/*************************************************************************
*
* $RCSfile: svxrtf.cxx,v $
*
* $Revision: 1.23 $
*
* last change: $Author: rt $ $Date: 2005-01-31 13:59:45 $
*
* The Contents of this file are made available subject to the terms of
* either of the following licenses
*
* - GNU Lesser General Public License Version 2.1
* - Sun Industry Standards Source License Version 1.1
*
* Sun Microsystems Inc., October, 2000
*
* GNU Lesser General Public License Version 2.1
* =============================================
* Copyright 2000 by Sun Microsystems, Inc.
* 901 San Antonio Road, Palo Alto, CA 94303, USA
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License version 2.1, as published by the Free Software Foundation.
*
* 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
*
*
* Sun Industry Standards Source License Version 1.1
* =================================================
* The contents of this file are subject to the Sun Industry Standards
* Source License Version 1.1 (the "License"); You may not use this file
* except in compliance with the License. You may obtain a copy of the
* License at http://www.openoffice.org/license.html.
*
* Software provided under this License is provided on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING,
* WITHOUT LIMITATION, WARRANTIES THAT THE SOFTWARE IS FREE OF DEFECTS,
* MERCHANTABLE, FIT FOR A PARTICULAR PURPOSE, OR NON-INFRINGING.
* See the License for the specific provisions governing your rights and
* obligations concerning the Software.
*
* The Initial Developer of the Original Code is: Sun Microsystems, Inc.
*
* Copyright: 2000 by Sun Microsystems, Inc.
*
* All Rights Reserved.
*
* Contributor(s): cmc@openoffice.org, tono@openoffice.org
*
*
************************************************************************/
/* -*- Mode: C; tab-width: 4; indent-tabs-mode: nil -*- */
#pragma hdrstop
#define ITEMID_FONT 0
#define ITEMID_COLOR 0
#define ITEMID_SCRIPTSPACE 0
#include <ctype.h>
#ifdef MAC
#include "mac_start.h"
#ifndef __TYPES__
#include <Types.h>
#endif
#ifndef __FONTS__
#include <Fonts.h>
#endif
#include "mac_end.h"
#endif
#ifndef _DATETIME_HXX //autogen
#include <tools/datetime.hxx>
#endif
#ifndef _RTL_TENCINFO_H
#include <rtl/tencinfo.h>
#endif
#ifndef _SFXDOCINF_HXX //autogen
#include <sfx2/docinf.hxx>
#endif
#ifndef _SFXITEMITER_HXX //autogen
#include <svtools/itemiter.hxx>
#endif
#ifndef _SFX_WHITER_HXX //autogen wg. SfxWhichIter
#include <svtools/whiter.hxx>
#endif
#ifndef _RTFTOKEN_H
#include <svtools/rtftoken.h>
#endif
#ifndef _SFXITEMPOOL_HXX //autogen
#include <svtools/itempool.hxx>
#endif
#include "scriptspaceitem.hxx"
#include "fontitem.hxx"
#include "colritem.hxx"
#include "svxrtf.hxx"
#include "svxids.hrc"
SV_IMPL_PTRARR( SvxRTFColorTbl, ColorPtr )
SV_IMPL_PTRARR( SvxRTFItemStackList, SvxRTFItemStackType* )
// -------------- Methoden --------------------
SvxRTFParser::SvxRTFParser( SfxItemPool& rPool, SvStream& rIn,
int bReadNewDoc )
: SvRTFParser( rIn, 5 ),
rStrm(rIn),
pAttrPool( &rPool ),
pInsPos( 0 ),
aColorTbl( 16, 4 ),
aFontTbl( 16, 4 ),
nVersionNo( 0 ),
pSfxInfo( 0 ),
pRTFDefaults( 0 )
{
bNewDoc = bReadNewDoc;
bChkStyleAttr = bCalcValue = bReadDocInfo = bIsInReadStyleTab = FALSE;
bIsLeftToRightDef = TRUE;
{
RTFPlainAttrMapIds aTmp( rPool );
aPlainMap.Insert( (USHORT*)&aTmp,
sizeof( RTFPlainAttrMapIds ) / sizeof(USHORT), 0 );
}
{
RTFPardAttrMapIds aTmp( rPool );
aPardMap.Insert( (USHORT*)&aTmp,
sizeof( RTFPardAttrMapIds ) / sizeof(USHORT), 0 );
}
pDfltFont = new Font;
pDfltColor = new Color;
}
void SvxRTFParser::EnterEnvironment()
{
}
void SvxRTFParser::LeaveEnvironment()
{
}
void SvxRTFParser::ResetPard()
{
}
SvxRTFParser::~SvxRTFParser()
{
if( aColorTbl.Count() )
ClearColorTbl();
if( aFontTbl.Count() )
ClearFontTbl();
if( aStyleTbl.Count() )
ClearStyleTbl();
if( aAttrStack.Count() )
ClearAttrStack();
delete pRTFDefaults;
delete pInsPos;
#ifndef SVX_LIGHT
delete pSfxInfo;
#endif
delete pDfltFont;
delete pDfltColor;
}
void SvxRTFParser::SetInsPos( const SvxPosition& rNew )
{
if( pInsPos )
delete pInsPos;
pInsPos = rNew.Clone();
}
SvParserState SvxRTFParser::CallParser()
{
DBG_ASSERT( pInsPos, "keine Einfuegeposition" );
if( !pInsPos )
return SVPAR_ERROR;
if( aColorTbl.Count() )
ClearColorTbl();
if( aFontTbl.Count() )
ClearFontTbl();
if( aStyleTbl.Count() )
ClearStyleTbl();
if( aAttrStack.Count() )
ClearAttrStack();
bIsSetDfltTab = FALSE;
bNewGroup = FALSE;
nDfltFont = 0;
sBaseURL.Erase();
// erzeuge aus den gesetzten WhichIds die richtige WhichId-Tabelle.
BuildWhichTbl();
return SvRTFParser::CallParser();
}
void SvxRTFParser::Continue( int nToken )
{
SvRTFParser::Continue( nToken );
if( SVPAR_PENDING != GetStatus() )
{
SetAllAttrOfStk();
#if 0
//Regardless of what "color 0" is, word defaults to auto as the default colour.
