns <=3D 0) termcolumns =3D 80;
        termrows =3D tgetnum("li");
        if (termrows <=3D 0) termrows =3D 23;
        FakeTerminal=3D0;
    } else {
        KS[0] =3D NULL;
        KE[0] =3D NULL;
        FakeTerminal =3D 1;
        strcpy(BoldOn, "*");
        strcpy(BoldOff, "*");
        strcpy(standoutbuf, "_");
        strcpy(standendbuf, "_");
        strcpy(StartUnderline, "_");
        strcpy(StopUnderline, "_");
        strcpy(MoveRight, " ");
        termcolumns =3D 80;
        termrows =3D 23;
    }
#endif
#endif
    /* Check for the LINES & COLUMNS hack */
    dum =3D getenv("LINES");
    if (dum && ((i=3Datoi(dum)) > 0)) termrows =3D i;
    dum =3D getenv("COLUMNS");
    if (dum && ((i=3Datoi(dum)) > 0)) termcolumns =3D i;
    richtextreset();
    if (JustCorrect) {
        richtextcorrect(InputFP,stdout);
        exit(0);
    }
    FPUTS(KS, stdout);
    rightmargin =3D workingright =3D termcolumns - 1;
    while((c =3D richtextlex(InputFP,token)) !=3D EOF) {
        if (c =3D=3D RICHTEXT_COMMAND || c =3D=3D RICHTEXT_NEG_COMMAND) {=
 =

            negated =3D (c =3D=3D RICHTEXT_NEG_COMMAND);
            tok =3D token;
            switch(tok[0]) {
                case 'b':
                    if (!strcmp(tok, "bold")) {
                        if (negated) {
                            --bold;
                            if (bold <=3D 0) controloutput(BoldOff, 0);
                        } else {
                            ++bold;
                        }
                        ResetTerminalCodes(FakeTerminal, standout, underl=
ine,
                                            bold, standoutbuf, standendbu=
f, 0,
                                            StartUnderline, StopUnderline=
, 0, BoldOn,
                                            BoldOff, 1);
                    } else if (!strcmp(tok, "bigger")) {
                        if (negated) --biggertext; else ++biggertext;
                    }
                    break;
                case 'c':
                    if (!strcmp(tok, "center")) {
                        if (negated) --centerenv; else ++centerenv;
                    } else if (!strcmp(tok, "comment")) {
                        int commct=3D1;
                        while (commct > 0) {
                            while ((c =3D getc(InputFP)) !=3D '<' =

                                    && c !=3D EOF) ;
                            if (c =3D=3D EOF) break;
                            for (i=3D0; (c =3D getc(InputFP)) !=3D '>' =

                              && c !=3D EOF; ++i) {
                                token[i] =3D isupper(c) ? =

                                  tolower(c) : c;
                            }
                            if (c=3D=3D EOF) break;
                            token[i] =3D 0;
                            if (!strcmp(token, "/comment")) --commct;
                            if (!strcmp(token, "comment")) ++commct;
                        }
                    }
                    break;
                case 'e':
                    if (!strcmp(tok, "excerpt")) {
                        atstart =3D !(linepos > workingleft);
                        if (negated) {
                            leftmargin -=3D 4;
                            rightmargin +=3D 4;
                            --inexcerpt;
                        } else {
                            leftmargin +=3D 4;
                            rightmargin -=3D 4;
                            ++inexcerpt;
                        }
                        MakeWorkingMargins();
                        if (!atstart) outputc('\n');
                    }
                    break;
                case 'f':
                    if (!strcmp(tok, "flushleft")) {
                        if (negated) --leftjustenv; else ++leftjustenv;
                    } else if (!strcmp(tok, "flushright")) {
                        if (negated) --rightjustenv; else ++rightjustenv;=

