wine/dlls/riched20/reader.c

/*
 * WINE RTF file reader
 *
 * Portions Copyright 2004 Mike McCormack for CodeWeavers
 *
 * This library is free software; you can redistribute it and/or
 * modify it under the terms of the GNU Lesser General Public
 * License as published by the Free Software Foundation; either
 * version 2.1 of the License, or (at your option) any later version.
 *
 * This library is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 * Lesser General Public License for more details.
 *
 * You should have received a copy of the GNU Lesser General Public
 * License along with this library; if not, write to the Free Software
 * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
 */

/*
 * Derived from RTF Tools by Paul DuBois (dubois@primate.wisc.edu)
 * Homepage: http://www.snake.net/software/RTF/
 * Original license follows:
 */

/*
 * reader.c - RTF file reader.  Release 1.10.
 *
 * ....
 *
 * Author: Paul DuBois	dubois@primate.wisc.edu
 *
 * This software may be redistributed without restriction and used for
 * any purpose whatsoever.
 */

#include <stdio.h>
#include <ctype.h>
#include <string.h>
#include <stdarg.h>
#include <stdlib.h>
#include <assert.h>

#include "windef.h"
#include "winbase.h"
#include "wine/debug.h"

#include "editor.h"
#include "rtf.h"

WINE_DEFAULT_DEBUG_CHANNEL(richedit);

extern HANDLE me_heap;

static int      _RTFGetChar(RTF_Info *);
static void	_RTFGetToken (RTF_Info *);
static void	_RTFGetToken2 (RTF_Info *);
static int	GetChar (RTF_Info *);
static void	ReadFontTbl (RTF_Info *);
static void	ReadColorTbl (RTF_Info *);
static void	ReadStyleSheet (RTF_Info *);
static void	ReadInfoGroup (RTF_Info *);
static void	ReadPictGroup (RTF_Info *);
static void	ReadObjGroup (RTF_Info *);
static void	LookupInit (void);
static void	Lookup (RTF_Info *, char *);
static int	Hash (char*);

static void	CharSetInit (RTF_Info *);
static void	ReadCharSetMaps (RTF_Info *);
static void	RTFOutputUnicodeString( RTF_Info *info, WCHAR *str, int len );


/*
 RTF ANSI character set (\ansi) general map
 These are taken from the ISO-Latin-1 (ISO-8859-1) encodings, with
 a few additions

 Field 1 is the standard character name which the character value in
 field 2 maps onto.  (It doesn't mean "to produce the character in field 1,
 use the value in field 2.)

 The character value may be given either as a single character (which will be
 converted to the ASCII value of the character), or in numeric format, either
 in decimal or 0xyy as hex yy.  Single or double quotes may be used to quote
 characters.*/

int ansi_gen[] =
{
  rtfSC_formula 	 ,0x06,
  rtfSC_nobrkhyphen	 ,0x1e,
  rtfSC_opthyphen	 ,0x1f,
  rtfSC_space		 ,' ',
  rtfSC_exclam  	 ,'!',
  rtfSC_quotedbl	 ,'"',
  rtfSC_numbersign	 ,'#',
  rtfSC_dollar  	 ,'$',
  rtfSC_percent 	 ,'%',
  rtfSC_ampersand	 ,'&',
  rtfSC_quoteright	 ,'\'',
  rtfSC_parenleft	 ,'(',
  rtfSC_parenright	 ,')',
  rtfSC_asterisk	 ,'*',
  rtfSC_plus		 ,'+',
  rtfSC_comma		 ,',',
  rtfSC_hyphen  	 ,'-',
  rtfSC_period  	 ,'.',
  rtfSC_slash		 ,'/',
  rtfSC_zero		 ,'0',
  rtfSC_one		 ,'1',
  rtfSC_two		 ,'2',
  rtfSC_three		 ,'3',
  rtfSC_four		 ,'4',
  rtfSC_five		 ,'5',
  rtfSC_six		 ,'6',
  rtfSC_seven		 ,'7',
  rtfSC_eight		 ,'8',
  rtfSC_nine		 ,'9',
  rtfSC_colon		 ,':',
  rtfSC_semicolon	 ,';',
  rtfSC_less		 ,'<',
  rtfSC_equal		 ,'=',
  rtfSC_greater 	 ,'>',
  rtfSC_question	 ,'?',
  rtfSC_at		 ,'@',
  rtfSC_A		 ,'A',
  rtfSC_B		 ,'B',
  rtfSC_C		 ,'C',
  rtfSC_D		 ,'D',
  rtfSC_E		 ,'E',
  rtfSC_F		 ,'F',
  rtfSC_G		 ,'G',
  rtfSC_H		 ,'H',
  rtfSC_I		 ,'I',
  rtfSC_J		 ,'J',
  rtfSC_K		 ,'K',
  rtfSC_L		 ,'L',
  rtfSC_M		 ,'M',
  rtfSC_N		 ,'N',
  rtfSC_O		 ,'O',
  rtfSC_P		 ,'P',
  rtfSC_Q		 ,'Q',
  rtfSC_R		 ,'R',
  rtfSC_S		 ,'S',
  rtfSC_T		 ,'T',
  rtfSC_U		 ,'U',
  rtfSC_V		 ,'V',
  rtfSC_W		 ,'W',
  rtfSC_X		 ,'X',
  rtfSC_Y		 ,'Y',
  rtfSC_Z		 ,'Z',
  rtfSC_bracketleft	 ,'[',
  rtfSC_backslash	 ,'\\',
  rtfSC_bracketright	 ,']',
  rtfSC_asciicircum	 ,'^',
  rtfSC_underscore	 ,'_',
  rtfSC_quoteleft	 ,'`',
  rtfSC_a		 ,'a',
  rtfSC_b		 ,'b',
  rtfSC_c		 ,'c',
  rtfSC_d		 ,'d',
  rtfSC_e		 ,'e',
  rtfSC_f		 ,'f',
  rtfSC_g		 ,'g',
  rtfSC_h		 ,'h',
  rtfSC_i		 ,'i',
  rtfSC_j		 ,'j',
  rtfSC_k		 ,'k',
  rtfSC_l		 ,'l',
  rtfSC_m		 ,'m',
  rtfSC_n		 ,'n',
  rtfSC_o		 ,'o',
  rtfSC_p		 ,'p',
  rtfSC_q		 ,'q',
  rtfSC_r		 ,'r',
  rtfSC_s		 ,'s',
  rtfSC_t		 ,'t',
  rtfSC_u		 ,'u',
  rtfSC_v		 ,'v',
  rtfSC_w		 ,'w',
  rtfSC_x		 ,'x',
  rtfSC_y		 ,'y',
  rtfSC_z		 ,'z',
  rtfSC_braceleft	 ,'{',
  rtfSC_bar		 ,'|',
  rtfSC_braceright	 ,'}',
  rtfSC_asciitilde	 ,'~',
  rtfSC_nobrkspace	 ,0xa0,
  rtfSC_exclamdown	 ,0xa1,
  rtfSC_cent		 ,0xa2,
  rtfSC_sterling	 ,0xa3,
  rtfSC_currency	 ,0xa4,
  rtfSC_yen		 ,0xa5,
  rtfSC_brokenbar	 ,0xa6,
  rtfSC_section 	 ,0xa7,
  rtfSC_dieresis	 ,0xa8,
  rtfSC_copyright	 ,0xa9,
  rtfSC_ordfeminine	 ,0xaa,
  rtfSC_guillemotleft	 ,0xab,
  rtfSC_logicalnot	 ,0xac,
  rtfSC_opthyphen	 ,0xad,
  rtfSC_registered	 ,0xae,
  rtfSC_macron  	 ,0xaf,
  rtfSC_degree  	 ,0xb0,
  rtfSC_plusminus	 ,0xb1,
  rtfSC_twosuperior	 ,0xb2,
  rtfSC_threesuperior	 ,0xb3,
  rtfSC_acute		 ,0xb4,
  rtfSC_mu		 ,0xb5,
  rtfSC_paragraph	 ,0xb6,
  rtfSC_periodcentered   ,0xb7,
  rtfSC_cedilla 	 ,0xb8,
  rtfSC_onesuperior	 ,0xb9,
  rtfSC_ordmasculine	 ,0xba,
  rtfSC_guillemotright   ,0xbb,
  rtfSC_onequarter	 ,0xbc,
  rtfSC_onehalf 	 ,0xbd,
  rtfSC_threequarters	 ,0xbe,
  rtfSC_questiondown	 ,0xbf,
  rtfSC_Agrave  	 ,0xc0,
  rtfSC_Aacute  	 ,0xc1,
  rtfSC_Acircumflex	 ,0xc2,
  rtfSC_Atilde  	 ,0xc3,
  rtfSC_Adieresis	 ,0xc4,
  rtfSC_Aring		 ,0xc5,
  rtfSC_AE		 ,0xc6,
  rtfSC_Ccedilla	 ,0xc7,
  rtfSC_Egrave  	 ,0xc8,
  rtfSC_Eacute  	 ,0xc9,
  rtfSC_Ecircumflex	 ,0xca,
  rtfSC_Edieresis	 ,0xcb,
  rtfSC_Igrave  	 ,0xcc,
  rtfSC_Iacute  	 ,0xcd,
  rtfSC_Icircumflex	 ,0xce,
  rtfSC_Idieresis	 ,0xcf,
  rtfSC_Eth		 ,0xd0,
  rtfSC_Ntilde  	 ,0xd1,
  rtfSC_Ograve  	 ,0xd2,
  rtfSC_Oacute  	 ,0xd3,
  rtfSC_Ocircumflex	 ,0xd4,
  rtfSC_Otilde  	 ,0xd5,
  rtfSC_Odieresis	 ,0xd6,
  rtfSC_multiply	 ,0xd7,
  rtfSC_Oslash  	 ,0xd8,
  rtfSC_Ugrave  	 ,0xd9,
  rtfSC_Uacute  	 ,0xda,
  rtfSC_Ucircumflex	 ,0xdb,
  rtfSC_Udieresis	 ,0xdc,
  rtfSC_Yacute  	 ,0xdd,
  rtfSC_Thorn		 ,0xde,
  rtfSC_germandbls	 ,0xdf,
  rtfSC_agrave  	 ,0xe0,
  rtfSC_aacute  	 ,0xe1,
  rtfSC_acircumflex	 ,0xe2,
  rtfSC_atilde  	 ,0xe3,
  rtfSC_adieresis	 ,0xe4,
  rtfSC_aring		 ,0xe5,
  rtfSC_ae		 ,0xe6,
  rtfSC_ccedilla	 ,0xe7,
  rtfSC_egrave  	 ,0xe8,
  rtfSC_eacute  	 ,0xe9,
  rtfSC_ecircumflex	 ,0xea,
  rtfSC_edieresis	 ,0xeb,
  rtfSC_igrave  	 ,0xec,
  rtfSC_iacute  	 ,0xed,
  rtfSC_icircumflex	 ,0xee,
  rtfSC_idieresis	 ,0xef,
  rtfSC_eth		 ,0xf0,
  rtfSC_ntilde  	 ,0xf1,
  rtfSC_ograve  	 ,0xf2,
  rtfSC_oacute  	 ,0xf3,
  rtfSC_ocircumflex	 ,0xf4,
  rtfSC_otilde  	 ,0xf5,
  rtfSC_odieresis	 ,0xf6,
  rtfSC_divide  	 ,0xf7,
  rtfSC_oslash  	 ,0xf8,
  rtfSC_ugrave  	 ,0xf9,
  rtfSC_uacute  	 ,0xfa,
  rtfSC_ucircumflex	 ,0xfb,
  rtfSC_udieresis	 ,0xfc,
  rtfSC_yacute  	 ,0xfd,
  rtfSC_thorn		 ,0xfe,
  rtfSC_ydieresis	 ,0xff
};

/*
 * RTF ANSI character set (\ansi) Symbol font map
 *
 * Field 1 is the standard character name which the character value in
 * field 2 maps onto.  (It doesn't mean "to produce the character in field 1,
 * use the value in field 2.)
 *
 * The character value may be given either as a single character (which will be
 * converted to the ASCII value of the character), or in numeric format, either
 * in decimal or 0xyy as hex yy.  Single or double quotes may be used to quote
 * characters.
 *
 */

int ansi_sym[] =
{
  rtfSC_formula        ,0x06,
  rtfSC_nobrkhyphen    ,0x1e,
  rtfSC_opthyphen      ,0x1f,
  rtfSC_space	       ,' ',
  rtfSC_exclam         ,'!',
  rtfSC_universal      ,'"',
  rtfSC_mathnumbersign ,'#',
  rtfSC_existential    ,'$',
  rtfSC_percent        ,'%',
  rtfSC_ampersand      ,'&',
  rtfSC_suchthat       ,'\\',
  rtfSC_parenleft      ,'(',
  rtfSC_parenright     ,')',
  rtfSC_mathasterisk   ,'*',
  rtfSC_mathplus       ,'+',
  rtfSC_comma	       ,',',
  rtfSC_mathminus      ,'-',
  rtfSC_period         ,'.',
  rtfSC_slash	       ,'/',
  rtfSC_zero	       ,'0',
  rtfSC_one	       ,'1',
  rtfSC_two	       ,'2',
  rtfSC_three	       ,'3',
  rtfSC_four	       ,'4',
  rtfSC_five	       ,'5',
  rtfSC_six	       ,'6',
  rtfSC_seven	       ,'7',
  rtfSC_eight	       ,'8',
  rtfSC_nine	       ,'9',
  rtfSC_colon	       ,':',
  rtfSC_semicolon      ,';',
  rtfSC_less	       ,'<',
  rtfSC_mathequal      ,'=',
  rtfSC_greater        ,'>',
  rtfSC_question       ,'?',
  rtfSC_congruent      ,'@',
  rtfSC_Alpha	       ,'A',
  rtfSC_Beta	       ,'B',
  rtfSC_Chi	       ,'C',
  rtfSC_Delta	       ,'D',
  rtfSC_Epsilon        ,'E',
  rtfSC_Phi	       ,'F',
  rtfSC_Gamma	       ,'G',
  rtfSC_Eta	       ,'H',
  rtfSC_Iota	       ,'I',
  rtfSC_Kappa	       ,'K',
  rtfSC_Lambda         ,'L',
  rtfSC_Mu	       ,'M',
  rtfSC_Nu	       ,'N',
  rtfSC_Omicron        ,'O',
  rtfSC_Pi	       ,'P',
  rtfSC_Theta	       ,'Q',
  rtfSC_Rho	       ,'R',
  rtfSC_Sigma	       ,'S',
  rtfSC_Tau	       ,'T',
  rtfSC_Upsilon        ,'U',
  rtfSC_varsigma       ,'V',
  rtfSC_Omega	       ,'W',
  rtfSC_Xi	       ,'X',
  rtfSC_Psi	       ,'Y',
  rtfSC_Zeta	       ,'Z',
  rtfSC_bracketleft    ,'[',
  rtfSC_backslash      ,'\\',
  rtfSC_bracketright   ,']',
  rtfSC_asciicircum    ,'^',
  rtfSC_underscore     ,'_',
  rtfSC_quoteleft      ,'`',
  rtfSC_alpha	       ,'a',
  rtfSC_beta	       ,'b',
  rtfSC_chi	       ,'c',
  rtfSC_delta	       ,'d',
  rtfSC_epsilon        ,'e',
  rtfSC_phi	       ,'f',
  rtfSC_gamma	       ,'g',
  rtfSC_eta	       ,'h',
  rtfSC_iota	       ,'i',
  rtfSC_kappa	       ,'k',
  rtfSC_lambda         ,'l',
  rtfSC_mu	       ,'m',
  rtfSC_nu	       ,'n',
  rtfSC_omicron        ,'o',
  rtfSC_pi	       ,'p',
  rtfSC_theta	       ,'q',
  rtfSC_rho	       ,'r',
  rtfSC_sigma	       ,'s',
  rtfSC_tau	       ,'t',
  rtfSC_upsilon        ,'u',
  rtfSC_omega	       ,'w',
  rtfSC_xi	       ,'x',
  rtfSC_psi	       ,'y',
  rtfSC_zeta	       ,'z',
  rtfSC_braceleft      ,'{',
  rtfSC_bar	       ,'|',
  rtfSC_braceright     ,'}',
  rtfSC_mathtilde      ,'~'
};