//e.g. see #i7713#
if( bNewDoc && ((RTFPlainAttrMapIds*)aPlainMap.GetData())->nColor )
pAttrPool->SetPoolDefaultItem( SvxColorItem( GetColor( 0 ),
((RTFPlainAttrMapIds*)aPlainMap.GetData())->nColor ));
#endif
}
}
// wird fuer jedes Token gerufen, das in CallParser erkannt wird
void SvxRTFParser::NextToken( int nToken )
{
sal_Unicode cCh;
switch( nToken )
{
case RTF_COLORTBL: ReadColorTable(); break;
case RTF_FONTTBL: ReadFontTable(); break;
case RTF_STYLESHEET: ReadStyleTable(); break;
case RTF_DEFF:
if( bNewDoc )
{
if( aFontTbl.Count() )
// koennen wir sofort setzen
SetDefault( nToken, (short)nTokenValue );
else
// wird nach einlesen der Fonttabelle gesetzt
nDfltFont = int(nTokenValue);
}
break;
case RTF_DEFTAB:
case RTF_DEFLANG:
if( bNewDoc )
SetDefault( nToken, (short)nTokenValue );
break;
case RTF_PICT: ReadBitmapData(); break;
case RTF_LINE: cCh = '\n'; goto INSINGLECHAR;
case RTF_TAB: cCh = '\t'; goto INSINGLECHAR;
case RTF_SUBENTRYINDEX: cCh = ':'; goto INSINGLECHAR;
case RTF_EMDASH: cCh = 151; goto INSINGLECHAR;
case RTF_ENDASH: cCh = 150; goto INSINGLECHAR;
case RTF_BULLET: cCh = 149; goto INSINGLECHAR;
case RTF_LQUOTE: cCh = 145; goto INSINGLECHAR;
case RTF_RQUOTE: cCh = 146; goto INSINGLECHAR;
case RTF_LDBLQUOTE: cCh = 147; goto INSINGLECHAR;
case RTF_RDBLQUOTE: cCh = 148; goto INSINGLECHAR;
INSINGLECHAR:
aToken = ByteString::ConvertToUnicode( (sal_Char)cCh,
RTL_TEXTENCODING_MS_1252 );
// kein Break, aToken wird als Text gesetzt
case RTF_TEXTTOKEN:
{
InsertText();
// alle angesammelten Attribute setzen
for( USHORT n = aAttrSetList.Count(); n; )
{
SvxRTFItemStackType* pStkSet = aAttrSetList[--n];
SetAttrSet( *pStkSet );
aAttrSetList.DeleteAndDestroy( n );
}
}
break;
case RTF_PAR:
InsertPara();
break;
case '{':
if (bNewGroup) // Verschachtelung !!
_GetAttrSet();
EnterEnvironment();
bNewGroup = true;
break;
case '}':
if( !bNewGroup ) // leere Gruppe ??
AttrGroupEnd();
LeaveEnvironment();
bNewGroup = false;
break;
case RTF_INFO:
#ifndef SVX_LIGHT
if (bReadDocInfo && bNewDoc)
ReadInfo();
else
#endif
SkipGroup();
break;
// !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
// erstmal gesamt ueberlesen (muessen alle in einer Gruppe stehen !!)
// Koennen auch ohne dem IGNORE-Flag im RTF-File auftreten; alle Gruppen
// mit IGNORE-Flag werden im default-Zweig ueberlesen.
case RTF_SWG_PRTDATA:
case RTF_FIELD:
case RTF_ATNID:
case RTF_ANNOTATION:
case RTF_BKMKSTART:
case RTF_BKMKEND:
case RTF_BKMK_KEY:
case RTF_XE:
case RTF_TC:
case RTF_NEXTFILE:
case RTF_TEMPLATE:
#if 0
//disabled for #i19718#
case RTF_SHPRSLT: // RTF_SHP fehlt noch !!
#endif
SkipGroup();
break;
// !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
case RTF_PGDSCNO:
case RTF_PGBRK:
case RTF_SHADOW:
if( RTF_IGNOREFLAG != GetStackPtr( -1 )->nTokenId )
break;
nToken = SkipToken( -1 );
if( '{' == GetStackPtr( -1 )->nTokenId )
nToken = SkipToken( -1 );
ReadAttr( nToken, &GetAttrSet() );
break;
default:
switch( nToken & ~(0xff | RTF_SWGDEFS) )
{
case RTF_PARFMT: // hier gibts keine Swg-Defines
ReadAttr( nToken, &GetAttrSet() );
break;
case RTF_CHRFMT:
case RTF_BRDRDEF:
case RTF_TABSTOPDEF:
if( RTF_SWGDEFS & nToken)
{
if( RTF_IGNOREFLAG != GetStackPtr( -1 )->nTokenId )
break;
nToken = SkipToken( -1 );
if( '{' == GetStackPtr( -1 )->nTokenId )
{
nToken = SkipToken( -1 );
}
}
ReadAttr( nToken, &GetAttrSet() );
break;
default:
{
if( /*( '{' == GetStackPtr( -1 )->nTokenId ) ||*/
( RTF_IGNOREFLAG == GetStackPtr( -1 )->nTokenId &&
'{' == GetStackPtr( -2 )->nTokenId ) )
SkipGroup();
}
break;
}
break;
}
}
void SvxRTFParser::ReadStyleTable()
{
int nToken, bSaveChkStyleAttr = bChkStyleAttr;
short nStyleNo = 0;
int nOpenBrakets = 1; // die erste wurde schon vorher erkannt !!
SvxRTFStyleType* pStyle = new SvxRTFStyleType( *pAttrPool, aWhichMap.GetData() );
pStyle->aAttrSet.Put( GetRTFDefaults() );
bIsInReadStyleTab = TRUE;
bChkStyleAttr = FALSE; // Attribute nicht gegen die Styles checken
while( nOpenBrakets && IsParserWorking() )
{
switch( nToken = GetNextToken() )
{
case '}': if( --nOpenBrakets && IsParserWorking() )
// Style konnte vollstaendig gelesen werden,
// also ist das noch ein stabiler Status
SaveState( RTF_STYLESHEET );
break;
case '{':
{
if( RTF_IGNOREFLAG != GetNextToken() )
nToken = SkipToken( -1 );
else if( RTF_UNKNOWNCONTROL != ( nToken = GetNextToken() ) &&
RTF_PN != nToken )
nToken = SkipToken( -2 );
else
{
// gleich herausfiltern
ReadUnknownData();
nToken = GetNextToken();
if( '}' != nToken )
eState = SVPAR_ERROR;
break;
}
++nOpenBrakets;
}
break;
case RTF_SBASEDON: pStyle->nBasedOn = USHORT(nTokenValue); pStyle->bBasedOnIsSet=TRUE; break;
case RTF_SNEXT: pStyle->nNext = USHORT(nTokenValue); break;
case RTF_OUTLINELEVEL:
case RTF_SOUTLVL: pStyle->nOutlineNo = BYTE(nTokenValue); break;
case RTF_S: nStyleNo = (short)nTokenValue; break;
case RTF_CS: nStyleNo = (short)nTokenValue;
pStyle->bIsCharFmt = TRUE;
break;
case RTF_TEXTTOKEN:
{
pStyle->sName = DelCharAtEnd( aToken, ';' );
/*
??? soll man das umsetzen ???
if( !pStyle->sName.Len() )
pStyle->sName = "Standard";
*/
// sollte die Nummer doppelt vergeben werden ?