                    }
                    break;
                case 'i':
                    if (!strcmp(tok, "italic")) {
                        if (negated) {
                            --standout;
                            if (standout <=3D 0) controloutput(standendbu=
f, 0);
                        } else {
                            ++standout;
                        }
                        ResetTerminalCodes(FakeTerminal, standout, underl=
ine, bold,
                                            standoutbuf, standendbuf, 1, =
StartUnderline,
                                            StopUnderline, 0, BoldOn, Bol=
dOff, 0);
                    } else if (!strcmp(tok, "indent")) {
                        if (negated) {
                            leftmargin -=3D 4;
                        } else {
                            leftmargin +=3D 4;
                        }
                    } else if (!strcmp(tok, "indentright")) {
                        if (negated) {
                            rightmargin +=3D 4;
                        } else {
                            rightmargin -=3D 4;
                        }
                    }
                    MakeWorkingMargins();
                    break;
                case 'l':
                    if (!strcmp(tok, "lt")) {
                        outputc('<');
                    }
                    break;
                case 'n':
                    if (!strcmp(tok, "nl")) {
                        outputc('\n');
                    } else if (!strcmp(tok, "np")) {
                        outputc('\n');
                        outputc('\014');
                    }
                    break;
                case 'u':
                    if (!strcmp(tok, "underline")) {
                        if (negated) {
                            --underline;
                            if (underline <=3D 0) controloutput(StopUnder=
line,0);
                        } else {
                            ++underline;
                        }
                        ResetTerminalCodes(FakeTerminal, standout, underl=
ine, bold,
                                            standoutbuf, standendbuf, 0, =
StartUnderline,
                                            StopUnderline, 1, BoldOn, Bol=
dOff, 0);
                    }
                    break;
                case 'o':
                    if (!strcmp(tok, "outdent")) {
                        if (negated) {
                            leftmargin +=3D 4;
                        } else {
                            leftmargin -=3D 4;
                        }
                    } else if (!strcmp(tok, "outdentright")) {
                        if (negated) {
                            rightmargin -=3D 4;
                        } else {
                            rightmargin +=3D 4;
                        }
                    }
                    MakeWorkingMargins();
                    break;                    =

                case 'p':
                    if (!strcmp(tok, "paragraph")) {
                        if (negated) outputc('\n');
                        outputc('\n');
                    }
                    break;
                case 's':
                    if (!strcmp(tok, "signature")) {
                        atstart =3D !(linepos > workingleft);
                        if (negated) {
                            leftmargin -=3D 4;
                            rightmargin +=3D 4;
                            --insignature;
                        } else {
                            leftmargin +=3D 4;
                            rightmargin -=3D 4;
                            ++insignature;
                        }
                        MakeWorkingMargins();
                        if (!atstart) outputc('\n');
                    }
                    break;
                default:
		    extended_command(tok,negated);
                    break;
            }
            JustSawCmd =3D 1;
        } else if (c =3D=3D '\n') {
            if (linepos > 0 && !inspace) {
                outputc(' ');
            }
            JustSawCmd =3D 0;
        } else {
            outputc(c);
            JustSawCmd =3D 0;
        }
    }
    if (term) { /* cleanup a bit for insurance */
        controloutput(standendbuf, 0);
        controloutput(StopUnderline, 0);
    }
    outputc('\n'); /* for good measure */
    FPUTS(KE, stdout);
    fflush(stdout);
    if (UsePager) {
        Pause();
    }
    exit(0);
}

static int OutputBuf[1000] =3D {0};
static int PendingOutput =3D 0, PendingControls =3D 0;
static int IsControlOutput[1000];

controlputc(c)
char c;
{
    IsControlOutput[PendingOutput] =3D 1;
    OutputBuf[PendingOutput++] =3D c;
    ++PendingControls;
}

immediate_controlputc(c)
char c;
{
    (*RichtextPutc)(c, stdout);
}

controloutput(s, immediate)
char *s;
int immediate;
{
    tputs(s, 1, immediate ? immediate_controlputc : controlputc);
}

FlushOut() {
    int i, j, x;
    int NewOutputBuf[1000], *s;
    int NewPendingControls=3D0, *NewIsControlOutput, NewPendingOutput =3D=
 0;

