mir/libreoffice
2
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
Files
07d85c44998f42545175ee77c192b901b52a30ca
libreoffice/sw/source/core/txtnode/fntcache.cxx
Christian Lohmaier ab465b90f6 bin/rename-sw-abbreviations.sh 
renames the most annoying abbreviations in Writer (and partially
in the shared code too).

Change-Id: I9a62759138126c1537cc5c985ba05cf54d6132d9
2015-05-20 13:05:49 +02:00

2617 lines
98 KiB
C++
Raw Blame History

/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* This file is part of the LibreOffice project.
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*
* This file incorporates work covered by the following license notice:
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed
* with this work for additional information regarding copyright
* ownership. The ASF licenses this file to you under the Apache
* License, Version 2.0 (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.apache.org/licenses/LICENSE-2.0 .
*/
#include <sal/config.h>
#include <cstdlib>
#include <i18nlangtag/mslangid.hxx>
#include <vcl/outdev.hxx>
#include <vcl/print.hxx>
#include <vcl/lineinfo.hxx>
#include <vcl/metric.hxx>
#include <vcl/window.hxx>
#include <vcl/svapp.hxx>
#include <com/sun/star/i18n/CharacterIteratorMode.hpp>
#include <com/sun/star/i18n/WordType.hpp>
#include <breakit.hxx>
#include <viewsh.hxx>
#include <viewopt.hxx>
#include <fntcache.hxx>
#include <IDocumentSettingAccess.hxx>
#include <swfont.hxx>
#include <wrong.hxx>
#include "dbg_lay.hxx"
#include <txtfrm.hxx>
#include <pagefrm.hxx>
#include <pagedesc.hxx>
#include <tgrditem.hxx>
#include <scriptinfo.hxx>
#include <editeng/brushitem.hxx>
#include <swmodule.hxx>
#include <accessibilityoptions.hxx>
#include <svtools/accessibilityoptions.hxx>
#include <doc.hxx>
#include <editeng/fhgtitem.hxx>
#include <docsh.hxx>
#include <poolfmt.hrc>
#include <fntcap.hxx>
using namespace ::com::sun::star;
// global variables declared in fntcache.hxx
// FontCache is created in txtinit.cxx _TextInit and deleted in _TextFinit
SwFntCache *pFntCache = NULL;
// last Font set by ChgFntCache
SwFntObj *pLastFont = NULL;
// "MagicNumber" used to identify Fonts
sal_uInt8* pMagicNo = NULL;
Color *pWaveCol = 0;
long SwFntObj::nPixWidth;
MapMode* SwFntObj::pPixMap = NULL;
VclPtr<OutputDevice> SwFntObj::pPixOut;
namespace
{
long EvalGridWidthAdd( const SwTextGridItem *const pGrid, const SwDrawTextInfo &rInf )
{
SwDocShell* pDocShell = rInf.GetShell()->GetDoc()->GetDocShell();
SfxStyleSheetBasePool* pBasePool = pDocShell->GetStyleSheetPool();
OUString sString(SW_RESSTR(STR_POOLCOLL_STANDARD));
SfxStyleSheetBase* pStyle = pBasePool->Find(sString, (SfxStyleFamily)SFX_STYLE_FAMILY_PARA);
SfxItemSet& aTmpSet = pStyle->GetItemSet();
const SvxFontHeightItem &aDefaultFontItem = static_cast<const SvxFontHeightItem&>(aTmpSet.Get(RES_CHRATR_CJK_FONTSIZE));
const SwDoc* pDoc = rInf.GetShell()->GetDoc();
const long nGridWidthAdd = GetGridWidth(*pGrid, *pDoc) - aDefaultFontItem.GetHeight();
if( SW_LATIN == rInf.GetFont()->GetActual() )
return nGridWidthAdd / 2;
return nGridWidthAdd;
}
}
void SwFntCache::Flush( )
{
if ( pLastFont )
{
pLastFont->Unlock();
pLastFont = NULL;
}
SwCache::Flush( );
}
SwFntObj::SwFntObj(const SwSubFont &rFont, const void *pOwn, SwViewShell const *pSh)
: SwCacheObj(pOwn)
, aFont(rFont)
, pScrFont(NULL)
, pPrtFont(&aFont)
, pPrinter(NULL)
, nGuessedLeading(USHRT_MAX)
, nExtLeading(USHRT_MAX)
, nScrAscent(0)
, nPrtAscent(USHRT_MAX)
, nScrHeight(0)
, nPrtHeight(USHRT_MAX)
, nPropWidth(rFont.GetPropWidth())
{
nZoom = pSh ? pSh->GetViewOptions()->GetZoom() : USHRT_MAX;
bSymbol = RTL_TEXTENCODING_SYMBOL == aFont.GetCharSet();
bPaintBlank = ( UNDERLINE_NONE != aFont.GetUnderline()
|| UNDERLINE_NONE != aFont.GetOverline()
|| STRIKEOUT_NONE != aFont.GetStrikeout() )
&& !aFont.IsWordLineMode();
aFont.SetLanguage(rFont.GetLanguage());
}
SwFntObj::~SwFntObj()
{
if ( pScrFont != pPrtFont )
delete pScrFont;
if ( pPrtFont != &aFont )
delete pPrtFont;
}
void SwFntObj::CreatePrtFont( const OutputDevice& rPrt )
{
if ( nPropWidth != 100 && pPrinter != &rPrt )
{
if( pScrFont != pPrtFont )
delete pScrFont;
if( pPrtFont != &aFont )
delete pPrtFont;
const vcl::Font aOldFnt( rPrt.GetFont() );
((OutputDevice&)rPrt).SetFont( aFont );
const FontMetric aWinMet( rPrt.GetFontMetric() );
((OutputDevice&)rPrt).SetFont( aOldFnt );
long nWidth = ( aWinMet.GetSize().Width() * nPropWidth ) / 100;
if( !nWidth )
++nWidth;
pPrtFont = new vcl::Font( aFont );
pPrtFont->SetSize( Size( nWidth, aFont.GetSize().Height() ) );
pScrFont = NULL;
}
}
/*
* returns whether we have to adjust the output font to resemble
* the formatting font
*
* _Not_ necessary if
*
* 1. RefDef == OutDev (text formatting, online layout...)
* 2. PDF export from online layout
* 3. Prospect/PagePreview pringing
*/
static bool lcl_IsFontAdjustNecessary( const vcl::RenderContext& rOutDev,
const vcl::RenderContext& rRefDev )
{
return &rRefDev != &rOutDev &&
OUTDEV_WINDOW != rRefDev.GetOutDevType() &&
( OUTDEV_PRINTER != rRefDev.GetOutDevType() ||
OUTDEV_PRINTER != rOutDev.GetOutDevType() );
}
struct CalcLinePosData
{
SwDrawTextInfo& rInf;
vcl::Font& rFont;
sal_Int32 nCnt;
const bool bSwitchH2V;
const bool bSwitchL2R;
long nHalfSpace;
long* pKernArray;
const bool bBidiPor;
CalcLinePosData( SwDrawTextInfo& _rInf, vcl::Font& _rFont,
sal_Int32 _nCnt, const bool _bSwitchH2V, const bool _bSwitchL2R,
long _nHalfSpace, long* _pKernArray, const bool _bBidiPor) :
rInf( _rInf ),
rFont( _rFont ),
nCnt( _nCnt ),
bSwitchH2V( _bSwitchH2V ),
bSwitchL2R( _bSwitchL2R ),
nHalfSpace( _nHalfSpace ),
pKernArray( _pKernArray ),
bBidiPor( _bBidiPor )
{
}
};
// Computes the start and end position of an underline. This function is called
// from the DrawText-method (for underlining misspelled words or smarttag terms).
static void lcl_calcLinePos( const CalcLinePosData &rData,
Point &rStart, Point &rEnd, sal_Int32 nStart, sal_Int32 nWrLen )
{
long nBlank = 0;
const sal_Int32 nEnd = nStart + nWrLen;
const long nTmpSpaceAdd = rData.rInf.GetSpace() / SPACING_PRECISION_FACTOR;
if ( nEnd < rData.nCnt
&& CH_BLANK == rData.rInf.GetText()[ rData.rInf.GetIdx() + nEnd ] )
{
if( nEnd + 1 == rData.nCnt )
nBlank -= nTmpSpaceAdd;
else
nBlank -= rData.nHalfSpace;
}
// determine start, end and length of wave line
sal_Int32 nKernStart = nStart ? rData.pKernArray[ nStart - 1 ] : 0;
sal_Int32 nKernEnd = rData.pKernArray[ nEnd - 1 ];
const sal_uInt16 nDir = rData.bBidiPor ? 1800 :
UnMapDirection( rData.rFont.GetOrientation(), rData.bSwitchH2V );
switch ( nDir )
{
case 0 :
rStart.X() += nKernStart;
rEnd.X() = nBlank + rData.rInf.GetPos().X() + nKernEnd;
rEnd.Y() = rData.rInf.GetPos().Y();
break;
case 900 :
rStart.Y() -= nKernStart;
rEnd.X() = rData.rInf.GetPos().X();
rEnd.Y() = nBlank + rData.rInf.GetPos().Y() - nKernEnd;
break;
case 1800 :
rStart.X() -= nKernStart;
rEnd.X() = rData.rInf.GetPos().X() - nKernEnd - nBlank;
rEnd.Y() = rData.rInf.GetPos().Y();
break;
case 2700 :
rStart.Y() += nKernStart;
rEnd.X() = rData.rInf.GetPos().X();
rEnd.Y() = nBlank + rData.rInf.GetPos().Y() + nKernEnd;
break;
}
if ( rData.bSwitchL2R )
{
rData.rInf.GetFrm()->SwitchLTRtoRTL( rStart );
rData.rInf.GetFrm()->SwitchLTRtoRTL( rEnd );
}
if ( rData.bSwitchH2V )
{
rData.rInf.GetFrm()->SwitchHorizontalToVertical( rStart );
rData.rInf.GetFrm()->SwitchHorizontalToVertical( rEnd );
}
}
// Returns the Ascent of the Font on the given output device;
// it may be necessary to create the screen font first.
sal_uInt16 SwFntObj::GetFontAscent( const SwViewShell *pSh, const OutputDevice& rOut )
{
sal_uInt16 nRet = 0;
const OutputDevice& rRefDev = pSh ? pSh->GetRefDev() : rOut;
if ( pSh && lcl_IsFontAdjustNecessary( rOut, rRefDev ) )
{
CreateScrFont( *pSh, rOut );
OSL_ENSURE( USHRT_MAX != nScrAscent, "nScrAscent is going berzerk" );
nRet = nScrAscent;
}
else
{
if (nPrtAscent == USHRT_MAX) // printer ascent unknown?