if( aStyleTbl.Count() )
{
SvxRTFStyleType* pOldSt = aStyleTbl.Remove( nStyleNo );
if( pOldSt )
delete pOldSt;
}
// alle Daten vom Style vorhanden, also ab in die Tabelle
aStyleTbl.Insert( nStyleNo, pStyle );
pStyle = new SvxRTFStyleType( *pAttrPool, aWhichMap.GetData() );
pStyle->aAttrSet.Put( GetRTFDefaults() );
nStyleNo = 0;
}
break;
default:
switch( nToken & ~(0xff | RTF_SWGDEFS) )
{
case RTF_PARFMT: // hier gibts keine Swg-Defines
ReadAttr( nToken, &pStyle->aAttrSet );
break;
case RTF_CHRFMT:
case RTF_BRDRDEF:
case RTF_TABSTOPDEF:
if( RTF_SWGDEFS & nToken)
{
if( RTF_IGNOREFLAG != GetStackPtr( -1 )->nTokenId )
break;
nToken = SkipToken( -1 );
if( '{' == GetStackPtr( -1 )->nTokenId )
{
nToken = SkipToken( -1 );
#if 0
--nOpenBrakets; // korrigieren!!
#endif
}
}
ReadAttr( nToken, &pStyle->aAttrSet );
break;
}
break;
}
}
delete pStyle; // loesche das letze Style
SkipToken( -1 ); // die schliesende Klammer wird "oben" ausgewertet
// Flag wieder auf alten Zustand
bChkStyleAttr = bSaveChkStyleAttr;
bIsInReadStyleTab = FALSE;
}
void SvxRTFParser::ReadColorTable()
{
int nToken;
BYTE nRed = -1, nGreen = -1, nBlue = -1;
while( '}' != ( nToken = GetNextToken() ) && IsParserWorking() )
{
switch( nToken )
{
case RTF_RED: nRed = BYTE(nTokenValue); break;
case RTF_GREEN: nGreen = BYTE(nTokenValue); break;
case RTF_BLUE: nBlue = BYTE(nTokenValue); break;
case RTF_TEXTTOKEN: // oder sollte irgendein Unsin darumstehen?
if( 1 == aToken.Len()
? aToken.GetChar( 0 ) != ';'
: STRING_NOTFOUND == aToken.Search( ';' ) )
break; // es muss zumindestens das ';' gefunden werden
// else kein break !!
case ';':
if( IsParserWorking() )
{
// eine Farbe ist Fertig, in die Tabelle eintragen
// versuche die Werte auf SV interne Namen zu mappen
ColorPtr pColor = new Color( nRed, nGreen, nBlue );
if( !aColorTbl.Count() &&
BYTE(-1) == nRed && BYTE(-1) == nGreen && BYTE(-1) == nBlue )
pColor->SetColor( COL_AUTO );
aColorTbl.Insert( pColor, aColorTbl.Count() );
nRed = 0, nGreen = 0, nBlue = 0;
// Color konnte vollstaendig gelesen werden,
// also ist das noch ein stabiler Status
SaveState( RTF_COLORTBL );
}
break;
}
}
SkipToken( -1 ); // die schliesende Klammer wird "oben" ausgewertet
}
void SvxRTFParser::ReadFontTable()
{
int nToken;
int nOpenBrakets = 1; // die erste wurde schon vorher erkannt !!
Font* pFont = new Font();
short nFontNo(0), nInsFontNo;
String sAltNm, sFntNm;
BOOL bIsAltFntNm = FALSE, bCheckNewFont;
while( nOpenBrakets && IsParserWorking() )
{
bCheckNewFont = FALSE;
switch( ( nToken = GetNextToken() ))
{
case '}':
bIsAltFntNm = FALSE;
// Style konnte vollstaendig gelesen werden,
// also ist das noch ein stabiler Status
if( --nOpenBrakets <= 1 && IsParserWorking() )
SaveState( RTF_FONTTBL );
bCheckNewFont = TRUE;
nInsFontNo = nFontNo;
break;
case '{':
if( RTF_IGNOREFLAG != GetNextToken() )
nToken = SkipToken( -1 );
// Unknown und alle bekannten nicht ausgewerteten Gruppen
// sofort ueberspringen
else if( RTF_UNKNOWNCONTROL != ( nToken = GetNextToken() ) &&
RTF_PANOSE != nToken && RTF_FNAME != nToken &&
RTF_FONTEMB != nToken && RTF_FONTFILE != nToken )
nToken = SkipToken( -2 );
else
{
// gleich herausfiltern
ReadUnknownData();
nToken = GetNextToken();
if( '}' != nToken )
eState = SVPAR_ERROR;
break;
}
++nOpenBrakets;
break;
case RTF_FROMAN:
pFont->SetFamily( FAMILY_ROMAN );
break;
case RTF_FSWISS:
pFont->SetFamily( FAMILY_SWISS );
break;
case RTF_FMODERN:
pFont->SetFamily( FAMILY_MODERN );
break;
case RTF_FSCRIPT:
pFont->SetFamily( FAMILY_SCRIPT );
break;
case RTF_FDECOR:
pFont->SetFamily( FAMILY_DECORATIVE );
break;
// bei technischen/symbolischen Font wird der CharSet ungeschaltet!!
case RTF_FTECH:
pFont->SetCharSet( RTL_TEXTENCODING_SYMBOL );
// deliberate fall through
case RTF_FNIL:
pFont->SetFamily( FAMILY_DONTKNOW );
break;
case RTF_FCHARSET:
if (-1 != nTokenValue)
{
CharSet nCharSet = rtl_getTextEncodingFromWindowsCharset(
(BYTE)nTokenValue);
pFont->SetCharSet(nCharSet);
//When we're in a font, the fontname is in the font
//charset, except for symbol fonts I believe
if (nCharSet == RTL_TEXTENCODING_SYMBOL)
nCharSet = RTL_TEXTENCODING_DONTKNOW;
SetEncoding(nCharSet);
}
break;
case RTF_FPRQ:
switch( nTokenValue )
{
case 1:
pFont->SetPitch( PITCH_FIXED );
break;
case 2:
pFont->SetPitch( PITCH_VARIABLE );
break;
}
break;
case RTF_F:
bCheckNewFont = TRUE;
nInsFontNo = nFontNo;
nFontNo = (short)nTokenValue;
break;
case RTF_FALT:
bIsAltFntNm = TRUE;
break;
case RTF_TEXTTOKEN:
DelCharAtEnd( aToken, ';' );
if ( aToken.Len() )
{
if( bIsAltFntNm )
sAltNm = aToken;
else
sFntNm = aToken;
}
break;
}
if( bCheckNewFont && 1 >= nOpenBrakets && sFntNm.Len() ) // one font is ready
{
// alle Daten vom Font vorhanden, also ab in die Tabelle
if (sAltNm.Len())
(sFntNm += ';' ) += sAltNm;
pFont->SetName( sFntNm );
aFontTbl.Insert( nInsFontNo, pFont );
pFont = new Font();
sAltNm.Erase();
sFntNm.Erase();
}
}
// den letzen muessen wir selbst loeschen
delete pFont;
SkipToken( -1 ); // die schliesende Klammer wird "oben" ausgewertet
// setze den default Font am Doc
if( bNewDoc && IsParserWorking() )
SetDefault( RTF_DEFF, nDfltFont );
}
void SvxRTFParser::ReadBitmapData()
{
SvRTFParser::ReadBitmapData();
}
void SvxRTFParser::ReadOLEData()
{
SvRTFParser::ReadOLEData();
}
String& SvxRTFParser::GetTextToEndGroup( String& rStr )
{
rStr.Erase( 0 );
int nOpenBrakets = 1, nToken; // die erste wurde schon vorher erkannt !!