    NewIsControlOutput =3D (int *)malloc(1000*sizeof(int));
    if (!NewIsControlOutput) nomemabort();
    OutputBuf[PendingOutput] =3D 0;
    if (linepos >=3D workingright) {
        for (i=3D0, j=3D0; j<workingright && i < PendingOutput; ++i) {
            if (!IsControlOutput[i]) ++j;
        }
        if ((workingleft+4) < (x=3Dfolding_point(OutputBuf,IsControlOutpu=
t,i)))
            i =3D x;
        else
            while (i > workingleft + 4) {
                if (!IsControlOutput[i]
                     && isspace((unsigned char) OutputBuf[i])) {
                    break;
                }
                --i;
            }
        for (j=3D0; i<PendingOutput; ++j, ++i) {
            NewOutputBuf[j] =3D OutputBuf[i];
            NewIsControlOutput[j] =3D IsControlOutput[i];
            ++NewPendingOutput;
            if (NewIsControlOutput[j]) ++NewPendingControls;
        }
        PendingOutput -=3D NewPendingOutput;
        PendingControls -=3D NewPendingControls;
        OutputBuf[PendingOutput++] =3D '\n';
        OutputBuf[PendingOutput] =3D 0;
    }
    if ((rightjustct > leftjustct)
         && (rightjustct > centerct)
         && (rightjustct > 0)) {
        /* right justified */
        i =3D termcolumns - calc_column(OutputBuf,PendingOutput) - 1
            + PendingControls;
        for (j=3D0; j<i; ++j)  {
            controloutput(MoveRight, 1);
        }
        fputsmovingright(OutputBuf, stdout);
        ++linesused;
    } else if ((leftjustct > centerct)
                && (leftjustct > 0)) {
        /* left justified */
        for (s=3DOutputBuf; *s && isspace((unsigned char) *s); ++s) {;}
        fputsmovingright(s, stdout);
        ++linesused;
    } else if (centerct > 0) {
        /* centered */
        i =3D (termcolumns - calc_column(OutputBuf,PendingOutput) - 1
	     + PendingControls) / 2;
        for (j=3D0; j<i; ++j) {
            controloutput(MoveRight, 1);
        }
        fputsmovingright(OutputBuf, stdout);
        ++linesused;
    } else {
        /* Leave indentation (margins) as-is */
        fputsmovingright(OutputBuf, stdout);
        ++linesused;
    }
    if (linesused >=3D termrows && UsePager) Pause();
    rightjustct =3D leftjustct =3D centerct =3D 0; /* not quite right for=
 wrapping, sigh... */
    PendingOutput =3D PendingControls =3D linepos =3D 0;
    inspace =3D 1;
    j =3D (isspace((unsigned char) NewOutputBuf[0])) ? 1 : 0;
    for ( ; j<NewPendingOutput; ++j) {
        if (NewIsControlOutput[j]) {
            IsControlOutput[PendingOutput] =3D 1;
            OutputBuf[PendingOutput++] =3D NewOutputBuf[j];
            ++PendingControls;
        } else {
            realoutputc(NewOutputBuf[j], 1);
        }
    }
    free((char *)NewIsControlOutput);
}

int RichtextCharcodeLength =3D 1;
outputc(c)
char c;
{
    if( RichtextCharcodeLength =3D=3D 1 )
         realoutputc(c, 0);
    else multibyte_realoutputc(c);
}

realoutputc(c, alreadyformatted)
int c;
int alreadyformatted;
{
    int i, newinspace;

    if (c =3D=3D '\n') {
        IsControlOutput[PendingOutput] =3D 0;
        OutputBuf[PendingOutput++] =3D '\n';
        FlushOut();
    } else if (c =3D=3D '\t') {
        int tabpos =3D (linepos + 8) / 8;
        if (tabpos >=3D workingright) {
            IsControlOutput[PendingOutput] =3D 0;
            OutputBuf[PendingOutput++] =3D '\n';
            FlushOut();
        } else {
            int spaces =3D (8*tabpos) - linepos;
            while (spaces-->0) {
                IsControlOutput[PendingOutput] =3D 0;
                OutputBuf[PendingOutput++] =3D ' ';
                ++linepos;
            }
        }
    } else {
        newinspace =3D isspace((unsigned char) c);
        if (!inspace || !newinspace || !JustSawCmd) {
            if (linepos =3D=3D 0) {
                int i =3D workingleft;
                if (inexcerpt) {
                    IsControlOutput[PendingOutput] =3D 0;
                    OutputBuf[PendingOutput++] =3D '>';
                    --i;
                }
                if (insignature) {
                    IsControlOutput[PendingOutput] =3D 0;
                    OutputBuf[PendingOutput++] =3D '+';
                    --i;
                }
                while (i-->0) {
                    IsControlOutput[PendingOutput] =3D 0;
                    OutputBuf[PendingOutput++] =3D ' ';
                }
                linepos =3D workingleft;
            }
            if (!alreadyformatted && biggertext && !(inspace && newinspac=
e)) {
                IsControlOutput[PendingOutput] =3D 0;
                OutputBuf[PendingOutput++] =3D '_';
                ++linepos;
            }
            inspace =3D newinspace;
	    linepos +=3D charlen(c);
            IsControlOutput[PendingOutput] =3D 0;
            OutputBuf[PendingOutput++] =3D c;
            leftjustct +=3D leftjustenv;
            rightjustct +=3D rightjustenv;
            centerct +=3D centerenv;
            if (c =3D=3D '\014') inspace =3D 1;
            if (linepos >=3D workingright) FlushOut();
        }
    }
}