{
CreatePrtFont( rOut );
const vcl::Font aOldFnt( rRefDev.GetFont() );
((OutputDevice&)rRefDev).SetFont( *pPrtFont );
const FontMetric aOutMet( rRefDev.GetFontMetric() );
nPrtAscent = (sal_uInt16) aOutMet.GetAscent();
( (OutputDevice&)rRefDev).SetFont( aOldFnt );
}
nRet = nPrtAscent;
}
#if !defined(MACOSX) // #i89844# extleading is below the line for Mac
// TODO: move extleading below the line for all platforms too
nRet += GetFontLeading( pSh, rRefDev );
#endif
OSL_ENSURE( USHRT_MAX != nRet, "GetFontAscent returned USHRT_MAX" );
return nRet;
}
// Returns the height of the Font on the given output device;
// it may be necessary to create the screen font first.
sal_uInt16 SwFntObj::GetFontHeight( const SwViewShell* pSh, const OutputDevice& rOut )
{
sal_uInt16 nRet = 0;
const OutputDevice& rRefDev = pSh ? pSh->GetRefDev() : rOut;
if ( pSh && lcl_IsFontAdjustNecessary( rOut, rRefDev ) )
{
CreateScrFont( *pSh, rOut );
OSL_ENSURE( USHRT_MAX != nScrHeight, "nScrHeight is going berzerk" );
nRet = nScrHeight + GetFontLeading( pSh, rRefDev );
}
else
{
if (nPrtHeight == USHRT_MAX) // printer height unknown?
{
CreatePrtFont( rOut );
const vcl::Font aOldFnt( rRefDev.GetFont() );
((OutputDevice&)rRefDev).SetFont( *pPrtFont );
nPrtHeight = static_cast<sal_uInt16>(rRefDev.GetTextHeight());
#if OSL_DEBUG_LEVEL > 0
// Check if vcl did not change the meading of GetTextHeight
const FontMetric aOutMet( rRefDev.GetFontMetric() );
long nTmpPrtHeight = (sal_uInt16)aOutMet.GetAscent() + aOutMet.GetDescent();
(void) nTmpPrtHeight;
// #i106098#: do not compare with == here due to rounding error
OSL_ENSURE( std::abs(nTmpPrtHeight - nPrtHeight) < 3,
"GetTextHeight != Ascent + Descent" );
#endif
((OutputDevice&)rRefDev).SetFont( aOldFnt );
}
nRet = nPrtHeight + GetFontLeading( pSh, rRefDev );
}
OSL_ENSURE( USHRT_MAX != nRet, "GetFontHeight returned USHRT_MAX" );
return nRet;
}
sal_uInt16 SwFntObj::GetFontLeading( const SwViewShell *pSh, const OutputDevice& rOut )
{
sal_uInt16 nRet = 0;
if ( pSh )
{
if ( USHRT_MAX == nGuessedLeading || USHRT_MAX == nExtLeading )
{
SolarMutexGuard aGuard;
const vcl::Font aOldFnt( rOut.GetFont() );
((OutputDevice&)rOut).SetFont( *pPrtFont );
const FontMetric aMet( rOut.GetFontMetric() );
((OutputDevice&)rOut).SetFont( aOldFnt );
bSymbol = RTL_TEXTENCODING_SYMBOL == aMet.GetCharSet();
GuessLeading( *pSh, aMet );
nExtLeading = static_cast<sal_uInt16>(aMet.GetExtLeading());
/* HACK: There is something wrong with Writer's bullet rendering, causing lines
with bullets to be higher than they should be. I think this is because
Writer uses font's external leading incorrect, as the vertical distance
added to every line instead of only a distance between multiple lines,
which means a single bullet has external leading added even though it
shouldn't, but frankly this is just an educated guess rather than understanding
Writer's layout (heh).
Symbol font in some documents is 'StarSymbol; Arial Unicode MS', and Windows
machines often do not have StarSymbol, falling back to Arial Unicode MS, which
has unusually high external leading. So just reset external leading for fonts
which are used to bullets, as those should not be used on multiple lines anyway,
so in correct rendering external leading should be irrelevant anyway.
Interestingly enough, bSymbol is false for 'StarSymbol; Arial Unicode MS', so
also check explicitly.
*/
if( bSymbol || IsStarSymbol( pPrtFont->GetName()))
nExtLeading = 0;
}
const IDocumentSettingAccess& rIDSA = *pSh->getIDocumentSettingAccess();
const bool bBrowse = ( pSh->GetWin() &&
pSh->GetViewOptions()->getBrowseMode() &&
!pSh->GetViewOptions()->IsPrtFormat() );
if ( !bBrowse && rIDSA.get(DocumentSettingId::ADD_EXT_LEADING) )
nRet = nExtLeading;
else
nRet = nGuessedLeading;
}
OSL_ENSURE( USHRT_MAX != nRet, "GetFontLeading returned USHRT_MAX" );
return nRet;
}
// pOut is the output device, not the reference device
void SwFntObj::CreateScrFont( const SwViewShell& rSh, const OutputDevice& rOut )
{
if ( pScrFont )
return;
// any changes to the output device are reset at the end of the function
OutputDevice* pOut = const_cast<OutputDevice*>(&rOut);
// Save old font
vcl::Font aOldOutFont( pOut->GetFont() );
nScrHeight = USHRT_MAX;
// Condition for output font / refdev font adjustment
OutputDevice* pPrt = &rSh.GetRefDev();
if( !rSh.GetWin() ||
!rSh.GetViewOptions()->getBrowseMode() ||
rSh.GetViewOptions()->IsPrtFormat() )
{
// After CreatePrtFont pPrtFont is the font which is actually used
// by the reference device
CreatePrtFont( *pPrt );
pPrinter = pPrt;
// save old reference device font
vcl::Font aOldPrtFnt( pPrt->GetFont() );
// set the font used at the reference device at the reference device
// and the output device
pPrt->SetFont( *pPrtFont );
pOut->SetFont( *pPrtFont );
// This should be the default for pScrFont.
pScrFont = pPrtFont;
FontMetric aMet = pPrt->GetFontMetric( );
// Don't lose "faked" properties of the logical font that don't truly
// exist in the physical font metrics which vcl which fake up for us
aMet.SetWeight(pScrFont->GetWeight());
aMet.SetItalic(pScrFont->GetItalic());
bSymbol = RTL_TEXTENCODING_SYMBOL == aMet.GetCharSet();
if ( USHRT_MAX == nGuessedLeading )
GuessLeading( rSh, aMet );
if ( USHRT_MAX == nExtLeading )
nExtLeading = static_cast<sal_uInt16>(aMet.GetExtLeading());
// reset the original reference device font
pPrt->SetFont( aOldPrtFnt );
}
else
{
bSymbol = RTL_TEXTENCODING_SYMBOL == aFont.GetCharSet();
if ( nGuessedLeading == USHRT_MAX )
nGuessedLeading = 0;
// no external leading in browse mode
if ( nExtLeading == USHRT_MAX )
nExtLeading = 0;
pScrFont = pPrtFont;
}
// check zoom factor, e.g. because of PrtOle2 during export
{
// In case the zoom factor of the output device differs from the
// one in the ViewOptions, this Font must not be cached,
// hence set zoom factor to an invalid value
long nTmp;
if( pOut->GetMapMode().GetScaleX().IsValid() &&
pOut->GetMapMode().GetScaleY().IsValid() &&
pOut->GetMapMode().GetScaleX() == pOut->GetMapMode().GetScaleY() )
{
nTmp = ( 100 * pOut->GetMapMode().GetScaleX().GetNumerator() ) /
pOut->GetMapMode().GetScaleX().GetDenominator();
}
else
nTmp = 0;
if( nTmp != nZoom )
nZoom = USHRT_MAX - 1;
}
nScrAscent = (sal_uInt16)pOut->GetFontMetric().GetAscent();
if ( USHRT_MAX == nScrHeight )
nScrHeight = (sal_uInt16)pOut->GetTextHeight();
// reset original output device font
pOut->SetFont( aOldOutFont );
}
void SwFntObj::GuessLeading( const SwViewShell&
#if defined(WNT)
rSh
#endif
, const FontMetric& rMet )
{
// If leading >= 5, this seems to be enough leading.
// Nothing has to be done.
if ( rMet.GetIntLeading() >= 5 )
{
nGuessedLeading = 0;
return;
}
#if defined(WNT)
OutputDevice *pWin = rSh.GetWin() ?
rSh.GetWin() :
GetpApp()->GetDefaultDevice();
if ( pWin )
{
MapMode aTmpMap( MAP_TWIP );
MapMode aOldMap = pWin->GetMapMode( );
pWin->SetMapMode( aTmpMap );
const vcl::Font aOldFnt( pWin->GetFont() );
pWin->SetFont( *pPrtFont );
const FontMetric aWinMet( pWin->GetFontMetric() );
const sal_uInt16 nWinHeight = sal_uInt16( aWinMet.GetSize().Height() );
if( pPrtFont->GetName().indexOf( aWinMet.GetName() ) != -1 )
{
// If the Leading on the Window is also 0, then it has to stay
// that way (see also StarMath).
long nTmpLeading = (long)aWinMet.GetIntLeading();
if( nTmpLeading <= 0 )
{
pWin->SetFont( rMet );
nTmpLeading = (long)pWin->GetFontMetric().GetIntLeading();
if( nTmpLeading < 0 )
nGuessedLeading = 0;
else
nGuessedLeading = sal_uInt16(nTmpLeading);
}
else
{
nGuessedLeading = sal_uInt16(nTmpLeading);
// Manta-Hack #50153#:
// Wer beim Leading luegt, luegt moeglicherweise auch beim
// Ascent/Descent, deshalb wird hier ggf. der Font ein wenig
// tiefergelegt, ohne dabei seine Hoehe zu aendern.
// (above original comment preserved for cultural reasons)
// Those who lie about their Leading, may lie about their
// Ascent/Descent as well, hence the Font will be lowered a
// litte without changing its height.
long nDiff = std::min( rMet.GetDescent() - aWinMet.GetDescent(),
aWinMet.GetAscent() - rMet.GetAscent() - nTmpLeading );
if( nDiff > 0 )
{
OSL_ENSURE( nPrtAscent < USHRT_MAX, "GuessLeading: PrtAscent-Fault" );
if ( nPrtAscent < USHRT_MAX )
nPrtAscent = nPrtAscent + (sal_uInt16)(( 2 * nDiff ) / 5);
}
}
}
else
{
// If all else fails, take 15% of the height, as emprically
// determined by CL
nGuessedLeading = (nWinHeight * 15) / 100;
}
pWin->SetFont( aOldFnt );
pWin->SetMapMode( aOldMap );
}
else
#endif
nGuessedLeading = 0;
}
// Set the font at the given output device; for screens it may be
// necessary to do some adjustment first.
void SwFntObj::SetDevFont( const SwViewShell *pSh, OutputDevice& rOut )
{
const OutputDevice& rRefDev = pSh ? pSh->GetRefDev() : rOut;
if ( pSh && lcl_IsFontAdjustNecessary( rOut, rRefDev ) )
{
CreateScrFont( *pSh, rOut );
if( !GetScrFont()->IsSameInstance( rOut.GetFont() ) )
rOut.SetFont( *pScrFont );
if( pPrinter && ( !pPrtFont->IsSameInstance( pPrinter->GetFont() ) ) )
pPrinter->SetFont( *pPrtFont );
}
else
{
CreatePrtFont( rOut );
if( !pPrtFont->IsSameInstance( rOut.GetFont() ) )
rOut.SetFont( *pPrtFont );
}
// Here, we actually do not need the leading values, but by calling
// GetFontLeading() we assure that the values are calculated for later use.