while( nOpenBrakets && IsParserWorking() )
{
switch( nToken = GetNextToken() )
{
case '}': --nOpenBrakets; break;
case '{':
{
if( RTF_IGNOREFLAG != GetNextToken() )
nToken = SkipToken( -1 );
else if( RTF_UNKNOWNCONTROL != GetNextToken() )
nToken = SkipToken( -2 );
else
{
// gleich herausfiltern
ReadUnknownData();
nToken = GetNextToken();
if( '}' != nToken )
eState = SVPAR_ERROR;
break;
}
++nOpenBrakets;
}
break;
case RTF_TEXTTOKEN:
rStr += aToken;
break;
}
}
SkipToken( -1 ); // die schliesende Klammer wird "oben" ausgewertet
return rStr;
}
DateTime& SvxRTFParser::GetDateTimeStamp( DateTime& rDT )
{
DateTime aDT;
BOOL bWeiter = TRUE;
int nToken;
while( bWeiter && IsParserWorking() )
{
switch( nToken = GetNextToken() )
{
case RTF_YR: aDT.SetYear( (USHORT)nTokenValue ); break;
case RTF_MO: aDT.SetMonth( (USHORT)nTokenValue ); break;
case RTF_DY: aDT.SetDay( (USHORT)nTokenValue ); break;
case RTF_HR: aDT.SetHour( (USHORT)nTokenValue ); break;
case RTF_MIN: aDT.SetMin( (USHORT)nTokenValue ); break;
default:
bWeiter = FALSE;
}
}
rDT = aDT;
SkipToken( -1 ); // die schliesende Klammer wird "oben" ausgewertet
return rDT;
}
void SvxRTFParser::ReadInfo( const sal_Char* pChkForVerNo )
{
#ifndef SVX_LIGHT
int nOpenBrakets = 1, nToken; // die erste wurde schon vorher erkannt !!
pSfxInfo = new SfxDocumentInfo;
String sStr, sComment;
long nVersNo;
SfxStamp aCreate, aModified;
DateTime aDT;
while( nOpenBrakets && IsParserWorking() )
{
switch( nToken = GetNextToken() )
{
case '}': --nOpenBrakets; break;
case '{':
{
if( RTF_IGNOREFLAG != GetNextToken() )
nToken = SkipToken( -1 );
else if( RTF_UNKNOWNCONTROL != GetNextToken() )
nToken = SkipToken( -2 );
else
{
// gleich herausfiltern
ReadUnknownData();
nToken = GetNextToken();
if( '}' != nToken )
eState = SVPAR_ERROR;
break;
}
++nOpenBrakets;
}
break;
case RTF_TITLE:
pSfxInfo->SetTitle( GetTextToEndGroup( sStr ) );
break;
case RTF_SUBJECT:
pSfxInfo->SetTheme( GetTextToEndGroup( sStr ) );
break;
case RTF_AUTHOR:
aCreate.SetName( GetTextToEndGroup( sStr ) );
break;
case RTF_OPERATOR:
aModified.SetName( GetTextToEndGroup( sStr ) );
break;
case RTF_KEYWORDS:
pSfxInfo->SetKeywords( GetTextToEndGroup( sStr ) );
break;
case RTF_DOCCOMM:
pSfxInfo->SetComment( GetTextToEndGroup( sStr ) );
break;
case RTF_HLINKBASE:
sBaseURL = GetTextToEndGroup( sStr ) ;
break;
case RTF_CREATIM:
aCreate.SetTime( GetDateTimeStamp( aDT ) );
break;
case RTF_REVTIM:
aModified.SetTime( GetDateTimeStamp( aDT ) );
break;
case RTF_PRINTIM:
{
SfxStamp aTmp;
aTmp.SetTime( GetDateTimeStamp( aDT ) );
pSfxInfo->SetPrinted( aTmp );
}
break;
case RTF_COMMENT:
GetTextToEndGroup( sComment );
break;
case RTF_BUPTIM:
SkipGroup();
break;
case RTF_VERN:
nVersNo = nTokenValue;
break;
case RTF_EDMINS:
case RTF_ID:
case RTF_VERSION:
case RTF_NOFPAGES:
case RTF_NOFWORDS:
case RTF_NOFCHARS:
NextToken( nToken );
break;
// default:
}
}
pSfxInfo->SetCreated( aCreate );
pSfxInfo->SetChanged( aModified );
if( pChkForVerNo &&
COMPARE_EQUAL == sComment.CompareToAscii( pChkForVerNo ))
nVersionNo = nVersNo;
SkipToken( -1 ); // die schliesende Klammer wird "oben" ausgewertet
#endif
}
void SvxRTFParser::ClearColorTbl()
{
aColorTbl.DeleteAndDestroy( 0, aColorTbl.Count() );
}
void SvxRTFParser::ClearFontTbl()
{
for( ULONG nCnt = aFontTbl.Count(); nCnt; )
delete aFontTbl.GetObject( --nCnt );
}
void SvxRTFParser::ClearStyleTbl()
{
for( ULONG nCnt = aStyleTbl.Count(); nCnt; )
delete aStyleTbl.GetObject( --nCnt );
}
void SvxRTFParser::ClearAttrStack()
{
SvxRTFItemStackType* pTmp;
for( ULONG nCnt = aAttrStack.Count(); nCnt; --nCnt )
{
pTmp = aAttrStack.Pop();
delete pTmp;
}
}
String& SvxRTFParser::DelCharAtEnd( String& rStr, const sal_Unicode cDel )
{
if( rStr.Len() && ' ' == rStr.GetChar( 0 ))
rStr.EraseLeadingChars();
if( rStr.Len() && ' ' == rStr.GetChar( rStr.Len()-1 ))
rStr.EraseTrailingChars();
if( rStr.Len() && cDel == rStr.GetChar( rStr.Len()-1 ))
rStr.Erase( rStr.Len()-1 );
return rStr;
}
const Font& SvxRTFParser::GetFont( USHORT nId )
{
const Font* pFont = aFontTbl.Get( nId );
if( !pFont )
{
#ifdef MAC
Str255 aMacString;
GetFontName( nId, aMacString );
if( 0 != aMacString[0] ) // FontName gefunden ?