/*
 *  Output sequence map for rtf2text
 *
 *  Field 1 is the standard character name.  Field 2 is the output sequence
 *  to produce for that character.
 *
 *  The output sequence is simply a string of characters.  If it contains
 *  whitespace, it may be quoted.  If it contains quotes, it may be quoted
 *  with a different quote character.
 *
 *  characters in ASCII range (32-127
 */

const char *text_map[] = {
  "space"	      ," ",
  "exclam"	      ,"!",
  "quotedbl"	      ,"\"",
  "numbersign"        ,"#",
  "dollar"	      ,"$",
  "percent"	      ,"%",
  "ampersand"	      ,"&",
  "quoteright"        ,"'",
  "parenleft"	      ,"(",
  "parenright"        ,")",
  "asterisk"	      ,"*",
  "plus"	      ,"+",
  "comma"	      ,",",
  "hyphen"	      ,"-",
  "period"	      ,".",
  "slash"	      ,"/",
  "zero"	      ,"0",
  "one" 	      ,"1",
  "two" 	      ,"2",
  "three"	      ,"3",
  "four"	      ,"4",
  "five"	      ,"5",
  "six" 	      ,"6",
  "seven"	      ,"7",
  "eight"	      ,"8",
  "nine"	      ,"9",
  "colon"	      ,":",
  "semicolon"	      ,";",
  "less"	      ,"<",
  "equal"	      ,"=",
  "greater"	      ,">",
  "question"	      ,"?",
  "at"  	      ,"@",
  "A"		      ,"A",
  "B"		      ,"B",
  "C"		      ,"C",
  "D"		      ,"D",
  "E"		      ,"E",
  "F"		      ,"F",
  "G"		      ,"G",
  "H"		      ,"H",
  "I"		      ,"I",
  "J"		      ,"J",
  "K"		      ,"K",
  "L"		      ,"L",
  "M"		      ,"M",
  "N"		      ,"N",
  "O"		      ,"O",
  "P"		      ,"P",
  "Q"		      ,"Q",
  "R"		      ,"R",
  "S"		      ,"S",
  "T"		      ,"T",
  "U"		      ,"U",
  "V"		      ,"V",
  "W"		      ,"W",
  "X"		      ,"X",
  "Y"		      ,"Y",
  "Z"		      ,"Z",
  "bracketleft"       ,"[",
  "backslash"	      ,"\\",
  "bracketright"      ,"]",
  "asciicircum"       ,"^",
  "underscore"        ,"_",
  "quoteleft"	      ,"`",
  "a"		      ,"a",
  "b"		      ,"b",
  "c"		      ,"c",
  "d"		      ,"d",
  "e"		      ,"e",
  "f"		      ,"f",
  "g"		      ,"g",
  "h"		      ,"h",
  "i"		      ,"i",
  "j"		      ,"j",
  "k"		      ,"k",
  "l"		      ,"l",
  "m"		      ,"m",
  "n"		      ,"n",
  "o"		      ,"o",
  "p"		      ,"p",
  "q"		      ,"q",
  "r"		      ,"r",
  "s"		      ,"s",
  "t"		      ,"t",
  "u"		      ,"u",
  "v"		      ,"v",
  "w"		      ,"w",
  "x"		      ,"x",
  "y"		      ,"y",
  "z"		      ,"z",
  "braceleft"	      ,"{",
  "bar" 	      ,"|",
  "braceright"        ,"}",
  "asciitilde"        ,"~",
  "AE"  	      ,"AE",
  "OE"  	      ,"OE",
  "acute"	      ,"'",
  "ae"  	      ,"ae",
  "angleleft"	      ,"<",
  "angleright"        ,">",
  "arrowboth"	      ,"<->",
  "arrowdblboth"      ,"<=>",
  "arrowdblleft"      ,"<=",
  "arrowdblright"     ,"=>",
  "arrowleft"	      ,"<-",
  "arrowright"        ,"->",
  "bullet"	      ,"o",
  "cent"	      ,"cent",
  "circumflex"        ,"^",
  "copyright"	      ,"(c)",
  "copyrightsans"     ,"(c)",
  "degree"	      ,"deg.",
  "divide"	      ,"/",
  "dotlessi"	      ,"i",
  "ellipsis"	      ,"...",
  "emdash"	      ,"--",
  "endash"	      ,"-",
  "fi"  	      ,"fi",
  "fl"  	      ,"fl",
  "fraction"	      ,"/",
  "germandbls"        ,"ss",
  "grave"	      ,"`",
  "greaterequal"      ,">=",
  "guillemotleft"     ,"<<",
  "guillemotright"    ,">>",
  "guilsinglleft"     ,"<",
  "guilsinglright"    ,">",
  "lessequal"	      ,"<=",
  "logicalnot"        ,"~",
  "mathasterisk"      ,"*",
  "mathequal"	      ,"=",
  "mathminus"	      ,"-",
  "mathnumbersign"    ,"#",
  "mathplus"	      ,"+",
  "mathtilde"	      ,"~",
  "minus"	      ,"-",
  "mu"  	      ,"u",
  "multiply"	      ,"x",
  "nobrkhyphen"       ,"-",
  "nobrkspace"        ," ",
  "notequal"	      ,"!=",
  "oe"  	      ,"oe",
  "onehalf"	      ,"1/2",
  "onequarter"        ,"1/4",
  "periodcentered"    ,".",
  "plusminus"	      ,"+/-",
  "quotedblbase"      ,",,",
  "quotedblleft"      ,"\"",
  "quotedblright"     ,"\"",
  "quotesinglbase"    ,",",
  "registered"        ,"reg.",
  "registersans"      ,"reg.",
  "threequarters"     ,"3/4",
  "tilde"	      ,"~",
  "trademark"	      ,"(TM)",
  "trademarksans"     ,"(TM)"
};

/*
 * This array is used to map standard character names onto their numeric codes.
 * The position of the name within the array is the code.
 * stdcharnames.h is generated in the ../h directory.
 */

const char *stdCharName[] =
{
	"nothing",
	"space",
	"exclam",
	"quotedbl",
	"numbersign",
	"dollar",
	"percent",
	"ampersand",
	"quoteright",
	"parenleft",
	"parenright",
	"asterisk",
	"plus",
	"comma",
	"hyphen",
	"period",
	"slash",
	"zero",
	"one",
	"two",
	"three",
	"four",
	"five",
	"six",
	"seven",
	"eight",
	"nine",
	"colon",
	"semicolon",
	"less",
	"equal",
	"greater",
	"question",
	"at",
	"A",
	"B",
	"C",
	"D",
	"E",
	"F",
	"G",
	"H",
	"I",
	"J",
	"K",
	"L",
	"M",
	"N",
	"O",
	"P",
	"Q",
	"R",
	"S",
	"T",
	"U",
	"V",
	"W",
	"X",
	"Y",
	"Z",
	"bracketleft",
	"backslash",
	"bracketright",
	"asciicircum",
	"underscore",
	"quoteleft",
	"a",
	"b",
	"c",
	"d",
	"e",
	"f",
	"g",
	"h",
	"i",
	"j",
	"k",
	"l",
	"m",
	"n",
	"o",
	"p",
	"q",
	"r",
	"s",
	"t",
	"u",
	"v",
	"w",
	"x",
	"y",
	"z",
	"braceleft",
	"bar",
	"braceright",
	"asciitilde",
	"exclamdown",
	"cent",
	"sterling",
	"fraction",
	"yen",
	"florin",
	"section",
	"currency",
	"quotedblleft",
	"guillemotleft",
	"guilsinglleft",
	"guilsinglright",
	"fi",
	"fl",
	"endash",
	"dagger",
	"daggerdbl",
	"periodcentered",
	"paragraph",
	"bullet",
	"quotesinglbase",
	"quotedblbase",
	"quotedblright",
	"guillemotright",
	"ellipsis",
	"perthousand",
	"questiondown",
	"grave",
	"acute",
	"circumflex",
	"tilde",
	"macron",
	"breve",
	"dotaccent",
	"dieresis",
	"ring",
	"cedilla",
	"hungarumlaut",
	"ogonek",
	"caron",
	"emdash",
	"AE",
	"ordfeminine",
	"Lslash",
	"Oslash",
	"OE",
	"ordmasculine",
	"ae",
	"dotlessi",
	"lslash",
	"oslash",
	"oe",
	"germandbls",
	"Aacute",
	"Acircumflex",
	"Adieresis",
	"Agrave",
	"Aring",
	"Atilde",
	"Ccedilla",
	"Eacute",
	"Ecircumflex",
	"Edieresis",
	"Egrave",
	"Eth",
	"Iacute",
	"Icircumflex",
	"Idieresis",
	"Igrave",
	"Ntilde",
	"Oacute",
	"Ocircumflex",
	"Odieresis",
	"Ograve",
	"Otilde",
	"Scaron",
	"Thorn",
	"Uacute",
	"Ucircumflex",
	"Udieresis",
	"Ugrave",
	"Yacute",
	"Ydieresis",
	"aacute",
	"acircumflex",
	"adieresis",
	"agrave",
	"aring",
	"atilde",
	"brokenbar",
	"ccedilla",
	"copyright",
	"degree",
	"divide",
	"eacute",
	"ecircumflex",
	"edieresis",
	"egrave",
	"eth",
	"iacute",
	"icircumflex",
	"idieresis",
	"igrave",
	"logicalnot",
	"minus",
	"multiply",
	"ntilde",
	"oacute",
	"ocircumflex",
	"odieresis",
	"ograve",
	"onehalf",
	"onequarter",
	"onesuperior",
	"otilde",
	"plusminus",
	"registered",
	"thorn",
	"threequarters",
	"threesuperior",
	"trademark",
	"twosuperior",
	"uacute",
	"ucircumflex",
	"udieresis",
	"ugrave",
	"yacute",
	"ydieresis",
	"Alpha",
	"Beta",
	"Chi",
	"Delta",
	"Epsilon",
	"Phi",
	"Gamma",
	"Eta",
	"Iota",
	"Kappa",
	"Lambda",
	"Mu",
	"Nu",
	"Omicron",
	"Pi",
	"Theta",
	"Rho",
	"Sigma",
	"Tau",
	"Upsilon",
	"varUpsilon",
	"Omega",
	"Xi",
	"Psi",
	"Zeta",
	"alpha",
	"beta",
	"chi",
	"delta",
	"epsilon",
	"phi",
	"varphi",
	"gamma",
	"eta",
	"iota",
	"kappa",
	"lambda",
	"mu",
	"nu",
	"omicron",
	"pi",
	"varpi",
	"theta",
	"vartheta",
	"rho",
	"sigma",
	"varsigma",
	"tau",
	"upsilon",
	"omega",
	"xi",
	"psi",
	"zeta",
	"nobrkspace",
	"nobrkhyphen",
	"lessequal",
	"greaterequal",
	"infinity",
	"integral",
	"notequal",
	"radical",
	"radicalex",
	"approxequal",
	"apple",
	"partialdiff",
	"opthyphen",
	"formula",
	"lozenge",
	"universal",
	"existential",
	"suchthat",
	"congruent",
	"therefore",
	"perpendicular",
	"minute",
	"club",
	"diamond",
	"heart",
	"spade",
	"arrowboth",
	"arrowleft",
	"arrowup",
	"arrowright",
	"arrowdown",
	"second",
	"proportional",
	"equivalence",
	"arrowvertex",
	"arrowhorizex",
	"carriagereturn",
	"aleph",
	"Ifraktur",
	"Rfraktur",
	"weierstrass",
	"circlemultiply",
	"circleplus",
	"emptyset",
	"intersection",
	"union",
	"propersuperset",
	"reflexsuperset",
	"notsubset",
	"propersubset",
	"reflexsubset",
	"element",
	"notelement",
	"angle",
	"gradient",
	"product",
	"logicaland",
	"logicalor",
	"arrowdblboth",
	"arrowdblleft",
	"arrowdblup",
	"arrowdblright",
	"arrowdbldown",
	"angleleft",
	"registersans",
	"copyrightsans",
	"trademarksans",
	"angleright",
	"mathplus",
	"mathminus",
	"mathasterisk",
	"mathnumbersign",
	"dotmath",
	"mathequal",
	"mathtilde",
        (char *) NULL
};

int _RTFGetChar(RTF_Info *info)
{
	int ch;

	TRACE("\n");

	/* if the last buffer wasn't full, it's EOF */
  if (info->dwInputSize > 0 &&
    info->dwInputSize == info->dwInputUsed && info->dwInputSize < sizeof(info->InputBuffer))
    return EOF;
  if (info->dwInputSize <= info->dwInputUsed)
	{
		long count = 0;
		info->editstream.dwError = info->editstream.pfnCallback(info->editstream.dwCookie, 
			info->InputBuffer, sizeof(info->InputBuffer), &count);
  	/* if error, it's EOF */
		if (info->editstream.dwError)
		  return EOF;
  	/* if no bytes read, it's EOF */
		if(count == 0)
			return EOF;
		info->dwInputSize = count;
		info->dwInputUsed = 0;
	}
	ch = info->InputBuffer[info->dwInputUsed++];
	if (!ch)
		 return EOF;
	return ch;
}

void RTFSetEditStream(RTF_Info *info, EDITSTREAM *es)
{
	TRACE("\n");

	info->editstream.dwCookie = es->dwCookie;
	info->editstream.dwError  = es->dwError;
	info->editstream.pfnCallback = es->pfnCallback;
}

/*
 * Initialize the reader.  This may be called multiple times,
 * to read multiple files.  The only thing not reset is the input
 * stream; that must be done with RTFSetStream().
 */

void RTFInit(RTF_Info *info)
{
	int	i;
	RTFColor	*cp;
	RTFFont		*fp;
	RTFStyle	*sp;
	RTFStyleElt	*eltList, *ep;

	TRACE("\n");

	if (info->rtfTextBuf == (char *) NULL)	/* initialize the text buffers */
	{
		info->rtfTextBuf = RTFAlloc (rtfBufSiz);
		info->pushedTextBuf = RTFAlloc (rtfBufSiz);
		if (info->rtfTextBuf == (char *) NULL
			|| info->pushedTextBuf == (char *) NULL)
			RTFPanic (info,"Cannot allocate text buffers.");
		info->rtfTextBuf[0] = info->pushedTextBuf[0] = '\0';
	}

	RTFFree (info->inputName);
	RTFFree (info->outputName);
	info->inputName = info->outputName = (char *) NULL;

	/* initialize lookup table */
	LookupInit ();

	for (i = 0; i < rtfMaxClass; i++)
		RTFSetClassCallback (info, i, (RTFFuncPtr) NULL);
	for (i = 0; i < rtfMaxDestination; i++)
		RTFSetDestinationCallback (info, i, (RTFFuncPtr) NULL);

	/* install built-in destination readers */
	RTFSetDestinationCallback (info, rtfFontTbl, ReadFontTbl);
	RTFSetDestinationCallback (info, rtfColorTbl, ReadColorTbl);
	RTFSetDestinationCallback (info, rtfStyleSheet, ReadStyleSheet);
	RTFSetDestinationCallback (info, rtfInfo, ReadInfoGroup);
	RTFSetDestinationCallback (info, rtfPict, ReadPictGroup);
	RTFSetDestinationCallback (info, rtfObject, ReadObjGroup);


	RTFSetReadHook (info, (RTFFuncPtr) NULL);

	/* dump old lists if necessary */

	while (info->fontList != (RTFFont *) NULL)
	{
		fp = info->fontList->rtfNextFont;
		RTFFree (info->fontList->rtfFName);
		RTFFree ((char *) info->fontList);
		info->fontList = fp;
	}
	while (info->colorList != (RTFColor *) NULL)
	{
		cp = info->colorList->rtfNextColor;
		RTFFree ((char *) info->colorList);
		info->colorList = cp;
	}
	while (info->styleList != (RTFStyle *) NULL)
	{
		sp = info->styleList->rtfNextStyle;
		eltList = info->styleList->rtfSSEList;
		while (eltList != (RTFStyleElt *) NULL)
		{
			ep = eltList->rtfNextSE;
			RTFFree (eltList->rtfSEText);
			RTFFree ((char *) eltList);
			eltList = ep;
		}
		RTFFree (info->styleList->rtfSName);
		RTFFree ((char *) info->styleList);
		info->styleList = sp;
	}

	info->rtfClass = -1;
	info->pushedClass = -1;
	info->pushedChar = EOF;

	info->rtfLineNum = 0;
	info->rtfLinePos = 0;
	info->prevChar = EOF;
	info->bumpLine = 0;

	CharSetInit (info);
	info->csTop = 0;
}

/*
 * Set or get the input or output file name.  These are never guaranteed
 * to be accurate, only insofar as the calling program makes them so.
 */

void RTFSetInputName(RTF_Info *info, char *name)
{
	TRACE("\n");

	if ((info->inputName = RTFStrSave (name)) == (char *) NULL)
		RTFPanic (info,"RTFSetInputName: out of memory");
}


char *RTFGetInputName(RTF_Info *info)
{
	return (info->inputName);
}


void RTFSetOutputName(RTF_Info *info, char *name)
{
	TRACE("\n");

	if ((info->outputName = RTFStrSave (name)) == (char *) NULL)
		RTFPanic (info, "RTFSetOutputName: out of memory");
}


char *RTFGetOutputName(RTF_Info *info)
{
	return (info->outputName);
}



/* ---------------------------------------------------------------------- */

/*
 * Callback table manipulation routines
 */


/*
 * Install or return a writer callback for a token class
 */

void RTFSetClassCallback(RTF_Info *info, int class, RTFFuncPtr callback)
{
	if (class >= 0 && class < rtfMaxClass)
		info->ccb[class] = callback;
}


RTFFuncPtr RTFGetClassCallback(RTF_Info *info, int class)
{
	if (class >= 0 && class < rtfMaxClass)
		return (info->ccb[class]);
	return ((RTFFuncPtr) NULL);
}


/*
 * Install or return a writer callback for a destination type
 */

void RTFSetDestinationCallback(RTF_Info *info, int dest, RTFFuncPtr callback)
{
	if (dest >= 0 && dest < rtfMaxDestination)
		info->dcb[dest] = callback;
}


RTFFuncPtr RTFGetDestinationCallback(RTF_Info *info, int dest)
{
	if (dest >= 0 && dest < rtfMaxDestination)
		return (info->dcb[dest]);
	return ((RTFFuncPtr) NULL);
}


/* ---------------------------------------------------------------------- */

/*
 * Token reading routines
 */


/*
 * Read the input stream, invoking the writer's callbacks
 * where appropriate.
 */

void RTFRead(RTF_Info *info)
{
	while (RTFGetToken (info) != rtfEOF)
		RTFRouteToken (info);
}


/*
 * Route a token.  If it's a destination for which a reader is
 * installed, process the destination internally, otherwise
 * pass the token to the writer's class callback.
 */

void RTFRouteToken(RTF_Info *info)
{
	RTFFuncPtr	p;

	TRACE("\n");

	if (info->rtfClass < 0 || info->rtfClass >= rtfMaxClass)	/* watchdog */
	{
		RTFPanic (info,"Unknown class %d: %s (reader malfunction)",
							info->rtfClass, info->rtfTextBuf);
	}
	if (RTFCheckCM (info, rtfControl, rtfDestination))
	{
		/* invoke destination-specific callback if there is one */
		if ((p = RTFGetDestinationCallback (info, info->rtfMinor))
							!= (RTFFuncPtr) NULL)
		{
			(*p) (info);
			return;
		}
	}
	/* invoke class callback if there is one */
	if ((p = RTFGetClassCallback (info, info->rtfClass)) != (RTFFuncPtr) NULL)
		(*p) (info);
}


/*
 * Skip to the end of the current group.  When this returns,
 * writers that maintain a state stack may want to call their
 * state unstacker; global vars will still be set to the group's
 * closing brace.
 */

void RTFSkipGroup(RTF_Info *info)
{
	int	level = 1;

	TRACE("\n");

	while (RTFGetToken (info) != rtfEOF)
	{
		if (info->rtfClass == rtfGroup)
		{
			if (info->rtfMajor == rtfBeginGroup)
				++level;
			else if (info->rtfMajor == rtfEndGroup)
			{
				if (--level < 1)
					break;	/* end of initial group */
			}
		}
	}
}


/*
 * Read one token.  Call the read hook if there is one.  The
 * token class is the return value.  Returns rtfEOF when there
 * are no more tokens.
 */

int RTFGetToken(RTF_Info *info)
{
	RTFFuncPtr	p;