GetFontLeading( pSh, rRefDev );
}
#define WRONG_SHOW_MIN 5
/*
* Output text:
* on screen => DrawTextArray
* on printer, !Kerning => DrawText
* on printer + Kerning => DrawStretchText
*/
static sal_uInt8 lcl_WhichPunctuation( sal_Unicode cChar )
{
if ( ( cChar < 0x3001 || cChar > 0x3002 ) &&
( cChar < 0x3008 || cChar > 0x3011 ) &&
( cChar < 0x3014 || cChar > 0x301F ) &&
0xFF62 != cChar && 0xFF63 != cChar )
// no punctuation
return SwScriptInfo::NONE;
else if ( 0x3001 == cChar || 0x3002 == cChar ||
0x3009 == cChar || 0x300B == cChar ||
0x300D == cChar || 0x300F == cChar ||
0x3011 == cChar || 0x3015 == cChar ||
0x3017 == cChar || 0x3019 == cChar ||
0x301B == cChar || 0x301E == cChar ||
0x301F == cChar || 0xFF63 == cChar )
// right punctuation
return SwScriptInfo::SPECIAL_RIGHT;
return SwScriptInfo::SPECIAL_LEFT;
}
static bool lcl_IsMonoSpaceFont( const vcl::RenderContext& rOut )
{
const OUString aStr1( sal_Unicode( 0x3008 ) );
const OUString aStr2( sal_Unicode( 0x307C ) );
const long nWidth1 = rOut.GetTextWidth( aStr1 );
const long nWidth2 = rOut.GetTextWidth( aStr2 );
return nWidth1 == nWidth2;
}
/* This helper structure (SwForbidden) contains the already marked parts of the string
to avoid double lines (e.g grammar + spell check error) */
typedef std::vector< std::pair< sal_Int32, sal_Int32 > > SwForbidden;
static void lcl_DrawLineForWrongListData(
SwForbidden &rForbidden,
const SwDrawTextInfo &rInf,
const SwWrongList *pWList,
const CalcLinePosData &rCalcLinePosData,
const Size &rPrtFontSize )
{
if (!pWList) return;
sal_Int32 nStart = rInf.GetIdx();
sal_Int32 nWrLen = rInf.GetLen();
// check if respective data is available in the current text range
if (!pWList->Check( nStart, nWrLen ))
{
return;
}
long nHght = rInf.GetOut().LogicToPixel( rPrtFontSize ).Height();
// Draw wavy lines for spell and grammar errors only if font is large enough.
// Lines for smart tags will always be drawn.
if (pWList != rInf.GetSmartTags() && WRONG_SHOW_MIN >= nHght)
{
return;
}
SwForbidden::iterator pIter = rForbidden.begin();
if (rInf.GetOut().GetConnectMetaFile())
rInf.GetOut().Push();
const Color aCol( rInf.GetOut().GetLineColor() );
// iterate over all ranges stored in the respective SwWrongList
do
{
nStart -= rInf.GetIdx();
const sal_Int32 nEnd = nStart + nWrLen;
sal_Int32 nNext = nStart;
while( nNext < nEnd )
{
while( pIter != rForbidden.end() && pIter->second <= nNext )
++pIter;
const sal_Int32 nNextStart = nNext;
sal_Int32 nNextEnd = nEnd;
if( pIter == rForbidden.end() || nNextEnd <= pIter->first )
{
// No overlapping mark up found
std::pair< sal_Int32, sal_Int32 > aNew;
aNew.first = nNextStart;
aNew.second = nNextEnd;
rForbidden.insert( pIter, aNew );
pIter = rForbidden.begin();
nNext = nEnd;
}
else
{
nNext = pIter->second;
if( nNextStart < pIter->first )
{
nNextEnd = pIter->first;
pIter->first = nNextStart;
}
else
continue;
}
// determine line pos
Point aStart( rInf.GetPos() );
Point aEnd;
lcl_calcLinePos( rCalcLinePosData, aStart, aEnd, nNextStart, nNextEnd - nNextStart );
const sal_uInt16 wrongPos = pWList->GetWrongPos(nNextStart + rInf.GetIdx());
const SwWrongArea* wrongArea = pWList->GetElement(wrongPos);
if (wrongArea != 0)
{
if (WRONGAREA_DASHED == wrongArea->mLineType)
{
rInf.GetOut().SetLineColor( wrongArea->mColor );
aStart.Y() +=30;
aEnd.Y() +=30;
LineInfo aLineInfo( LINE_DASH );
aLineInfo.SetDistance( 40 );
aLineInfo.SetDashLen( 1 );
aLineInfo.SetDashCount(1);
rInf.GetOut().DrawLine( aStart, aEnd, aLineInfo );
}
else if (WRONGAREA_WAVE == wrongArea->mLineType)
{
rInf.GetOut().SetLineColor( wrongArea->mColor );
rInf.GetOut().DrawWaveLine( aStart, aEnd );
}
}
}
nStart = nEnd + rInf.GetIdx();
nWrLen = rInf.GetIdx() + rInf.GetLen() - nStart;
}
while (nWrLen && pWList->Check( nStart, nWrLen ));
rInf.GetOut().SetLineColor( aCol );
if (rInf.GetOut().GetConnectMetaFile())
rInf.GetOut().Pop();
}
void SwFntObj::DrawText( SwDrawTextInfo &rInf )
{
OSL_ENSURE( rInf.GetShell(), "SwFntObj::DrawText without shell" );
OutputDevice& rRefDev = rInf.GetShell()->GetRefDev();
OutputDevice* pWin = rInf.GetShell()->GetWin();
// true if pOut is the printer and the printer has been used for formatting
const bool bPrt = OUTDEV_PRINTER == rInf.GetOut().GetOutDevType() &&
OUTDEV_PRINTER == rRefDev.GetOutDevType();
const bool bBrowse = ( pWin &&
rInf.GetShell()->GetViewOptions()->getBrowseMode() &&
!rInf.GetShell()->GetViewOptions()->IsPrtFormat() &&
!rInf.GetBullet() &&
( rInf.GetSpace() || !rInf.GetKern() ) &&
!rInf.GetWrong() &&
!rInf.GetGrammarCheck() &&
!rInf.GetSmartTags() &&
!rInf.GetGreyWave() );
// bDirectPrint indicates that we can enter the branch which calls
// the DrawText functions instead of calling the DrawTextArray functions
const bool bDirectPrint = bPrt || bBrowse;
// Condition for output font / refdev font adjustment
const bool bUseScrFont =
lcl_IsFontAdjustNecessary( rInf.GetOut(), rRefDev );
vcl::Font* pTmpFont = bUseScrFont ? pScrFont : pPrtFont;
// bDirectPrint and bUseScrFont should have these values:
// Outdev / RefDef | Printer | VirtPrinter | Window
// Printer | 1 - 0 | 0 - 1 | -
// VirtPrinter/PDF | 0 - 1 | 0 - 1 | -
// Window/VirtWindow| 0 - 1 | 0 - 1 | 1 - 0
// Exception: During painting of a Writer OLE object, we do not have
// a window. Therefore bUseSrcFont is always 0 in this case.
#if OSL_DEBUG_LEVEL > 0
const bool bNoAdjust = bPrt ||
( pWin &&
rInf.GetShell()->GetViewOptions()->getBrowseMode() &&
!rInf.GetShell()->GetViewOptions()->IsPrtFormat() );
if ( OUTDEV_PRINTER == rInf.GetOut().GetOutDevType() )
{
// Printer output
if ( OUTDEV_PRINTER == rRefDev.GetOutDevType() )
{
OSL_ENSURE( bNoAdjust && !bUseScrFont, "Outdev Check failed" );
}
else if ( OUTDEV_VIRDEV == rRefDev.GetOutDevType() )
{
OSL_ENSURE( !bNoAdjust && bUseScrFont, "Outdev Check failed" );
}
else
{
OSL_FAIL( "Outdev Check failed" );
}
}
else if ( OUTDEV_VIRDEV == rInf.GetOut().GetOutDevType() && ! pWin )
{
// PDF export
if ( OUTDEV_PRINTER == rRefDev.GetOutDevType() )
{
OSL_ENSURE( !bNoAdjust && bUseScrFont, "Outdev Check failed" );
}
else if ( OUTDEV_VIRDEV == rRefDev.GetOutDevType() )
{
OSL_ENSURE( !bNoAdjust && bUseScrFont, "Outdev Check failed" );
}
else
{
OSL_FAIL( "Outdev Check failed" );
}
}
else if ( OUTDEV_WINDOW == rInf.GetOut().GetOutDevType() ||
( OUTDEV_VIRDEV == rInf.GetOut().GetOutDevType() && pWin ) )
{
// Window or virtual window
if ( OUTDEV_PRINTER == rRefDev.GetOutDevType() )
{
OSL_ENSURE( !bNoAdjust && bUseScrFont, "Outdev Check failed" );
}
else if ( OUTDEV_VIRDEV == rRefDev.GetOutDevType() )
{
OSL_ENSURE( !bNoAdjust && bUseScrFont, "Outdev Check failed" );
}
else if ( OUTDEV_WINDOW == rRefDev.GetOutDevType() )
{
OSL_ENSURE( bNoAdjust && !bUseScrFont, "Outdev Check failed" );
}
else
{
OSL_FAIL( "Outdev Check failed" );
}
}
else
{
OSL_FAIL( "Outdev Check failed" );
}
#endif
// robust: better use the printer font instead of using no font at all
OSL_ENSURE( pTmpFont, "No screen or printer font?" );
if ( ! pTmpFont )
pTmpFont = pPrtFont;
// HACK: UNDERLINE_WAVE must not be abused any more, hence the grey wave
// line of the ExtendedAttributeSets will appear in the font color first
const bool bSwitchH2V = rInf.GetFrm() && rInf.GetFrm()->IsVertical();
const bool bSwitchL2R = rInf.GetFrm() && rInf.GetFrm()->IsRightToLeft() &&
! rInf.IsIgnoreFrmRTL();
const ComplexTextLayoutMode nMode = rInf.GetOut().GetLayoutMode();
const bool bBidiPor = ( bSwitchL2R !=
( TEXT_LAYOUT_DEFAULT != ( TEXT_LAYOUT_BIDI_RTL & nMode ) ) );
// be sure to have the correct layout mode at the printer
if ( pPrinter )
{
pPrinter->SetLayoutMode( rInf.GetOut().GetLayoutMode() );
pPrinter->SetDigitLanguage( rInf.GetOut().GetDigitLanguage() );
}
Point aTextOriginPos( rInf.GetPos() );
if( !bPrt )
{
if( rInf.GetpOut() != pPixOut || rInf.GetOut().GetMapMode() != *pPixMap )
{
*pPixMap = rInf.GetOut().GetMapMode();
pPixOut = rInf.GetpOut();
Size aTmp( 1, 1 );
nPixWidth = rInf.GetOut().PixelToLogic( aTmp ).Width();
}
aTextOriginPos.X() += rInf.GetFrm()->IsRightToLeft() ? 0 : nPixWidth;
}
Color aOldColor( pTmpFont->GetColor() );
bool bChgColor = rInf.ApplyAutoColor( pTmpFont );
if( !pTmpFont->IsSameInstance( rInf.GetOut().GetFont() ) )
rInf.GetOut().SetFont( *pTmpFont );
if ( bChgColor )
pTmpFont->SetColor( aOldColor );
if ( COMPLETE_STRING == rInf.GetLen() )
rInf.SetLen( rInf.GetText().getLength() );
// ASIAN LINE AND CHARACTER GRID MODE START
if ( rInf.GetFrm() && rInf.SnapToGrid() && rInf.GetFont() &&
SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
// ASIAN LINE AND CHARACTER GRID MODE: Do we want to snap asian characters to the grid?
