/*************************************************************************
*
* $RCSfile: rtfitem.cxx,v $
*
* $Revision: 1.8 $
*
* last change: $Author: jp $ $Date: 2001-05-03 11:49:05 $
*
* 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): _______________________________________
*
*
************************************************************************/
#pragma hdrstop
#define ITEMID_FONTLIST 0
#define ITEMID_FONT 0
#define ITEMID_POSTURE 0
#define ITEMID_WEIGHT 0
#define ITEMID_FONTHEIGHT 0
#define ITEMID_UNDERLINE 0
#define ITEMID_CROSSEDOUT 0
#define ITEMID_SHADOWED 0
#define ITEMID_AUTOKERN 0
#define ITEMID_WORDLINEMODE 0
#define ITEMID_CONTOUR 0
#define ITEMID_PROPSIZE 0
#define ITEMID_COLOR 0
#define ITEMID_CHARSETCOLOR 0
#define ITEMID_KERNING 0
#define ITEMID_CASEMAP 0
#define ITEMID_ESCAPEMENT 0
#define ITEMID_LANGUAGE 0
#define ITEMID_NOLINEBREAK 0
#define ITEMID_NOHYPHENHERE 0
#define ITEMID_BLINK 0
#define ITEMID_PAPERBIN 0
#define ITEMID_SIZE 0
#define ITEMID_LRSPACE 0
#define ITEMID_ULSPACE 0
#define ITEMID_PRINT 0
#define ITEMID_OPAQUE 0
#define ITEMID_PROTECT 0
#define ITEMID_SHADOW 0
#define ITEMID_BOX 0
#define ITEMID_BOXINFO 0
#define TEMID_FMTBREAK 0
#define ITEMID_FMTKEEP 0
#define ITEMID_LINE 0
#define ITEMID_BRUSH 0
#define ITEMID_LINESPACING 0
#define TEMID_ADJUST 0
#define ITEMID_ORPHANS 0
#define ITEMID_WIDOWS 0
#define ITEMID_TABSTOP 0
#define ITEMID_PAGEMODEL 0
#define ITEMID_FMTSPLIT 0
#define ITEMID_HYPHENZONE 0
#define ITEMID_FMTBREAK 0
#define ITEMID_ADJUST 0
#define ITEMID_EMPHASISMARK 0
#define ITEMID_TWOLINES 0
#define ITEMID_CHARSCALE_W 0
#define ITEMID_CHARROTATE 0
#define ITEMID_CHARRELIEF 0
#define ITEMID_PARAVERTALIGN 0
#define ITEMID_FORBIDDENRULE 0
#define ITEMID_SCRIPTSPACE 0
#define ITEMID_HANGINGPUNCTUATION 0
#include "flstitem.hxx"
#include "fontitem.hxx"
#include "postitem.hxx"
#include "wghtitem.hxx"
#include "fhgtitem.hxx"
#include "fwdtitem.hxx"
#include "udlnitem.hxx"
#include "crsditem.hxx"
#include "shdditem.hxx"
#include "akrnitem.hxx"
#include "wrlmitem.hxx"
#include "cntritem.hxx"
#include "prszitem.hxx"
#include "colritem.hxx"
#include "cscoitem.hxx"
#include "kernitem.hxx"
#include "cmapitem.hxx"
#include "escpitem.hxx"
#include "langitem.hxx"
#include "nlbkitem.hxx"
#include "nhypitem.hxx"
#include "lcolitem.hxx"
#include "blnkitem.hxx"
#include "emphitem.hxx"
#include "twolinesitem.hxx"
#include "pbinitem.hxx"
#include "sizeitem.hxx"
#include "lrspitem.hxx"
#include "ulspitem.hxx"
#include "prntitem.hxx"
#include "opaqitem.hxx"
#include "protitem.hxx"
#include "shaditem.hxx"
#include "boxitem.hxx"
#include "brkitem.hxx"
#include "keepitem.hxx"
#include "bolnitem.hxx"
#include "brshitem.hxx"
#include "lspcitem.hxx"
#include "adjitem.hxx"
#include "orphitem.hxx"
#include "widwitem.hxx"
#include "tstpitem.hxx"
#include "pmdlitem.hxx"
#include "spltitem.hxx"
#include "hyznitem.hxx"
#include "charscaleitem.hxx"
#include "charrotateitem.hxx"
#include "charreliefitem.hxx"
#include "paravertalignitem.hxx"
#include "forbiddenruleitem.hxx"
#include "hngpnctitem.hxx"
#include "scriptspaceitem.hxx"
#ifndef _RTFTOKEN_H
#include <svtools/rtftoken.h>
#endif
#ifndef _SFXITEMPOOL_HXX //autogen
#include <svtools/itempool.hxx>
#endif
#ifndef _SFXITEMITER_HXX
#include <svtools/itemiter.hxx>
#endif
#include "svxrtf.hxx"
#define BRACELEFT '{'
#define BRACERIGHT '}'
// einige Hilfs-Funktionen
// char
inline const SvxFontHeightItem& GetSize(const SfxItemSet& rSet,USHORT nId,BOOL bInP=TRUE)
{ return (const SvxFontHeightItem&)rSet.Get( nId,bInP); }
inline const SvxEscapementItem& GetEscapement(const SfxItemSet& rSet,USHORT nId,BOOL bInP=TRUE)
{ return (const SvxEscapementItem&)rSet.Get( nId,bInP); }
inline const SvxLineSpacingItem& GetLineSpacing(const SfxItemSet& rSet,USHORT nId,BOOL bInP=TRUE)
{ return (const SvxLineSpacingItem&)rSet.Get( nId,bInP); }
inline const SvxUnderlineItem& GetUnderline(const SfxItemSet& rSet,USHORT nId,BOOL bInP=TRUE)
{ return (const SvxUnderlineItem&)rSet.Get( nId,bInP); }
// frm
inline const SvxLRSpaceItem& GetLRSpace(const SfxItemSet& rSet,USHORT nId,BOOL bInP=TRUE)
{ return (const SvxLRSpaceItem&)rSet.Get( nId,bInP); }
inline const SvxULSpaceItem& GetULSpace(const SfxItemSet& rSet,USHORT nId,BOOL bInP=TRUE)
{ return (const SvxULSpaceItem&)rSet.Get( nId,bInP); }
#define PARDID ((RTFPardAttrMapIds*)aPardMap.GetData())
#define PLAINID ((RTFPlainAttrMapIds*)aPlainMap.GetData())
enum RTF_CharTypeDef
{
NOTDEF_CHARTYPE,
LOW_CHARTYPE,
HIGH_CHARTYPE,
DOUBLEBYTE_CHARTYPE
};
void SvxRTFParser::SetScriptAttr( USHORT eType, SfxItemSet& rSet,
SfxPoolItem& rItem )
{
const USHORT *pNormal = 0, *pCJK = 0, *pCTL = 0;
const RTFPlainAttrMapIds* pIds = (RTFPlainAttrMapIds*)aPlainMap.GetData();
switch( rItem.Which() )
{
case SID_ATTR_CHAR_FONT:
pNormal = &pIds->nFont;
pCJK = &pIds->nCJKFont;
pCTL = &pIds->nCTLFont;
break;
case SID_ATTR_CHAR_FONTHEIGHT:
pNormal = &pIds->nFontHeight;
pCJK = &pIds->nCJKFontHeight;
pCTL = &pIds->nCTLFontHeight;
break;
case SID_ATTR_CHAR_POSTURE:
pNormal = &pIds->nPosture;
pCJK = &pIds->nCJKPosture;
pCTL = &pIds->nCTLPosture;
break;
case SID_ATTR_CHAR_WEIGHT:
pNormal = &pIds->nWeight;
pCJK = &pIds->nCJKWeight;
pCTL = &pIds->nCTLWeight;
break;
case SID_ATTR_CHAR_LANGUAGE:
pNormal = &pIds->nLanguage;
pCJK = &pIds->nCJKLanguage;
pCTL = &pIds->nCTLLanguage;
break;
case 0:
// it exist no WhichId - don't set this item
break;
default:
rSet.Put( rItem );
break;
}
if( DOUBLEBYTE_CHARTYPE == eType )
{