	TRACE("\n");

	for (;;)
	{
		_RTFGetToken (info);
		if ((p = RTFGetReadHook (info)) != (RTFFuncPtr) NULL)
			(*p) (info);	/* give read hook a look at token */

		/* Silently discard newlines, carriage returns, nulls.  */
		if (!(info->rtfClass == rtfText && info->rtfFormat != SF_TEXT
			&& (info->rtfMajor == '\r' || info->rtfMajor == '\n' || info->rtfMajor == '\0')))
			break;
	}
	return (info->rtfClass);
}


/*
 * Install or return a token reader hook.
 */

void RTFSetReadHook(RTF_Info *info, RTFFuncPtr f)
{
	info->readHook = f;
}


RTFFuncPtr RTFGetReadHook(RTF_Info *info)
{
	return (info->readHook);
}


void RTFUngetToken(RTF_Info *info)
{
	TRACE("\n");

	if (info->pushedClass >= 0)	/* there's already an ungotten token */
		RTFPanic (info,"cannot unget two tokens");
	if (info->rtfClass < 0)
		RTFPanic (info,"no token to unget");
	info->pushedClass = info->rtfClass;
	info->pushedMajor = info->rtfMajor;
	info->pushedMinor = info->rtfMinor;
	info->pushedParam = info->rtfParam;
	(void) strcpy (info->pushedTextBuf, info->rtfTextBuf);
}


int RTFPeekToken(RTF_Info *info)
{
	_RTFGetToken (info);
	RTFUngetToken (info);
	return (info->rtfClass);
}


static void _RTFGetToken(RTF_Info *info)
{
	RTFFont	*fp;

	TRACE("\n");

        if (info->rtfFormat == SF_TEXT) {
            info->rtfMajor = GetChar (info);
            info->rtfMinor = rtfSC_nothing;
            info->rtfParam = rtfNoParam;
            info->rtfTextBuf[info->rtfTextLen = 0] = '\0';
            if (info->rtfMajor == EOF)
                info->rtfClass = rtfEOF;
            else
	        info->rtfClass = rtfText;
	    return;
	}

	/* first check for pushed token from RTFUngetToken() */

	if (info->pushedClass >= 0)
	{
		info->rtfClass = info->pushedClass;
		info->rtfMajor = info->pushedMajor;
		info->rtfMinor = info->pushedMinor;
		info->rtfParam = info->pushedParam;
		(void) strcpy (info->rtfTextBuf, info->pushedTextBuf);
		info->rtfTextLen = strlen (info->rtfTextBuf);
		info->pushedClass = -1;
		return;
	}

	/*
	 * Beyond this point, no token is ever seen twice, which is
	 * important, e.g., for making sure no "}" pops the font stack twice.
	 */

	_RTFGetToken2 (info);
	if (info->rtfClass == rtfText)	/* map RTF char to standard code */
		info->rtfMinor = RTFMapChar (info, info->rtfMajor);

	/*
	 * If auto-charset stuff is activated, see if anything needs doing,
	 * like reading the charset maps or switching between them.
	 */

	if (info->autoCharSetFlags == 0)
		return;

	if ((info->autoCharSetFlags & rtfReadCharSet)
		&& RTFCheckCM (info, rtfControl, rtfCharSet))
	{
		ReadCharSetMaps (info);
	}
	else if ((info->autoCharSetFlags & rtfSwitchCharSet)
		&& RTFCheckCMM (info, rtfControl, rtfCharAttr, rtfFontNum))
	{
		if ((fp = RTFGetFont (info, info->rtfParam)) != (RTFFont *) NULL)
		{
			if (strncmp (fp->rtfFName, "Symbol", 6) == 0)
				info->curCharSet = rtfCSSymbol;
			else
				info->curCharSet = rtfCSGeneral;
			RTFSetCharSet (info, info->curCharSet);
		}
	}
	else if ((info->autoCharSetFlags & rtfSwitchCharSet) && info->rtfClass == rtfGroup)
	{
		switch (info->rtfMajor)
		{
		case rtfBeginGroup:
			if (info->csTop >= maxCSStack)
				RTFPanic (info, "_RTFGetToken: stack overflow");
			info->csStack[info->csTop++] = info->curCharSet;
			break;
		case rtfEndGroup:
			/*
			 * If stack top is 1 at this point, we are ending the
			 * group started by the initial {, which ends the
			 * RTF stream
			 */
			if (info->csTop <= 0)
				RTFPanic (info,"_RTFGetToken: stack underflow");
			else if (info->csTop == 1)
				info->rtfClass = rtfEOF;
			else
			{
				info->curCharSet = info->csStack[--info->csTop];
				RTFSetCharSet (info, info->curCharSet);
			}
			break;
		}
	}
}


/* this shouldn't be called anywhere but from _RTFGetToken() */

static void _RTFGetToken2(RTF_Info *info)
{
	int	sign;
	int	c;

	TRACE("\n");

	/* initialize token vars */

	info->rtfClass = rtfUnknown;
	info->rtfParam = rtfNoParam;
	info->rtfTextBuf[info->rtfTextLen = 0] = '\0';

	/* get first character, which may be a pushback from previous token */

	if (info->pushedChar != EOF)
	{
		c = info->pushedChar;
		info->rtfTextBuf[info->rtfTextLen++] = c;
		info->rtfTextBuf[info->rtfTextLen] = '\0';
		info->pushedChar = EOF;
	}
	else if ((c = GetChar (info)) == EOF)
	{
		info->rtfClass = rtfEOF;
		return;
	}

	if (c == '{')
	{
		info->rtfClass = rtfGroup;
		info->rtfMajor = rtfBeginGroup;
		return;
	}
	if (c == '}')
	{
		info->rtfClass = rtfGroup;
		info->rtfMajor = rtfEndGroup;
		return;
	}
	if (c != '\\')
	{
		/*
		 * Two possibilities here:
		 * 1) ASCII 9, effectively like \tab control symbol
		 * 2) literal text char
		 */
		if (c == '\t')			/* ASCII 9 */
		{
			info->rtfClass = rtfControl;
			info->rtfMajor = rtfSpecialChar;
			info->rtfMinor = rtfTab;
		}
		else
		{
			info->rtfClass = rtfText;
			info->rtfMajor = c;
		}
		return;
	}
	if ((c = GetChar (info)) == EOF)
	{
		/* early eof, whoops (class is rtfUnknown) */
		return;
	}
	if (!isalpha (c))
	{
		/*
		 * Three possibilities here:
		 * 1) hex encoded text char, e.g., \'d5, \'d3
		 * 2) special escaped text char, e.g., \{, \}
		 * 3) control symbol, e.g., \_, \-, \|, \<10>
		 */
		if (c == '\'')				/* hex char */
		{
		int	c2;

			if ((c = GetChar (info)) != EOF && (c2 = GetChar (info)) != EOF)
			{
				/* should do isxdigit check! */
				info->rtfClass = rtfText;
				info->rtfMajor = RTFCharToHex (c) * 16
						+ RTFCharToHex (c2);
				return;
			}
			/* early eof, whoops (class is rtfUnknown) */
			return;
		}

		/* escaped char */
		/*if (index (":{}\\", c) != (char *) NULL)*/ /* escaped char */
		if (c == ':' || c == '{' || c == '}' || c == '\\')
		{
			info->rtfClass = rtfText;
			info->rtfMajor = c;
			return;
		}

		/* control symbol */
		Lookup (info, info->rtfTextBuf);	/* sets class, major, minor */
		return;
	}
	/* control word */
	while (isalpha (c))
	{
		if ((c = GetChar (info)) == EOF)
			break;
	}

	/*
	 * At this point, the control word is all collected, so the
	 * major/minor numbers are determined before the parameter
	 * (if any) is scanned.  There will be one too many characters
	 * in the buffer, though, so fix up before and restore after
	 * looking up.
	 */

	if (c != EOF)
		info->rtfTextBuf[info->rtfTextLen-1] = '\0';
	Lookup (info, info->rtfTextBuf);	/* sets class, major, minor */
	if (c != EOF)
		info->rtfTextBuf[info->rtfTextLen-1] = c;

	/*
	 * Should be looking at first digit of parameter if there
	 * is one, unless it's negative.  In that case, next char
	 * is '-', so need to gobble next char, and remember sign.
	 */

	sign = 1;
	if (c == '-')
	{
		sign = -1;
		c = GetChar (info);
	}
	if (c != EOF && isdigit (c))
	{
		info->rtfParam = 0;
		while (isdigit (c))	/* gobble parameter */
		{
			info->rtfParam = info->rtfParam * 10 + c - '0';
			if ((c = GetChar (info)) == EOF)
				break;
		}
		info->rtfParam *= sign;
	}
	/*
	 * If control symbol delimiter was a blank, gobble it.
	 * Otherwise the character is first char of next token, so
	 * push it back for next call.  In either case, delete the
	 * delimiter from the token buffer.
	 */
	if (c != EOF)
	{
		if (c != ' ')
			info->pushedChar = c;
		info->rtfTextBuf[--info->rtfTextLen] = '\0';
	}
}


/*
 * Read the next character from the input.  This handles setting the
 * current line and position-within-line variables.  Those variable are
 * set correctly whether lines end with CR, LF, or CRLF (the last being
 * the tricky case).
 *
 * bumpLine indicates whether the line number should be incremented on
 * the *next* input character.
 */


static int GetChar(RTF_Info *info)
{
	int	c;
	int	oldBumpLine;

	TRACE("\n");

	if ((c = _RTFGetChar(info)) != EOF)
	{
		info->rtfTextBuf[info->rtfTextLen++] = c;
		info->rtfTextBuf[info->rtfTextLen] = '\0';
	}
	if (info->prevChar == EOF)
		info->bumpLine = 1;
	oldBumpLine = info->bumpLine;	/* non-zero if prev char was line ending */
	info->bumpLine = 0;
	if (c == '\r')
		info->bumpLine = 1;
	else if (c == '\n')
	{
		info->bumpLine = 1;
		if (info->prevChar == '\r')		/* oops, previous \r wasn't */
			oldBumpLine = 0;	/* really a line ending */
	}
	++info->rtfLinePos;
	if (oldBumpLine)	/* were we supposed to increment the */
	{			/* line count on this char? */
		++info->rtfLineNum;
		info->rtfLinePos = 1;
	}
	info->prevChar = c;
	return (c);
}


/*
 * Synthesize a token by setting the global variables to the
 * values supplied.  Typically this is followed with a call
 * to RTFRouteToken().
 *
 * If a param value other than rtfNoParam is passed, it becomes
 * part of the token text.
 */

void RTFSetToken(RTF_Info *info, int class, int major, int minor, int param, const char *text)
{
	TRACE("\n");

	info->rtfClass = class;
	info->rtfMajor = major;
	info->rtfMinor = minor;
	info->rtfParam = param;
	if (param == rtfNoParam)
		(void) strcpy (info->rtfTextBuf, text);
	else
		sprintf (info->rtfTextBuf, "%s%d", text, param);
	info->rtfTextLen = strlen (info->rtfTextBuf);
}


/* ---------------------------------------------------------------------- */

/*
 * Routines to handle mapping of RTF character sets
 * onto standard characters.
 *
 * RTFStdCharCode(name)	given char name, produce numeric code
 * RTFStdCharName(code)	given char code, return name
 * RTFMapChar(c)	map input (RTF) char code to std code
 * RTFSetCharSet(id)	select given charset map
 * RTFGetCharSet()	get current charset map
 *
 * See ../h/README for more information about charset names and codes.
 */


/*
 * Initialize charset stuff.
 */

static void CharSetInit(RTF_Info *info)
{
	TRACE("\n");

	info->autoCharSetFlags = (rtfReadCharSet | rtfSwitchCharSet);
	RTFFree (info->genCharSetFile);
	info->genCharSetFile = (char *) NULL;
	info->haveGenCharSet = 0;
	RTFFree (info->symCharSetFile);
	info->symCharSetFile = (char *) NULL;
	info->haveSymCharSet = 0;
	info->curCharSet = rtfCSGeneral;
	info->curCharCode = info->genCharCode;
}


/*
 * Specify the name of a file to be read when auto-charset-file reading is
 * done.
 */

void RTFSetCharSetMap (RTF_Info *info, char *name, int csId)
{
	TRACE("\n");

	if ((name = RTFStrSave (name)) == (char *) NULL)	/* make copy */
		RTFPanic (info,"RTFSetCharSetMap: out of memory");
	switch (csId)
	{
	case rtfCSGeneral:
		RTFFree (info->genCharSetFile);	/* free any previous value */
		info->genCharSetFile = name;
		break;
	case rtfCSSymbol:
		RTFFree (info->symCharSetFile);	/* free any previous value */
		info->symCharSetFile = name;
		break;
	}
}


/*
 * Do auto-charset-file reading.
 * will always use the ansi charset no mater what the value
 * of the rtfTextBuf is.
 *
 * TODO: add support for other charset in the future.
 *
 */

static void ReadCharSetMaps(RTF_Info *info)
{
	char	buf[rtfBufSiz];

	TRACE("\n");

	if (info->genCharSetFile != (char *) NULL)
		(void) strcpy (buf, info->genCharSetFile);
	else
		sprintf (buf, "%s-gen", &info->rtfTextBuf[1]);
	if (RTFReadCharSetMap (info, rtfCSGeneral) == 0)
		RTFPanic (info,"ReadCharSetMaps: Cannot read charset map %s", buf);
	if (info->symCharSetFile != (char *) NULL)
            (void) strcpy (buf, info->symCharSetFile);
	else
		sprintf (buf, "%s-sym", &info->rtfTextBuf[1]);
	if (RTFReadCharSetMap (info, rtfCSSymbol) == 0)
		RTFPanic (info,"ReadCharSetMaps: Cannot read charset map %s", buf);
}



/*
 * Convert a CharSetMap (character_name, character) into
 * this form : array[character_ident] = character;
 */

int RTFReadCharSetMap(RTF_Info *info, int csId)
{
        int	*stdCodeArray;
        unsigned int i;

	TRACE("\n");

	switch (csId)
	{
	default:
		return (0);	/* illegal charset id */
	case rtfCSGeneral:

		info->haveGenCharSet = 1;
		stdCodeArray = info->genCharCode;
		for (i = 0; i < charSetSize; i++)
		{
		    stdCodeArray[i] = rtfSC_nothing;
		}

		for ( i = 0 ; i< sizeof(ansi_gen)/(sizeof(int));i+=2)
		{
		    stdCodeArray[ ansi_gen[i+1] ] = ansi_gen[i];
		}
		break;

	case rtfCSSymbol:

		info->haveSymCharSet = 1;
		stdCodeArray = info->symCharCode;
		for (i = 0; i < charSetSize; i++)
		{
		    stdCodeArray[i] = rtfSC_nothing;
		}

		for ( i = 0 ; i< sizeof(ansi_sym)/(sizeof(int));i+=2)
		{
		    stdCodeArray[ ansi_sym[i+1] ] = ansi_sym[i];
		}
		break;
	}

	return (1);
}


/*
 * Given a standard character name (a string), find its code (a number).
 * Return -1 if name is unknown.
 */

int RTFStdCharCode(RTF_Info *info, const char *name)
{
	int	i;

	TRACE("\n");

	for (i = 0; i < rtfSC_MaxChar; i++)
	{
		if (strcmp (name, stdCharName[i]) == 0)
			return (i);
	}
	return (-1);
}


/*
 * Given a standard character code (a number), find its name (a string).
 * Return NULL if code is unknown.
 */

const char *RTFStdCharName(RTF_Info *info, int code)
{
	if (code < 0 || code >= rtfSC_MaxChar)
		return ((char *) NULL);
	return (stdCharName[code]);
}


/*
 * Given an RTF input character code, find standard character code.
 * The translator should read the appropriate charset maps when it finds a
 * charset control.  However, the file might not contain one.  In this
 * case, no map will be available.  When the first attempt is made to
 * map a character under these circumstances, RTFMapChar() assumes ANSI
 * and reads the map as necessary.
 */

int RTFMapChar(RTF_Info *info, int c)
{
	TRACE("\n");

	switch (info->curCharSet)
	{
	case rtfCSGeneral:
		if (!info->haveGenCharSet)
		{
			if (RTFReadCharSetMap (info, rtfCSGeneral) == 0)
				RTFPanic (info,"RTFMapChar: cannot read ansi-gen");
		}
		break;
	case rtfCSSymbol:
		if (!info->haveSymCharSet)
		{
			if (RTFReadCharSetMap (info, rtfCSSymbol) == 0)
				RTFPanic (info,"RTFMapChar: cannot read ansi-sym");
		}
		break;
	}
	if (c < 0 || c >= charSetSize)
		return (rtfSC_nothing);
	return (info->curCharCode[c]);
}


/*
 * Set the current character set.  If csId is illegal, uses general charset.
 */

void RTFSetCharSet(RTF_Info *info, int csId)
{
	TRACE("\n");

	switch (csId)
	{
	default:		/* use general if csId unknown */
	case rtfCSGeneral:
		info->curCharCode = info->genCharCode;
		info->curCharSet = csId;
		break;
	case rtfCSSymbol:
		info->curCharCode = info->symCharCode;
		info->curCharSet = csId;
		break;
	}
}


int RTFGetCharSet(RTF_Info *info)
{
	return (info->curCharSet);
}


/* ---------------------------------------------------------------------- */

/*
 * Special destination readers.  They gobble the destination so the
 * writer doesn't have to deal with them.  That's wrong for any
 * translator that wants to process any of these itself.  In that
 * case, these readers should be overridden by installing a different
 * destination callback.
 *
 * NOTE: The last token read by each of these reader will be the
 * destination's terminating '}', which will then be the current token.
 * That '}' token is passed to RTFRouteToken() - the writer has already
 * seen the '{' that began the destination group, and may have pushed a
 * state; it also needs to know at the end of the group that a state
 * should be popped.
 *
 * It's important that rtf.h and the control token lookup table list
 * as many symbols as possible, because these destination readers
 * unfortunately make strict assumptions about the input they expect,
 * and a token of class rtfUnknown will throw them off easily.
 */


/*
 * Read { \fonttbl ... } destination.  Old font tables don't have
 * braces around each table entry; try to adjust for that.
 */

static void ReadFontTbl(RTF_Info *info)
{
	RTFFont		*fp = NULL;
	char		buf[rtfBufSiz], *bp;
	int		old = -1;
	const char	*fn = "ReadFontTbl";