{
String aFontNm( aMacString.GetBuffer() + 1,
(xub_StrLen)aMacString.GetChar(0),
RTL_TEXTENCODING_APPLE_ROMAN );
pDfltFont->SetName( aFontNm );
pDfltFont->SetFamily( FAMILY_DONTKNOW );
}
else
#endif
{
const SvxFontItem& rDfltFont = (const SvxFontItem&)
pAttrPool->GetDefaultItem(
((RTFPlainAttrMapIds*)aPlainMap.GetData())->nFont );
pDfltFont->SetName( rDfltFont.GetStyleName() );
pDfltFont->SetFamily( rDfltFont.GetFamily() );
}
pFont = pDfltFont;
}
return *pFont;
}
SvxRTFItemStackType* SvxRTFParser::_GetAttrSet( int bCopyAttr )
{
SvxRTFItemStackType* pAkt = aAttrStack.Top();
SvxRTFItemStackType* pNew;
if( pAkt )
pNew = new SvxRTFItemStackType( *pAkt, *pInsPos, bCopyAttr );
else
pNew = new SvxRTFItemStackType( *pAttrPool, aWhichMap.GetData(),
*pInsPos );
pNew->SetRTFDefaults( GetRTFDefaults() );
aAttrStack.Push( pNew );
bNewGroup = FALSE;
return pNew;
}
void SvxRTFParser::_ClearStyleAttr( SvxRTFItemStackType& rStkType )
{
// check attributes to the attributes of the stylesheet or to
// the default attrs of the document
SfxItemSet &rSet = rStkType.GetAttrSet();
const SfxItemPool& rPool = *rSet.GetPool();
const SfxPoolItem* pItem;
SfxWhichIter aIter( rSet );
SvxRTFStyleType* pStyle;
if( !IsChkStyleAttr() ||
!rStkType.GetAttrSet().Count() ||
0 == ( pStyle = aStyleTbl.Get( rStkType.nStyleNo ) ))
{
for( USHORT nWhich = aIter.GetCurWhich(); nWhich; nWhich = aIter.NextWhich() )
{
if( SFX_WHICH_MAX > nWhich &&
SFX_ITEM_SET == rSet.GetItemState( nWhich, FALSE, &pItem ) &&
rPool.GetDefaultItem( nWhich ) == *pItem )
rSet.ClearItem( nWhich ); // loeschen
}
}
else
{
// alle Attribute, die schon vom Style definiert sind, aus dem
// akt. AttrSet entfernen
SfxItemSet &rStyleSet = pStyle->aAttrSet;
const SfxPoolItem* pSItem;
for( USHORT nWhich = aIter.GetCurWhich(); nWhich; nWhich = aIter.NextWhich() )
{
if( SFX_ITEM_SET == rStyleSet.GetItemState( nWhich, TRUE, &pSItem ))
{
// JP 22.06.99: im Style und im Set gleich gesetzt -> loeschen
if( SFX_ITEM_SET == rSet.GetItemState( nWhich, FALSE, &pItem )
&& *pItem == *pSItem )
rSet.ClearItem( nWhich ); // loeschen
}
// Bug 59571 - falls nicht im Style gesetzt und gleich mit
// dem PoolDefault -> auch dann loeschen
else if( SFX_WHICH_MAX > nWhich &&
SFX_ITEM_SET == rSet.GetItemState( nWhich, FALSE, &pItem ) &&
rPool.GetDefaultItem( nWhich ) == *pItem )
rSet.ClearItem( nWhich ); // loeschen
}
}
}
void SvxRTFParser::AttrGroupEnd() // den akt. Bearbeiten, vom Stack loeschen
{
if( aAttrStack.Count() )
{
SvxRTFItemStackType *pOld = aAttrStack.Pop();
SvxRTFItemStackType *pAkt = aAttrStack.Top();
do { // middle check loop
ULONG nOldSttNdIdx = pOld->pSttNd->GetIdx();
if( !pOld->pChildList &&
((!pOld->aAttrSet.Count() && !pOld->nStyleNo ) ||
(nOldSttNdIdx == pInsPos->GetNodeIdx() &&
pOld->nSttCnt == pInsPos->GetCntIdx() )))
break; // keine Attribute oder Bereich
// setze nur die Attribute, die unterschiedlich zum Parent sind
if( pAkt && pOld->aAttrSet.Count() )
{
SfxItemIter aIter( pOld->aAttrSet );
const SfxPoolItem* pItem = aIter.GetCurItem(), *pGet;
while( TRUE )
{
if( SFX_ITEM_SET == pAkt->aAttrSet.GetItemState(
pItem->Which(), FALSE, &pGet ) &&
*pItem == *pGet )
pOld->aAttrSet.ClearItem( pItem->Which() );
if( aIter.IsAtEnd() )
break;
pItem = aIter.NextItem();
}
if( !pOld->aAttrSet.Count() && !pOld->pChildList &&
!pOld->nStyleNo )
break;
}
// setze alle Attribute, die von Start bis hier
// definiert sind.
int bCrsrBack = !pInsPos->GetCntIdx();
if( bCrsrBack )
{
// am Absatzanfang ? eine Position zurueck
ULONG nNd = pInsPos->GetNodeIdx();
MovePos( FALSE );
// if can not move backward then later dont move forward !
bCrsrBack = nNd != pInsPos->GetNodeIdx();
}
//Bug #46608#: ungueltige Bereiche ignorieren!
if( ( pOld->pSttNd->GetIdx() < pInsPos->GetNodeIdx() ||
( pOld->pSttNd->GetIdx() == pInsPos->GetNodeIdx() &&
pOld->nSttCnt <= pInsPos->GetCntIdx() ))
#if 0
//BUG 68555 - dont test for empty paragraph or any range
&& ( nOldSttNdIdx != pInsPos->GetNodeIdx() ||
pOld->nSttCnt != pInsPos->GetCntIdx() ||
!pOld->nSttCnt )
#endif
)
{
if( !bCrsrBack )
{
// alle pard-Attribute gelten nur bis zum vorherigen
// Absatz !!