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && pGrid->IsSnapToChars())
{
//for textgrid refactor
//const sal_uInt16 nGridWidth = pGrid->GetBaseHeight();
const SwDoc* pDoc = rInf.GetShell()->GetDoc();
const sal_uInt16 nGridWidth = GetGridWidth(*pGrid, *pDoc);
// kerning array - gives the absolute position of end of each character
long* pKernArray = new long[rInf.GetLen()];
if ( pPrinter )
pPrinter->GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
else
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
// Change the average width per character to an appropriate grid width
// basically get the ratio of the avg width to the grid unit width, then
// multiple this ratio to give the new avg width - which in this case
// gives a new grid width unit size
long nAvgWidthPerChar = pKernArray[ rInf.GetLen() - 1 ] / rInf.GetLen();
const sal_uLong nRatioAvgWidthCharToGridWidth = nAvgWidthPerChar ?
( nAvgWidthPerChar - 1 ) / nGridWidth + 1:
1;
nAvgWidthPerChar = nRatioAvgWidthCharToGridWidth * nGridWidth;
// the absolute end position of the first character is also its width
long nCharWidth = pKernArray[ 0 ];
sal_uLong nHalfWidth = nAvgWidthPerChar / 2;
long nNextFix=0;
// we work out the start position (origin) of the first character,
// and we set the next "fix" offset to half the width of the char.
// The exceptions are for punctuation characters that are not centered
// so in these cases we just add half a regular "average" character width
// to the first characters actual width to allow the next character to
// be centred automatically
// If the character is "special right", then the offset is correct already
// so the fix offset is as normal - half the average character width
sal_Unicode cChar = rInf.GetText()[ rInf.GetIdx() ];
sal_uInt8 nType = lcl_WhichPunctuation( cChar );
switch ( nType )
{
// centre character
case SwScriptInfo::NONE :
aTextOriginPos.X() += ( nAvgWidthPerChar - nCharWidth ) / 2;
nNextFix = nCharWidth / 2;
break;
case SwScriptInfo::SPECIAL_RIGHT :
nNextFix = nHalfWidth;
break;
// punctuation
default:
aTextOriginPos.X() += nAvgWidthPerChar - nCharWidth;
nNextFix = nCharWidth - nHalfWidth;
}
// calculate offsets
for( sal_Int32 j = 1; j < rInf.GetLen(); ++j )
{
long nCurrentCharWidth = pKernArray[ j ] - pKernArray[ j - 1 ];
nNextFix += nAvgWidthPerChar;
// almost the same as getting the offset for the first character:
// punctuation characters are not centered, so just add half an
// average character width minus the characters actual char width
// to get the offset intot the centre of the next character
cChar = rInf.GetText()[ rInf.GetIdx() + j ];
nType = lcl_WhichPunctuation( cChar );
switch ( nType )
{
case SwScriptInfo::NONE :
pKernArray[ j - 1 ] = nNextFix - ( nCurrentCharWidth / 2 );
break;
case SwScriptInfo::SPECIAL_RIGHT :
pKernArray[ j - 1 ] = nNextFix - nHalfWidth;
break;
default:
pKernArray[ j - 1 ] = nNextFix + nHalfWidth - nCurrentCharWidth;
}
}
// the layout engine requires the total width of the output
pKernArray[ rInf.GetLen() - 1 ] = rInf.GetWidth() -
aTextOriginPos.X() + rInf.GetPos().X() ;
if ( bSwitchH2V )
rInf.GetFrm()->SwitchHorizontalToVertical( aTextOriginPos );
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), rInf.GetLen() );
delete[] pKernArray;
return;
}
}
// For text grid refactor
// ASIAN LINE AND CHARACTER GRID MODE START: not snap to characters
if ( rInf.GetFrm() && rInf.SnapToGrid() && rInf.GetFont() &&
SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
// ASIAN LINE AND CHARACTER GRID MODE - do not snap to characters
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && !pGrid->IsSnapToChars() )
{
const long nGridWidthAdd = EvalGridWidthAdd( pGrid, rInf );
long* pKernArray = new long[rInf.GetLen()];
if ( pPrinter )
pPrinter->GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
else
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
if ( bSwitchH2V )
rInf.GetFrm()->SwitchHorizontalToVertical( aTextOriginPos );
if ( rInf.GetSpace() || rInf.GetKanaComp())
{
long nSpaceAdd = rInf.GetSpace() / SPACING_PRECISION_FACTOR;
if ( rInf.GetFont() && rInf.GetLen() )
{
bool bSpecialJust = false;
const SwScriptInfo* pSI = rInf.GetScriptInfo();
const sal_uInt8 nActual = rInf.GetFont()->GetActual();
///Kana Compression
if( SW_CJK == nActual && rInf.GetKanaComp() &&
pSI && pSI->CountCompChg() &&
lcl_IsMonoSpaceFont( *(rInf.GetpOut()) ) )
{
pSI->Compress( pKernArray, rInf.GetIdx(), rInf.GetLen(),
rInf.GetKanaComp(), (sal_uInt16)aFont.GetSize().Height(), &aTextOriginPos );
bSpecialJust = true;
}
///Asian Justification
if ( ( SW_CJK == nActual || SW_LATIN == nActual ) && nSpaceAdd )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CJK );
if (!MsLangId::isKorean(aLang))
{
long nSpaceSum = nSpaceAdd;
for ( sal_Int32 nI = 0; nI < rInf.GetLen(); ++nI )
{
pKernArray[ nI ] += nSpaceSum;
nSpaceSum += nSpaceAdd;
}
bSpecialJust = true;
nSpaceAdd = 0;
}
}
long nGridAddSum = nGridWidthAdd;
for(sal_Int32 i = 0; i < rInf.GetLen(); i++, nGridAddSum += nGridWidthAdd )
{
pKernArray[i] += nGridAddSum;
}
long nKernSum = rInf.GetKern();
if ( bSpecialJust || rInf.GetKern() )
{
for( sal_Int32 i = 0; i < rInf.GetLen(); i++, nKernSum += rInf.GetKern() )
{
if ( CH_BLANK == rInf.GetText()[ rInf.GetIdx()+i ] )
nKernSum += nSpaceAdd;
pKernArray[i] += nKernSum;
}
///With through/uderstr. Grouped style requires a blank at the end
///of a text edition special measures:
if( bPaintBlank && rInf.GetLen() && (CH_BLANK ==
rInf.GetText()[ rInf.GetIdx() + rInf.GetLen() - 1 ] ) )
{
///If it concerns a singular, underlined space acts,
///we must spend two:
if( 1 == rInf.GetLen() )
{
pKernArray[0] = rInf.GetWidth() + nSpaceAdd;
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), 1 );
}
else
{
pKernArray[ rInf.GetLen() - 2] += nSpaceAdd;
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), rInf.GetLen() );
}
}
else
{
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), rInf.GetLen() );
}
}
else
{
Point aTmpPos( aTextOriginPos );
sal_Int32 i;
sal_Int32 j = 0;
long nSpaceSum = 0;
for( i = 0; i < rInf.GetLen(); i++ )
{
if( CH_BLANK == rInf.GetText()[ rInf.GetIdx() + i ] )
{
nSpaceSum += nSpaceAdd;
if( j < i)
rInf.GetOut().DrawText( aTmpPos, rInf.GetText(),
rInf.GetIdx() + j, i - j );
j = i + 1;
pKernArray[i] = pKernArray[i] + nSpaceSum;
aTmpPos.X() = aTextOriginPos.X() + pKernArray[ i ] + nKernSum;
}
}
if( j < i )
rInf.GetOut().DrawText( aTmpPos, rInf.GetText(),
rInf.GetIdx() +j , i - j );
}
}
}
else
{
//long nKernAdd = rInf.GetKern();
long nKernAdd = 0;
long nGridAddSum = nGridWidthAdd + nKernAdd;
for(sal_Int32 i = 0; i < rInf.GetLen(); i++,nGridAddSum += nGridWidthAdd + nKernAdd )
{
pKernArray[i] += nGridAddSum;
}
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), rInf.GetLen() );
}
delete[] pKernArray;
return;
}
}
// DIRECT PAINTING WITHOUT SCREEN ADJUSTMENT
if ( bDirectPrint )
{
const Fraction aTmp( 1, 1 );
bool bStretch = rInf.GetWidth() && ( rInf.GetLen() > 1 ) && bPrt
&& ( aTmp != rInf.GetOut().GetMapMode().GetScaleX() );
if ( bSwitchL2R )
rInf.GetFrm()->SwitchLTRtoRTL( aTextOriginPos );
if ( bSwitchH2V )
rInf.GetFrm()->SwitchHorizontalToVertical( aTextOriginPos );
// In the good old days we used to have a simple DrawText if the
// output device is the printer. Now we need a DrawTextArray if
// 1. KanaCompression is enabled
// 2. Justified alignment
// Simple kerning is handled by DrawStretchText
if( rInf.GetSpace() || rInf.GetKanaComp() )
{
long *pKernArray = new long[ rInf.GetLen() ];
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
if( bStretch )
{
sal_Int32 nZwi = rInf.GetLen() - 1;
long nDiff = rInf.GetWidth() - pKernArray[ nZwi ]
- rInf.GetLen() * rInf.GetKern();