	TRACE("\n");

	for (;;)
	{
		(void) RTFGetToken (info);
		if (RTFCheckCM (info, rtfGroup, rtfEndGroup))
			break;
		if (old < 0)		/* first entry - determine tbl type */
		{
			if (RTFCheckCMM (info, rtfControl, rtfCharAttr, rtfFontNum))
				old = 1;	/* no brace */
			else if (RTFCheckCM (info, rtfGroup, rtfBeginGroup))
				old = 0;	/* brace */
			else			/* can't tell! */
				RTFPanic (info, "%s: Cannot determine format", fn);
		}
		if (old == 0)		/* need to find "{" here */
		{
			if (!RTFCheckCM (info, rtfGroup, rtfBeginGroup))
				RTFPanic (info, "%s: missing \"{\"", fn);
			(void) RTFGetToken (info);	/* yes, skip to next token */
		}
		if ((fp = New (RTFFont)) == (RTFFont *) NULL)
			RTFPanic (info, "%s: cannot allocate font entry", fn);

		fp->rtfNextFont = info->fontList;
		info->fontList = fp;

		fp->rtfFName = (char *) NULL;
		fp->rtfFAltName = (char *) NULL;
		fp->rtfFNum = -1;
		fp->rtfFFamily = 0;
		fp->rtfFCharSet = 0;
		fp->rtfFPitch = 0;
		fp->rtfFType = 0;
		fp->rtfFCodePage = 0;

		while (info->rtfClass != rtfEOF
		       && !RTFCheckCM (info, rtfText, ';')
		       && !RTFCheckCM (info, rtfGroup, rtfEndGroup))
		{
			if (info->rtfClass == rtfControl)
			{
				switch (info->rtfMajor)
				{
				default:
					/* ignore token but announce it */
					RTFMsg (info,"%s: unknown token \"%s\"\n",
							fn, info->rtfTextBuf);
                                        break;
				case rtfFontFamily:
					fp->rtfFFamily = info->rtfMinor;
					break;
				case rtfCharAttr:
					switch (info->rtfMinor)
					{
					default:
						break;	/* ignore unknown? */
					case rtfFontNum:
						fp->rtfFNum = info->rtfParam;
						break;
					}
					break;
				case rtfFontAttr:
					switch (info->rtfMinor)
					{
					default:
						break;	/* ignore unknown? */
					case rtfFontCharSet:
						fp->rtfFCharSet = info->rtfParam;
						break;
					case rtfFontPitch:
						fp->rtfFPitch = info->rtfParam;
						break;
					case rtfFontCodePage:
						fp->rtfFCodePage = info->rtfParam;
						break;
					case rtfFTypeNil:
					case rtfFTypeTrueType:
						fp->rtfFType = info->rtfParam;
						break;
					}
					break;
				}
			}
			else if (RTFCheckCM (info, rtfGroup, rtfBeginGroup))	/* dest */
			{
				RTFSkipGroup (info);	/* ignore for now */
			}
			else if (info->rtfClass == rtfText)	/* font name */
			{
				bp = buf;
                                while (info->rtfClass == rtfText
                                        && !RTFCheckCM (info, rtfText, ';'))
				{
					*bp++ = info->rtfMajor;
					(void) RTFGetToken (info);
				}

				/* FIX: in some cases the <fontinfo> isn't finished with a semi-column */
				if(RTFCheckCM (info, rtfGroup, rtfEndGroup))
				{
				  RTFUngetToken (info);
				}
				*bp = '\0';
				fp->rtfFName = RTFStrSave (buf);
				if (fp->rtfFName == (char *) NULL)
					RTFPanic (info, "%s: cannot allocate font name", fn);
				/* already have next token; don't read one */
				/* at bottom of loop */
				continue;
			}
			else
			{
				/* ignore token but announce it */
				RTFMsg (info, "%s: unknown token \"%s\"\n",
							fn,info->rtfTextBuf);
			}
			(void) RTFGetToken (info);
		}
		if (old == 0)	/* need to see "}" here */
		{
			(void) RTFGetToken (info);
			if (!RTFCheckCM (info, rtfGroup, rtfEndGroup))
				RTFPanic (info, "%s: missing \"}\"", fn);
		}
	}
	if (fp->rtfFNum == -1)
		RTFPanic (info,"%s: missing font number", fn);
/*
 * Could check other pieces of structure here, too, I suppose.
 */
	RTFRouteToken (info);	/* feed "}" back to router */
}


/*
 * The color table entries have color values of -1 if
 * the default color should be used for the entry (only
 * a semi-colon is given in the definition, no color values).
 * There will be a problem if a partial entry (1 or 2 but
 * not 3 color values) is given.  The possibility is ignored
 * here.
 */

static void ReadColorTbl(RTF_Info *info)
{
	RTFColor	*cp;
	int		cnum = 0;
	const char	*fn = "ReadColorTbl";

	TRACE("\n");

	for (;;)
	{
		(void) RTFGetToken (info);
		if (RTFCheckCM (info, rtfGroup, rtfEndGroup))
			break;
		if ((cp = New (RTFColor)) == (RTFColor *) NULL)
			RTFPanic (info,"%s: cannot allocate color entry", fn);
		cp->rtfCNum = cnum++;
		cp->rtfCRed = cp->rtfCGreen = cp->rtfCBlue = -1;
		cp->rtfNextColor = info->colorList;
		info->colorList = cp;
		while (RTFCheckCM (info, rtfControl, rtfColorName))
		{
			switch (info->rtfMinor)
			{
			case rtfRed:	cp->rtfCRed = info->rtfParam; break;
			case rtfGreen:	cp->rtfCGreen = info->rtfParam; break;
			case rtfBlue:	cp->rtfCBlue = info->rtfParam; break;
			}
			RTFGetToken (info);
		}
		if (!RTFCheckCM (info, rtfText, (int) ';'))
			RTFPanic (info,"%s: malformed entry", fn);
	}
	RTFRouteToken (info);	/* feed "}" back to router */
}


/*
 * The "Normal" style definition doesn't contain any style number,
 * all others do.  Normal style is given style rtfNormalStyleNum.
 */

static void ReadStyleSheet(RTF_Info *info)
{
	RTFStyle	*sp;
	RTFStyleElt	*sep, *sepLast;
	char		buf[rtfBufSiz], *bp;
	const char	*fn = "ReadStyleSheet";

	TRACE("\n");

	for (;;)
	{
		(void) RTFGetToken (info);
		if (RTFCheckCM (info, rtfGroup, rtfEndGroup))
			break;
		if ((sp = New (RTFStyle)) == (RTFStyle *) NULL)
			RTFPanic (info,"%s: cannot allocate stylesheet entry", fn);
		sp->rtfSName = (char *) NULL;
		sp->rtfSNum = -1;
		sp->rtfSType = rtfParStyle;
		sp->rtfSAdditive = 0;
		sp->rtfSBasedOn = rtfNoStyleNum;
		sp->rtfSNextPar = -1;
		sp->rtfSSEList = sepLast = (RTFStyleElt *) NULL;
		sp->rtfNextStyle = info->styleList;
		sp->rtfExpanding = 0;
		info->styleList = sp;
		if (!RTFCheckCM (info, rtfGroup, rtfBeginGroup))
			RTFPanic (info,"%s: missing \"{\"", fn);
		for (;;)
		{
			(void) RTFGetToken (info);
			if (info->rtfClass == rtfEOF
				|| RTFCheckCM (info, rtfText, ';'))
				break;
			if (info->rtfClass == rtfControl)
			{
				if (RTFCheckMM (info, rtfSpecialChar, rtfOptDest))
					continue;	/* ignore "\*" */
				if (RTFCheckMM (info, rtfParAttr, rtfStyleNum))
				{
					sp->rtfSNum = info->rtfParam;
					sp->rtfSType = rtfParStyle;
					continue;
				}
				if (RTFCheckMM (info, rtfCharAttr, rtfCharStyleNum))
				{
					sp->rtfSNum = info->rtfParam;
					sp->rtfSType = rtfCharStyle;
					continue;
				}
				if (RTFCheckMM (info, rtfSectAttr, rtfSectStyleNum))
				{
					sp->rtfSNum = info->rtfParam;
					sp->rtfSType = rtfSectStyle;
					continue;
				}
				if (RTFCheckMM (info, rtfStyleAttr, rtfBasedOn))
				{
					sp->rtfSBasedOn = info->rtfParam;
					continue;
				}
				if (RTFCheckMM (info, rtfStyleAttr, rtfAdditive))
				{
					sp->rtfSAdditive = 1;
					continue;
				}
				if (RTFCheckMM (info, rtfStyleAttr, rtfNext))
				{
					sp->rtfSNextPar = info->rtfParam;
					continue;
				}
				if ((sep = New (RTFStyleElt)) == (RTFStyleElt *) NULL)
					RTFPanic (info,"%s: cannot allocate style element", fn);
				sep->rtfSEClass = info->rtfClass;
				sep->rtfSEMajor = info->rtfMajor;
				sep->rtfSEMinor = info->rtfMinor;
				sep->rtfSEParam = info->rtfParam;
				if ((sep->rtfSEText = RTFStrSave (info->rtfTextBuf))
								== (char *) NULL)
					RTFPanic (info,"%s: cannot allocate style element text", fn);
				if (sepLast == (RTFStyleElt *) NULL)
					sp->rtfSSEList = sep;	/* first element */
				else				/* add to end */
					sepLast->rtfNextSE = sep;
				sep->rtfNextSE = (RTFStyleElt *) NULL;
				sepLast = sep;
			}
			else if (RTFCheckCM (info, rtfGroup, rtfBeginGroup))
			{
				/*
				 * This passes over "{\*\keycode ... }, among
				 * other things. A temporary (perhaps) hack.
				 */
				RTFSkipGroup (info);
				continue;
			}
			else if (info->rtfClass == rtfText)	/* style name */
			{
				bp = buf;
				while (info->rtfClass == rtfText)
				{
					if (info->rtfMajor == ';')
					{
						/* put back for "for" loop */
						(void) RTFUngetToken (info);
						break;
					}
					*bp++ = info->rtfMajor;
					(void) RTFGetToken (info);
				}
				*bp = '\0';
				if ((sp->rtfSName = RTFStrSave (buf)) == (char *) NULL)
					RTFPanic (info, "%s: cannot allocate style name", fn);
			}
			else		/* unrecognized */
			{
				/* ignore token but announce it */
				RTFMsg (info, "%s: unknown token \"%s\"\n",
							fn, info->rtfTextBuf);
			}
		}
		(void) RTFGetToken (info);
		if (!RTFCheckCM (info, rtfGroup, rtfEndGroup))
			RTFPanic (info, "%s: missing \"}\"", fn);

		/*
		 * Check over the style structure.  A name is a must.
		 * If no style number was specified, check whether it's the
		 * Normal style (in which case it's given style number
		 * rtfNormalStyleNum).  Note that some "normal" style names
		 * just begin with "Normal" and can have other stuff following,
		 * e.g., "Normal,Times 10 point".  Ugh.
		 *
		 * Some German RTF writers use "Standard" instead of "Normal".
		 */
		if (sp->rtfSName == (char *) NULL)
			RTFPanic (info,"%s: missing style name", fn);
		if (sp->rtfSNum < 0)
		{
			if (strncmp (buf, "Normal", 6) != 0
				&& strncmp (buf, "Standard", 8) != 0)
				RTFPanic (info,"%s: missing style number", fn);
			sp->rtfSNum = rtfNormalStyleNum;
		}
		if (sp->rtfSNextPar == -1)	/* if \snext not given, */
			sp->rtfSNextPar = sp->rtfSNum;	/* next is itself */
	}
	RTFRouteToken (info);	/* feed "}" back to router */
}


static void ReadInfoGroup(RTF_Info *info)
{
	RTFSkipGroup (info);
	RTFRouteToken (info);	/* feed "}" back to router */
}


static void ReadPictGroup(RTF_Info *info)
{
	RTFSkipGroup (info);
	RTFRouteToken (info);	/* feed "}" back to router */
}


static void ReadObjGroup(RTF_Info *info)
{
	RTFSkipGroup (info);
	RTFRouteToken (info);	/* feed "}" back to router */
}


/* ---------------------------------------------------------------------- */

/*
 * Routines to return pieces of stylesheet, or font or color tables.
 * References to style 0 are mapped onto the Normal style.
 */


RTFStyle *RTFGetStyle(RTF_Info *info, int num)
{
	RTFStyle	*s;

	if (num == -1)
		return (info->styleList);
	for (s = info->styleList; s != (RTFStyle *) NULL; s = s->rtfNextStyle)
	{
		if (s->rtfSNum == num)
			break;
	}
	return (s);		/* NULL if not found */
}


RTFFont *RTFGetFont(RTF_Info *info, int num)
{
	RTFFont	*f;

	if (num == -1)
		return (info->fontList);
	for (f = info->fontList; f != (RTFFont *) NULL; f = f->rtfNextFont)
	{
		if (f->rtfFNum == num)
			break;
	}
	return (f);		/* NULL if not found */
}


RTFColor *RTFGetColor(RTF_Info *info, int num)
{
	RTFColor	*c;

	if (num == -1)
		return (info->colorList);
	for (c = info->colorList; c != (RTFColor *) NULL; c = c->rtfNextColor)
	{
		if (c->rtfCNum == num)
			break;
	}
	return (c);		/* NULL if not found */
}


/* ---------------------------------------------------------------------- */


/*
 * Expand style n, if there is such a style.
 */

void RTFExpandStyle(RTF_Info *info, int n)
{
	RTFStyle	*s;
	RTFStyleElt	*se;

	TRACE("\n");

	if (n == -1 || (s = RTFGetStyle (info, n)) == (RTFStyle *) NULL)
		return;
	if (s->rtfExpanding != 0)
		RTFPanic (info,"Style expansion loop, style %d", n);
	s->rtfExpanding = 1;	/* set expansion flag for loop detection */
	/*
	 * Expand "based-on" style (unless it's the same as the current
	 * style -- Normal style usually gives itself as its own based-on
	 * style).  Based-on style expansion is done by synthesizing
	 * the token that the writer needs to see in order to trigger
	 * another style expansion, and feeding to token back through
	 * the router so the writer sees it.
	 */
	if (n != s->rtfSBasedOn)
	{
		RTFSetToken (info, rtfControl, rtfParAttr, rtfStyleNum,
							s->rtfSBasedOn, "\\s");
		RTFRouteToken (info);
	}
	/*
	 * Now route the tokens unique to this style.  RTFSetToken()
	 * isn't used because it would add the param value to the end
	 * of the token text, which already has it in.
	 */
	for (se = s->rtfSSEList; se != (RTFStyleElt *) NULL; se = se->rtfNextSE)
	{
		info->rtfClass = se->rtfSEClass;
		info->rtfMajor = se->rtfSEMajor;
		info->rtfMinor = se->rtfSEMinor;
		info->rtfParam = se->rtfSEParam;
		(void) strcpy (info->rtfTextBuf, se->rtfSEText);
		info->rtfTextLen = strlen (info->rtfTextBuf);
		RTFRouteToken (info);
	}
	s->rtfExpanding = 0;	/* done - clear expansion flag */
}


/* ---------------------------------------------------------------------- */

/*
 * Control symbol lookup routines
 */


typedef struct RTFKey	RTFKey;

struct RTFKey
{
	int        rtfKMajor;	/* major number */
	int        rtfKMinor;	/* minor number */
	const char *rtfKStr;	/* symbol name */
	int        rtfKHash;	/* symbol name hash value */
};

/*
 * A minor number of -1 means the token has no minor number
 * (all valid minor numbers are >= 0).
 */

static RTFKey	rtfKey[] =
{
	/*
	 * Special characters
	 */

	{ rtfSpecialChar,	rtfIIntVersion,		"vern",		0 },
	{ rtfSpecialChar,	rtfICreateTime,		"creatim",	0 },
	{ rtfSpecialChar,	rtfIRevisionTime,	"revtim",	0 },
	{ rtfSpecialChar,	rtfIPrintTime,		"printim",	0 },
	{ rtfSpecialChar,	rtfIBackupTime,		"buptim",	0 },
	{ rtfSpecialChar,	rtfIEditTime,		"edmins",	0 },
	{ rtfSpecialChar,	rtfIYear,		"yr",		0 },
	{ rtfSpecialChar,	rtfIMonth,		"mo",		0 },
	{ rtfSpecialChar,	rtfIDay,		"dy",		0 },
	{ rtfSpecialChar,	rtfIHour,		"hr",		0 },
	{ rtfSpecialChar,	rtfIMinute,		"min",		0 },
	{ rtfSpecialChar,	rtfISecond,		"sec",		0 },
	{ rtfSpecialChar,	rtfINPages,		"nofpages",	0 },
	{ rtfSpecialChar,	rtfINWords,		"nofwords",	0 },
	{ rtfSpecialChar,	rtfINChars,		"nofchars",	0 },
	{ rtfSpecialChar,	rtfIIntID,		"id",		0 },