if( nOldSttNdIdx == pInsPos->GetNodeIdx() )
{
#if 0
//BUG 68555 - dont reset pard attrs, if the group not begins not at start of
// paragraph
// Bereich innerhalb eines Absatzes:
// alle Absatz-Attribute und StyleNo loeschen
// aber nur wenn mitten drin angefangen wurde
if( pOld->nSttCnt )
{
pOld->nStyleNo = 0;
for( USHORT n = 0; n < aPardMap.Count() &&
pOld->aAttrSet.Count(); ++n )
if( aPardMap[n] )
pOld->aAttrSet.ClearItem( aPardMap[n] );
if( !pOld->aAttrSet.Count() && !pOld->pChildList &&
!pOld->nStyleNo )
break; // auch dieser verlaesst uns jetzt
}
#endif
}
else
{
// jetzt wirds kompliziert:
// - alle Zeichen-Attribute behalten den Bereich,
// - alle Absatz-Attribute bekommen den Bereich
// bis zum vorherigen Absatz
SvxRTFItemStackType* pNew = new SvxRTFItemStackType(
*pOld, *pInsPos, TRUE );
pNew->aAttrSet.SetParent( pOld->aAttrSet.GetParent() );
// loesche aus pNew alle Absatz Attribute
for( USHORT n = 0; n < aPardMap.Count() &&
pNew->aAttrSet.Count(); ++n )
if( aPardMap[n] )
pNew->aAttrSet.ClearItem( aPardMap[n] );
pNew->SetRTFDefaults( GetRTFDefaults() );
// gab es ueberhaupt welche ?
if( pNew->aAttrSet.Count() == pOld->aAttrSet.Count() )
delete pNew; // das wars dann
else
{
pNew->nStyleNo = 0;
// spanne jetzt den richtigen Bereich auf
// pNew von alter
SetEndPrevPara( pOld->pEndNd, pOld->nEndCnt );
pNew->nSttCnt = 0;
if( IsChkStyleAttr() )
{
_ClearStyleAttr( *pOld );
_ClearStyleAttr( *pNew ); //#i10381#, methinks.
}
if( pAkt )
{
pAkt->Add( pOld );
pAkt->Add( pNew );
}
else
{
// letzter vom Stack, also zwischenspeichern, bis der
// naechste Text eingelesen wurde. (keine Attribute
// aufspannen!!)
aAttrSetList.Insert( pOld, aAttrSetList.Count() );
aAttrSetList.Insert( pNew, aAttrSetList.Count() );
}
pOld = 0; // pOld nicht loeschen
break; // das wars !!
}
}
}
pOld->pEndNd = pInsPos->MakeNodeIdx();
pOld->nEndCnt = pInsPos->GetCntIdx();
#if 0
if( IsChkStyleAttr() )
_ClearStyleAttr( *pOld );
#else
/*
#i21422#
If the parent (pAkt) sets something e.g. , and the child (pOld)
unsets it and the style both are based on has it unset then
clearing the pOld by looking at the style is clearly a disaster
as the text ends up with pAkts bold and not pOlds no bold, this
should be rethought out. For the moment its safest to just do
the clean if we have no parent, all we suffer is too many
redundant properties.
*/
if (IsChkStyleAttr() && !pAkt)
_ClearStyleAttr( *pOld );
#endif
if( pAkt )
{
pAkt->Add( pOld );
// split up and create new entry, because it make no sense
// to create a "so long" depend list. Bug 95010
if( bCrsrBack && 50 < pAkt->pChildList->Count() )
{
// am Absatzanfang ? eine Position zurueck
MovePos( TRUE );
bCrsrBack = FALSE;
// eine neue Gruppe aufmachen
SvxRTFItemStackType* pNew = new SvxRTFItemStackType(
*pAkt, *pInsPos, TRUE );
pNew->SetRTFDefaults( GetRTFDefaults() );
// alle bis hierher gueltigen Attribute "setzen"
AttrGroupEnd();
pAkt = aAttrStack.Top(); // can be changed after AttrGroupEnd!
pNew->aAttrSet.SetParent( pAkt ? &pAkt->aAttrSet : 0 );
aAttrStack.Push( pNew );
pAkt = pNew;
}
}
else
// letzter vom Stack, also zwischenspeichern, bis der
// naechste Text eingelesen wurde. (keine Attribute
// aufspannen!!)
aAttrSetList.Insert( pOld, aAttrSetList.Count() );
pOld = 0;
}
if( bCrsrBack )
// am Absatzanfang ? eine Position zurueck
MovePos( TRUE );
} while( FALSE );
if( pOld )
delete pOld;
bNewGroup = FALSE;
}
}
void SvxRTFParser::SetAllAttrOfStk() // end all Attr. and set it into doc
{
// noch alle Attrbute vom Stack holen !!
while( aAttrStack.Count() )
AttrGroupEnd();
for( USHORT n = aAttrSetList.Count(); n; )
{
SvxRTFItemStackType* pStkSet = aAttrSetList[--n];
SetAttrSet( *pStkSet );
aAttrSetList.DeleteAndDestroy( n );
}
}
// setzt alle Attribute, die unterschiedlich zum aktuellen sind
void SvxRTFParser::SetAttrSet( SvxRTFItemStackType &rSet )
{
// wurde DefTab nie eingelesen? dann setze auf default
if( !bIsSetDfltTab )
SetDefault( RTF_DEFTAB, 720 );
if( rSet.pChildList )
rSet.Compress( *this );
if( rSet.aAttrSet.Count() || rSet.nStyleNo )
SetAttrInDoc( rSet );
// dann mal alle Childs abarbeiten
if( rSet.pChildList )
for( USHORT n = 0; n < rSet.pChildList->Count(); ++n )
SetAttrSet( *(*rSet.pChildList)[ n ] );
}
// wurde noch kein Text eingefuegt ? (SttPos vom obersten StackEintrag!)
int SvxRTFParser::IsAttrSttPos()
{
SvxRTFItemStackType* pAkt = aAttrStack.Top();
return !pAkt || (pAkt->pSttNd->GetIdx() == pInsPos->GetNodeIdx() &&
pAkt->nSttCnt == pInsPos->GetCntIdx());
}
void SvxRTFParser::SetAttrInDoc( SvxRTFItemStackType & )
{
}
#ifdef USED
void SvxRTFParser::SaveState( int nToken )
{
SvRTFParser::SaveState( nToken );
}
void SvxRTFParser::RestoreState()
{
SvRTFParser::RestoreState();
}
#endif
void SvxRTFParser::BuildWhichTbl()
{
if( aWhichMap.Count() )
aWhichMap.Remove( 0, aWhichMap.Count() );
aWhichMap.Insert( (USHORT)0, (USHORT)0 );
// Aufbau einer Which-Map 'rWhichMap' aus einem Array von
// 'pWhichIds' von Which-Ids. Es hat die Lange 'nWhichIds'.
// Die Which-Map wird nicht geloescht.