MakeWorkingMargins() {
    int oldworkingleft=3Dworkingleft, i;

    workingleft =3D leftmargin;
    workingright =3D rightmargin;
    if (workingleft < 0) workingleft =3D 0;
    if (workingright < 0) workingright =3D 0;
    if (workingright > (termcolumns - 1)) workingright =3D (termcolumns -=
 1);
    if (workingleft > (workingright - 8)) workingleft =3D workingright -8=
;
    if (linepos =3D=3D oldworkingleft) {
        for (i=3Dworkingleft-oldworkingleft; i > 0; --i) outputc(' ');
    }
}

Pause()
{
    int	c;

    (void) fputs("Press RETURN to continue (or 'q' to quit): ", stdout);
    c =3D getc(stdin);
    if (c =3D=3D 'q' || c =3D=3D 'Q') exit();
    linesused =3D 0;
}

/* Leading spaces should be output as MoveRight, to avoid =

   having margins that are underlined or reverse video */

fputsmovingright(s, fp)
int *s;
FILE *fp;
{
    int inmargin=3D1;
    if (!s) return;
    while (*s) {
        if (inmargin && *s =3D=3D ' ') {
            controloutput(MoveRight, 1);
        } else {
	    if (inmargin) inmargin =3D 0;
	    (*RichtextPutc)(*s,fp);
	}
        ++s;
    }
}

ResetTerminalCodes(FakeTerminal, standout, underline, bold, standoutbuf, =
standendbuf,
                    modifiedstandout, StartUnderline, StopUnderline, modi=
fiedunderline,
                    BoldOn, BoldOff, modifiedbold)
char *standoutbuf, *standendbuf, *StartUnderline, *StopUnderline,
    *BoldOn, *BoldOff;
{
    /* We always turn back on the appropriate terminal modes, because
      on some terminals one thing turns off all of them */
    if (standout >=3D 1) {
        if (FakeTerminal) {
            if (modifiedstandout && standout =3D=3D 1) outputstr(standout=
buf);
        } else controloutput(standoutbuf, 0);
    }
    if (bold >=3D 1) {
        if (FakeTerminal) {
            if (modifiedbold && bold =3D=3D 1) outputstr(BoldOn);
        } else controloutput(BoldOn, 0);
    }
    if (underline >=3D 1) {
        if (FakeTerminal) {
            if (modifiedunderline && underline =3D=3D 1) outputstr(StartU=
nderline);
        } else controloutput(StartUnderline, 0);
    }
}

FinalizeTerminal() {
    tputs(standendbuf, 1, immediate_controlputc);
    tputs(BoldOff, 1, immediate_controlputc);
    tputs(StopUnderline, 1, immediate_controlputc);
    fputs(KE, stdout);
}

outputstr(s)
char *s;
{
    while (*s) outputc(*s++);
}

#ifndef TPUTS_OK
tputs(s, n, func)
char *s;
int n;
int (*func)();
{
    if (s) {
        while (*s) {
            func(*s);
            ++s;
        }
    }
    return (0);
}
#endif