	{ rtfSpecialChar,	rtfCurHeadDate,		"chdate",	0 },
	{ rtfSpecialChar,	rtfCurHeadDateLong,	"chdpl",	0 },
	{ rtfSpecialChar,	rtfCurHeadDateAbbrev,	"chdpa",	0 },
	{ rtfSpecialChar,	rtfCurHeadTime,		"chtime",	0 },
	{ rtfSpecialChar,	rtfCurHeadPage,		"chpgn",	0 },
	{ rtfSpecialChar,	rtfSectNum,		"sectnum",	0 },
	{ rtfSpecialChar,	rtfCurFNote,		"chftn",	0 },
	{ rtfSpecialChar,	rtfCurAnnotRef,		"chatn",	0 },
	{ rtfSpecialChar,	rtfFNoteSep,		"chftnsep",	0 },
	{ rtfSpecialChar,	rtfFNoteCont,		"chftnsepc",	0 },
	{ rtfSpecialChar,	rtfCell,		"cell",		0 },
	{ rtfSpecialChar,	rtfRow,			"row",		0 },
	{ rtfSpecialChar,	rtfPar,			"par",		0 },
	/* newline and carriage return are synonyms for */
	/* \par when they are preceded by a \ character */
	{ rtfSpecialChar,	rtfPar,			"\n",		0 },
	{ rtfSpecialChar,	rtfPar,			"\r",		0 },
	{ rtfSpecialChar,	rtfSect,		"sect",		0 },
	{ rtfSpecialChar,	rtfPage,		"page",		0 },
	{ rtfSpecialChar,	rtfColumn,		"column",	0 },
	{ rtfSpecialChar,	rtfLine,		"line",		0 },
	{ rtfSpecialChar,	rtfSoftPage,		"softpage",	0 },
	{ rtfSpecialChar,	rtfSoftColumn,		"softcol",	0 },
	{ rtfSpecialChar,	rtfSoftLine,		"softline",	0 },
	{ rtfSpecialChar,	rtfSoftLineHt,		"softlheight",	0 },
	{ rtfSpecialChar,	rtfTab,			"tab",		0 },
	{ rtfSpecialChar,	rtfEmDash,		"emdash",	0 },
	{ rtfSpecialChar,	rtfEnDash,		"endash",	0 },
	{ rtfSpecialChar,	rtfEmSpace,		"emspace",	0 },
	{ rtfSpecialChar,	rtfEnSpace,		"enspace",	0 },
	{ rtfSpecialChar,	rtfBullet,		"bullet",	0 },
	{ rtfSpecialChar,	rtfLQuote,		"lquote",	0 },
	{ rtfSpecialChar,	rtfRQuote,		"rquote",	0 },
	{ rtfSpecialChar,	rtfLDblQuote,		"ldblquote",	0 },
	{ rtfSpecialChar,	rtfRDblQuote,		"rdblquote",	0 },
	{ rtfSpecialChar,	rtfFormula,		"|",		0 },
	{ rtfSpecialChar,	rtfNoBrkSpace,		"~",		0 },
	{ rtfSpecialChar,	rtfNoReqHyphen,		"-",		0 },
	{ rtfSpecialChar,	rtfNoBrkHyphen,		"_",		0 },
	{ rtfSpecialChar,	rtfOptDest,		"*",		0 },
	{ rtfSpecialChar,	rtfLTRMark,		"ltrmark",	0 },
	{ rtfSpecialChar,	rtfRTLMark,		"rtlmark",	0 },
	{ rtfSpecialChar,	rtfNoWidthJoiner,	"zwj",		0 },
	{ rtfSpecialChar,	rtfNoWidthNonJoiner,	"zwnj",		0 },
	/* is this valid? */
	{ rtfSpecialChar,	rtfCurHeadPict,		"chpict",	0 },
	{ rtfSpecialChar,	rtfUnicode,		"u",		0 },

	/*
	 * Character formatting attributes
	 */

	{ rtfCharAttr,	rtfPlain,		"plain",	0 },
	{ rtfCharAttr,	rtfBold,		"b",		0 },
	{ rtfCharAttr,	rtfAllCaps,		"caps",		0 },
	{ rtfCharAttr,	rtfDeleted,		"deleted",	0 },
	{ rtfCharAttr,	rtfSubScript,		"dn",		0 },
	{ rtfCharAttr,	rtfSubScrShrink,	"sub",		0 },
	{ rtfCharAttr,	rtfNoSuperSub,		"nosupersub",	0 },
	{ rtfCharAttr,	rtfExpand,		"expnd",	0 },
	{ rtfCharAttr,	rtfExpandTwips,		"expndtw",	0 },
	{ rtfCharAttr,	rtfKerning,		"kerning",	0 },
	{ rtfCharAttr,	rtfFontNum,		"f",		0 },
	{ rtfCharAttr,	rtfFontSize,		"fs",		0 },
	{ rtfCharAttr,	rtfItalic,		"i",		0 },
	{ rtfCharAttr,	rtfOutline,		"outl",		0 },
	{ rtfCharAttr,	rtfRevised,		"revised",	0 },
	{ rtfCharAttr,	rtfRevAuthor,		"revauth",	0 },
	{ rtfCharAttr,	rtfRevDTTM,		"revdttm",	0 },
	{ rtfCharAttr,	rtfSmallCaps,		"scaps",	0 },
	{ rtfCharAttr,	rtfShadow,		"shad",		0 },
	{ rtfCharAttr,	rtfStrikeThru,		"strike",	0 },
	{ rtfCharAttr,	rtfUnderline,		"ul",		0 },
	{ rtfCharAttr,	rtfDotUnderline,	"uld",		0 },
	{ rtfCharAttr,	rtfDbUnderline,		"uldb",		0 },
	{ rtfCharAttr,	rtfNoUnderline,		"ulnone",	0 },
	{ rtfCharAttr,	rtfWordUnderline,	"ulw",		0 },
	{ rtfCharAttr,	rtfSuperScript,		"up",		0 },
	{ rtfCharAttr,	rtfSuperScrShrink,	"super",	0 },
	{ rtfCharAttr,	rtfInvisible,		"v",		0 },
	{ rtfCharAttr,	rtfForeColor,		"cf",		0 },
	{ rtfCharAttr,	rtfBackColor,		"cb",		0 },
	{ rtfCharAttr,	rtfRTLChar,		"rtlch",	0 },
	{ rtfCharAttr,	rtfLTRChar,		"ltrch",	0 },
	{ rtfCharAttr,	rtfCharStyleNum,	"cs",		0 },
	{ rtfCharAttr,	rtfCharCharSet,		"cchs",		0 },
	{ rtfCharAttr,	rtfLanguage,		"lang",		0 },
	/* this has disappeared from spec 1.2 */
	{ rtfCharAttr,	rtfGray,		"gray",		0 },

	/*
	 * Paragraph formatting attributes
	 */

	{ rtfParAttr,	rtfParDef,		"pard",		0 },
	{ rtfParAttr,	rtfStyleNum,		"s",		0 },
	{ rtfParAttr,	rtfHyphenate,		"hyphpar",	0 },
	{ rtfParAttr,	rtfInTable,		"intbl",	0 },
	{ rtfParAttr,	rtfKeep,		"keep",		0 },
	{ rtfParAttr,	rtfNoWidowControl,	"nowidctlpar",	0 },
	{ rtfParAttr,	rtfKeepNext,		"keepn",	0 },
	{ rtfParAttr,	rtfOutlineLevel,	"level",	0 },
	{ rtfParAttr,	rtfNoLineNum,		"noline",	0 },
	{ rtfParAttr,	rtfPBBefore,		"pagebb",	0 },
	{ rtfParAttr,	rtfSideBySide,		"sbys",		0 },
	{ rtfParAttr,	rtfQuadLeft,		"ql",		0 },
	{ rtfParAttr,	rtfQuadRight,		"qr",		0 },
	{ rtfParAttr,	rtfQuadJust,		"qj",		0 },
	{ rtfParAttr,	rtfQuadCenter,		"qc",		0 },
	{ rtfParAttr,	rtfFirstIndent,		"fi",		0 },
	{ rtfParAttr,	rtfLeftIndent,		"li",		0 },
	{ rtfParAttr,	rtfRightIndent,		"ri",		0 },
	{ rtfParAttr,	rtfSpaceBefore,		"sb",		0 },
	{ rtfParAttr,	rtfSpaceAfter,		"sa",		0 },
	{ rtfParAttr,	rtfSpaceBetween,	"sl",		0 },
	{ rtfParAttr,	rtfSpaceMultiply,	"slmult",	0 },

	{ rtfParAttr,	rtfSubDocument,		"subdocument",	0 },

	{ rtfParAttr,	rtfRTLPar,		"rtlpar",	0 },
	{ rtfParAttr,	rtfLTRPar,		"ltrpar",	0 },

	{ rtfParAttr,	rtfTabPos,		"tx",		0 },
	/*
	 * FrameMaker writes \tql (to mean left-justified tab, apparently)
	 * although it's not in the spec.  It's also redundant, since lj
	 * tabs are the default.
	 */
	{ rtfParAttr,	rtfTabLeft,		"tql",		0 },
	{ rtfParAttr,	rtfTabRight,		"tqr",		0 },
	{ rtfParAttr,	rtfTabCenter,		"tqc",		0 },
	{ rtfParAttr,	rtfTabDecimal,		"tqdec",	0 },
	{ rtfParAttr,	rtfTabBar,		"tb",		0 },
	{ rtfParAttr,	rtfLeaderDot,		"tldot",	0 },
	{ rtfParAttr,	rtfLeaderHyphen,	"tlhyph",	0 },
	{ rtfParAttr,	rtfLeaderUnder,		"tlul",		0 },
	{ rtfParAttr,	rtfLeaderThick,		"tlth",		0 },
	{ rtfParAttr,	rtfLeaderEqual,		"tleq",		0 },

	{ rtfParAttr,	rtfParLevel,		"pnlvl",	0 },
	{ rtfParAttr,	rtfParBullet,		"pnlvlblt",	0 },
	{ rtfParAttr,	rtfParSimple,		"pnlvlbody",	0 },
	{ rtfParAttr,	rtfParNumCont,		"pnlvlcont",	0 },
	{ rtfParAttr,	rtfParNumOnce,		"pnnumonce",	0 },
	{ rtfParAttr,	rtfParNumAcross,	"pnacross",	0 },
	{ rtfParAttr,	rtfParHangIndent,	"pnhang",	0 },
	{ rtfParAttr,	rtfParNumRestart,	"pnrestart",	0 },
	{ rtfParAttr,	rtfParNumCardinal,	"pncard",	0 },
	{ rtfParAttr,	rtfParNumDecimal,	"pndec",	0 },
	{ rtfParAttr,	rtfParNumULetter,	"pnucltr",	0 },
	{ rtfParAttr,	rtfParNumURoman,	"pnucrm",	0 },
	{ rtfParAttr,	rtfParNumLLetter,	"pnlcltr",	0 },
	{ rtfParAttr,	rtfParNumLRoman,	"pnlcrm",	0 },
	{ rtfParAttr,	rtfParNumOrdinal,	"pnord",	0 },
	{ rtfParAttr,	rtfParNumOrdinalText,	"pnordt",	0 },
	{ rtfParAttr,	rtfParNumBold,		"pnb",		0 },
	{ rtfParAttr,	rtfParNumItalic,	"pni",		0 },
	{ rtfParAttr,	rtfParNumAllCaps,	"pncaps",	0 },
	{ rtfParAttr,	rtfParNumSmallCaps,	"pnscaps",	0 },
	{ rtfParAttr,	rtfParNumUnder,		"pnul",		0 },
	{ rtfParAttr,	rtfParNumDotUnder,	"pnuld",	0 },
	{ rtfParAttr,	rtfParNumDbUnder,	"pnuldb",	0 },
	{ rtfParAttr,	rtfParNumNoUnder,	"pnulnone",	0 },
	{ rtfParAttr,	rtfParNumWordUnder,	"pnulw",	0 },
	{ rtfParAttr,	rtfParNumStrikethru,	"pnstrike",	0 },
	{ rtfParAttr,	rtfParNumForeColor,	"pncf",		0 },
	{ rtfParAttr,	rtfParNumFont,		"pnf",		0 },
	{ rtfParAttr,	rtfParNumFontSize,	"pnfs",		0 },
	{ rtfParAttr,	rtfParNumIndent,	"pnindent",	0 },
	{ rtfParAttr,	rtfParNumSpacing,	"pnsp",		0 },
	{ rtfParAttr,	rtfParNumInclPrev,	"pnprev",	0 },
	{ rtfParAttr,	rtfParNumCenter,	"pnqc",		0 },
	{ rtfParAttr,	rtfParNumLeft,		"pnql",		0 },
	{ rtfParAttr,	rtfParNumRight,		"pnqr",		0 },
	{ rtfParAttr,	rtfParNumStartAt,	"pnstart",	0 },

	{ rtfParAttr,	rtfBorderTop,		"brdrt",	0 },
	{ rtfParAttr,	rtfBorderBottom,	"brdrb",	0 },
	{ rtfParAttr,	rtfBorderLeft,		"brdrl",	0 },
	{ rtfParAttr,	rtfBorderRight,		"brdrr",	0 },
	{ rtfParAttr,	rtfBorderBetween,	"brdrbtw",	0 },
	{ rtfParAttr,	rtfBorderBar,		"brdrbar",	0 },
	{ rtfParAttr,	rtfBorderBox,		"box",		0 },
	{ rtfParAttr,	rtfBorderSingle,	"brdrs",	0 },
	{ rtfParAttr,	rtfBorderThick,		"brdrth",	0 },
	{ rtfParAttr,	rtfBorderShadow,	"brdrsh",	0 },
	{ rtfParAttr,	rtfBorderDouble,	"brdrdb",	0 },
	{ rtfParAttr,	rtfBorderDot,		"brdrdot",	0 },
	{ rtfParAttr,	rtfBorderDot,		"brdrdash",	0 },
	{ rtfParAttr,	rtfBorderHair,		"brdrhair",	0 },
	{ rtfParAttr,	rtfBorderWidth,		"brdrw",	0 },
	{ rtfParAttr,	rtfBorderColor,		"brdrcf",	0 },
	{ rtfParAttr,	rtfBorderSpace,		"brsp",		0 },

	{ rtfParAttr,	rtfShading,		"shading",	0 },
	{ rtfParAttr,	rtfBgPatH,		"bghoriz",	0 },
	{ rtfParAttr,	rtfBgPatV,		"bgvert",	0 },
	{ rtfParAttr,	rtfFwdDiagBgPat,	"bgfdiag",	0 },
	{ rtfParAttr,	rtfBwdDiagBgPat,	"bgbdiag",	0 },
	{ rtfParAttr,	rtfHatchBgPat,		"bgcross",	0 },
	{ rtfParAttr,	rtfDiagHatchBgPat,	"bgdcross",	0 },
	{ rtfParAttr,	rtfDarkBgPatH,		"bgdkhoriz",	0 },
	{ rtfParAttr,	rtfDarkBgPatV,		"bgdkvert",	0 },
	{ rtfParAttr,	rtfFwdDarkBgPat,	"bgdkfdiag",	0 },
	{ rtfParAttr,	rtfBwdDarkBgPat,	"bgdkbdiag",	0 },
	{ rtfParAttr,	rtfDarkHatchBgPat,	"bgdkcross",	0 },
	{ rtfParAttr,	rtfDarkDiagHatchBgPat,	"bgdkdcross",	0 },
	{ rtfParAttr,	rtfBgPatLineColor,	"cfpat",	0 },
	{ rtfParAttr,	rtfBgPatColor,		"cbpat",	0 },

	/*
	 * Section formatting attributes
	 */

	{ rtfSectAttr,	rtfSectDef,		"sectd",	0 },
	{ rtfSectAttr,	rtfENoteHere,		"endnhere",	0 },
	{ rtfSectAttr,	rtfPrtBinFirst,		"binfsxn",	0 },
	{ rtfSectAttr,	rtfPrtBin,		"binsxn",	0 },
	{ rtfSectAttr,	rtfSectStyleNum,	"ds",		0 },

	{ rtfSectAttr,	rtfNoBreak,		"sbknone",	0 },
	{ rtfSectAttr,	rtfColBreak,		"sbkcol",	0 },
	{ rtfSectAttr,	rtfPageBreak,		"sbkpage",	0 },
	{ rtfSectAttr,	rtfEvenBreak,		"sbkeven",	0 },
	{ rtfSectAttr,	rtfOddBreak,		"sbkodd",	0 },

	{ rtfSectAttr,	rtfColumns,		"cols",		0 },
	{ rtfSectAttr,	rtfColumnSpace,		"colsx",	0 },
	{ rtfSectAttr,	rtfColumnNumber,	"colno",	0 },
	{ rtfSectAttr,	rtfColumnSpRight,	"colsr",	0 },
	{ rtfSectAttr,	rtfColumnWidth,		"colw",		0 },
	{ rtfSectAttr,	rtfColumnLine,		"linebetcol",	0 },

	{ rtfSectAttr,	rtfLineModulus,		"linemod",	0 },
	{ rtfSectAttr,	rtfLineDist,		"linex",	0 },
	{ rtfSectAttr,	rtfLineStarts,		"linestarts",	0 },
	{ rtfSectAttr,	rtfLineRestart,		"linerestart",	0 },
	{ rtfSectAttr,	rtfLineRestartPg,	"lineppage",	0 },
	{ rtfSectAttr,	rtfLineCont,		"linecont",	0 },

	{ rtfSectAttr,	rtfSectPageWid,		"pgwsxn",	0 },
	{ rtfSectAttr,	rtfSectPageHt,		"pghsxn",	0 },
	{ rtfSectAttr,	rtfSectMarginLeft,	"marglsxn",	0 },
	{ rtfSectAttr,	rtfSectMarginRight,	"margrsxn",	0 },
	{ rtfSectAttr,	rtfSectMarginTop,	"margtsxn",	0 },
	{ rtfSectAttr,	rtfSectMarginBottom,	"margbsxn",	0 },
	{ rtfSectAttr,	rtfSectMarginGutter,	"guttersxn",	0 },
	{ rtfSectAttr,	rtfSectLandscape,	"lndscpsxn",	0 },
	{ rtfSectAttr,	rtfTitleSpecial,	"titlepg",	0 },
	{ rtfSectAttr,	rtfHeaderY,		"headery",	0 },
	{ rtfSectAttr,	rtfFooterY,		"footery",	0 },

	{ rtfSectAttr,	rtfPageStarts,		"pgnstarts",	0 },
	{ rtfSectAttr,	rtfPageCont,		"pgncont",	0 },
	{ rtfSectAttr,	rtfPageRestart,		"pgnrestart",	0 },
	{ rtfSectAttr,	rtfPageNumRight,	"pgnx",		0 },
	{ rtfSectAttr,	rtfPageNumTop,		"pgny",		0 },
	{ rtfSectAttr,	rtfPageDecimal,		"pgndec",	0 },
	{ rtfSectAttr,	rtfPageURoman,		"pgnucrm",	0 },
	{ rtfSectAttr,	rtfPageLRoman,		"pgnlcrm",	0 },
	{ rtfSectAttr,	rtfPageULetter,		"pgnucltr",	0 },
	{ rtfSectAttr,	rtfPageLLetter,		"pgnlcltr",	0 },
	{ rtfSectAttr,	rtfPageNumHyphSep,	"pgnhnsh",	0 },
	{ rtfSectAttr,	rtfPageNumSpaceSep,	"pgnhnsp",	0 },
	{ rtfSectAttr,	rtfPageNumColonSep,	"pgnhnsc",	0 },
	{ rtfSectAttr,	rtfPageNumEmdashSep,	"pgnhnsm",	0 },
	{ rtfSectAttr,	rtfPageNumEndashSep,	"pgnhnsn",	0 },