if( bIsLeftToRightDef && *pCJK )
{
rItem.SetWhich( *pCJK );
rSet.Put( rItem );
}
}
else if( !bIsLeftToRightDef )
{
if( *pCTL )
{
rItem.SetWhich( *pCTL );
rSet.Put( rItem );
}
}
else
{
if( LOW_CHARTYPE == eType || HIGH_CHARTYPE == eType )
{
if( *pNormal )
{
rItem.SetWhich( *pNormal );
rSet.Put( rItem );
}
}
else
{
if( *pCJK )
{
rItem.SetWhich( *pCJK );
rSet.Put( rItem );
}
if( *pCTL )
{
rItem.SetWhich( *pCTL );
rSet.Put( rItem );
}
if( *pNormal )
{
rItem.SetWhich( *pNormal );
rSet.Put( rItem );
}
}
}
}
// --------------------
void SvxRTFParser::ReadAttr( int nToken, SfxItemSet* pSet )
{
DBG_ASSERT( pSet, "Es muss ein SfxItemSet uebergeben werden!" );
int bFirstToken = TRUE, bWeiter = TRUE;
USHORT nStyleNo = 0; // default
FontUnderline eUnderline;
FontEmphasisMark eEmphasis;
bPardTokenRead = FALSE;
RTF_CharTypeDef eCharType = NOTDEF_CHARTYPE;
USHORT nFontAlign;
int bChkStkPos = !bNewGroup && aAttrStack.Top();
while( bWeiter && IsParserWorking() ) // solange bekannte Attribute erkannt werden
{
switch( nToken )
{
case RTF_PARD:
RTFPardPlain( TRUE, &pSet );
nStyleNo = 0;
bPardTokenRead = TRUE;
break;
case RTF_PLAIN:
RTFPardPlain( FALSE, &pSet );
break;
default:
do { // middle checked loop
if( !bChkStkPos )
break;
SvxRTFItemStackType* pAkt = aAttrStack.Top();
if( !pAkt || (pAkt->pSttNd->GetIdx() == pInsPos->GetNodeIdx() &&
pAkt->nSttCnt == pInsPos->GetCntIdx() ))
break;
int nLastToken = GetStackPtr(-1)->nTokenId;
if( RTF_PARD == nLastToken || RTF_PLAIN == nLastToken )
break;
if( pAkt->aAttrSet.Count() || pAkt->pChildList ||
pAkt->nStyleNo )
{
// eine neue Gruppe aufmachen
SvxRTFItemStackType* pNew = new SvxRTFItemStackType(
*pAkt, *pInsPos, TRUE );
pNew->aAttrSet.SetParent( pAkt->aAttrSet.GetParent() );
pNew->SetRTFDefaults( GetRTFDefaults() );
// alle bis hierher gueltigen Attribute "setzen"
AttrGroupEnd();
aAttrStack.Push( pNew );
pAkt = pNew;
}
else
// diesen Eintrag als neuen weiterbenutzen
pAkt->SetStartPos( *pInsPos );
pSet = &pAkt->aAttrSet;
} while( FALSE );
switch( nToken )
{
case RTF_INTBL:
case RTF_PAGEBB:
case RTF_SBYS:
case RTF_V:
case RTF_CS:
case RTF_LS:
case RTF_ILVL:
UnknownAttrToken( nToken, pSet );
break;
case RTF_S:
if( bIsInReadStyleTab )
{
if( !bFirstToken )
SkipToken( -1 );
bWeiter = FALSE;
}
else
{
nStyleNo = -1 == nTokenValue ? 0 : USHORT(nTokenValue);
// setze am akt. auf dem AttrStack stehenden Style die
// StyleNummer
SvxRTFItemStackType* pAkt = aAttrStack.Top();
if( !pAkt )
break;
pAkt->nStyleNo = USHORT( nStyleNo );
#if 0
// JP 05.09.95: zuruecksetzen der Style-Attribute fuehrt nur zu Problemen.
// Es muss reichen, wenn das ueber pard/plain erfolgt
// ansonsten Bugdoc 15304.rtf - nach nur "\pard" falscher Font !!
SvxRTFStyleType* pStyle = aStyleTbl.Get( pAkt->nStyleNo );
if( pStyle && pStyle->aAttrSet.Count() )
{
//JP 07.07.95:
// alle Attribute, die in der Vorlage gesetzt werden
// auf defaults setzen. In RTF werden die Attribute
// der Vorlage danach ja wiederholt.
// WICHTIG: Attribute die in der Vorlage definiert
// sind, werden zurueckgesetzt !!!!
// pAkt->aAttrSet.Put( pStyle->aAttrSet );
SfxItemIter aIter( pStyle->aAttrSet );
SfxItemPool* pPool = pStyle->aAttrSet.GetPool();
USHORT nWh = aIter.GetCurItem()->Which();
while( TRUE )
{
pAkt->aAttrSet.Put( pPool->GetDefaultItem( nWh ));
if( aIter.IsAtEnd() )
break;
nWh = aIter.NextItem()->Which();
}
}
#endif
}
break;
case RTF_KEEP:
if( PARDID->nSplit )
{
pSet->Put( SvxFmtSplitItem( FALSE, PARDID->nSplit ));
}
break;
case RTF_KEEPN:
if( PARDID->nKeep )
{
pSet->Put( SvxFmtKeepItem( TRUE, PARDID->nKeep ));
}
break;
case RTF_LEVEL:
if( PARDID->nOutlineLvl )
{
pSet->Put( SfxUInt16Item( PARDID->nOutlineLvl,
(UINT16)nTokenValue ));
}
break;
case RTF_QL:
if( PARDID->nAdjust )
{
pSet->Put( SvxAdjustItem( SVX_ADJUST_LEFT, PARDID->nAdjust ));
}
break;
case RTF_QR:
if( PARDID->nAdjust )
{
pSet->Put( SvxAdjustItem( SVX_ADJUST_RIGHT, PARDID->nAdjust ));
}
break;
case RTF_QJ:
if( PARDID->nAdjust )
{
pSet->Put( SvxAdjustItem( SVX_ADJUST_BLOCK, PARDID->nAdjust ));
}
break;
case RTF_QC:
if( PARDID->nAdjust )
{
pSet->Put( SvxAdjustItem( SVX_ADJUST_CENTER, PARDID->nAdjust ));
}
break;
case RTF_FI:
if( PARDID->nLRSpace )
{
SvxLRSpaceItem aLR( GetLRSpace(*pSet, PARDID->nLRSpace ));
USHORT nSz = 0;
if( -1 != nTokenValue )
{
if( IsCalcValue() )
CalcValue();
nSz = USHORT(nTokenValue);
}
aLR.SetTxtFirstLineOfst( nSz );
pSet->Put( aLR );
}
break;
case RTF_LI:
if( PARDID->nLRSpace )
{
SvxLRSpaceItem aLR( GetLRSpace(*pSet, PARDID->nLRSpace ));
USHORT nSz = 0;
if( 0 < nTokenValue )
{
if( IsCalcValue() )
CalcValue();
nSz = USHORT(nTokenValue);
}
aLR.SetTxtLeft( nSz );
pSet->Put( aLR );
}
break;
case RTF_RI:
if( PARDID->nLRSpace )
{
SvxLRSpaceItem aLR( GetLRSpace(*pSet, PARDID->nLRSpace ));
USHORT nSz = 0;
if( 0 < nTokenValue )
{
if( IsCalcValue() )
CalcValue();
nSz = USHORT(nTokenValue);
}
aLR.SetRight( nSz );
pSet->Put( aLR );
}
break;
case RTF_SB:
if( PARDID->nULSpace )
{
SvxULSpaceItem aUL( GetULSpace(*pSet, PARDID->nULSpace ));
USHORT nSz = 0;
if( 0 < nTokenValue )
{
if( IsCalcValue() )
CalcValue();
nSz = USHORT(nTokenValue);
}
aUL.SetUpper( nSz );
pSet->Put( aUL );
}
break;
case RTF_SA:
if( PARDID->nULSpace )
{
SvxULSpaceItem aUL( GetULSpace(*pSet, PARDID->nULSpace ));
USHORT nSz = 0;
if( 0 < nTokenValue )
{
if( IsCalcValue() )
CalcValue();
nSz = USHORT(nTokenValue);
}
aUL.SetLower( nSz );
pSet->Put( aUL );
}
break;
case RTF_SLMULT:
if( PARDID->nLinespacing && 1 == nTokenValue )
{
// dann wird auf mehrzeilig umgeschaltet!