long nRest = nDiff % nZwi;
long nAdd;
if( nRest < 0 )
{
nAdd = -1;
nRest += nZwi;
}
else
{
nAdd = +1;
nRest = nZwi - nRest;
}
nDiff /= nZwi;
long nSum = nDiff;
for( sal_Int32 i = 0; i < nZwi; )
{
pKernArray[ i ] += nSum;
if( ++i == nRest )
nDiff += nAdd;
nSum += nDiff;
}
}
// Modify Array for special justifications
long nSpaceAdd = rInf.GetSpace() / SPACING_PRECISION_FACTOR;
bool bSpecialJust = false;
if ( rInf.GetFont() && rInf.GetLen() )
{
const SwScriptInfo* pSI = rInf.GetScriptInfo();
const sal_uInt8 nActual = rInf.GetFont()->GetActual();
// Kana Compression
if ( SW_CJK == nActual && rInf.GetKanaComp() &&
pSI && pSI->CountCompChg() &&
lcl_IsMonoSpaceFont( rInf.GetOut() ) )
{
pSI->Compress( pKernArray, rInf.GetIdx(), rInf.GetLen(),
rInf.GetKanaComp(),
(sal_uInt16)aFont.GetSize().Height(), &aTextOriginPos );
bSpecialJust = true;
}
// Asian Justification
if ( SW_CJK == nActual && nSpaceAdd )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CJK );
if (!MsLangId::isKorean(aLang))
{
long nSpaceSum = nSpaceAdd;
for ( sal_Int32 nI = 0; nI < rInf.GetLen(); ++nI )
{
pKernArray[ nI ] += nSpaceSum;
nSpaceSum += nSpaceAdd;
}
bSpecialJust = true;
nSpaceAdd = 0;
}
}
// Kashida Justification
if ( SW_CTL == nActual && nSpaceAdd )
{
if ( SwScriptInfo::IsArabicText( rInf.GetText(), rInf.GetIdx(), rInf.GetLen() ) )
{
if ( pSI && pSI->CountKashida() &&
pSI->KashidaJustify( pKernArray, 0, rInf.GetIdx(),
rInf.GetLen(), nSpaceAdd ) != -1 )
{
bSpecialJust = true;
nSpaceAdd = 0;
}
}
}
// Thai Justification
if ( SW_CTL == nActual && nSpaceAdd )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CTL );
if ( LANGUAGE_THAI == aLang )
{
// Use rInf.GetSpace() because it has more precision than
// nSpaceAdd:
SwScriptInfo::ThaiJustify( rInf.GetText(), pKernArray, 0,
rInf.GetIdx(), rInf.GetLen(),
rInf.GetNumberOfBlanks(),
rInf.GetSpace() );
// adding space to blanks is already done
bSpecialJust = true;
nSpaceAdd = 0;
}
}
}
long nKernSum = rInf.GetKern();
if ( bStretch || bPaintBlank || rInf.GetKern() || bSpecialJust )
{
for( sal_Int32 i = 0; i < rInf.GetLen(); i++,
nKernSum += rInf.GetKern() )
{
if ( CH_BLANK == rInf.GetText()[ rInf.GetIdx()+i ] )
nKernSum += nSpaceAdd;
pKernArray[i] += nKernSum;
}
// In case of underlined/strike-through justified text
// a blank at the end requires special handling:
if( bPaintBlank && rInf.GetLen() && ( CH_BLANK ==
rInf.GetText()[ rInf.GetIdx()+rInf.GetLen()-1 ] ) )
{
// If it is a single underlined space, output 2 spaces:
if( 1 == rInf.GetLen() )
{
pKernArray[0] = rInf.GetWidth() + nSpaceAdd;
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), 1 );
}
else
{
pKernArray[ rInf.GetLen() - 2 ] += nSpaceAdd;
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), rInf.GetLen() );
}
}
else
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), rInf.GetLen() );
}
else
{
Point aTmpPos( aTextOriginPos );
sal_Int32 j = 0;
sal_Int32 i;
for( i = 0; i < rInf.GetLen(); i++ )
{
if( CH_BLANK == rInf.GetText()[ rInf.GetIdx()+i ] )
{
nKernSum += nSpaceAdd;
if( j < i )
rInf.GetOut().DrawText( aTmpPos, rInf.GetText(),
rInf.GetIdx() + j, i - j );
j = i + 1;
SwTwips nAdd = pKernArray[ i ] + nKernSum;
if ( ( TEXT_LAYOUT_BIDI_STRONG | TEXT_LAYOUT_BIDI_RTL ) == nMode )
nAdd *= -1;
aTmpPos.X() = aTextOriginPos.X() + nAdd;
}
}
if( j < i )
rInf.GetOut().DrawText( aTmpPos, rInf.GetText(),
rInf.GetIdx() + j, i - j );
}
delete[] pKernArray;
}
else if( bStretch )
{
long nTmpWidth = rInf.GetWidth();
if( rInf.GetKern() && rInf.GetLen() && nTmpWidth > rInf.GetKern() )
nTmpWidth -= rInf.GetKern();
rInf.GetOut().DrawStretchText( aTextOriginPos, nTmpWidth,
rInf.GetText(), rInf.GetIdx(), rInf.GetLen() );
}
else if( rInf.GetKern() )
{
const long nTmpWidth = GetTextSize( rInf ).Width();
const Color aSaveColor( pTmpFont->GetColor() );
const bool bColorChanged = rInf.ApplyAutoColor( pTmpFont );
if( bColorChanged )
{
if( !pTmpFont->IsSameInstance( rInf.GetOut().GetFont() ) )
rInf.GetOut().SetFont( *pTmpFont );
pTmpFont->SetColor( aSaveColor );
}
rInf.GetOut().DrawStretchText( aTextOriginPos, nTmpWidth,
rInf.GetText(), rInf.GetIdx(), rInf.GetLen() );
}
else
rInf.GetOut().DrawText( aTextOriginPos, rInf.GetText(),
rInf.GetIdx(), rInf.GetLen() );
}
// PAINTING WITH FORMATTING DEVICE/SCREEN ADJUSTMENT
else
{
const OUString* pStr = &rInf.GetText();
#if !defined(MACOSX) && !defined(IOS)
OUString aStr;
OUString aBulletOverlay;
#endif
bool bBullet = rInf.GetBullet();
if( bSymbol )
bBullet = false;
long* pKernArray = new long[ rInf.GetLen() ];
CreateScrFont( *rInf.GetShell(), rInf.GetOut() );
long nScrPos;
// get screen array
long* pScrArray = new long[ rInf.GetLen() ];
rInf.GetOut().GetTextArray( rInf.GetText(), pScrArray,
rInf.GetIdx(), rInf.GetLen() );
// OLE: no printer available
// OSL_ENSURE( pPrinter, "DrawText needs pPrinter" )
if ( pPrinter )
{
// pTmpFont has already been set as current font for rInf.GetOut()
if ( pPrinter.get() != rInf.GetpOut() || pTmpFont != pPrtFont )
{
if( !pPrtFont->IsSameInstance( pPrinter->GetFont() ) )
pPrinter->SetFont( *pPrtFont );
}
pPrinter->GetTextArray( rInf.GetText(), pKernArray, rInf.GetIdx(),
rInf.GetLen() );
}
else
{
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
}
// Modify Printer and ScreenArrays for special justifications
long nSpaceAdd = rInf.GetSpace() / SPACING_PRECISION_FACTOR;
bool bNoHalfSpace = false;
if ( rInf.GetFont() && rInf.GetLen() )
{
const sal_uInt8 nActual = rInf.GetFont()->GetActual();
const SwScriptInfo* pSI = rInf.GetScriptInfo();
// Kana Compression
if ( SW_CJK == nActual && rInf.GetKanaComp() &&
pSI && pSI->CountCompChg() &&
lcl_IsMonoSpaceFont( rInf.GetOut() ) )
{
Point aTmpPos( aTextOriginPos );
pSI->Compress( pScrArray, rInf.GetIdx(), rInf.GetLen(),
rInf.GetKanaComp(),
(sal_uInt16)aFont.GetSize().Height(), &aTmpPos );
pSI->Compress( pKernArray, rInf.GetIdx(), rInf.GetLen(),
rInf.GetKanaComp(),
(sal_uInt16)aFont.GetSize().Height(), &aTextOriginPos );
}
// Asian Justification
if ( SW_CJK == nActual && nSpaceAdd )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CJK );
if (!MsLangId::isKorean(aLang))
{
long nSpaceSum = nSpaceAdd;
for ( sal_Int32 nI = 0; nI < rInf.GetLen(); ++nI )
{
pKernArray[ nI ] += nSpaceSum;
pScrArray[ nI ] += nSpaceSum;
nSpaceSum += nSpaceAdd;
}
nSpaceAdd = 0;
}
}
// Kashida Justification
if ( SW_CTL == nActual && nSpaceAdd )
{
if ( SwScriptInfo::IsArabicText( rInf.GetText(), rInf.GetIdx(), rInf.GetLen() ) )
{
if ( pSI && pSI->CountKashida() &&
pSI->KashidaJustify( pKernArray, pScrArray, rInf.GetIdx(),
rInf.GetLen(), nSpaceAdd ) != -1 )
nSpaceAdd = 0;
else
bNoHalfSpace = true;
}
}
// Thai Justification
if ( SW_CTL == nActual && nSpaceAdd )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CTL );
if ( LANGUAGE_THAI == aLang )
{
SwScriptInfo::ThaiJustify( rInf.GetText(), pKernArray,
pScrArray, rInf.GetIdx(),
rInf.GetLen(),
rInf.GetNumberOfBlanks(),
rInf.GetSpace() );
// adding space to blanks is already done
nSpaceAdd = 0;
}
}
}
nScrPos = pScrArray[ 0 ];
#if !defined(MACOSX) && !defined(IOS)
if( bBullet )
{
// !!! HACK !!!
// The Arabic layout engine requires some context of the string
// which should be painted.
sal_Int32 nCopyStart = rInf.GetIdx();
if ( nCopyStart )
--nCopyStart;
sal_Int32 nCopyLen = rInf.GetLen();
if ( nCopyStart + nCopyLen < rInf.GetText().getLength() )
++nCopyLen;
aStr = rInf.GetText().copy( nCopyStart, nCopyLen );
pStr = &aStr;
aBulletOverlay = rInf.GetText().copy( nCopyStart, nCopyLen );
for( sal_Int32 i = 0; i < aBulletOverlay.getLength(); ++i )
if( CH_BLANK == aBulletOverlay[ i ] )
{
/* fdo#72488 Hack: try to see if the space is zero width
* and don't bother with inserting a bullet in this case.