	{ rtfSectAttr,	rtfTopVAlign,		"vertalt",	0 },
	/* misspelled as "vertal" in specification 1.0 */
	{ rtfSectAttr,	rtfBottomVAlign,	"vertalb",	0 },
	{ rtfSectAttr,	rtfCenterVAlign,	"vertalc",	0 },
	{ rtfSectAttr,	rtfJustVAlign,		"vertalj",	0 },

	{ rtfSectAttr,	rtfRTLSect,		"rtlsect",	0 },
	{ rtfSectAttr,	rtfLTRSect,		"ltrsect",	0 },

	/* I've seen these in an old spec, but not in real files... */
	/*rtfSectAttr,	rtfNoBreak,		"nobreak",	0,*/
	/*rtfSectAttr,	rtfColBreak,		"colbreak",	0,*/
	/*rtfSectAttr,	rtfPageBreak,		"pagebreak",	0,*/
	/*rtfSectAttr,	rtfEvenBreak,		"evenbreak",	0,*/
	/*rtfSectAttr,	rtfOddBreak,		"oddbreak",	0,*/

	/*
	 * Document formatting attributes
	 */

	{ rtfDocAttr,	rtfDefTab,		"deftab",	0 },
	{ rtfDocAttr,	rtfHyphHotZone,		"hyphhotz",	0 },
	{ rtfDocAttr,	rtfHyphConsecLines,	"hyphconsec",	0 },
	{ rtfDocAttr,	rtfHyphCaps,		"hyphcaps",	0 },
	{ rtfDocAttr,	rtfHyphAuto,		"hyphauto",	0 },
	{ rtfDocAttr,	rtfLineStart,		"linestart",	0 },
	{ rtfDocAttr,	rtfFracWidth,		"fracwidth",	0 },
	/* \makeback was given in old version of spec, it's now */
	/* listed as \makebackup */
	{ rtfDocAttr,	rtfMakeBackup,		"makeback",	0 },
	{ rtfDocAttr,	rtfMakeBackup,		"makebackup",	0 },
	{ rtfDocAttr,	rtfRTFDefault,		"defformat",	0 },
	{ rtfDocAttr,	rtfPSOverlay,		"psover",	0 },
	{ rtfDocAttr,	rtfDocTemplate,		"doctemp",	0 },
	{ rtfDocAttr,	rtfDefLanguage,		"deflang",	0 },

	{ rtfDocAttr,	rtfFENoteType,		"fet",		0 },
	{ rtfDocAttr,	rtfFNoteEndSect,	"endnotes",	0 },
	{ rtfDocAttr,	rtfFNoteEndDoc,		"enddoc",	0 },
	{ rtfDocAttr,	rtfFNoteText,		"ftntj",	0 },
	{ rtfDocAttr,	rtfFNoteBottom,		"ftnbj",	0 },
	{ rtfDocAttr,	rtfENoteEndSect,	"aendnotes",	0 },
	{ rtfDocAttr,	rtfENoteEndDoc,		"aenddoc",	0 },
	{ rtfDocAttr,	rtfENoteText,		"aftntj",	0 },
	{ rtfDocAttr,	rtfENoteBottom,		"aftnbj",	0 },
	{ rtfDocAttr,	rtfFNoteStart,		"ftnstart",	0 },
	{ rtfDocAttr,	rtfENoteStart,		"aftnstart",	0 },
	{ rtfDocAttr,	rtfFNoteRestartPage,	"ftnrstpg",	0 },
	{ rtfDocAttr,	rtfFNoteRestart,	"ftnrestart",	0 },
	{ rtfDocAttr,	rtfFNoteRestartCont,	"ftnrstcont",	0 },
	{ rtfDocAttr,	rtfENoteRestart,	"aftnrestart",	0 },
	{ rtfDocAttr,	rtfENoteRestartCont,	"aftnrstcont",	0 },
	{ rtfDocAttr,	rtfFNoteNumArabic,	"ftnnar",	0 },
	{ rtfDocAttr,	rtfFNoteNumLLetter,	"ftnnalc",	0 },
	{ rtfDocAttr,	rtfFNoteNumULetter,	"ftnnauc",	0 },
	{ rtfDocAttr,	rtfFNoteNumLRoman,	"ftnnrlc",	0 },
	{ rtfDocAttr,	rtfFNoteNumURoman,	"ftnnruc",	0 },
	{ rtfDocAttr,	rtfFNoteNumChicago,	"ftnnchi",	0 },
	{ rtfDocAttr,	rtfENoteNumArabic,	"aftnnar",	0 },
	{ rtfDocAttr,	rtfENoteNumLLetter,	"aftnnalc",	0 },
	{ rtfDocAttr,	rtfENoteNumULetter,	"aftnnauc",	0 },
	{ rtfDocAttr,	rtfENoteNumLRoman,	"aftnnrlc",	0 },
	{ rtfDocAttr,	rtfENoteNumURoman,	"aftnnruc",	0 },
	{ rtfDocAttr,	rtfENoteNumChicago,	"aftnnchi",	0 },

	{ rtfDocAttr,	rtfPaperWidth,		"paperw",	0 },
	{ rtfDocAttr,	rtfPaperHeight,		"paperh",	0 },
	{ rtfDocAttr,	rtfPaperSize,		"psz",		0 },
	{ rtfDocAttr,	rtfLeftMargin,		"margl",	0 },
	{ rtfDocAttr,	rtfRightMargin,		"margr",	0 },
	{ rtfDocAttr,	rtfTopMargin,		"margt",	0 },
	{ rtfDocAttr,	rtfBottomMargin,	"margb",	0 },
	{ rtfDocAttr,	rtfFacingPage,		"facingp",	0 },
	{ rtfDocAttr,	rtfGutterWid,		"gutter",	0 },
	{ rtfDocAttr,	rtfMirrorMargin,	"margmirror",	0 },
	{ rtfDocAttr,	rtfLandscape,		"landscape",	0 },
	{ rtfDocAttr,	rtfPageStart,		"pgnstart",	0 },
	{ rtfDocAttr,	rtfWidowCtrl,		"widowctrl",	0 },

	{ rtfDocAttr,	rtfLinkStyles,		"linkstyles",	0 },

	{ rtfDocAttr,	rtfNoAutoTabIndent,	"notabind",	0 },
	{ rtfDocAttr,	rtfWrapSpaces,		"wraptrsp",	0 },
	{ rtfDocAttr,	rtfPrintColorsBlack,	"prcolbl",	0 },
	{ rtfDocAttr,	rtfNoExtraSpaceRL,	"noextrasprl",	0 },
	{ rtfDocAttr,	rtfNoColumnBalance,	"nocolbal",	0 },
	{ rtfDocAttr,	rtfCvtMailMergeQuote,	"cvmme",	0 },
	{ rtfDocAttr,	rtfSuppressTopSpace,	"sprstsp",	0 },
	{ rtfDocAttr,	rtfSuppressPreParSpace,	"sprsspbf",	0 },
	{ rtfDocAttr,	rtfCombineTblBorders,	"otblrul",	0 },
	{ rtfDocAttr,	rtfTranspMetafiles,	"transmf",	0 },
	{ rtfDocAttr,	rtfSwapBorders,		"swpbdr",	0 },
	{ rtfDocAttr,	rtfShowHardBreaks,	"brkfrm",	0 },

	{ rtfDocAttr,	rtfFormProtected,	"formprot",	0 },
	{ rtfDocAttr,	rtfAllProtected,	"allprot",	0 },
	{ rtfDocAttr,	rtfFormShading,		"formshade",	0 },
	{ rtfDocAttr,	rtfFormDisplay,		"formdisp",	0 },
	{ rtfDocAttr,	rtfPrintData,		"printdata",	0 },

	{ rtfDocAttr,	rtfRevProtected,	"revprot",	0 },
	{ rtfDocAttr,	rtfRevisions,		"revisions",	0 },
	{ rtfDocAttr,	rtfRevDisplay,		"revprop",	0 },
	{ rtfDocAttr,	rtfRevBar,		"revbar",	0 },

	{ rtfDocAttr,	rtfAnnotProtected,	"annotprot",	0 },

	{ rtfDocAttr,	rtfRTLDoc,		"rtldoc",	0 },
	{ rtfDocAttr,	rtfLTRDoc,		"ltrdoc",	0 },

	/*
	 * Style attributes
	 */

	{ rtfStyleAttr,	rtfAdditive,		"additive",	0 },
	{ rtfStyleAttr,	rtfBasedOn,		"sbasedon",	0 },
	{ rtfStyleAttr,	rtfNext,		"snext",	0 },

	/*
	 * Picture attributes
	 */

	{ rtfPictAttr,	rtfMacQD,		"macpict",	0 },
	{ rtfPictAttr,	rtfPMMetafile,		"pmmetafile",	0 },
	{ rtfPictAttr,	rtfWinMetafile,		"wmetafile",	0 },
	{ rtfPictAttr,	rtfDevIndBitmap,	"dibitmap",	0 },
	{ rtfPictAttr,	rtfWinBitmap,		"wbitmap",	0 },
	{ rtfPictAttr,	rtfPixelBits,		"wbmbitspixel",	0 },
	{ rtfPictAttr,	rtfBitmapPlanes,	"wbmplanes",	0 },
	{ rtfPictAttr,	rtfBitmapWid,		"wbmwidthbytes", 0 },

	{ rtfPictAttr,	rtfPicWid,		"picw",		0 },
	{ rtfPictAttr,	rtfPicHt,		"pich",		0 },
	{ rtfPictAttr,	rtfPicGoalWid,		"picwgoal",	0 },
	{ rtfPictAttr,	rtfPicGoalHt,		"pichgoal",	0 },
	/* these two aren't in the spec, but some writers emit them */
	{ rtfPictAttr,	rtfPicGoalWid,		"picwGoal",	0 },
	{ rtfPictAttr,	rtfPicGoalHt,		"pichGoal",	0 },
	{ rtfPictAttr,	rtfPicScaleX,		"picscalex",	0 },
	{ rtfPictAttr,	rtfPicScaleY,		"picscaley",	0 },
	{ rtfPictAttr,	rtfPicScaled,		"picscaled",	0 },
	{ rtfPictAttr,	rtfPicCropTop,		"piccropt",	0 },
	{ rtfPictAttr,	rtfPicCropBottom,	"piccropb",	0 },
	{ rtfPictAttr,	rtfPicCropLeft,		"piccropl",	0 },
	{ rtfPictAttr,	rtfPicCropRight,	"piccropr",	0 },

	{ rtfPictAttr,	rtfPicMFHasBitmap,	"picbmp",	0 },
	{ rtfPictAttr,	rtfPicMFBitsPerPixel,	"picbpp",	0 },

	{ rtfPictAttr,	rtfPicBinary,		"bin",		0 },

	/*
	 * NeXT graphic attributes
	 */

	{ rtfNeXTGrAttr,	rtfNeXTGWidth,		"width",	0 },
	{ rtfNeXTGrAttr,	rtfNeXTGHeight,		"height",	0 },

	/*
	 * Destinations
	 */

	{ rtfDestination,	rtfFontTbl,		"fonttbl",	0 },
	{ rtfDestination,	rtfFontAltName,		"falt",		0 },
	{ rtfDestination,	rtfEmbeddedFont,	"fonteb",	0 },
	{ rtfDestination,	rtfFontFile,		"fontfile",	0 },
	{ rtfDestination,	rtfFileTbl,		"filetbl",	0 },
	{ rtfDestination,	rtfFileInfo,		"file",		0 },
	{ rtfDestination,	rtfColorTbl,		"colortbl",	0 },
	{ rtfDestination,	rtfStyleSheet,		"stylesheet",	0 },
	{ rtfDestination,	rtfKeyCode,		"keycode",	0 },
	{ rtfDestination,	rtfRevisionTbl,		"revtbl",	0 },
	{ rtfDestination,	rtfGenerator,		"generator",	0 },
	{ rtfDestination,	rtfInfo,		"info",		0 },
	{ rtfDestination,	rtfITitle,		"title",	0 },
	{ rtfDestination,	rtfISubject,		"subject",	0 },
	{ rtfDestination,	rtfIAuthor,		"author",	0 },
	{ rtfDestination,	rtfIOperator,		"operator",	0 },
	{ rtfDestination,	rtfIKeywords,		"keywords",	0 },
	{ rtfDestination,	rtfIComment,		"comment",	0 },
	{ rtfDestination,	rtfIVersion,		"version",	0 },
	{ rtfDestination,	rtfIDoccomm,		"doccomm",	0 },
	/* \verscomm may not exist -- was seen in earlier spec version */
	{ rtfDestination,	rtfIVerscomm,		"verscomm",	0 },
	{ rtfDestination,	rtfNextFile,		"nextfile",	0 },
	{ rtfDestination,	rtfTemplate,		"template",	0 },
	{ rtfDestination,	rtfFNSep,		"ftnsep",	0 },
	{ rtfDestination,	rtfFNContSep,		"ftnsepc",	0 },
	{ rtfDestination,	rtfFNContNotice,	"ftncn",	0 },
	{ rtfDestination,	rtfENSep,		"aftnsep",	0 },
	{ rtfDestination,	rtfENContSep,		"aftnsepc",	0 },
	{ rtfDestination,	rtfENContNotice,	"aftncn",	0 },
	{ rtfDestination,	rtfPageNumLevel,	"pgnhn",	0 },
	{ rtfDestination,	rtfParNumLevelStyle,	"pnseclvl",	0 },
	{ rtfDestination,	rtfHeader,		"header",	0 },
	{ rtfDestination,	rtfFooter,		"footer",	0 },
	{ rtfDestination,	rtfHeaderLeft,		"headerl",	0 },
	{ rtfDestination,	rtfHeaderRight,		"headerr",	0 },
	{ rtfDestination,	rtfHeaderFirst,		"headerf",	0 },
	{ rtfDestination,	rtfFooterLeft,		"footerl",	0 },
	{ rtfDestination,	rtfFooterRight,		"footerr",	0 },
	{ rtfDestination,	rtfFooterFirst,		"footerf",	0 },
	{ rtfDestination,	rtfParNumText,		"pntext",	0 },
	{ rtfDestination,	rtfParNumbering,	"pn",		0 },
	{ rtfDestination,	rtfParNumTextAfter,	"pntexta",	0 },
	{ rtfDestination,	rtfParNumTextBefore,	"pntextb",	0 },
	{ rtfDestination,	rtfBookmarkStart,	"bkmkstart",	0 },
	{ rtfDestination,	rtfBookmarkEnd,		"bkmkend",	0 },
	{ rtfDestination,	rtfPict,		"pict",		0 },
	{ rtfDestination,	rtfObject,		"object",	0 },
	{ rtfDestination,	rtfObjClass,		"objclass",	0 },
	{ rtfDestination,	rtfObjName,		"objname",	0 },
	{ rtfObjAttr,	rtfObjTime,		"objtime",	0 },
	{ rtfDestination,	rtfObjData,		"objdata",	0 },
	{ rtfDestination,	rtfObjAlias,		"objalias",	0 },
	{ rtfDestination,	rtfObjSection,		"objsect",	0 },
	/* objitem and objtopic aren't documented in the spec! */
	{ rtfDestination,	rtfObjItem,		"objitem",	0 },
	{ rtfDestination,	rtfObjTopic,		"objtopic",	0 },
	{ rtfDestination,	rtfObjResult,		"result",	0 },
	{ rtfDestination,	rtfDrawObject,		"do",		0 },
	{ rtfDestination,	rtfFootnote,		"footnote",	0 },
	{ rtfDestination,	rtfAnnotRefStart,	"atrfstart",	0 },
	{ rtfDestination,	rtfAnnotRefEnd,		"atrfend",	0 },
	{ rtfDestination,	rtfAnnotID,		"atnid",	0 },
	{ rtfDestination,	rtfAnnotAuthor,		"atnauthor",	0 },
	{ rtfDestination,	rtfAnnotation,		"annotation",	0 },
	{ rtfDestination,	rtfAnnotRef,		"atnref",	0 },
	{ rtfDestination,	rtfAnnotTime,		"atntime",	0 },
	{ rtfDestination,	rtfAnnotIcon,		"atnicn",	0 },
	{ rtfDestination,	rtfField,		"field",	0 },
	{ rtfDestination,	rtfFieldInst,		"fldinst",	0 },
	{ rtfDestination,	rtfFieldResult,		"fldrslt",	0 },
	{ rtfDestination,	rtfDataField,		"datafield",	0 },
	{ rtfDestination,	rtfIndex,		"xe",		0 },
	{ rtfDestination,	rtfIndexText,		"txe",		0 },
	{ rtfDestination,	rtfIndexRange,		"rxe",		0 },
	{ rtfDestination,	rtfTOC,			"tc",		0 },
	{ rtfDestination,	rtfNeXTGraphic,		"NeXTGraphic",	0 },

	/*
	 * Font families
	 */

	{ rtfFontFamily,	rtfFFNil,		"fnil",		0 },
	{ rtfFontFamily,	rtfFFRoman,		"froman",	0 },
	{ rtfFontFamily,	rtfFFSwiss,		"fswiss",	0 },
	{ rtfFontFamily,	rtfFFModern,		"fmodern",	0 },
	{ rtfFontFamily,	rtfFFScript,		"fscript",	0 },
	{ rtfFontFamily,	rtfFFDecor,		"fdecor",	0 },
	{ rtfFontFamily,	rtfFFTech,		"ftech",	0 },
	{ rtfFontFamily,	rtfFFBidirectional,	"fbidi",	0 },

	/*
	 * Font attributes
	 */

	{ rtfFontAttr,	rtfFontCharSet,		"fcharset",	0 },
	{ rtfFontAttr,	rtfFontPitch,		"fprq",		0 },
	{ rtfFontAttr,	rtfFontCodePage,	"cpg",		0 },
	{ rtfFontAttr,	rtfFTypeNil,		"ftnil",	0 },
	{ rtfFontAttr,	rtfFTypeTrueType,	"fttruetype",	0 },

	/*
	 * File table attributes
	 */

	{ rtfFileAttr,	rtfFileNum,		"fid",		0 },
	{ rtfFileAttr,	rtfFileRelPath,		"frelative",	0 },
	{ rtfFileAttr,	rtfFileOSNum,		"fosnum",	0 },