SvxLineSpacingItem aLSpace( GetLineSpacing( *pSet,
PARDID->nLinespacing, FALSE ));
// wieviel bekommt man aus dem LineHeight Wert heraus
// Proportionale-Groesse:
// D.H. das Verhaeltnis ergibt sich aus ( n / 240 ) Twips
nTokenValue = 240;
if( IsCalcValue() )
CalcValue();
nTokenValue = short( 100L * aLSpace.GetLineHeight()
/ long( nTokenValue ) );
if( nTokenValue > 200 ) // Datenwert fuer PropLnSp
nTokenValue = 200; // ist ein BYTE !!!
aLSpace.SetPropLineSpace( (const BYTE)nTokenValue );
aLSpace.GetLineSpaceRule() = SVX_LINE_SPACE_AUTO;
pSet->Put( aLSpace );
}
break;
case RTF_SL:
if( PARDID->nLinespacing )
{
// errechne das Verhaeltnis aus dem default Font zu der
// Size Angabe. Der Abstand besteht aus der Zeilenhoehe
// (100%) und dem Leerraum ueber der Zeile (20%).
SvxLineSpacingItem aLSpace( 0, PARDID->nLinespacing );
if( !nTokenValue || -1 == nTokenValue || 1000 == nTokenValue )
nTokenValue = 240;
SvxLineSpace eLnSpc;
if( 0 > nTokenValue )
{
eLnSpc = SVX_LINE_SPACE_FIX;
nTokenValue = -nTokenValue;
}
else
eLnSpc = SVX_LINE_SPACE_MIN;
if( IsCalcValue() )
CalcValue();
aLSpace.SetLineHeight( (const USHORT)nTokenValue );
aLSpace.GetLineSpaceRule() = eLnSpc;
pSet->Put( aLSpace );
}
break;
case RTF_NOCWRAP:
if( PARDID->nForbRule )
{
pSet->Put( SvxForbiddenRuleItem( FALSE,
PARDID->nForbRule ));
}
break;
case RTF_NOOVERFLOW:
if( PARDID->nHangPunct )
{
pSet->Put( SvxHangingPunctuationItem( FALSE,
PARDID->nHangPunct ));
}
break;
case RTF_ASPALPHA:
if( PARDID->nScriptSpace )
{
pSet->Put( SvxScriptSpaceItem( TRUE,
PARDID->nScriptSpace ));
}
break;
case RTF_FAFIXED:
case RTF_FAAUTO: nFontAlign = SvxParaVertAlignItem::AUTOMATIC;
goto SET_FONTALIGNMENT;
case RTF_FAHANG: nFontAlign = SvxParaVertAlignItem::TOP;
goto SET_FONTALIGNMENT;
case RTF_FAVAR: nFontAlign = SvxParaVertAlignItem::BOTTOM;
goto SET_FONTALIGNMENT;
case RTF_FACENTER: nFontAlign = SvxParaVertAlignItem::CENTER;
goto SET_FONTALIGNMENT;
case RTF_FAROMAN: nFontAlign = SvxParaVertAlignItem::BASELINE;
goto SET_FONTALIGNMENT;
SET_FONTALIGNMENT:
if( PARDID->nFontAlign )
{
pSet->Put( SvxParaVertAlignItem( nFontAlign,
PARDID->nFontAlign ));
}
break;
/* */
case RTF_B:
if( IsAttrSttPos() ) // nicht im Textfluss ?
{
SetScriptAttr( eCharType, *pSet,
SvxWeightItem(
nTokenValue ? WEIGHT_BOLD : WEIGHT_NORMAL,
SID_ATTR_CHAR_WEIGHT ));
}
break;
case RTF_CAPS:
case RTF_SCAPS:
if( PLAINID->nCaseMap &&
IsAttrSttPos() ) // nicht im Textfluss ?
{
SvxCaseMap eCaseMap;
if( !nTokenValue )
eCaseMap = SVX_CASEMAP_NOT_MAPPED;
else if( RTF_CAPS == nToken )
eCaseMap = SVX_CASEMAP_VERSALIEN;
else
eCaseMap = SVX_CASEMAP_KAPITAELCHEN;
pSet->Put( SvxCaseMapItem( eCaseMap, PLAINID->nCaseMap ));
}
break;
case RTF_DN:
case RTF_SUB:
if( PLAINID->nEscapement )
{
const USHORT nEsc = PLAINID->nEscapement;
if( -1 == nTokenValue || RTF_SUB == nToken )
nTokenValue = 6;
if( IsCalcValue() )
CalcValue();
const SvxEscapementItem& rOld = GetEscapement( *pSet, nEsc, FALSE );
short nEs;
BYTE nProp;
if( DFLT_ESC_AUTO_SUPER == rOld.GetEsc() )
{
nEs = DFLT_ESC_AUTO_SUB;
nProp = rOld.GetProp();
}
else
{
nEs = (short)-nTokenValue;
nProp = DFLT_ESC_PROP;
}
pSet->Put( SvxEscapementItem( nEs, nProp, nEsc ));
}
break;
case RTF_NOSUPERSUB:
if( PLAINID->nEscapement )
{
const USHORT nEsc = PLAINID->nEscapement;
pSet->Put( SvxEscapementItem( nEsc ));
}
break;
case RTF_EXPND:
if( PLAINID->nKering )
{
if( -1 == nTokenValue )
nTokenValue = 0;
else
nTokenValue *= 5;
if( IsCalcValue() )
CalcValue();
pSet->Put( SvxKerningItem( (short)nTokenValue, PLAINID->nKering ));
}
break;
case RTF_KERNING:
if( PLAINID->nAutoKerning )
{
if( -1 == nTokenValue )
nTokenValue = 0;
else
nTokenValue *= 10;
if( IsCalcValue() )
CalcValue();
pSet->Put( SvxAutoKernItem( 0 != nTokenValue,
PLAINID->nAutoKerning ));
}
break;
case RTF_EXPNDTW:
if( PLAINID->nKering )
{
if( -1 == nTokenValue )
nTokenValue = 0;
if( IsCalcValue() )
CalcValue();
pSet->Put( SvxKerningItem( (short)nTokenValue, PLAINID->nKering ));
}
break;
case RTF_F:
case RTF_AF:
{
const Font& rSVFont = GetFont( USHORT(nTokenValue) );
SetScriptAttr( eCharType, *pSet,
SvxFontItem( rSVFont.GetFamily(),
rSVFont.GetName(), rSVFont.GetStyleName(),
rSVFont.GetPitch(), rSVFont.GetCharSet(),
SID_ATTR_CHAR_FONT ));
}
break;
case RTF_FS:
case RTF_AFS:
{
if( -1 == nTokenValue )
nTokenValue = 240;
else
nTokenValue *= 10;
if( IsCalcValue() )
CalcValue();
SetScriptAttr( eCharType, *pSet,
SvxFontHeightItem(
(const USHORT)nTokenValue, 100,
SID_ATTR_CHAR_FONTHEIGHT ));
}
break;
case RTF_I:
if( IsAttrSttPos() ) // nicht im Textfluss ?