SvParser::BuildWhichTbl( aWhichMap, (USHORT*)aPardMap.GetData(), aPardMap.Count() );
SvParser::BuildWhichTbl( aWhichMap, (USHORT*)aPlainMap.GetData(), aPlainMap.Count() );
}
const SfxItemSet& SvxRTFParser::GetRTFDefaults()
{
if( !pRTFDefaults )
{
pRTFDefaults = new SfxItemSet( *pAttrPool, aWhichMap.GetData() );
USHORT nId;
if( 0 != ( nId = ((RTFPardAttrMapIds*)aPardMap.GetData())->nScriptSpace ))
{
SvxScriptSpaceItem aItem( FALSE, nId );
if( bNewDoc )
pAttrPool->SetPoolDefaultItem( aItem );
else
pRTFDefaults->Put( aItem );
}
}
return *pRTFDefaults;
}
/* */
SvxRTFStyleType::SvxRTFStyleType( SfxItemPool& rPool, const USHORT* pWhichRange )
: aAttrSet( rPool, pWhichRange )
{
nOutlineNo = BYTE(-1); // nicht gesetzt
nBasedOn = 0;
bBasedOnIsSet = FALSE; //$flr #117411#
nNext = 0;
bIsCharFmt = FALSE;
}
SvxRTFItemStackType::SvxRTFItemStackType(
SfxItemPool& rPool, const USHORT* pWhichRange,
const SvxPosition& rPos )
: aAttrSet( rPool, pWhichRange ),
pChildList( 0 ),
nStyleNo( 0 )
{
pSttNd = rPos.MakeNodeIdx();
nSttCnt = rPos.GetCntIdx();
pEndNd = pSttNd;
nEndCnt = nSttCnt;
}
SvxRTFItemStackType::SvxRTFItemStackType(
const SvxRTFItemStackType& rCpy,
const SvxPosition& rPos,
int bCopyAttr )
: aAttrSet( *rCpy.aAttrSet.GetPool(), rCpy.aAttrSet.GetRanges() ),
pChildList( 0 ),
nStyleNo( rCpy.nStyleNo )
{
pSttNd = rPos.MakeNodeIdx();
nSttCnt = rPos.GetCntIdx();
pEndNd = pSttNd;
nEndCnt = nSttCnt;
aAttrSet.SetParent( &rCpy.aAttrSet );
if( bCopyAttr )
aAttrSet.Put( rCpy.aAttrSet );
}
SvxRTFItemStackType::~SvxRTFItemStackType()
{
if( pChildList )
delete pChildList;
if( pSttNd != pEndNd )
delete pEndNd;
delete pSttNd;
}
void SvxRTFItemStackType::Add( SvxRTFItemStackType* pIns )
{
if( !pChildList )
pChildList = new SvxRTFItemStackList( 4, 16 );
pChildList->Insert( pIns, pChildList->Count() );
}
#if 0
//cmc: This is the original. nEndCnt is redundantly assigned to itself, and
//pEndNd can leak if not equal to pSttNd.
void SvxRTFItemStackType::SetStartPos( const SvxPosition& rPos )
{
delete pSttNd;
pSttNd = rPos.MakeNodeIdx();
nSttCnt = rPos.GetCntIdx();
pEndNd = pSttNd;
nEndCnt = nEndCnt;
}
#else
void SvxRTFItemStackType::SetStartPos( const SvxPosition& rPos )
{
if (pSttNd != pEndNd)
delete pEndNd;
delete pSttNd;
pSttNd = rPos.MakeNodeIdx();
pEndNd = pSttNd;
nSttCnt = rPos.GetCntIdx();
}
#endif
void SvxRTFItemStackType::MoveFullNode(const SvxNodeIdx &rOldNode,
const SvxNodeIdx &rNewNode)
{
bool bSameEndAsStart = (pSttNd == pEndNd) ? true : false;
if (GetSttNodeIdx() == rOldNode.GetIdx())
{
delete pSttNd;
pSttNd = rNewNode.Clone();
if (bSameEndAsStart)
pEndNd = pSttNd;
}
if (!bSameEndAsStart && GetEndNodeIdx() == rOldNode.GetIdx())
{
delete pEndNd;
pEndNd = rNewNode.Clone();
}
//And the same for all the children
USHORT nCount = pChildList ? pChildList->Count() : 0;
for (USHORT i = 0; i < nCount; ++i)
{
SvxRTFItemStackType* pStk = (*pChildList)[i];
pStk->MoveFullNode(rOldNode, rNewNode);
}
}
bool SvxRTFParser::UncompressableStackEntry(const SvxRTFItemStackType &rSet) const
{
return false;
}
void SvxRTFItemStackType::Compress( const SvxRTFParser& rParser )
{
DBG_ASSERT( pChildList, "es gibt keine ChildListe" );
USHORT n;
SvxRTFItemStackType* pTmp = (*pChildList)[0];
if( !pTmp->aAttrSet.Count() ||
pSttNd->GetIdx() != pTmp->pSttNd->GetIdx() ||
nSttCnt != pTmp->nSttCnt )
return;
SvxNodeIdx* pLastNd = pTmp->pEndNd;
xub_StrLen nLastCnt = pTmp->nEndCnt;
SfxItemSet aMrgSet( pTmp->aAttrSet );
for( n = 1; n < pChildList->Count(); ++n )
{
pTmp = (*pChildList)[n];
if( pTmp->pChildList )
pTmp->Compress( rParser );
if( !pTmp->nSttCnt
? (pLastNd->GetIdx()+1 != pTmp->pSttNd->GetIdx() ||
!rParser.IsEndPara( pLastNd, nLastCnt ) )
: ( pTmp->nSttCnt != nLastCnt ||
pLastNd->GetIdx() != pTmp->pSttNd->GetIdx() ))
{
while( ++n < pChildList->Count() )
if( (pTmp = (*pChildList)[n])->pChildList )
pTmp->Compress( rParser );
return;
}
if (rParser.UncompressableStackEntry(*pTmp))
return;
if( n )
{
// suche alle, die ueber den gesamten Bereich gesetzt sind
SfxItemIter aIter( aMrgSet );
const SfxPoolItem* pItem;
do {
USHORT nWhich = aIter.GetCurItem()->Which();
if( SFX_ITEM_SET != pTmp->aAttrSet.GetItemState( nWhich,
FALSE, &pItem ) || *pItem != *aIter.GetCurItem() )
aMrgSet.ClearItem( nWhich );
if( aIter.IsAtEnd() )
break;
aIter.NextItem();
} while( TRUE );
if( !aMrgSet.Count() )