	/*
	 * File sources
	 */

	{ rtfFileSource,	rtfSrcMacintosh,	"fvalidmac",	0 },
	{ rtfFileSource,	rtfSrcDOS,		"fvaliddos",	0 },
	{ rtfFileSource,	rtfSrcNTFS,		"fvalidntfs",	0 },
	{ rtfFileSource,	rtfSrcHPFS,		"fvalidhpfs",	0 },
	{ rtfFileSource,	rtfSrcNetwork,		"fnetwork",	0 },

	/*
	 * Color names
	 */

	{ rtfColorName,	rtfRed,			"red",		0 },
	{ rtfColorName,	rtfGreen,		"green",	0 },
	{ rtfColorName,	rtfBlue,		"blue",		0 },

	/*
	 * Charset names
	 */

	{ rtfCharSet,	rtfMacCharSet,		"mac",		0 },
	{ rtfCharSet,	rtfAnsiCharSet,		"ansi",		0 },
	{ rtfCharSet,	rtfPcCharSet,		"pc",		0 },
	{ rtfCharSet,	rtfPcaCharSet,		"pca",		0 },

	/*
	 * Table attributes
	 */

	{ rtfTblAttr,	rtfRowDef,		"trowd",	0 },
	{ rtfTblAttr,	rtfRowGapH,		"trgaph",	0 },
	{ rtfTblAttr,	rtfCellPos,		"cellx",	0 },
	{ rtfTblAttr,	rtfMergeRngFirst,	"clmgf",	0 },
	{ rtfTblAttr,	rtfMergePrevious,	"clmrg",	0 },

	{ rtfTblAttr,	rtfRowLeft,		"trql",		0 },
	{ rtfTblAttr,	rtfRowRight,		"trqr",		0 },
	{ rtfTblAttr,	rtfRowCenter,		"trqc",		0 },
	{ rtfTblAttr,	rtfRowLeftEdge,		"trleft",	0 },
	{ rtfTblAttr,	rtfRowHt,		"trrh",		0 },
	{ rtfTblAttr,	rtfRowHeader,		"trhdr",	0 },
	{ rtfTblAttr,	rtfRowKeep,		"trkeep",	0 },

	{ rtfTblAttr,	rtfRTLRow,		"rtlrow",	0 },
	{ rtfTblAttr,	rtfLTRRow,		"ltrrow",	0 },

	{ rtfTblAttr,	rtfRowBordTop,		"trbrdrt",	0 },
	{ rtfTblAttr,	rtfRowBordLeft,		"trbrdrl",	0 },
	{ rtfTblAttr,	rtfRowBordBottom,	"trbrdrb",	0 },
	{ rtfTblAttr,	rtfRowBordRight,	"trbrdrr",	0 },
	{ rtfTblAttr,	rtfRowBordHoriz,	"trbrdrh",	0 },
	{ rtfTblAttr,	rtfRowBordVert,		"trbrdrv",	0 },

	{ rtfTblAttr,	rtfCellBordBottom,	"clbrdrb",	0 },
	{ rtfTblAttr,	rtfCellBordTop,		"clbrdrt",	0 },
	{ rtfTblAttr,	rtfCellBordLeft,	"clbrdrl",	0 },
	{ rtfTblAttr,	rtfCellBordRight,	"clbrdrr",	0 },

	{ rtfTblAttr,	rtfCellShading,		"clshdng",	0 },
	{ rtfTblAttr,	rtfCellBgPatH,		"clbghoriz",	0 },
	{ rtfTblAttr,	rtfCellBgPatV,		"clbgvert",	0 },
	{ rtfTblAttr,	rtfCellFwdDiagBgPat,	"clbgfdiag",	0 },
	{ rtfTblAttr,	rtfCellBwdDiagBgPat,	"clbgbdiag",	0 },
	{ rtfTblAttr,	rtfCellHatchBgPat,	"clbgcross",	0 },
	{ rtfTblAttr,	rtfCellDiagHatchBgPat,	"clbgdcross",	0 },
	/*
	 * The spec lists "clbgdkhor", but the corresponding non-cell
	 * control is "bgdkhoriz".  At any rate Macintosh Word seems
	 * to accept both "clbgdkhor" and "clbgdkhoriz".
	 */
	{ rtfTblAttr,	rtfCellDarkBgPatH,	"clbgdkhoriz",	0 },
	{ rtfTblAttr,	rtfCellDarkBgPatH,	"clbgdkhor",	0 },
	{ rtfTblAttr,	rtfCellDarkBgPatV,	"clbgdkvert",	0 },
	{ rtfTblAttr,	rtfCellFwdDarkBgPat,	"clbgdkfdiag",	0 },
	{ rtfTblAttr,	rtfCellBwdDarkBgPat,	"clbgdkbdiag",	0 },
	{ rtfTblAttr,	rtfCellDarkHatchBgPat,	"clbgdkcross",	0 },
	{ rtfTblAttr,	rtfCellDarkDiagHatchBgPat, "clbgdkdcross",	0 },
	{ rtfTblAttr,	rtfCellBgPatLineColor, "clcfpat",	0 },
	{ rtfTblAttr,	rtfCellBgPatColor,	"clcbpat",	0 },

	/*
	 * Field attributes
	 */

	{ rtfFieldAttr,	rtfFieldDirty,		"flddirty",	0 },
	{ rtfFieldAttr,	rtfFieldEdited,		"fldedit",	0 },
	{ rtfFieldAttr,	rtfFieldLocked,		"fldlock",	0 },
	{ rtfFieldAttr,	rtfFieldPrivate,	"fldpriv",	0 },
	{ rtfFieldAttr,	rtfFieldAlt,		"fldalt",	0 },

	/*
	 * Positioning attributes
	 */

	{ rtfPosAttr,	rtfAbsWid,		"absw",		0 },
	{ rtfPosAttr,	rtfAbsHt,		"absh",		0 },

	{ rtfPosAttr,	rtfRPosMargH,		"phmrg",	0 },
	{ rtfPosAttr,	rtfRPosPageH,		"phpg",		0 },
	{ rtfPosAttr,	rtfRPosColH,		"phcol",	0 },
	{ rtfPosAttr,	rtfPosX,		"posx",		0 },
	{ rtfPosAttr,	rtfPosNegX,		"posnegx",	0 },
	{ rtfPosAttr,	rtfPosXCenter,		"posxc",	0 },
	{ rtfPosAttr,	rtfPosXInside,		"posxi",	0 },
	{ rtfPosAttr,	rtfPosXOutSide,		"posxo",	0 },
	{ rtfPosAttr,	rtfPosXRight,		"posxr",	0 },
	{ rtfPosAttr,	rtfPosXLeft,		"posxl",	0 },

	{ rtfPosAttr,	rtfRPosMargV,		"pvmrg",	0 },
	{ rtfPosAttr,	rtfRPosPageV,		"pvpg",		0 },
	{ rtfPosAttr,	rtfRPosParaV,		"pvpara",	0 },
	{ rtfPosAttr,	rtfPosY,		"posy",		0 },
	{ rtfPosAttr,	rtfPosNegY,		"posnegy",	0 },
	{ rtfPosAttr,	rtfPosYInline,		"posyil",	0 },
	{ rtfPosAttr,	rtfPosYTop,		"posyt",	0 },
	{ rtfPosAttr,	rtfPosYCenter,		"posyc",	0 },
	{ rtfPosAttr,	rtfPosYBottom,		"posyb",	0 },

	{ rtfPosAttr,	rtfNoWrap,		"nowrap",	0 },
	{ rtfPosAttr,	rtfDistFromTextAll,	"dxfrtext",	0 },
	{ rtfPosAttr,	rtfDistFromTextX,	"dfrmtxtx",	0 },
	{ rtfPosAttr,	rtfDistFromTextY,	"dfrmtxty",	0 },
	/* \dyfrtext no longer exists in spec 1.2, apparently */
	/* replaced by \dfrmtextx and \dfrmtexty. */
	{ rtfPosAttr,	rtfTextDistY,		"dyfrtext",	0 },

	{ rtfPosAttr,	rtfDropCapLines,	"dropcapli",	0 },
	{ rtfPosAttr,	rtfDropCapType,		"dropcapt",	0 },

	/*
	 * Object controls
	 */

	{ rtfObjAttr,	rtfObjEmb,		"objemb",	0 },
	{ rtfObjAttr,	rtfObjLink,		"objlink",	0 },
	{ rtfObjAttr,	rtfObjAutoLink,		"objautlink",	0 },
	{ rtfObjAttr,	rtfObjSubscriber,	"objsub",	0 },
	{ rtfObjAttr,	rtfObjPublisher,	"objpub",	0 },
	{ rtfObjAttr,	rtfObjICEmb,		"objicemb",	0 },

	{ rtfObjAttr,	rtfObjLinkSelf,		"linkself",	0 },
	{ rtfObjAttr,	rtfObjLock,		"objupdate",	0 },
	{ rtfObjAttr,	rtfObjUpdate,		"objlock",	0 },

	{ rtfObjAttr,	rtfObjHt,		"objh",		0 },
	{ rtfObjAttr,	rtfObjWid,		"objw",		0 },
	{ rtfObjAttr,	rtfObjSetSize,		"objsetsize",	0 },
	{ rtfObjAttr,	rtfObjAlign,		"objalign",	0 },
	{ rtfObjAttr,	rtfObjTransposeY,	"objtransy",	0 },
	{ rtfObjAttr,	rtfObjCropTop,		"objcropt",	0 },
	{ rtfObjAttr,	rtfObjCropBottom,	"objcropb",	0 },
	{ rtfObjAttr,	rtfObjCropLeft,		"objcropl",	0 },
	{ rtfObjAttr,	rtfObjCropRight,	"objcropr",	0 },
	{ rtfObjAttr,	rtfObjScaleX,		"objscalex",	0 },
	{ rtfObjAttr,	rtfObjScaleY,		"objscaley",	0 },

	{ rtfObjAttr,	rtfObjResRTF,		"rsltrtf",	0 },
	{ rtfObjAttr,	rtfObjResPict,		"rsltpict",	0 },
	{ rtfObjAttr,	rtfObjResBitmap,	"rsltbmp",	0 },
	{ rtfObjAttr,	rtfObjResText,		"rslttxt",	0 },
	{ rtfObjAttr,	rtfObjResMerge,		"rsltmerge",	0 },

	{ rtfObjAttr,	rtfObjBookmarkPubObj,	"bkmkpub",	0 },
	{ rtfObjAttr,	rtfObjPubAutoUpdate,	"pubauto",	0 },

	/*
	 * Associated character formatting attributes
	 */

	{ rtfACharAttr,	rtfACBold,		"ab",		0 },
	{ rtfACharAttr,	rtfACAllCaps,		"caps",		0 },
	{ rtfACharAttr,	rtfACForeColor,		"acf",		0 },
	{ rtfACharAttr,	rtfACSubScript,		"adn",		0 },
	{ rtfACharAttr,	rtfACExpand,		"aexpnd",	0 },
	{ rtfACharAttr,	rtfACFontNum,		"af",		0 },
	{ rtfACharAttr,	rtfACFontSize,		"afs",		0 },
	{ rtfACharAttr,	rtfACItalic,		"ai",		0 },
	{ rtfACharAttr,	rtfACLanguage,		"alang",	0 },
	{ rtfACharAttr,	rtfACOutline,		"aoutl",	0 },
	{ rtfACharAttr,	rtfACSmallCaps,		"ascaps",	0 },
	{ rtfACharAttr,	rtfACShadow,		"ashad",	0 },
	{ rtfACharAttr,	rtfACStrikeThru,	"astrike",	0 },
	{ rtfACharAttr,	rtfACUnderline,		"aul",		0 },
	{ rtfACharAttr,	rtfACDotUnderline,	"auld",		0 },
	{ rtfACharAttr,	rtfACDbUnderline,	"auldb",	0 },
	{ rtfACharAttr,	rtfACNoUnderline,	"aulnone",	0 },
	{ rtfACharAttr,	rtfACWordUnderline,	"aulw",		0 },
	{ rtfACharAttr,	rtfACSuperScript,	"aup",		0 },

	/*
	 * Footnote attributes
	 */

	{ rtfFNoteAttr,	rtfFNAlt,		"ftnalt",	0 },

	/*
	 * Key code attributes
	 */

	{ rtfKeyCodeAttr,	rtfAltKey,		"alt",		0 },
	{ rtfKeyCodeAttr,	rtfShiftKey,		"shift",	0 },
	{ rtfKeyCodeAttr,	rtfControlKey,		"ctrl",		0 },
	{ rtfKeyCodeAttr,	rtfFunctionKey,		"fn",		0 },

	/*
	 * Bookmark attributes
	 */

	{ rtfBookmarkAttr, rtfBookmarkFirstCol,	"bkmkcolf",	0 },
	{ rtfBookmarkAttr, rtfBookmarkLastCol,	"bkmkcoll",	0 },

	/*
	 * Index entry attributes
	 */

	{ rtfIndexAttr,	rtfIndexNumber,		"xef",		0 },
	{ rtfIndexAttr,	rtfIndexBold,		"bxe",		0 },
	{ rtfIndexAttr,	rtfIndexItalic,		"ixe",		0 },

	/*
	 * Table of contents attributes
	 */

	{ rtfTOCAttr,	rtfTOCType,		"tcf",		0 },
	{ rtfTOCAttr,	rtfTOCLevel,		"tcl",		0 },

	/*
	 * Drawing object attributes
	 */

	{ rtfDrawAttr,	rtfDrawLock,		"dolock",	0 },
	{ rtfDrawAttr,	rtfDrawPageRelX,	"doxpage",	0 },
	{ rtfDrawAttr,	rtfDrawColumnRelX,	"dobxcolumn",	0 },
	{ rtfDrawAttr,	rtfDrawMarginRelX,	"dobxmargin",	0 },
	{ rtfDrawAttr,	rtfDrawPageRelY,	"dobypage",	0 },
	{ rtfDrawAttr,	rtfDrawColumnRelY,	"dobycolumn",	0 },
	{ rtfDrawAttr,	rtfDrawMarginRelY,	"dobymargin",	0 },
	{ rtfDrawAttr,	rtfDrawHeight,		"dobhgt",	0 },

	{ rtfDrawAttr,	rtfDrawBeginGroup,	"dpgroup",	0 },
	{ rtfDrawAttr,	rtfDrawGroupCount,	"dpcount",	0 },
	{ rtfDrawAttr,	rtfDrawEndGroup,	"dpendgroup",	0 },
	{ rtfDrawAttr,	rtfDrawArc,		"dparc",	0 },
	{ rtfDrawAttr,	rtfDrawCallout,		"dpcallout",	0 },
	{ rtfDrawAttr,	rtfDrawEllipse,		"dpellipse",	0 },
	{ rtfDrawAttr,	rtfDrawLine,		"dpline",	0 },
	{ rtfDrawAttr,	rtfDrawPolygon,		"dppolygon",	0 },
	{ rtfDrawAttr,	rtfDrawPolyLine,	"dppolyline",	0 },
	{ rtfDrawAttr,	rtfDrawRect,		"dprect",	0 },
	{ rtfDrawAttr,	rtfDrawTextBox,		"dptxbx",	0 },

	{ rtfDrawAttr,	rtfDrawOffsetX,		"dpx",		0 },
	{ rtfDrawAttr,	rtfDrawSizeX,		"dpxsize",	0 },
	{ rtfDrawAttr,	rtfDrawOffsetY,		"dpy",		0 },
	{ rtfDrawAttr,	rtfDrawSizeY,		"dpysize",	0 },

	{ rtfDrawAttr,	rtfCOAngle,		"dpcoa",	0 },
	{ rtfDrawAttr,	rtfCOAccentBar,		"dpcoaccent",	0 },
	{ rtfDrawAttr,	rtfCOBestFit,		"dpcobestfit",	0 },
	{ rtfDrawAttr,	rtfCOBorder,		"dpcoborder",	0 },
	{ rtfDrawAttr,	rtfCOAttachAbsDist,	"dpcodabs",	0 },
	{ rtfDrawAttr,	rtfCOAttachBottom,	"dpcodbottom",	0 },
	{ rtfDrawAttr,	rtfCOAttachCenter,	"dpcodcenter",	0 },
	{ rtfDrawAttr,	rtfCOAttachTop,		"dpcodtop",	0 },
	{ rtfDrawAttr,	rtfCOLength,		"dpcolength",	0 },
	{ rtfDrawAttr,	rtfCONegXQuadrant,	"dpcominusx",	0 },
	{ rtfDrawAttr,	rtfCONegYQuadrant,	"dpcominusy",	0 },
	{ rtfDrawAttr,	rtfCOOffset,		"dpcooffset",	0 },
	{ rtfDrawAttr,	rtfCOAttachSmart,	"dpcosmarta",	0 },
	{ rtfDrawAttr,	rtfCODoubleLine,	"dpcotdouble",	0 },
	{ rtfDrawAttr,	rtfCORightAngle,	"dpcotright",	0 },
	{ rtfDrawAttr,	rtfCOSingleLine,	"dpcotsingle",	0 },
	{ rtfDrawAttr,	rtfCOTripleLine,	"dpcottriple",	0 },

	{ rtfDrawAttr,	rtfDrawTextBoxMargin,	"dptxbxmar",	0 },
	{ rtfDrawAttr,	rtfDrawTextBoxText,	"dptxbxtext",	0 },
	{ rtfDrawAttr,	rtfDrawRoundRect,	"dproundr",	0 },

	{ rtfDrawAttr,	rtfDrawPointX,		"dpptx",	0 },
	{ rtfDrawAttr,	rtfDrawPointY,		"dppty",	0 },
	{ rtfDrawAttr,	rtfDrawPolyCount,	"dppolycount",	0 },

	{ rtfDrawAttr,	rtfDrawArcFlipX,	"dparcflipx",	0 },
	{ rtfDrawAttr,	rtfDrawArcFlipY,	"dparcflipy",	0 },