{
SetScriptAttr( eCharType, *pSet,
SvxPostureItem(
nTokenValue ? ITALIC_NORMAL : ITALIC_NONE,
SID_ATTR_CHAR_POSTURE ));
}
break;
case RTF_OUTL:
if( PLAINID->nContour &&
IsAttrSttPos() ) // nicht im Textfluss ?
{
pSet->Put( SvxContourItem( nTokenValue ? TRUE : FALSE,
PLAINID->nContour ));
}
break;
case RTF_SHAD:
if( PLAINID->nShadowed &&
IsAttrSttPos() ) // nicht im Textfluss ?
{
pSet->Put( SvxShadowedItem( nTokenValue ? TRUE : FALSE,
PLAINID->nShadowed ));
}
break;
case RTF_STRIKE:
if( PLAINID->nCrossedOut &&
IsAttrSttPos() ) // nicht im Textfluss ?
{
pSet->Put( SvxCrossedOutItem(
nTokenValue ? STRIKEOUT_SINGLE : STRIKEOUT_NONE,
PLAINID->nCrossedOut ));
}
break;
case RTF_STRIKED:
if( PLAINID->nCrossedOut ) // nicht im Textfluss ?
{
pSet->Put( SvxCrossedOutItem(
nTokenValue ? STRIKEOUT_DOUBLE : STRIKEOUT_NONE,
PLAINID->nCrossedOut ));
}
break;
case RTF_UL:
if( !IsAttrSttPos() )
break;
eUnderline = nTokenValue ? UNDERLINE_SINGLE : UNDERLINE_NONE;
goto ATTR_SETUNDERLINE;
case RTF_ULD:
eUnderline = UNDERLINE_DOTTED;
goto ATTR_SETUNDERLINE;
case RTF_ULDASH:
eUnderline = UNDERLINE_DASH;
goto ATTR_SETUNDERLINE;
case RTF_ULDASHD:
eUnderline = UNDERLINE_DASHDOT;
goto ATTR_SETUNDERLINE;
case RTF_ULDASHDD:
eUnderline = UNDERLINE_DASHDOTDOT;
goto ATTR_SETUNDERLINE;
case RTF_ULDB:
eUnderline = UNDERLINE_DOUBLE;
goto ATTR_SETUNDERLINE;
case RTF_ULNONE:
eUnderline = UNDERLINE_NONE;
goto ATTR_SETUNDERLINE;
case RTF_ULTH:
eUnderline = UNDERLINE_BOLD;
goto ATTR_SETUNDERLINE;
case RTF_ULWAVE:
eUnderline = UNDERLINE_WAVE;
goto ATTR_SETUNDERLINE;
case RTF_ULTHD:
eUnderline = UNDERLINE_BOLDDOTTED;
goto ATTR_SETUNDERLINE;
case RTF_ULTHDASH:
eUnderline = UNDERLINE_BOLDDASH;
goto ATTR_SETUNDERLINE;
case RTF_ULLDASH:
eUnderline = UNDERLINE_LONGDASH;
goto ATTR_SETUNDERLINE;
case RTF_ULTHLDASH:
eUnderline = UNDERLINE_BOLDLONGDASH;
goto ATTR_SETUNDERLINE;
case RTF_ULTHDASHD:
eUnderline = UNDERLINE_BOLDDASHDOT;
goto ATTR_SETUNDERLINE;
case RTF_ULTHDASHDD:
eUnderline = UNDERLINE_BOLDDASHDOTDOT;
goto ATTR_SETUNDERLINE;
case RTF_ULHWAVE:
eUnderline = UNDERLINE_BOLDWAVE;
goto ATTR_SETUNDERLINE;
case RTF_ULULDBWAVE:
eUnderline = UNDERLINE_DOUBLEWAVE;
goto ATTR_SETUNDERLINE;
case RTF_ULW:
eUnderline = UNDERLINE_SINGLE;
if( PLAINID->nWordlineMode )
{
pSet->Put( SvxWordLineModeItem( TRUE, PLAINID->nWordlineMode ));
}
goto ATTR_SETUNDERLINE;
ATTR_SETUNDERLINE:
if( PLAINID->nUnderline )
{
pSet->Put( SvxUnderlineItem( eUnderline, PLAINID->nUnderline ));
}
break;
case RTF_ULC:
if( PLAINID->nUnderline )
{
SvxUnderlineItem aUL( UNDERLINE_SINGLE,
PLAINID->nUnderline );
const SfxPoolItem* pItem;
if( SFX_ITEM_SET == pSet->GetItemState(
PLAINID->nUnderline, FALSE, &pItem ) )
{
// is switched off ?
if( UNDERLINE_NONE ==
((SvxUnderlineItem*)pItem)->GetUnderline() )
break;
aUL = *(SvxUnderlineItem*)pItem;
}
else
aUL = GetUnderline( *pSet, PLAINID->nUnderline, FALSE );
if( UNDERLINE_NONE == aUL.GetUnderline() )
aUL.SetUnderline( UNDERLINE_SINGLE );
aUL.SetColor( GetColor( USHORT(nTokenValue) ));
pSet->Put( aUL );
}
break;
case RTF_UP:
case RTF_SUPER:
if( PLAINID->nEscapement )
{
const USHORT nEsc = PLAINID->nEscapement;
if( -1 == nTokenValue || RTF_SUPER == nToken )
nTokenValue = 6;
if( IsCalcValue() )
CalcValue();
const SvxEscapementItem& rOld = GetEscapement( *pSet, nEsc, FALSE );
short nEs;
BYTE nProp;
if( DFLT_ESC_AUTO_SUB == rOld.GetEsc() )
{
nEs = DFLT_ESC_AUTO_SUPER;
nProp = rOld.GetProp();
}
else
{
nEs = (short)nTokenValue;
nProp = DFLT_ESC_PROP;
}
pSet->Put( SvxEscapementItem( nEs, nProp, nEsc ));
}
break;
case RTF_CF:
if( PLAINID->nColor )
{
pSet->Put( SvxColorItem( GetColor( USHORT(nTokenValue) ),
PLAINID->nColor ));
}
break;
case RTF_CB:
if( PLAINID->nBgColor )
{
pSet->Put( SvxColorItem( GetColor( USHORT(nTokenValue) ),
PLAINID->nBgColor ));
}
break;
case RTF_LANG:
if( PLAINID->nLanguage )
{
pSet->Put( SvxLanguageItem( (LanguageType)nTokenValue,
PLAINID->nLanguage ));
}
break;
case RTF_LANGFE:
if( PLAINID->nCJKLanguage )
{
pSet->Put( SvxLanguageItem( (LanguageType)nTokenValue,
PLAINID->nCJKLanguage ));
}
break;
case RTF_ALANG:
{
SetScriptAttr( eCharType, *pSet,
SvxLanguageItem( (LanguageType)nTokenValue,
SID_ATTR_CHAR_LANGUAGE ));
}
break;
case RTF_RTLCH: bIsLeftToRightDef = FALSE; break;
case RTF_LTRCH: bIsLeftToRightDef = TRUE; break;
case RTF_LOCH: eCharType = LOW_CHARTYPE; break;
case RTF_HICH: eCharType = HIGH_CHARTYPE; break;
case RTF_DBCH: eCharType = DOUBLEBYTE_CHARTYPE; break;
case RTF_ACCNONE:
eEmphasis = EMPHASISMARK_NONE;
goto ATTR_SETEMPHASIS;
case RTF_ACCDOT:
eEmphasis = EMPHASISMARK_DOTS_ABOVE;
goto ATTR_SETEMPHASIS;
case RTF_ACCCOMMA:
eEmphasis = EMPHASISMARK_SIDE_DOTS;
ATTR_SETEMPHASIS:
if( PLAINID->nEmphasis )
{
pSet->Put( SvxEmphasisMarkItem( eEmphasis,
PLAINID->nEmphasis ));
}
break;
case RTF_TWOINONE:
if( PLAINID->nTwoLines )
{
sal_Unicode cStt, cEnd;
switch ( nTokenValue )
{
case 1: cStt = '(', cEnd = ')'; break;
case 2: cStt = '[', cEnd = ']'; break;