return;
}
pLastNd = pTmp->pEndNd;
nLastCnt = pTmp->nEndCnt;
}
if( pEndNd->GetIdx() != pLastNd->GetIdx() || nEndCnt != nLastCnt )
return;
// es kann zusammengefasst werden
aAttrSet.Put( aMrgSet );
for( n = 0; n < pChildList->Count(); ++n )
{
pTmp = (*pChildList)[n];
pTmp->aAttrSet.Differentiate( aMrgSet );
if( !pTmp->pChildList && !pTmp->aAttrSet.Count() && !pTmp->nStyleNo )
{
pChildList->Remove( n );
delete pTmp;
--n;
continue;
}
}
if( !pChildList->Count() )
{
delete pChildList;
pChildList = 0;
}
}
void SvxRTFItemStackType::SetRTFDefaults( const SfxItemSet& rDefaults )
{
if( rDefaults.Count() )
{
SfxItemIter aIter( rDefaults );
do {
USHORT nWhich = aIter.GetCurItem()->Which();
if( SFX_ITEM_SET != aAttrSet.GetItemState( nWhich, FALSE ))
aAttrSet.Put( *aIter.GetCurItem() );
if( aIter.IsAtEnd() )
break;
aIter.NextItem();
} while( TRUE );
}
}
/* */
RTFPlainAttrMapIds::RTFPlainAttrMapIds( const SfxItemPool& rPool )
{
nCaseMap = rPool.GetTrueWhich( SID_ATTR_CHAR_CASEMAP, FALSE );
nBgColor = rPool.GetTrueWhich( SID_ATTR_BRUSH_CHAR, FALSE );
nColor = rPool.GetTrueWhich( SID_ATTR_CHAR_COLOR, FALSE );
nContour = rPool.GetTrueWhich( SID_ATTR_CHAR_CONTOUR, FALSE );
nCrossedOut = rPool.GetTrueWhich( SID_ATTR_CHAR_STRIKEOUT, FALSE );
nEscapement = rPool.GetTrueWhich( SID_ATTR_CHAR_ESCAPEMENT, FALSE );
nFont = rPool.GetTrueWhich( SID_ATTR_CHAR_FONT, FALSE );
nFontHeight = rPool.GetTrueWhich( SID_ATTR_CHAR_FONTHEIGHT, FALSE );
nKering = rPool.GetTrueWhich( SID_ATTR_CHAR_KERNING, FALSE );
nLanguage = rPool.GetTrueWhich( SID_ATTR_CHAR_LANGUAGE, FALSE );
nPosture = rPool.GetTrueWhich( SID_ATTR_CHAR_POSTURE, FALSE );
nShadowed = rPool.GetTrueWhich( SID_ATTR_CHAR_SHADOWED, FALSE );
nUnderline = rPool.GetTrueWhich( SID_ATTR_CHAR_UNDERLINE, FALSE );
nWeight = rPool.GetTrueWhich( SID_ATTR_CHAR_WEIGHT, FALSE );
nWordlineMode = rPool.GetTrueWhich( SID_ATTR_CHAR_WORDLINEMODE, FALSE );
nAutoKerning = rPool.GetTrueWhich( SID_ATTR_CHAR_AUTOKERN, FALSE );
nCJKFont = rPool.GetTrueWhich( SID_ATTR_CHAR_CJK_FONT, FALSE );
nCJKFontHeight = rPool.GetTrueWhich( SID_ATTR_CHAR_CJK_FONTHEIGHT, FALSE );
nCJKLanguage = rPool.GetTrueWhich( SID_ATTR_CHAR_CJK_LANGUAGE, FALSE );
nCJKPosture = rPool.GetTrueWhich( SID_ATTR_CHAR_CJK_POSTURE, FALSE );
nCJKWeight = rPool.GetTrueWhich( SID_ATTR_CHAR_CJK_WEIGHT, FALSE );
nCTLFont = rPool.GetTrueWhich( SID_ATTR_CHAR_CTL_FONT, FALSE );
nCTLFontHeight = rPool.GetTrueWhich( SID_ATTR_CHAR_CTL_FONTHEIGHT, FALSE );
nCTLLanguage = rPool.GetTrueWhich( SID_ATTR_CHAR_CTL_LANGUAGE, FALSE );
nCTLPosture = rPool.GetTrueWhich( SID_ATTR_CHAR_CTL_POSTURE, FALSE );
nCTLWeight = rPool.GetTrueWhich( SID_ATTR_CHAR_CTL_WEIGHT, FALSE );
nEmphasis = rPool.GetTrueWhich( SID_ATTR_CHAR_EMPHASISMARK, FALSE );
nTwoLines = rPool.GetTrueWhich( SID_ATTR_CHAR_TWO_LINES, FALSE );
nRuby = 0; //rPool.GetTrueWhich( SID_ATTR_CHAR_CJK_RUBY, FALSE );
nCharScaleX = rPool.GetTrueWhich( SID_ATTR_CHAR_SCALEWIDTH, FALSE );
nHorzVert = rPool.GetTrueWhich( SID_ATTR_CHAR_ROTATED, FALSE );
nRelief = rPool.GetTrueWhich( SID_ATTR_CHAR_RELIEF, FALSE );
nHidden = rPool.GetTrueWhich( SID_ATTR_CHAR_HIDDEN, FALSE );
}
RTFPardAttrMapIds ::RTFPardAttrMapIds ( const SfxItemPool& rPool )
{
nLinespacing = rPool.GetTrueWhich( SID_ATTR_PARA_LINESPACE, FALSE );
nAdjust = rPool.GetTrueWhich( SID_ATTR_PARA_ADJUST, FALSE );
nTabStop = rPool.GetTrueWhich( SID_ATTR_TABSTOP, FALSE );
nHyphenzone = rPool.GetTrueWhich( SID_ATTR_PARA_HYPHENZONE, FALSE );
nLRSpace = rPool.GetTrueWhich( SID_ATTR_LRSPACE, FALSE );
nULSpace = rPool.GetTrueWhich( SID_ATTR_ULSPACE, FALSE );
nBrush = rPool.GetTrueWhich( SID_ATTR_BRUSH, FALSE );
nBox = rPool.GetTrueWhich( SID_ATTR_BORDER_OUTER, FALSE );
nShadow = rPool.GetTrueWhich( SID_ATTR_BORDER_SHADOW, FALSE );
nOutlineLvl = rPool.GetTrueWhich( SID_ATTR_PARA_OUTLLEVEL, FALSE );
nSplit = rPool.GetTrueWhich( SID_ATTR_PARA_SPLIT, FALSE );
nKeep = rPool.GetTrueWhich( SID_ATTR_PARA_KEEP, FALSE );
nFontAlign = rPool.GetTrueWhich( SID_PARA_VERTALIGN, FALSE );
nScriptSpace = rPool.GetTrueWhich( SID_ATTR_PARA_SCRIPTSPACE, FALSE );
nHangPunct = rPool.GetTrueWhich( SID_ATTR_PARA_HANGPUNCTUATION, FALSE );
nForbRule = rPool.GetTrueWhich( SID_ATTR_PARA_FORBIDDEN_RULES, FALSE );
nDirection = rPool.GetTrueWhich( SID_ATTR_FRAMEDIRECTION, FALSE );
}
/* vi:set tabstop=4 shiftwidth=4 expandtab: */