*/
if ((i + nCopyStart + 1 >= rInf.GetLen()) ||
pKernArray[i + nCopyStart] != pKernArray[ i + nCopyStart + 1])
{
aBulletOverlay = aBulletOverlay.replaceAt(i, 1, OUString(CH_BULLET));
}
else
{
aBulletOverlay = aBulletOverlay.replaceAt(i, 1, OUString(CH_BLANK));
}
}
else
{
aBulletOverlay = aBulletOverlay.replaceAt(i, 1, OUString(CH_BLANK));
}
}
#endif
sal_Int32 nCnt = rInf.GetText().getLength();
if ( nCnt < rInf.GetIdx() )
nCnt = 0;
else
nCnt = nCnt - rInf.GetIdx();
nCnt = std::min<sal_Int32>( nCnt, rInf.GetLen() );
long nKernSum = rInf.GetKern();
sal_Unicode cChPrev = rInf.GetText()[ rInf.GetIdx() ];
// In case of a single underlined space in justified text,
// have to output 2 spaces:
if ( ( nCnt == 1 ) && rInf.GetSpace() && ( cChPrev == CH_BLANK ) )
{
pKernArray[0] = rInf.GetWidth() +
rInf.GetKern() +
( rInf.GetSpace() / SPACING_PRECISION_FACTOR );
if ( bSwitchL2R )
rInf.GetFrm()->SwitchLTRtoRTL( aTextOriginPos );
if ( bSwitchH2V )
rInf.GetFrm()->SwitchHorizontalToVertical( aTextOriginPos );
#if defined(MACOSX) || defined(IOS)
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), 1, bBullet ? SalLayoutFlags::DrawBullet : SalLayoutFlags::NONE );
#else
rInf.GetOut().DrawTextArray( aTextOriginPos, rInf.GetText(),
pKernArray, rInf.GetIdx(), 1 );
if( bBullet )
rInf.GetOut().DrawTextArray( aTextOriginPos, *pStr, pKernArray,
rInf.GetIdx() ? 1 : 0, 1 );
#endif
}
else
{
sal_Unicode nCh;
// In case of Pair Kerning the printer influence on the positioning
// grows
const int nMul = pPrtFont->GetKerning() != FontKerning::NONE ? 1 : 3;
const int nDiv = nMul+1;
// nSpaceSum contains the sum of the intermediate space distributed
// among Spaces by the Justification.
// The Spaces themselves will be positioned in the middle of the
// intermediate space, hence the nSpace/2.
// In case of word-by-word underlining they have to be positioned
// at the beginning of the intermediate space, so that the space
// is not underlined.
// A Space at the beginning or end of the text must be positioned
// before (resp. after) the whole intermediate space, otherwise
// the underline/strike-through would have gaps.
long nSpaceSum = 0;
// in word line mode and for Arabic, we disable the half space trick:
const long nHalfSpace = pPrtFont->IsWordLineMode() || bNoHalfSpace ? 0 : nSpaceAdd / 2;
const long nOtherHalf = nSpaceAdd - nHalfSpace;
if ( nSpaceAdd && ( cChPrev == CH_BLANK ) )
nSpaceSum = nHalfSpace;
for( sal_Int32 i=1; i<nCnt; ++i, nKernSum += rInf.GetKern() )
{
nCh = rInf.GetText()[ rInf.GetIdx() + i ];
OSL_ENSURE( pScrArray, "Where is the screen array?" );
long nScr;
nScr = pScrArray[ i ] - pScrArray[ i - 1 ];
// If there is an (ex-)Space before us, position optimally,
// i.e., our right margin to the 100% printer position;
// if we _are_ an ex-Space, position us left-aligned to the
// printer position.
if ( nCh == CH_BLANK )
{
nScrPos = pKernArray[i-1] + nScr;
if ( cChPrev == CH_BLANK )
nSpaceSum += nOtherHalf;
if ( i + 1 == nCnt )
nSpaceSum += nSpaceAdd;
else
nSpaceSum += nHalfSpace;
}
else
{
if ( cChPrev == CH_BLANK )
{
nScrPos = pKernArray[i-1] + nScr;
// no Pixel is lost:
nSpaceSum += nOtherHalf;
}
else if ( cChPrev == '-' )
nScrPos = pKernArray[i-1] + nScr;
else
{
nScrPos += nScr;
nScrPos = ( nMul * nScrPos + pKernArray[i] ) / nDiv;
}
}
cChPrev = nCh;
pKernArray[i-1] = nScrPos - nScr + nKernSum + nSpaceSum;
// In word line mode and for Arabic, we disabled the half space trick. If a portion
// ends with a blank, the full nSpaceAdd value has been added to the character in
// front of the blank. This leads to painting artifacts, therefore we remove the
// nSpaceAdd value again:
if ( (bNoHalfSpace || pPrtFont->IsWordLineMode()) && i+1 == nCnt && nCh == CH_BLANK )
pKernArray[i-1] = pKernArray[i-1] - nSpaceAdd;
}
// the layout engine requires the total width of the output
pKernArray[ rInf.GetLen() - 1 ] += nKernSum + nSpaceSum;
if( rInf.GetGreyWave() )
{
if( rInf.GetLen() )
{
long nHght = rInf.GetOut().LogicToPixel(
pPrtFont->GetSize() ).Height();
if( WRONG_SHOW_MIN < nHght )
{
if ( rInf.GetOut().GetConnectMetaFile() )
rInf.GetOut().Push();
Color aCol( rInf.GetOut().GetLineColor() );
bool bColSave = aCol != *pWaveCol;
if ( bColSave )
rInf.GetOut().SetLineColor( *pWaveCol );
Point aEnd;
long nKernVal = pKernArray[ rInf.GetLen() - 1 ];
const sal_uInt16 nDir = bBidiPor ?
1800 :
UnMapDirection(
GetFont().GetOrientation(),
bSwitchH2V );
switch ( nDir )
{
case 0 :
aEnd.X() = rInf.GetPos().X() + nKernVal;
aEnd.Y() = rInf.GetPos().Y();
break;
case 900 :
aEnd.X() = rInf.GetPos().X();
aEnd.Y() = rInf.GetPos().Y() - nKernVal;
break;
case 1800 :
aEnd.X() = rInf.GetPos().X() - nKernVal;
aEnd.Y() = rInf.GetPos().Y();
break;
case 2700 :
aEnd.X() = rInf.GetPos().X();
aEnd.Y() = rInf.GetPos().Y() + nKernVal;
break;
}
Point aCurrPos( rInf.GetPos() );
if ( bSwitchL2R )
{
rInf.GetFrm()->SwitchLTRtoRTL( aCurrPos );
rInf.GetFrm()->SwitchLTRtoRTL( aEnd );
}
if ( bSwitchH2V )
{
rInf.GetFrm()->SwitchHorizontalToVertical( aCurrPos );
rInf.GetFrm()->SwitchHorizontalToVertical( aEnd );
}
rInf.GetOut().DrawWaveLine( aCurrPos, aEnd );
if ( bColSave )
rInf.GetOut().SetLineColor( aCol );
if ( rInf.GetOut().GetConnectMetaFile() )
rInf.GetOut().Pop();
}
}
}
else if( !bSymbol && rInf.GetLen() )
{
// anything to do?
if (rInf.GetWrong() || rInf.GetGrammarCheck() || rInf.GetSmartTags())
{
CalcLinePosData aCalcLinePosData(rInf, GetFont(),
nCnt, bSwitchH2V, bSwitchL2R,
nHalfSpace, pKernArray, bBidiPor);
SwForbidden aForbidden;
// draw line for smart tag data
lcl_DrawLineForWrongListData( aForbidden, rInf, rInf.GetSmartTags(), aCalcLinePosData, Size() );
// draw wave line for spell check errors
// draw them BEFORE the grammar check lines to 'override' the latter in case of conflict.
// reason: some grammar errors can only be found if spelling errors are fixed,
// therefore we don't want the user to miss a spelling error.
lcl_DrawLineForWrongListData( aForbidden, rInf, rInf.GetWrong(), aCalcLinePosData, pPrtFont->GetSize() );
// draw wave line for grammar check errors
lcl_DrawLineForWrongListData( aForbidden, rInf, rInf.GetGrammarCheck(), aCalcLinePosData, pPrtFont->GetSize() );
}
}
sal_Int32 nOffs = 0;
sal_Int32 nLen = rInf.GetLen();
if( nOffs < nLen )
{
if ( bSwitchL2R )
rInf.GetFrm()->SwitchLTRtoRTL( aTextOriginPos );
if ( bSwitchH2V )
rInf.GetFrm()->SwitchHorizontalToVertical( aTextOriginPos );
#if defined(MACOSX) || defined(IOS)
rInf.GetOut().DrawTextArray( aTextOriginPos, *pStr, pKernArray + nOffs,
rInf.GetIdx() + nOffs , nLen - nOffs, bBullet ? SalLayoutFlags::DrawBullet : SalLayoutFlags::NONE );
#else
// If we paint bullets instead of spaces, we use a copy of
// the paragraph string. For the layout engine, the copy
// of the string has to be an environment of the range which
// is painted
sal_Int32 nTmpIdx = bBullet ?
( rInf.GetIdx() ? 1 : 0 ) :
rInf.GetIdx();
rInf.GetOut().DrawTextArray( aTextOriginPos, *pStr, pKernArray + nOffs,
nTmpIdx + nOffs , nLen - nOffs );
if (bBullet)
{
rInf.GetOut().Push();
Color aPreviousColor = pTmpFont->GetColor();
FontUnderline aPreviousUnderline = pTmpFont->GetUnderline();
FontUnderline aPreviousOverline = pTmpFont->GetOverline();
FontStrikeout aPreviousStrikeout = pTmpFont->GetStrikeout();
pTmpFont->SetColor( Color(NON_PRINTING_CHARACTER_COLOR) );
pTmpFont->SetUnderline(UNDERLINE_NONE);
pTmpFont->SetOverline(UNDERLINE_NONE);
pTmpFont->SetStrikeout(STRIKEOUT_NONE);
rInf.GetOut().SetFont( *pTmpFont );
rInf.GetOut().DrawTextArray( aTextOriginPos, aBulletOverlay, pKernArray + nOffs,
nTmpIdx + nOffs , nLen - nOffs );
pTmpFont->SetColor( aPreviousColor );
pTmpFont->SetUnderline(aPreviousUnderline);
pTmpFont->SetOverline(aPreviousOverline);
pTmpFont->SetStrikeout(aPreviousStrikeout);
rInf.GetOut().Pop();
}
#endif
}
}
delete[] pScrArray;
delete[] pKernArray;
}
}
Size SwFntObj::GetTextSize( SwDrawTextInfo& rInf )
{
Size aTextSize;
const sal_Int32 nLn = ( COMPLETE_STRING != rInf.GetLen() ) ? rInf.GetLen() :
rInf.GetText().getLength();
// be sure to have the correct layout mode at the printer
if ( pPrinter )
{
pPrinter->SetLayoutMode( rInf.GetOut().GetLayoutMode() );
pPrinter->SetDigitLanguage( rInf.GetOut().GetDigitLanguage() );
}
if ( rInf.GetFrm() && nLn && rInf.SnapToGrid() && rInf.GetFont() &&
SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && pGrid->IsSnapToChars() )
{
const SwDoc* pDoc = rInf.GetShell()->GetDoc();
const sal_uInt16 nGridWidth = GetGridWidth(*pGrid, *pDoc);
OutputDevice* pOutDev;
if ( pPrinter )
{
if( !pPrtFont->IsSameInstance( pPrinter->GetFont() ) )
pPrinter->SetFont(*pPrtFont);
pOutDev = pPrinter;
}
else
pOutDev = rInf.GetpOut();
aTextSize.Width() =
pOutDev->GetTextWidth( rInf.GetText(), rInf.GetIdx(), nLn );
OSL_ENSURE( !rInf.GetShell() ||
( USHRT_MAX != GetGuessedLeading() && USHRT_MAX != GetExtLeading() ),
"Leading values should be already calculated" );
aTextSize.Height() = pOutDev->GetTextHeight() +
GetFontLeading( rInf.GetShell(), rInf.GetOut() );
long nAvgWidthPerChar = aTextSize.Width() / nLn;
const sal_uLong i = nAvgWidthPerChar ?