case 3: cStt = '<', cEnd = '>'; break;
case 4: cStt = '{', cEnd = '}'; break;
default: cStt = 0, cEnd = 0; break;
}
pSet->Put( SvxTwoLinesItem( TRUE, cStt, cEnd,
PLAINID->nTwoLines ));
}
break;
case RTF_CHARSCALEX :
if( PLAINID->nCharScaleX )
{
pSet->Put( SvxCharScaleWidthItem( USHORT(nTokenValue),
PLAINID->nCharScaleX ));
}
break;
case RTF_HORZVERT:
if( PLAINID->nHorzVert )
{
// RTF knows only 90�
pSet->Put( SvxCharRotateItem( 900, 1 == nTokenValue,
PLAINID->nHorzVert ));
}
break;
case RTF_EMBO:
if( PLAINID->nRelief )
{
pSet->Put( SvxCharReliefItem( RELIEF_EMBOSSED,
PLAINID->nRelief ));
}
break;
case RTF_IMPR:
if( PLAINID->nRelief )
{
pSet->Put( SvxCharReliefItem( RELIEF_ENGRAVED,
PLAINID->nRelief ));
}
break;
case RTF_CHBGFDIAG:
case RTF_CHBGDKVERT:
case RTF_CHBGDKHORIZ:
case RTF_CHBGVERT:
case RTF_CHBGHORIZ:
case RTF_CHBGDKFDIAG:
case RTF_CHBGDCROSS:
case RTF_CHBGCROSS:
case RTF_CHBGBDIAG:
case RTF_CHBGDKDCROSS:
case RTF_CHBGDKCROSS:
case RTF_CHBGDKBDIAG:
case RTF_CHCBPAT:
case RTF_CHCFPAT:
case RTF_CHSHDNG:
if( PLAINID->nBgColor )
ReadBackgroundAttr( nToken, *pSet );
break;
/* */
case BRACELEFT:
{
// teste auf Swg-Interne Tokens
short nSkip = 0;
if( RTF_IGNOREFLAG != GetNextToken() )
nSkip = -1;
else if( (nToken = GetNextToken() ) & RTF_SWGDEFS )
{
switch( nToken )
{
case RTF_PGDSCNO:
case RTF_PGBRK:
case RTF_SOUTLVL:
UnknownAttrToken( nToken, pSet );
// ueberlese die schliessende Klammer
GetNextToken();
break;
case RTF_SWG_ESCPROP:
{
// prozentuale Veraenderung speichern !
BYTE nProp = BYTE( nTokenValue / 100 );
short nEsc = 0;
if( 1 == ( nTokenValue % 100 ))
// Erkennung unseres AutoFlags!
nEsc = DFLT_ESC_AUTO_SUPER;
if( PLAINID->nEscapement )
pSet->Put( SvxEscapementItem( nEsc, nProp,
PLAINID->nEscapement ));
// ueberlese die schliessende Klammer
GetNextToken();
}
break;
case RTF_HYPHEN:
{
SvxHyphenZoneItem aHypenZone(
(nTokenValue & 1) ? TRUE : FALSE,
PARDID->nHyphenzone );
aHypenZone.SetPageEnd(
(nTokenValue & 2) ? TRUE : FALSE );
if( PARDID->nHyphenzone &&
RTF_HYPHLEAD == GetNextToken() &&
RTF_HYPHTRAIL == GetNextToken() &&
RTF_HYPHMAX == GetNextToken() )
{
aHypenZone.GetMinLead() =
BYTE(GetStackPtr( -2 )->nTokenValue);
aHypenZone.GetMinTrail() =
BYTE(GetStackPtr( -1 )->nTokenValue);
aHypenZone.GetMaxHyphens() =
BYTE(nTokenValue);
pSet->Put( aHypenZone );
}
else
SkipGroup(); // ans Ende der Gruppe
GetNextToken(); // Klammer ueberlesen
}
break;
case RTF_SHADOW:
{
int bSkip = TRUE;
do { // middle check loop
SvxShadowLocation eSL = SvxShadowLocation( nTokenValue );
if( RTF_SHDW_DIST != GetNextToken() )
break;
USHORT nDist = USHORT( nTokenValue );
if( RTF_SHDW_STYLE != GetNextToken() )
break;
//! (pb) class Brush removed -> obsolete
//! BrushStyle eStyle = BrushStyle( nTokenValue );
if( RTF_SHDW_COL != GetNextToken() )
break;
USHORT nCol = USHORT( nTokenValue );
if( RTF_SHDW_FCOL != GetNextToken() )
break;
USHORT nFillCol = USHORT( nTokenValue );
Color aColor = GetColor( nCol );
if( PARDID->nShadow )
pSet->Put( SvxShadowItem( PARDID->nShadow,
&aColor, nDist, eSL ) );
bSkip = FALSE;
} while( FALSE );
if( bSkip )
SkipGroup(); // ans Ende der Gruppe
GetNextToken(); // Klammer ueberlesen
}
break;
default:
if( (nToken & ~(0xff | RTF_SWGDEFS)) == RTF_TABSTOPDEF )
{
nToken = SkipToken( -2 );
ReadTabAttr( nToken, *pSet );
}
else if( (nToken & ~(0xff| RTF_SWGDEFS)) == RTF_BRDRDEF)
{
nToken = SkipToken( -2 );
ReadBorderAttr( nToken, *pSet );
}
else // also kein Attribut mehr
nSkip = -2;
break;
}
}
else
nSkip = -2;
if( nSkip ) // alles voellig unbekannt
{
--nSkip; // BRACELEFT: ist das naechste Token
SkipToken( nSkip );
bWeiter = FALSE;
}
}
break;
default:
if( (nToken & ~0xff ) == RTF_TABSTOPDEF )
ReadTabAttr( nToken, *pSet );
else if( (nToken & ~0xff ) == RTF_BRDRDEF )
ReadBorderAttr( nToken, *pSet );
else if( (nToken & ~0xff ) == RTF_SHADINGDEF )
ReadBackgroundAttr( nToken, *pSet );
else
{
// kenne das Token nicht also das Token "in den Parser zurueck"
if( !bFirstToken )
SkipToken( -1 );
bWeiter = FALSE;
}
}
}
if( bWeiter )
{
nToken = GetNextToken();
}
bFirstToken = FALSE;
}
/*
// teste Attribute gegen ihre Styles
if( IsChkStyleAttr() && pSet->Count() && !pInsPos->GetCntIdx() )
{
SvxRTFStyleType* pStyle = aStyleTbl.Get( nStyleNo );
if( pStyle && pStyle->aAttrSet.Count() )
{
// alle Attribute, die schon vom Style definiert sind, aus dem
// akt. Set entfernen
const SfxPoolItem* pItem;
SfxItemIter aIter( *pSet );
USHORT nWhich = aIter.GetCurItem()->Which();
while( TRUE )
{
if( SFX_ITEM_SET == pStyle->aAttrSet.GetItemState(
nWhich, FALSE, &pItem ) && *pItem == *aIter.GetCurItem())
pSet->ClearItem( nWhich ); // loeschen
if( aIter.IsAtEnd() )
break;
nWhich = aIter.NextItem()->Which();
}
}
}
*/
}
void SvxRTFParser::ReadTabAttr( int nToken, SfxItemSet& rSet )
{
// dann lese doch mal alle TabStops ein
SvxTabStop aTabStop;
SvxTabStopItem aAttr( 0, 0, SVX_TAB_ADJUST_DEFAULT, PARDID->nTabStop );
int bWeiter = TRUE;
do {
switch( nToken )
{
case RTF_TB: // BarTab ???