	{ rtfDrawAttr,	rtfDrawLineBlue,	"dplinecob",	0 },
	{ rtfDrawAttr,	rtfDrawLineGreen,	"dplinecog",	0 },
	{ rtfDrawAttr,	rtfDrawLineRed,		"dplinecor",	0 },
	{ rtfDrawAttr,	rtfDrawLinePalette,	"dplinepal",	0 },
	{ rtfDrawAttr,	rtfDrawLineDashDot,	"dplinedado",	0 },
	{ rtfDrawAttr,	rtfDrawLineDashDotDot,	"dplinedadodo",	0 },
	{ rtfDrawAttr,	rtfDrawLineDash,	"dplinedash",	0 },
	{ rtfDrawAttr,	rtfDrawLineDot,		"dplinedot",	0 },
	{ rtfDrawAttr,	rtfDrawLineGray,	"dplinegray",	0 },
	{ rtfDrawAttr,	rtfDrawLineHollow,	"dplinehollow",	0 },
	{ rtfDrawAttr,	rtfDrawLineSolid,	"dplinesolid",	0 },
	{ rtfDrawAttr,	rtfDrawLineWidth,	"dplinew",	0 },

	{ rtfDrawAttr,	rtfDrawHollowEndArrow,	"dpaendhol",	0 },
	{ rtfDrawAttr,	rtfDrawEndArrowLength,	"dpaendl",	0 },
	{ rtfDrawAttr,	rtfDrawSolidEndArrow,	"dpaendsol",	0 },
	{ rtfDrawAttr,	rtfDrawEndArrowWidth,	"dpaendw",	0 },
	{ rtfDrawAttr,	rtfDrawHollowStartArrow,"dpastarthol",	0 },
	{ rtfDrawAttr,	rtfDrawStartArrowLength,"dpastartl",	0 },
	{ rtfDrawAttr,	rtfDrawSolidStartArrow,	"dpastartsol",	0 },
	{ rtfDrawAttr,	rtfDrawStartArrowWidth,	"dpastartw",	0 },

	{ rtfDrawAttr,	rtfDrawBgFillBlue,	"dpfillbgcb",	0 },
	{ rtfDrawAttr,	rtfDrawBgFillGreen,	"dpfillbgcg",	0 },
	{ rtfDrawAttr,	rtfDrawBgFillRed,	"dpfillbgcr",	0 },
	{ rtfDrawAttr,	rtfDrawBgFillPalette,	"dpfillbgpal",	0 },
	{ rtfDrawAttr,	rtfDrawBgFillGray,	"dpfillbggray",	0 },
	{ rtfDrawAttr,	rtfDrawFgFillBlue,	"dpfillfgcb",	0 },
	{ rtfDrawAttr,	rtfDrawFgFillGreen,	"dpfillfgcg",	0 },
	{ rtfDrawAttr,	rtfDrawFgFillRed,	"dpfillfgcr",	0 },
	{ rtfDrawAttr,	rtfDrawFgFillPalette,	"dpfillfgpal",	0 },
	{ rtfDrawAttr,	rtfDrawFgFillGray,	"dpfillfggray",	0 },
	{ rtfDrawAttr,	rtfDrawFillPatIndex,	"dpfillpat",	0 },

	{ rtfDrawAttr,	rtfDrawShadow,		"dpshadow",	0 },
	{ rtfDrawAttr,	rtfDrawShadowXOffset,	"dpshadx",	0 },
	{ rtfDrawAttr,	rtfDrawShadowYOffset,	"dpshady",	0 },

	{ rtfVersion,	-1,			"rtf",		0 },
	{ rtfDefFont,	-1,			"deff",		0 },

	{ 0,		-1,			(char *) NULL,	0 }
};
#define RTF_KEY_COUNT (sizeof(rtfKey) / sizeof(RTFKey))

typedef struct tagRTFHashTableEntry {
  int count;
  RTFKey **value;
} RTFHashTableEntry;

static RTFHashTableEntry rtfHashTable[RTF_KEY_COUNT];


/*
 * Initialize lookup table hash values.  Only need to do this once.
 */

static void LookupInit(void)
{
	static int	inited = 0;
	RTFKey	*rp;

	if (inited == 0)
	{
                memset(rtfHashTable, 0, RTF_KEY_COUNT * sizeof(*rtfHashTable));
		for (rp = rtfKey; rp->rtfKStr != (char *) NULL; rp++) {
                        int index;
                        
			rp->rtfKHash = Hash ((char*)rp->rtfKStr);
                        index = rp->rtfKHash % RTF_KEY_COUNT;
                        if (!rtfHashTable[index].count)
                                rtfHashTable[index].value = (void *)RTFAlloc(sizeof(RTFKey *));
                        else
                                rtfHashTable[index].value = (void *)RTFReAlloc((void *)rtfHashTable[index].value, sizeof(RTFKey *) * (rtfHashTable[index].count + 1));
                        rtfHashTable[index].value[rtfHashTable[index].count++] = rp;
                }
		++inited;
	}
}


/*
 * Determine major and minor number of control token.  If it's
 * not found, the class turns into rtfUnknown.
 */

static void Lookup(RTF_Info *info, char *s)
{
	RTFKey	*rp;
	int	hash;
        RTFHashTableEntry *entry;
        int i;

	TRACE("\n");
	++s;			/* skip over the leading \ character */
	hash = Hash (s);
        entry = &rtfHashTable[hash % RTF_KEY_COUNT];
	for (i = 0; i < entry->count; i++)
	{
                rp = entry->value[i];
		if (hash == rp->rtfKHash && strcmp (s, rp->rtfKStr) == 0)
		{
			info->rtfClass = rtfControl;
			info->rtfMajor = rp->rtfKMajor;
			info->rtfMinor = rp->rtfKMinor;
			return;
		}
	}
	info->rtfClass = rtfUnknown;
}


/*
 * Compute hash value of symbol
 */

static int Hash(char *s)
{
	char	c;
	int	val = 0;

	while ((c = *s++) != '\0')
		val += (int) c;
	return (val);
}


/* ---------------------------------------------------------------------- */

/*
 * Memory allocation routines
 */


/*
 * Return pointer to block of size bytes, or NULL if there's
 * not enough memory available.
 *
 * This is called through RTFAlloc(), a define which coerces the
 * argument to int.  This avoids the persistent problem of allocation
 * failing under THINK C when a long is passed.
 */

char *_RTFAlloc(int size)
{
	return HeapAlloc(me_heap, 0, size);
}


char *
RTFReAlloc(char *ptr, int size)
{
        return HeapReAlloc(me_heap, 0, ptr, size);
}


/*
 * Saves a string on the heap and returns a pointer to it.
 */


char *RTFStrSave(char *s)
{
	char	*p;

	if ((p = RTFAlloc ((int) (strlen (s) + 1))) == (char *) NULL)
		return ((char *) NULL);
	return (strcpy (p, s));
}


void RTFFree(char *p)
{
        HeapFree(me_heap, 0, p);
}


/* ---------------------------------------------------------------------- */


/*
 * Token comparison routines
 */

int RTFCheckCM(RTF_Info *info, int class, int major)
{
	return (info->rtfClass == class && info->rtfMajor == major);
}


int RTFCheckCMM(RTF_Info *info, int class, int major, int minor)
{
	return (info->rtfClass == class && info->rtfMajor == major && info->rtfMinor == minor);
}


int RTFCheckMM(RTF_Info *info, int major, int minor)
{
	return (info->rtfMajor == major && info->rtfMinor == minor);
}


/* ---------------------------------------------------------------------- */


int RTFCharToHex(char c)
{
	if (isupper (c))
		c = tolower (c);
	if (isdigit (c))
		return (c - '0');	/* '0'..'9' */
	return (c - 'a' + 10);		/* 'a'..'f' */
}


int RTFHexToChar(int i)
{
	if (i < 10)
		return (i + '0');
	return (i - 10 + 'a');
}


/* ---------------------------------------------------------------------- */

/*
 * RTFReadOutputMap() -- Read output translation map
 */

/*
 * Read in an array describing the relation between the standard character set
 * and an RTF translator's corresponding output sequences.  Each line consists
 * of a standard character name and the output sequence for that character.
 *
 * outMap is an array of strings into which the sequences should be placed.
 * It should be declared like this in the calling program:
 *
 *	char *outMap[rtfSC_MaxChar];
 *
 * reinit should be non-zero if outMap should be initialized
 * zero otherwise.
 *
 */

int RTFReadOutputMap(RTF_Info *info, char *outMap[], int reinit)
{
	unsigned int  i;
	int  stdCode;

	if (reinit)
	{
		for (i = 0; i < rtfSC_MaxChar; i++)
		{
			outMap[i] = (char *) NULL;
		}
	}

	for (i=0 ;i< sizeof(text_map)/sizeof(char*); i+=2)
	{
		const char *name = text_map[i];
		const char *seq  = text_map[i+1];
		stdCode = RTFStdCharCode( info, name );
		outMap[stdCode] = (char*)seq;
	}

	return (1);
}

/* ---------------------------------------------------------------------- */

/*
 * Open a library file.
 */


void RTFSetOpenLibFileProc(RTF_Info *info, FILE	*(*proc)())
{
	info->libFileOpen = proc;
}


FILE *RTFOpenLibFile (RTF_Info *info, char *file, char *mode)
{
	if (info->libFileOpen == NULL)
		return ((FILE *) NULL);
	return ((*info->libFileOpen) (file, mode));
}


/* ---------------------------------------------------------------------- */

/*
 * Print message.  Default is to send message to stderr
 * but this may be overridden with RTFSetMsgProc().
 *
 * Message should include linefeeds as necessary.  If the default
 * function is overridden, the overriding function may want to
 * map linefeeds to another line ending character or sequence if
 * the host system doesn't use linefeeds.
 */


void RTFMsg (RTF_Info *info, const char *fmt, ...)
{
	char	buf[rtfBufSiz];

	va_list args;
	va_start (args,fmt);
	vsprintf (buf, fmt, args);
	va_end (args);
	MESSAGE( "%s", buf);
}


/* ---------------------------------------------------------------------- */


/*
 * Process termination.  Print error message and exit.  Also prints
 * current token, and current input line number and position within
 * line if any input has been read from the current file.  (No input
 * has been read if prevChar is EOF).
 */

static void DefaultPanicProc(RTF_Info *info, char *s)
{
	MESSAGE( "%s", s);
	/*exit (1);*/
}



void RTFPanic(RTF_Info *info, const char *fmt, ...)
{
	char	buf[rtfBufSiz];

	va_list args;
	va_start (args,fmt);
	vsprintf (buf, fmt, args);
	va_end (args);
	(void) strcat (buf, "\n");
	if (info->prevChar != EOF && info->rtfTextBuf != (char *) NULL)
	{
		sprintf (buf + strlen (buf),
			"Last token read was \"%s\" near line %ld, position %d.\n",
			info->rtfTextBuf, info->rtfLineNum, info->rtfLinePos);
	}
	DefaultPanicProc(info, buf);
}

/* ---------------------------------------------------------------------- */

/*
 * originally from RTF tools' text-writer.c
 *
 * text-writer -- RTF-to-text translation writer code.
 *
 * Read RTF input, write text of document (text extraction).
 */

static void	TextClass (RTF_Info *info);
static void	ControlClass (RTF_Info *info);
static void	Destination (RTF_Info *info);
static void	SpecialChar (RTF_Info *info);
static void	PutStdChar (RTF_Info *info, int stdCode);
static void	PutLitChar (RTF_Info *info, int c);
static void	PutLitStr (RTF_Info *info, char	*s);

/*
 * Initialize the writer.
 */

void
WriterInit (RTF_Info *info )
{
	RTFReadOutputMap (info, info->outMap,1);
}


int
BeginFile (RTF_Info *info )
{
	/* install class callbacks */

	RTFSetClassCallback (info, rtfText, TextClass);
	RTFSetClassCallback (info, rtfControl, ControlClass);

	return (1);
}

/*
 * Write out a character. Seems to work for the default ANSI codepage,
 * contrary to TextClass_orig. 
 */

static void
TextClass (RTF_Info *info)
{
	PutLitChar (info, info->rtfMajor);
}

/*
 * Write out a character.  rtfMajor contains the input character, rtfMinor
 * contains the corresponding standard character code.
 *
 * If the input character isn't in the charset map, try to print some
 * representation of it.
 * 
 * I'm not removing it, because it may be helpful if someone else decides
 * to rewrite the character handler in a i18n-friendly way 
 */
#if 0
static void
TextClass_orig (RTF_Info *info)
{
	char	buf[rtfBufSiz];

	TRACE("\n");

	if (info->rtfFormat == SF_TEXT)
	        PutLitChar (info, info->rtfMajor);
	else if (info->rtfMinor != rtfSC_nothing)
		PutStdChar (info, info->rtfMinor);
	else
	{
		if (info->rtfMajor < 256)	/* in ASCII range */
			PutLitChar(info, info->rtfMajor);
		else {
			sprintf (buf, "[[\\'%02x]]", info->rtfMajor);
			PutLitStr (info, buf);
		}
	}
}
#endif


static void
ControlClass (RTF_Info *info)
{
	TRACE("\n");

	switch (info->rtfMajor)
	{
	case rtfDestination:
		Destination (info);
		break;
	case rtfSpecialChar:
		SpecialChar (info);
		break;
	}
}


/*
 * This function notices destinations that aren't explicitly handled
 * and skips to their ends.  This keeps, for instance, picture
 * data from being considered as plain text.
 */

static void
Destination (RTF_Info *info)
{
	TRACE("\n");
	if (!RTFGetDestinationCallback(info, info->rtfMinor))
		RTFSkipGroup (info);    
}

/*
 * The reason these use the rtfSC_xxx thingies instead of just writing
 * out ' ', '-', '"', etc., is so that the mapping for these characters
 * can be controlled by the text-map file.
 */

void SpecialChar (RTF_Info *info)
{

	TRACE("\n");

	switch (info->rtfMinor)
	{
	case rtfOptDest:
		/* the next token determines destination, if it's unknown, skip the group */
		/* this way we filter out the garbage coming from unknown destinations */ 
		RTFGetToken(info); 
		if (info->rtfClass != rtfDestination)
			RTFSkipGroup(info);
		else
			RTFRouteToken(info); /* "\*" is ignored with known destinations */
		break;
	case rtfUnicode:
	{
		WCHAR buf[2];
		buf[0] = info->rtfParam;
		buf[1] = 0;
		RTFFlushOutputBuffer(info);
		RTFOutputUnicodeString(info, buf, 1);
		
		RTFGetToken(info);
		if (info->rtfClass != rtfText && info->rtfMajor != '?')
		{
			ERR("The character behind \\u is not a question mark, but (%d,%d,%d)\n",
				info->rtfClass, info->rtfMajor, info->rtfMinor);
		}
		break;
	}
	case rtfPage:
	case rtfSect:
	case rtfRow:
	case rtfLine:
	case rtfPar:
		PutLitChar (info, '\n');
		break;
	case rtfCell:
		PutStdChar (info, rtfSC_space);	/* make sure cells are separated */
		break;
	case rtfNoBrkSpace:
		PutStdChar (info, rtfSC_nobrkspace);
		break;
	case rtfTab:
		PutLitChar (info, '\t');
		break;
	case rtfNoBrkHyphen:
		PutStdChar (info, rtfSC_nobrkhyphen);
		break;
	case rtfBullet:
		PutStdChar (info, rtfSC_bullet);
		break;
	case rtfEmDash:
		PutStdChar (info, rtfSC_emdash);
		break;
	case rtfEnDash:
		PutStdChar (info, rtfSC_endash);
		break;
	case rtfLQuote:
		PutStdChar (info, rtfSC_quoteleft);
		break;
	case rtfRQuote:
		PutStdChar (info, rtfSC_quoteright);
		break;
	case rtfLDblQuote:
		PutStdChar (info, rtfSC_quotedblleft);
		break;
	case rtfRDblQuote:
		PutStdChar (info, rtfSC_quotedblright);
		break;
	}
}


/*
 * Eventually this should keep track of the destination of the
 * current state and only write text when in the initial state.
 *
 * If the output sequence is unspecified in the output map, write
 * the character's standard name instead.  This makes map deficiencies
 * obvious and provides incentive to fix it. :-)
 */

void PutStdChar (RTF_Info *info, int stdCode)
{

	char	*oStr = (char *) NULL;
	char	buf[rtfBufSiz];

/*	if (stdCode == rtfSC_nothing)
		RTFPanic ("Unknown character code, logic error\n");
*/
	TRACE("\n");

	oStr = info->outMap[stdCode];
	if (oStr == (char *) NULL)	/* no output sequence in map */
	{
		sprintf (buf, "[[%s]]", RTFStdCharName (info, stdCode));
		oStr = buf;
	}
	PutLitStr (info, oStr);
}

void PutLitChar (RTF_Info *info, int c)
{
	if( info->dwOutputCount >= ( sizeof info->OutputBuffer - 1 ) )
		RTFFlushOutputBuffer( info );
	info->OutputBuffer[info->dwOutputCount++] = c;
}

void RTFOutputANSIStringOrig( RTF_Info *info, char *str, int len )
{
	assert(str[len] == '\0');
	if (len) {
		SendMessageA( info->hwndEdit, EM_REPLACESEL, FALSE, (LPARAM) str);
	}
}

void RTFOutputANSIString( RTF_Info *info, char *str, int len )
{
	assert(str[len] == '\0');
	if (len) {
		WCHAR *buf = ALLOC_N_OBJ(WCHAR, len);

		len = MultiByteToWideChar(CP_ACP, 0, str, len, buf, len);
		ME_InsertTextFromCursor( info->editor, 0, buf, len, info->style );	  
		FREE_OBJ(buf);
	}
}

void RTFOutputUnicodeString( RTF_Info *info, WCHAR *str, int len )
{
	assert(str[len] == '\0');
	if (len) {
		ME_InsertTextFromCursor( info->editor, 0, str, len, info->style );	  
	}
}

void RTFFlushOutputBuffer( RTF_Info *info )
{
	info->OutputBuffer[info->dwOutputCount] = 0;
	RTFOutputANSIString(info, info->OutputBuffer, info->dwOutputCount);
	info->dwOutputCount = 0;
}

static void PutLitStr (RTF_Info *info, char *str )
{
	int len = strlen( str );

	if( ( len + info->dwOutputCount + 1 ) > sizeof info->OutputBuffer )
		RTFFlushOutputBuffer( info );
	if( ( len + 1 ) >= sizeof info->OutputBuffer )
	{
                RTFOutputANSIString(info, str, len);
		return;
	}
	strcpy( &info->OutputBuffer[info->dwOutputCount], str );
	info->dwOutputCount += len;
}