( nAvgWidthPerChar - 1 ) / nGridWidth + 1:
1;
aTextSize.Width() = i * nGridWidth * nLn;
rInf.SetKanaDiff( 0 );
return aTextSize;
}
}
//for textgrid refactor
if ( rInf.GetFrm() && nLn && rInf.SnapToGrid() && rInf.GetFont() &&
SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && !pGrid->IsSnapToChars() )
{
const long nGridWidthAdd = EvalGridWidthAdd( pGrid, rInf );
OutputDevice* pOutDev;
if ( pPrinter )
{
if( !pPrtFont->IsSameInstance( pPrinter->GetFont() ) )
pPrinter->SetFont(*pPrtFont);
pOutDev = pPrinter;
}
else
pOutDev = rInf.GetpOut();
aTextSize.Width() = pOutDev->GetTextWidth( rInf.GetText(), rInf.GetIdx(), nLn );
aTextSize.Height() = pOutDev->GetTextHeight() +
GetFontLeading( rInf.GetShell(), rInf.GetOut() );
aTextSize.Width() += nLn * nGridWidthAdd;
//if ( rInf.GetKern() && nLn )
// aTextSize.Width() += ( nLn ) * long( rInf.GetKern() );
rInf.SetKanaDiff( 0 );
return aTextSize;
}
}
const bool bCompress = rInf.GetKanaComp() && nLn &&
rInf.GetFont() &&
SW_CJK == rInf.GetFont()->GetActual() &&
rInf.GetScriptInfo() &&
rInf.GetScriptInfo()->CountCompChg() &&
lcl_IsMonoSpaceFont( rInf.GetOut() );
OSL_ENSURE( !bCompress || ( rInf.GetScriptInfo() && rInf.GetScriptInfo()->
CountCompChg()), "Compression without info" );
// This is the part used e.g., for cursor travelling
// See condition for DrawText or DrawTextArray (bDirectPrint)
if ( pPrinter && pPrinter.get() != rInf.GetpOut() )
{
if( !pPrtFont->IsSameInstance( pPrinter->GetFont() ) )
pPrinter->SetFont(*pPrtFont);
aTextSize.Width() = pPrinter->GetTextWidth( rInf.GetText(),
rInf.GetIdx(), nLn );
aTextSize.Height() = pPrinter->GetTextHeight();
long* pKernArray = new long[nLn];
CreateScrFont( *rInf.GetShell(), rInf.GetOut() );
if( !GetScrFont()->IsSameInstance( rInf.GetOut().GetFont() ) )
rInf.GetOut().SetFont( *pScrFont );
long nScrPos;
pPrinter->GetTextArray( rInf.GetText(), pKernArray, rInf.GetIdx(),nLn );
if( bCompress )
rInf.SetKanaDiff( rInf.GetScriptInfo()->Compress( pKernArray,
rInf.GetIdx(), nLn, rInf.GetKanaComp(),
(sal_uInt16)aFont.GetSize().Height() ) );
else
rInf.SetKanaDiff( 0 );
if ( rInf.GetKanaDiff() )
nScrPos = pKernArray[ nLn - 1 ];
else
{
long* pScrArray = new long[ rInf.GetLen() ];
rInf.GetOut().GetTextArray( rInf.GetText(), pScrArray,
rInf.GetIdx(), rInf.GetLen() );
nScrPos = pScrArray[ 0 ];
sal_Int32 nCnt = rInf.GetText().getLength();
if ( nCnt < rInf.GetIdx() )
nCnt=0;
else
nCnt = nCnt - rInf.GetIdx();
nCnt = std::min<sal_Int32>(nCnt, nLn);
sal_Unicode nChPrev = rInf.GetText()[ rInf.GetIdx() ];
sal_Unicode nCh;
// In case of Pair Kerning the printer influence on the positioning
// grows
const int nMul = pPrtFont->GetKerning() != FontKerning::NONE ? 1 : 3;
const int nDiv = nMul+1;
for( sal_Int32 i = 1; i<nCnt; i++ )
{
nCh = rInf.GetText()[ rInf.GetIdx() + i ];
long nScr;
nScr = pScrArray[ i ] - pScrArray[ i - 1 ];
if ( nCh == CH_BLANK )
nScrPos = pKernArray[i-1]+nScr;
else
{
if ( nChPrev == CH_BLANK || nChPrev == '-' )
nScrPos = pKernArray[i-1]+nScr;
else
{
nScrPos += nScr;
nScrPos = ( nMul * nScrPos + pKernArray[i] ) / nDiv;
}
}
nChPrev = nCh;
pKernArray[i-1] = nScrPos - nScr;
}
delete[] pScrArray;
}
delete[] pKernArray;
aTextSize.Width() = nScrPos;
}
else
{
if( !pPrtFont->IsSameInstance( rInf.GetOut().GetFont() ) )
rInf.GetOut().SetFont( *pPrtFont );
if( bCompress )
{
long* pKernArray = new long[nLn];
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), nLn );
rInf.SetKanaDiff( rInf.GetScriptInfo()->Compress( pKernArray,
rInf.GetIdx(), nLn, rInf.GetKanaComp(),
(sal_uInt16) aFont.GetSize().Height() ) );
aTextSize.Width() = pKernArray[ nLn - 1 ];
delete[] pKernArray;
}
else
{
aTextSize.Width() = rInf.GetOut().GetTextWidth( rInf.GetText(),
rInf.GetIdx(), nLn,
rInf.GetVclCache());
rInf.SetKanaDiff( 0 );
}
aTextSize.Height() = rInf.GetOut().GetTextHeight();
}
if ( rInf.GetKern() && nLn )
aTextSize.Width() += ( nLn - 1 ) * long( rInf.GetKern() );
OSL_ENSURE( !rInf.GetShell() ||
( USHRT_MAX != GetGuessedLeading() && USHRT_MAX != GetExtLeading() ),
"Leading values should be already calculated" );
aTextSize.Height() += GetFontLeading( rInf.GetShell(), rInf.GetOut() );
return aTextSize;
}
sal_Int32 SwFntObj::GetCrsrOfst( SwDrawTextInfo &rInf )
{
long nSpaceAdd = rInf.GetSpace() / SPACING_PRECISION_FACTOR;
const long nSperren = -rInf.GetSperren() / SPACING_PRECISION_FACTOR;
long nKern = rInf.GetKern();
if( 0 != nSperren )
nKern -= nSperren;
long* pKernArray = new long[ rInf.GetLen() ];
// be sure to have the correct layout mode at the printer
if ( pPrinter )
{
pPrinter->SetLayoutMode( rInf.GetOut().GetLayoutMode() );
pPrinter->SetDigitLanguage( rInf.GetOut().GetDigitLanguage() );
pPrinter->GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
}
else
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
const SwScriptInfo* pSI = rInf.GetScriptInfo();
if ( rInf.GetFont() && rInf.GetLen() )
{
const sal_uInt8 nActual = rInf.GetFont()->GetActual();
// Kana Compression
if ( SW_CJK == nActual && rInf.GetKanaComp() &&
pSI && pSI->CountCompChg() &&
lcl_IsMonoSpaceFont( rInf.GetOut() ) )
{
pSI->Compress( pKernArray, rInf.GetIdx(), rInf.GetLen(),
rInf.GetKanaComp(),
(sal_uInt16) aFont.GetSize().Height() );
}
// Asian Justification
if ( SW_CJK == rInf.GetFont()->GetActual() )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CJK );
if (!MsLangId::isKorean(aLang))
{
long nSpaceSum = nSpaceAdd;
for ( sal_Int32 nI = 0; nI < rInf.GetLen(); ++nI )
{
pKernArray[ nI ] += nSpaceSum;
nSpaceSum += nSpaceAdd;
}
nSpaceAdd = 0;
}
}
// Kashida Justification
if ( SW_CTL == nActual && rInf.GetSpace() )
{
if ( SwScriptInfo::IsArabicText( rInf.GetText(), rInf.GetIdx(), rInf.GetLen() ) )
{
if ( pSI && pSI->CountKashida() &&
pSI->KashidaJustify( pKernArray, 0, rInf.GetIdx(), rInf.GetLen(),
nSpaceAdd ) != -1 )
nSpaceAdd = 0;
}
}
// Thai Justification
if ( SW_CTL == nActual && nSpaceAdd )
{
LanguageType aLang = rInf.GetFont()->GetLanguage( SW_CTL );
if ( LANGUAGE_THAI == aLang )
{
SwScriptInfo::ThaiJustify( rInf.GetText(), pKernArray, 0,
rInf.GetIdx(), rInf.GetLen(),
rInf.GetNumberOfBlanks(),
rInf.GetSpace() );
// adding space to blanks is already done
nSpaceAdd = 0;
}
}
}
long nLeft = 0;
long nRight = 0;
sal_Int32 nCnt = 0;
long nSpaceSum = 0;
long nKernSum = 0;
if ( rInf.GetFrm() && rInf.GetLen() && rInf.SnapToGrid() &&
rInf.GetFont() && SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && pGrid->IsSnapToChars() )
{
const SwDoc* pDoc = rInf.GetShell()->GetDoc();
const sal_uInt16 nGridWidth = GetGridWidth(*pGrid, *pDoc);
long nAvgWidthPerChar = pKernArray[ rInf.GetLen() - 1 ] / rInf.GetLen();
sal_uLong i = nAvgWidthPerChar ?