case RTF_TX:
{
if( IsCalcValue() )
CalcValue();
aTabStop.GetTabPos() = nTokenValue;
aAttr.Insert( aTabStop );
aTabStop = SvxTabStop(); // alle Werte default
}
break;
case RTF_TQL:
aTabStop.GetAdjustment() = SVX_TAB_ADJUST_LEFT;
break;
case RTF_TQR:
aTabStop.GetAdjustment() = SVX_TAB_ADJUST_RIGHT;
break;
case RTF_TQC:
aTabStop.GetAdjustment() = SVX_TAB_ADJUST_CENTER;
break;
case RTF_TQDEC:
aTabStop.GetAdjustment() = SVX_TAB_ADJUST_DECIMAL;
break;
case RTF_TLDOT: aTabStop.GetFill() = '.'; break;
case RTF_TLHYPH: aTabStop.GetFill() = ' '; break;
case RTF_TLUL: aTabStop.GetFill() = '_'; break;
case RTF_TLTH: aTabStop.GetFill() = '-'; break;
case RTF_TLEQ: aTabStop.GetFill() = '='; break;
case BRACELEFT:
{
// Swg - Kontrol BRACELEFT RTF_IGNOREFLAG RTF_TLSWG BRACERIGHT
short nSkip = 0;
if( RTF_IGNOREFLAG != GetNextToken() )
nSkip = -1;
else if( RTF_TLSWG != ( nToken = GetNextToken() ))
nSkip = -2;
else
{
aTabStop.GetDecimal() = BYTE(nTokenValue & 0xff);
aTabStop.GetFill() = BYTE((nTokenValue >> 8) & 0xff);
// ueberlese noch die schliessende Klammer
GetNextToken();
}
if( nSkip )
{
SkipToken( nSkip ); // Ignore wieder zurueck
bWeiter = FALSE;
}
}
break;
default:
bWeiter = FALSE;
}
if( bWeiter )
nToken = GetNextToken();
} while( bWeiter );
// mit Defaults aufuellen fehlt noch !!!
rSet.Put( aAttr );
SkipToken( -1 );
}
static void SetBorderLine( int nBorderTyp, SvxBoxItem& rItem,
const SvxBorderLine& rBorder )
{
switch( nBorderTyp )
{
case RTF_BOX: // alle Stufen durchlaufen
case RTF_BRDRT:
rItem.SetLine( &rBorder, BOX_LINE_TOP );
if( RTF_BOX != nBorderTyp )
return;
case RTF_BRDRB:
rItem.SetLine( &rBorder, BOX_LINE_BOTTOM );
if( RTF_BOX != nBorderTyp )
return;
case RTF_BRDRL:
rItem.SetLine( &rBorder, BOX_LINE_LEFT );
if( RTF_BOX != nBorderTyp )
return;
case RTF_BRDRR:
rItem.SetLine( &rBorder, BOX_LINE_RIGHT );
if( RTF_BOX != nBorderTyp )
return;
}
}
void SvxRTFParser::ReadBorderAttr( int nToken, SfxItemSet& rSet,
int bTableDef )
{
// dann lese doch mal das BoderAttribut ein
SvxBoxItem aAttr( PARDID->nBox );
const SfxPoolItem* pItem;
if( SFX_ITEM_SET == rSet.GetItemState( PARDID->nBox, FALSE, &pItem ) )
aAttr = *(SvxBoxItem*)pItem;
SvxBorderLine aBrd( 0, DEF_LINE_WIDTH_0, 0, 0 ); // einfache Linien
int bWeiter = TRUE, nBorderTyp = 0;
do {
switch( nToken )
{
case RTF_BOX:
case RTF_BRDRT:
case RTF_BRDRB:
case RTF_BRDRL:
case RTF_BRDRR:
nBorderTyp = nToken;
goto SETBORDER;
case RTF_CLBRDRT:
if( !bTableDef )
break;
nBorderTyp = RTF_BRDRT;
goto SETBORDER;
case RTF_CLBRDRB:
if( !bTableDef )
break;
nBorderTyp = RTF_BRDRB;
goto SETBORDER;
case RTF_CLBRDRL:
if( !bTableDef )
break;
nBorderTyp = RTF_BRDRL;
goto SETBORDER;
case RTF_CLBRDRR:
if( !bTableDef )
break;
nBorderTyp = RTF_BRDRR;
goto SETBORDER;
SETBORDER:
{
// auf defaults setzen
aBrd.SetOutWidth( DEF_LINE_WIDTH_0 );
aBrd.SetInWidth( 0 );
aBrd.SetDistance( 0 );
aBrd.SetColor( Color( COL_BLACK ) );
}
break;
// werden noch nicht ausgewertet
case RTF_BRSP:
{
switch( nBorderTyp )
{
case RTF_BRDRB:
aAttr.SetDistance( (USHORT)nTokenValue, BOX_LINE_BOTTOM );
break;
case RTF_BRDRT:
aAttr.SetDistance( (USHORT)nTokenValue, BOX_LINE_TOP );
break;
case RTF_BRDRL:
aAttr.SetDistance( (USHORT)nTokenValue, BOX_LINE_LEFT );
break;
case RTF_BRDRR:
aAttr.SetDistance( (USHORT)nTokenValue, BOX_LINE_RIGHT );
break;
case RTF_BOX:
aAttr.SetDistance( (USHORT)nTokenValue );
break;
}
}
break;
case RTF_BRDRBTW:
case RTF_BRDRBAR: break;
case RTF_BRDRCF:
{
aBrd.SetColor( GetColor( USHORT(nTokenValue) ) );
SetBorderLine( nBorderTyp, aAttr, aBrd );
}
break;
case RTF_BRDRTH:
aBrd.SetOutWidth( DEF_LINE_WIDTH_1 );
aBrd.SetInWidth( 0 );
aBrd.SetDistance( 0 );
goto SETBORDERLINE;
break;
case RTF_BRDRDB:
aBrd.SetOutWidth( DEF_DOUBLE_LINE0_OUT );
aBrd.SetInWidth( DEF_DOUBLE_LINE0_IN );
aBrd.SetDistance( DEF_DOUBLE_LINE0_DIST );
goto SETBORDERLINE;
break;
case RTF_BRDRSH:
// schattierte Box
{
rSet.Put( SvxShadowItem( PARDID->nShadow, (Color*) 0, 60 /*3pt*/,
SVX_SHADOW_BOTTOMRIGHT ) );
}
break;
case RTF_BRDRW:
if( -1 != nTokenValue )
{
// sollte es eine "dicke" Linie sein ?