/*#######################################################################=
####
 *	Experimental extention to handle multibyte character sets.
 *		92-06-18	Yutaka Sato <ysato@etl.go.jp>
 */

static extended_command(tok,negated)
char *tok;
int negated;
{
    if( RichtextCommand )
	(*RichtextCommand)(tok,negated);
}

static folding_point(line,ctls,i)
int *line,*ctls,i;
{
    if( RichtextFoldingpoint )
	return (*RichtextFoldingpoint)(line,ctls,i);
    return 0;
}

static charlen(ch)
int ch;
{
    if(ch & 0xFF000000)	return 4;
    if(ch & 0xFF0000)	return 3;
    if(ch & 0xFF00  )	return 2;
    else		return 1;
}
        =

static int PendingCharacter =3D 0;
static int PendingLength =3D 0;
static multibyte_realoutputc(c)
{
    PendingCharacter =3D (PendingCharacter << 8) | c;
    if( ++PendingLength =3D=3D RichtextCharcodeLength ){
    	realoutputc(PendingCharacter, 0);
        PendingCharacter =3D 0;
	PendingLength =3D 0;
    }
}

static calc_column(buf,pos)
int *buf,pos;
{   int *s,col;

    if( RichtextLineposition )
	return (*RichtextLineposition)(buf,pos);
    return pos;
}

static FPUTS(s,fp)
unsigned char *s;
FILE *fp;
{
    while(*s) (*RichtextPutc)(*s++,fp);
}

/*#######################################################################=
####
 *
 *	Richtext driver for ISO-2022
 *		92-06-18	Yutaka Sato <ysato@etl.go.jp>
 *
 *	This is lodging in richtext.c for easy experiment.
 */

extern int (*RichtextInitialize)();
extern int (*RichtextGetc)();
extern int (*RichtextSingleton)();
extern int (*RichtextCommand)();
extern int (*RichtextLineposition)();
extern int (*RichtextFoldingpoint)();
extern int (*RichtextPutc)();

extern int ISO2022Getc();
extern int ISO2022Singleton();
extern int ISO2022Command();
extern int ISO2022Lineposition();
extern int ISO2022Foldingpoint();
extern int ISO2022Putc();

static int OutCharlen =3D 1;
static int OutPrevChar;
static int DoLiteralize =3D 0;
static char pushback_buff[20];
static int swto1B =3D 'B';
static int swto2B =3D 'B';

static ISO2022Initialize(){
	RichtextGetc	     =3D ISO2022Getc;
	RichtextSingleton    =3D ISO2022Singleton;
	RichtextCommand      =3D ISO2022Command;
	RichtextLineposition =3D ISO2022Lineposition;
	RichtextFoldingpoint =3D ISO2022Foldingpoint;
	RichtextPutc	     =3D ISO2022Putc;
	DoLiteralize =3D 0;
}
int (*RichtextInitialize)() =3D ISO2022Initialize;

static char xcharsw_prefix[] =3D "xiso2022-";
static int  xcharsw_leng =3D sizeof(xcharsw_prefix) - 1;

static ISO2022Command(token,negated)
	char *token;
{	int len,swchar;

	if( strncmp(token,xcharsw_prefix,xcharsw_leng) =3D=3D 0 ){
	    if( token[xcharsw_leng] && token[xcharsw_leng+1]=3D=3D'-' ){
		sscanf(token+xcharsw_leng+2,"%x",&swchar);
		if( swchar <=3D ' ' || 0x7F <=3Dswchar )
			return;
		switch( token[xcharsw_leng] ){
			case '2':
				controloutput("\033$",0);
				controlputc(swchar);
				swto2B =3D swchar;
				RichtextCharcodeLength =3D 2;
				break;
			case '1':
				RichtextCharcodeLength =3D 1;
				controloutput("\033(",0);
				controlputc(swchar);
				swto1B =3D swchar;
				break;
		}
	    }
	}
}

ISO2022Singleton(token)
	char *token;
{
	return !strncmp(token,xcharsw_prefix,xcharsw_leng);
}
ISO2022Getc(in)
	FILE *in;
{	int ch,nch;

GETCH:
	if( ch =3D *pushback_buff )
		strcpy(pushback_buff,pushback_buff+1);
	else{
		ch =3D fgetc(in);
		if(ch =3D=3D '<' && DoLiteralize )
			strcat(pushback_buff,"lt>");
		else
		if(ch =3D=3D 033){
			ch =3D fgetc(in);
			if(ch =3D=3D '$' || ch =3D=3D '('){
				nch =3D fgetc(in);
				if( ch =3D=3D '$' ){
					sprintf(pushback_buff,"<%s2-%x>",
						xcharsw_prefix,nch);
					DoLiteralize =3D 1;
				}else{
					sprintf(pushback_buff,"<%s1-%x>",
						xcharsw_prefix,nch);
					DoLiteralize =3D 0;
				}
				goto GETCH;
			}else{
				ungetc(ch,in);
				ch =3D 033;
			}
		}
	}
	return ch;
}