if( DEF_LINE_WIDTH_0 != aBrd.GetOutWidth() )
nTokenValue *= 2;
// eine Doppelline?
if( aBrd.GetInWidth() )
{
// WinWord - Werte an StarOffice anpassen
if( nTokenValue < DEF_LINE_WIDTH_1 - (DEF_LINE_WIDTH_1/10))
{
aBrd.SetOutWidth( DEF_DOUBLE_LINE0_OUT );
aBrd.SetInWidth( DEF_DOUBLE_LINE0_IN );
aBrd.SetDistance( DEF_DOUBLE_LINE0_DIST );
}
else
if( nTokenValue < DEF_LINE_WIDTH_2 - (DEF_LINE_WIDTH_2/10))
{
aBrd.SetOutWidth( DEF_DOUBLE_LINE1_OUT );
aBrd.SetInWidth( DEF_DOUBLE_LINE1_IN );
aBrd.SetDistance( DEF_DOUBLE_LINE1_DIST );
}
else
{
aBrd.SetOutWidth( DEF_DOUBLE_LINE2_OUT );
aBrd.SetInWidth( DEF_DOUBLE_LINE2_IN );
aBrd.SetDistance( DEF_DOUBLE_LINE2_DIST );
}
}
else
{
// WinWord - Werte an StarOffice anpassen
if( nTokenValue < DEF_LINE_WIDTH_1 - (DEF_LINE_WIDTH_1/10))
aBrd.SetOutWidth( DEF_LINE_WIDTH_0 );
else
if( nTokenValue < DEF_LINE_WIDTH_2 - (DEF_LINE_WIDTH_2/10))
aBrd.SetOutWidth( DEF_LINE_WIDTH_1 );
else
if( nTokenValue < DEF_LINE_WIDTH_3 - (DEF_LINE_WIDTH_3/10))
aBrd.SetOutWidth( DEF_LINE_WIDTH_2 );
else
if( nTokenValue < DEF_LINE_WIDTH_4 )
aBrd.SetOutWidth( DEF_LINE_WIDTH_3 );
else
aBrd.SetOutWidth( DEF_LINE_WIDTH_4 );
}
}
goto SETBORDERLINE;
case RTF_BRDRS:
case RTF_BRDRDOT:
case RTF_BRDRHAIR:
case RTF_BRDRDASH:
SETBORDERLINE:
SetBorderLine( nBorderTyp, aAttr, aBrd );
break;
case BRACELEFT:
{
short nSkip = 0;
if( RTF_IGNOREFLAG != GetNextToken() )
nSkip = -1;
else
{
int bSwgControl = TRUE, bFirstToken = TRUE;
nToken = GetNextToken();
do {
switch( nToken )
{
case RTF_BRDBOX:
aAttr.SetDistance( USHORT(nTokenValue) );
break;
case RTF_BRDRT:
case RTF_BRDRB:
case RTF_BRDRR:
case RTF_BRDRL:
nBorderTyp = nToken;
bFirstToken = FALSE;
if( RTF_BRDLINE_COL != GetNextToken() )
{
bSwgControl = FALSE;
break;
}
aBrd.SetColor( GetColor( USHORT(nTokenValue) ));
if( RTF_BRDLINE_IN != GetNextToken() )
{
bSwgControl = FALSE;
break;
}
aBrd.SetInWidth( USHORT(nTokenValue));
if( RTF_BRDLINE_OUT != GetNextToken() )
{
bSwgControl = FALSE;
break;
}
aBrd.SetOutWidth( USHORT(nTokenValue));
if( RTF_BRDLINE_DIST != GetNextToken() )
{
bSwgControl = FALSE;
break;
}
aBrd.SetDistance( USHORT(nTokenValue));
SetBorderLine( nBorderTyp, aAttr, aBrd );
break;
default:
bSwgControl = FALSE;
break;
}
if( bSwgControl )
{
nToken = GetNextToken();
bFirstToken = FALSE;
}
} while( bSwgControl );
// Ende der Swg-Gruppe
// -> lese noch die schliessende Klammer
if( BRACERIGHT == nToken )
;
else if( !bFirstToken )
{
// es ist ein Parser-Fehler, springe zum
// Ende der Gruppe
SkipGroup();
// schliessende BRACERIGHT ueberspringen
GetNextToken();
}
else
nSkip = -2;
}
if( nSkip )
{
SkipToken( nSkip ); // Ignore wieder zurueck
bWeiter = FALSE;
}
}
break;
default:
bWeiter = (nToken & ~(0xff| RTF_SWGDEFS)) == RTF_BRDRDEF;
}
if( bWeiter )
nToken = GetNextToken();
} while( bWeiter );
rSet.Put( aAttr );
SkipToken( -1 );
}
inline ULONG CalcShading( ULONG nColor, ULONG nFillColor, BYTE nShading )
{
nColor = (nColor * nShading) / 100;
nFillColor = (nFillColor * ( 100 - nShading )) / 100;
return nColor + nFillColor;
}
void SvxRTFParser::ReadBackgroundAttr( int nToken, SfxItemSet& rSet,
int bTableDef )
{
// dann lese doch mal das BoderAttribut ein
int bWeiter = TRUE;
USHORT nColor = USHRT_MAX, nFillColor = USHRT_MAX;
BYTE nFillValue = 0;
USHORT nWh = ( nToken & ~0xff ) == RTF_CHRFMT
? PLAINID->nBgColor
: PARDID->nBrush;
do {
switch( nToken )
{
case RTF_CLCBPAT:
case RTF_CHCBPAT:
case RTF_CBPAT:
nFillColor = USHORT( nTokenValue );
break;
case RTF_CLCFPAT:
case RTF_CHCFPAT:
case RTF_CFPAT:
nColor = USHORT( nTokenValue );
break;
case RTF_CLSHDNG:
case RTF_CHSHDNG:
case RTF_SHADING:
nFillValue = (BYTE)( nTokenValue / 100 );
break;
case RTF_CLBGDKHOR:
case RTF_CHBGDKHORIZ:
case RTF_BGDKHORIZ:
case RTF_CLBGDKVERT:
case RTF_CHBGDKVERT:
case RTF_BGDKVERT:
case RTF_CLBGDKBDIAG:
case RTF_CHBGDKBDIAG:
case RTF_BGDKBDIAG:
case RTF_CLBGDKFDIAG:
case RTF_CHBGDKFDIAG:
case RTF_BGDKFDIAG:
case RTF_CLBGDKCROSS:
case RTF_CHBGDKCROSS:
case RTF_BGDKCROSS:
case RTF_CLBGDKDCROSS:
case RTF_CHBGDKDCROSS:
case RTF_BGDKDCROSS:
// dark -> 60%
nFillValue = 60;
break;
case RTF_CLBGHORIZ:
case RTF_CHBGHORIZ:
case RTF_BGHORIZ:
case RTF_CLBGVERT:
case RTF_CHBGVERT:
case RTF_BGVERT:
case RTF_CLBGBDIAG:
case RTF_CHBGBDIAG:
case RTF_BGBDIAG:
case RTF_CLBGFDIAG:
case RTF_CHBGFDIAG:
case RTF_BGFDIAG:
case RTF_CLBGCROSS:
case RTF_CHBGCROSS:
case RTF_BGCROSS:
case RTF_CLBGDCROSS:
case RTF_CHBGDCROSS:
case RTF_BGDCROSS:
// light -> 20%
nFillValue = 20;
break;
default:
if( bTableDef )
bWeiter = (nToken & ~(0xff | RTF_TABLEDEF) ) == RTF_SHADINGDEF;
else
bWeiter = (nToken & ~0xff) == RTF_SHADINGDEF;
}
if( bWeiter )
nToken = GetNextToken();
} while( bWeiter );
Color aCol( COL_WHITE ), aFCol;
if( !nFillValue )
{
// es wurde nur eine von beiden Farben angegeben oder kein BrushTyp
if( USHRT_MAX != nFillColor )
{
nFillValue = 100;
aCol = GetColor( nFillColor );
}
else if( USHRT_MAX != nColor )
aFCol = GetColor( nColor );
}
else
{
if( USHRT_MAX != nColor )
aCol = GetColor( nColor );
else
aCol = Color( COL_BLACK );
if( USHRT_MAX != nFillColor )
aFCol = GetColor( nFillColor );
else
aFCol = Color( COL_WHITE );
}
Color aColor;
if( 0 == nFillValue || 100 == nFillValue )
aColor = aCol;
else
aColor = Color(
(BYTE)CalcShading( aCol.GetRed(), aFCol.GetRed(), nFillValue ),
(BYTE)CalcShading( aCol.GetGreen(), aFCol.GetGreen(), nFillValue ),
(BYTE)CalcShading( aCol.GetBlue(), aFCol.GetBlue(), nFillValue ) );
rSet.Put( SvxBrushItem( aColor, nWh ) );
SkipToken( -1 );
}
// pard / plain abarbeiten
void SvxRTFParser::RTFPardPlain( int bPard, SfxItemSet** ppSet )
{
if( !bNewGroup && aAttrStack.Top() ) // nicht am Anfang einer neuen Gruppe
{
SvxRTFItemStackType* pAkt = aAttrStack.Top();
int nLastToken = GetStackPtr(-1)->nTokenId;
int bNewStkEntry = TRUE;
if( RTF_PARD != nLastToken &&
RTF_PLAIN != nLastToken &&
BRACELEFT != nLastToken )
{
if( pAkt->aAttrSet.Count() || pAkt->pChildList || pAkt->nStyleNo )
{
// eine neue Gruppe aufmachen
SvxRTFItemStackType* pNew = new SvxRTFItemStackType( *pAkt, *pInsPos, TRUE );
pNew->aAttrSet.SetParent( pAkt->aAttrSet.GetParent() );
pNew->SetRTFDefaults( GetRTFDefaults() );
// alle bis hierher gueltigen Attribute "setzen"
AttrGroupEnd();
aAttrStack.Push( pNew );
pAkt = pNew;
}
else
{
// diesen Eintrag als neuen weiterbenutzen
pAkt->SetStartPos( *pInsPos );
bNewStkEntry = FALSE;
}
}
// jetzt noch alle auf default zuruecksetzen
if( bNewStkEntry &&
( pAkt->aAttrSet.GetParent() || pAkt->aAttrSet.Count() ))
{
const SfxPoolItem *pItem, *pDef;
const USHORT* pPtr;
USHORT nCnt;
const SfxItemSet* pDfltSet = &GetRTFDefaults();
if( bPard )
{
pAkt->nStyleNo = 0;
pPtr = aPardMap.GetData();
nCnt = aPardMap.Count();
}
else
{
pPtr = aPlainMap.GetData();
nCnt = aPlainMap.Count();
}
for( USHORT n = 0; n < nCnt; ++n, ++pPtr )
{
// Item gesetzt und unterschiedlich -> das Pooldefault setzen
//JP 06.04.98: bei Items die nur SlotItems sind, darf nicht
// auf das Default zugefriffen werden. Diese
// werden gecleart
if( !*pPtr )
;
else if( SFX_WHICH_MAX < *pPtr )
pAkt->aAttrSet.ClearItem( *pPtr );
else if( IsChkStyleAttr() )
pAkt->aAttrSet.Put( pDfltSet->Get( *pPtr ) );
else if( !pAkt->aAttrSet.GetParent() )
{
if( SFX_ITEM_SET ==
pDfltSet->GetItemState( *pPtr, FALSE, &pDef ))
pAkt->aAttrSet.Put( *pDef );
else
pAkt->aAttrSet.ClearItem( *pPtr );
}
else if( SFX_ITEM_SET == pAkt->aAttrSet.GetParent()->
GetItemState( *pPtr, TRUE, &pItem ) &&
*( pDef = &pDfltSet->Get( *pPtr )) != *pItem )
pAkt->aAttrSet.Put( *pDef );
else
{
if( SFX_ITEM_SET ==
pDfltSet->GetItemState( *pPtr, FALSE, &pDef ))
pAkt->aAttrSet.Put( *pDef );
else
pAkt->aAttrSet.ClearItem( *pPtr );
}
}
}
else if( bPard )
pAkt->nStyleNo = 0; // Style-Nummer zuruecksetzen
*ppSet = &pAkt->aAttrSet;
}
}
void SvxRTFParser::SetDefault( int nToken, short nValue )
{
if( !bNewDoc )
return;
SfxItemSet aTmp( *pAttrPool, aWhichMap.GetData() );
BOOL bOldFlag = bIsLeftToRightDef;
bIsLeftToRightDef = TRUE;
switch( nToken )
{
case RTF_ADEFF: bIsLeftToRightDef = FALSE; // no break!
case RTF_DEFF:
{
if( -1 == nValue )
nValue = 0;
const Font& rSVFont = GetFont( USHORT(nValue) );
SetScriptAttr( 0, aTmp,
SvxFontItem(
rSVFont.GetFamily(), rSVFont.GetName(),
rSVFont.GetStyleName(), rSVFont.GetPitch(),
rSVFont.GetCharSet(), SID_ATTR_CHAR_FONT ));
}
break;
case RTF_ADEFLANG: bIsLeftToRightDef = FALSE; // no break!
case RTF_DEFLANG:
// default Language merken
if( -1 != nValue )
{
SetScriptAttr( 0, aTmp,
SvxLanguageItem( (const LanguageType)nValue,
SID_ATTR_CHAR_LANGUAGE ));
}
break;
case RTF_DEFTAB:
if( PARDID->nTabStop )
{
// RTF definiert 720 twips als default
bIsSetDfltTab = TRUE;
if( -1 == nValue || !nValue )
nValue = 720;
// wer keine Twips haben moechte ...
if( IsCalcValue() )
{
nTokenValue = nValue;
CalcValue();
nValue = (short)nTokenValue;
}
// Verhaeltnis der def. TabWidth / Tabs errechnen und
// enstsprechend die neue Anzahl errechnen.
/*-----------------14.12.94 19:32-------------------
?? wie kommt man auf die 13 ??
--------------------------------------------------*/
USHORT nAnzTabs = (SVX_TAB_DEFDIST * 13 ) / USHORT(nValue);
// wir wollen Defaulttabs
SvxTabStopItem aNewTab( nAnzTabs, USHORT(nValue),
SVX_TAB_ADJUST_DEFAULT, PARDID->nTabStop );
while( nAnzTabs )
((SvxTabStop&)aNewTab[ --nAnzTabs ]).GetAdjustment() = SVX_TAB_ADJUST_DEFAULT;
pAttrPool->SetPoolDefaultItem( aNewTab );
}
break;
}
bIsLeftToRightDef = bOldFlag;
if( aTmp.Count() )
{
SfxItemIter aIter( aTmp );
const SfxPoolItem* pItem = aIter.GetCurItem();
while( TRUE )
{
pAttrPool->SetPoolDefaultItem( *pItem );
if( aIter.IsAtEnd() )
break;
pItem = aIter.NextItem();
}
}
}
// default: keine Umrechnung, alles bei Twips lassen.
void SvxRTFParser::CalcValue()
{
}
// fuer Tokens, die im ReadAttr nicht ausgewertet werden
void SvxRTFParser::UnknownAttrToken( int nToken, SfxItemSet* pSet )
{
}