ISO2022Putc( ch, fp )
	int ch;
	FILE *fp;
{
	if( ch & 0xFF00 ){
		putc(ch  >>  8, fp);
		putc(ch & 0xFF, fp);
	}else{
		if( OutPrevChar =3D=3D 033 ){
			if( ch =3D=3D '$' ) OutCharlen =3D 2; else
			if( ch =3D=3D '(' ) OutCharlen =3D 1;
		}
		if( ch =3D=3D '\n' && OutCharlen =3D=3D 2 )
			fprintf(fp,"\033(%c\n\033$%c",swto1B,swto2B);
		else	putc(ch, fp);
	}
	OutPrevChar =3D ch;
}

ISO2022Foldingpoint(line,ctls,pos)
	int *line,*ctls,pos;
{	int i;

	for( i =3D pos; 0 < i; i-- )
		if( ctls[i] =3D=3D 0 )
			if( line[i] & 0xFF00 )
				return i;
	return 0;
}

ISO2022Lineposition(line,pos)
	int *line,pos;
{	int *s,col;

	col =3D 0;
	for(s =3D line; *s; s++)
		col +=3D *s & 0xFF00 ? 2 : 1;
	return col;
}
--==
Content-Type: application/octet-stream
Content-Description: richlex.c with a hook to extended SINGLETONs

*** richlex.c.orig	Thu Jun 18 17:32:24 1992
--- richlex.c	Thu Jun 18 17:33:30 1992
***************
*** 46,51 ****
--- 46,52 ----
  
  int (*RichtextGetc) () = fgetc;	/* Function to call to get characters */
  int (*RichtextPutc) () = fputc; /* Function to call to put characters */
+ int (*RichtextSingleton)()=0;	/* Function to check extended singletons */
  
  #define	RGET(f)		((*RichtextGetc)(f))
  #define	RPUT(c,f)	((*RichtextPutc)(c,f))
***************
*** 92,97 ****
--- 93,101 ----
   */
  static richtextsingle()
  {
+     if( RichtextSingleton && (*RichtextSingleton)(NextToken) )
+ 	return 1;
+ 
      return (!strcmp(NextToken,"nl") ||
  	    !strcmp(NextToken,"lt") ||
  	    !strcmp(NextToken,"np"));

--==
Content-Type: application/octet-stream; charset=ISO-2022-JP
Content-Description: sample data for multibyte richtext

The followings is a sentence written in Roman characters in <bold>JIS-X0208
</bold> which could not be properly processed with original richtext.
<nl>
<nl>
<center>Ｔｈｉｓ　ｉｓ　ａ　ｓｅｎｔｅｎｃｅ　ｗｒｉｔｔｅｎ　ｉｎ<nl>
Ｒｏｍａｎ　ｃｈａｒａｃｔｅｒｓ ｉｎ　<underline>ＪＩＳ−Ｘ２０２</underline>．
</center><nl>

Ｏｒｉｇｉｎａｌ　ｖｅｒｓｉｏｎ　ｏｆ　ｒｉｃｈｔｅｘｔ　ｄｅｓｔｒｏｙ
 the ｓｅｎｔｅｎｃｅ．この文章はＪＩＳコード中のローマ字記号で書か
れています。古いrichtextではこれを正しく処理できません。Even in  ASCII
sentences, a long word will cause a strange folding like this.
This-is-an-example-which-causes-a-strange-folding-in-richtext.=================================
<nl><nl>
<center>
This is an example of <bold>bold</bold> and <underline>underline
</underline> represented in the<nl>
<bold>richtext</bold> format of <italic><bold>MIME</bold></italic>.
<nl><nl>
これは、<bold><italic>ＭＩＭＥ</italic></bold>の<bold>richtext</bold>
形式を使って、<nl>
<underline>このような下線</underline>や<bold>太字</bold>を表現した例です。
<nl><nl>
</center>
--Yutaka
--==--