( nAvgWidthPerChar - 1 ) / nGridWidth + 1:
1;
nAvgWidthPerChar = i * nGridWidth;
nCnt = rInf.GetOfst() / nAvgWidthPerChar;
if ( 2 * ( rInf.GetOfst() - nCnt * nAvgWidthPerChar ) > nAvgWidthPerChar )
++nCnt;
delete[] pKernArray;
return nCnt;
}
}
//for textgrid refactor
if ( rInf.GetFrm() && rInf.GetLen() && rInf.SnapToGrid() &&
rInf.GetFont() && SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && !pGrid->IsSnapToChars() )
{
const long nGridWidthAdd = EvalGridWidthAdd( pGrid, rInf );
for(sal_Int32 j = 0; j < rInf.GetLen(); j++)
{
long nScr = pKernArray[ j ] + ( nSpaceAdd + nGridWidthAdd ) * ( j + 1 );
if( nScr >= rInf.GetOfst())
{
nCnt = j;
break;
}
}
delete[] pKernArray;
return nCnt;
}
}
sal_Int32 nDone = 0;
LanguageType aLang = LANGUAGE_NONE;
bool bSkipCharacterCells = false;
sal_Int32 nIdx = rInf.GetIdx();
sal_Int32 nLastIdx = nIdx;
const sal_Int32 nEnd = rInf.GetIdx() + rInf.GetLen();
// #i105901#
// skip character cells for all script types
if ( g_pBreakIt->GetBreakIter().is() )
{
aLang = rInf.GetFont()->GetLanguage();
bSkipCharacterCells = true;
}
while ( ( nRight < long( rInf.GetOfst() ) ) && ( nIdx < nEnd ) )
{
if ( nSpaceAdd && CH_BLANK == rInf.GetText()[ nIdx ] )
nSpaceSum += nSpaceAdd;
// go to next character (cell).
nLastIdx = nIdx;
if ( bSkipCharacterCells )
{
nIdx = g_pBreakIt->GetBreakIter()->nextCharacters( rInf.GetText(),
nIdx, g_pBreakIt->GetLocale( aLang ),
i18n::CharacterIteratorMode::SKIPCELL, 1, nDone );
if ( nIdx <= nLastIdx )
break;
}
else
++nIdx;
nLeft = nRight;
nRight = pKernArray[ nIdx - rInf.GetIdx() - 1 ] + nKernSum + nSpaceSum;
nKernSum += nKern;
}
// step back if position is before the middle of the character
// or if we do not want to go to the next character
if ( nIdx > rInf.GetIdx() &&
( rInf.IsPosMatchesBounds() ||
( ( nRight > long( rInf.GetOfst() ) ) &&
( nRight - rInf.GetOfst() > rInf.GetOfst() - nLeft ) ) ) )
nCnt = nLastIdx - rInf.GetIdx(); // first half
else
nCnt = nIdx - rInf.GetIdx(); // second half
if ( pSI )
rInf.SetCursorBidiLevel( pSI->DirType( nLastIdx ) );
delete[] pKernArray;
return nCnt;
}
SwFntAccess::SwFntAccess( const void* &rMagic,
sal_uInt16 &rIndex, const void *pOwn, SwViewShell const *pSh,
bool bCheck ) :
SwCacheAccess( *pFntCache, rMagic, rIndex ),
pShell( pSh )
{
// the used ctor of SwCacheAccess searches for rMagic+rIndex in the cache
if ( IsAvail() )
{
// fast case: known Font (rMagic), no need to check printer and zoom
if ( !bCheck )
return;
// Font is known, but has to be checked
}
else
{ // Font not known, must be searched
bCheck = false;
}
{
OutputDevice* pOut = 0;
sal_uInt16 nZoom = USHRT_MAX;
// Get the reference device
if ( pSh )
{
pOut = &pSh->GetRefDev();
nZoom = pSh->GetViewOptions()->GetZoom();
}
SwFntObj *pFntObj;
if ( bCheck )
{
pFntObj = Get();
if ( ( pFntObj->GetZoom( ) == nZoom ) &&
( pFntObj->pPrinter == pOut ) &&
pFntObj->GetPropWidth() ==
static_cast<SwSubFont const *>(pOwn)->GetPropWidth() )
{
return; // result of Check: Drucker+Zoom okay.
}
pFntObj->Unlock(); // forget this object, printer/zoom differs
pObj = NULL;
}
// Search by font comparison, quite expensive!
// Look for same font and same printer
pFntObj = pFntCache->First();
while ( pFntObj && !( pFntObj->aFont == *static_cast<vcl::Font const *>(pOwn) &&
pFntObj->GetZoom() == nZoom &&
pFntObj->GetPropWidth() ==
static_cast<SwSubFont const *>(pOwn)->GetPropWidth() &&
( !pFntObj->pPrinter || pFntObj->pPrinter == pOut ) ) )
pFntObj = SwFntCache::Next( pFntObj );
if( pFntObj && pFntObj->pPrinter.get() != pOut )
{
// found one without printer, let's see if there is one with
// the same printer as well
SwFntObj *pTmpObj = pFntObj;
while( pTmpObj && !( pTmpObj->aFont == *static_cast<vcl::Font const *>(pOwn) &&
pTmpObj->GetZoom()==nZoom && pTmpObj->pPrinter==pOut &&
pTmpObj->GetPropWidth() ==
static_cast<SwSubFont const *>(pOwn)->GetPropWidth() ) )
pTmpObj = SwFntCache::Next( pTmpObj );
if( pTmpObj )
pFntObj = pTmpObj;
}
if ( !pFntObj ) // Font has not been found, create one
{
// Have to create new Object, hence Owner must be a SwFont, later
// the Owner will be the "MagicNumber"
SwCacheAccess::pOwner = pOwn;
pFntObj = Get(); // will create via NewObj() and lock
OSL_ENSURE(pFntObj, "No Font, no Fun.");
}
else // Font has been found, so we lock it.
{
pFntObj->Lock();
if (pFntObj->pPrinter.get() != pOut) // if no printer is known by now
{
OSL_ENSURE( !pFntObj->pPrinter, "SwFntAccess: Printer Changed" );
pFntObj->CreatePrtFont( *pOut );
pFntObj->pPrinter = pOut;
pFntObj->pScrFont = NULL;
pFntObj->nGuessedLeading = USHRT_MAX;
pFntObj->nExtLeading = USHRT_MAX;
pFntObj->nPrtAscent = USHRT_MAX;
pFntObj->nPrtHeight = USHRT_MAX;
}
pObj = pFntObj;
}
// no matter if new or found, now the Owner of the Object is a
// MagicNumber, and will be given to the SwFont, as well as the Index
// for later direct access
rMagic = pFntObj->GetOwner();
SwCacheAccess::pOwner = rMagic;
rIndex = pFntObj->GetCachePos();
}
}
SwCacheObj *SwFntAccess::NewObj( )
{
// a new Font, a new "MagicNumber".
return new SwFntObj( *static_cast<SwSubFont const *>(pOwner), ++pMagicNo, pShell );
}
sal_Int32 SwFont::GetTextBreak( SwDrawTextInfo& rInf, long nTextWidth )
{
ChgFnt( rInf.GetShell(), rInf.GetOut() );
const bool bCompress = rInf.GetKanaComp() && rInf.GetLen() &&
SW_CJK == GetActual() &&
rInf.GetScriptInfo() &&
rInf.GetScriptInfo()->CountCompChg() &&
lcl_IsMonoSpaceFont( rInf.GetOut() );
OSL_ENSURE( !bCompress || ( rInf.GetScriptInfo() && rInf.GetScriptInfo()->
CountCompChg()), "Compression without info" );
sal_Int32 nTextBreak = 0;
long nKern = 0;
sal_Int32 nLn = rInf.GetLen() == COMPLETE_STRING
? rInf.GetText().getLength() : rInf.GetLen();
if ( rInf.GetFrm() && nLn && rInf.SnapToGrid() &&
rInf.GetFont() && SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && pGrid->IsSnapToChars() )
{
const SwDoc* pDoc = rInf.GetShell()->GetDoc();
const sal_uInt16 nGridWidth = GetGridWidth(*pGrid, *pDoc);
long* pKernArray = new long[rInf.GetLen()];
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
long nAvgWidthPerChar = pKernArray[ rInf.GetLen() - 1 ] / rInf.GetLen();
const sal_uLong i = nAvgWidthPerChar ?
( nAvgWidthPerChar - 1 ) / nGridWidth + 1:
1;
nAvgWidthPerChar = i * nGridWidth;
long nCurrPos = nAvgWidthPerChar;
while( nTextBreak < rInf.GetLen() && nTextWidth >= nCurrPos )
{
nCurrPos += nAvgWidthPerChar;
++nTextBreak;
}
delete[] pKernArray;
return nTextBreak + rInf.GetIdx();
}
}
//for text grid enhancement
if ( rInf.GetFrm() && nLn && rInf.SnapToGrid() && rInf.GetFont() &&
SW_CJK == rInf.GetFont()->GetActual() )
{
SwTextGridItem const*const pGrid(GetGridItem(rInf.GetFrm()->FindPageFrm()));
if ( pGrid && GRID_LINES_CHARS == pGrid->GetGridType() && !pGrid->IsSnapToChars() )
{
const long nGridWidthAdd = EvalGridWidthAdd( pGrid, rInf );
long* pKernArray = new long[rInf.GetLen()];
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), rInf.GetLen() );
long nCurrPos = pKernArray[nTextBreak] + nGridWidthAdd;
while( nTextBreak < rInf.GetLen() && nTextWidth >= nCurrPos)
{
nTextBreak++;
nCurrPos = pKernArray[nTextBreak] + nGridWidthAdd * ( nTextBreak + 1 );
}
delete[] pKernArray;
return nTextBreak + rInf.GetIdx();
}
}
if( aSub[nActual].IsCapital() && nLn )
{
nTextBreak = GetCapitalBreak( rInf.GetShell(), rInf.GetpOut(),
rInf.GetScriptInfo(), rInf.GetText(), nTextWidth, rInf.GetIdx(),
nLn );
}
else
{
nKern = CheckKerning();
const OUString* pTmpText;
OUString aTmpText;
sal_Int32 nTmpIdx;
sal_Int32 nTmpLen;
bool bTextReplaced = false;
if ( !aSub[nActual].IsCaseMap() )
{
pTmpText = &rInf.GetText();
nTmpIdx = rInf.GetIdx();
nTmpLen = nLn;
}
else
{
const OUString aSnippet(rInf.GetText().copy(rInf.GetIdx(), nLn));
aTmpText = aSub[nActual].CalcCaseMap( aSnippet );
const bool bTitle = SVX_CASEMAP_TITEL == aSub[nActual].GetCaseMap() &&
g_pBreakIt->GetBreakIter().is();
// Uaaaaahhhh!!! In title case mode, we would get wrong results
if ( bTitle && nLn )
{
// check if rInf.GetIdx() is begin of word
if ( !g_pBreakIt->GetBreakIter()->isBeginWord(
rInf.GetText(), rInf.GetIdx(),
g_pBreakIt->GetLocale( aSub[nActual].GetLanguage() ),
i18n::WordType::ANYWORD_IGNOREWHITESPACES ) )
{
// In this case, the beginning of aTmpText is wrong.
OUString aSnippetTmp(aSnippet.copy(0, 1));
aSnippetTmp = aSub[nActual].CalcCaseMap( aSnippetTmp );
aTmpText = aTmpText.replaceAt( 0, aSnippetTmp.getLength(), OUString(aSnippet[0]) );
}
}
pTmpText = &aTmpText;
nTmpIdx = 0;
nTmpLen = aTmpText.getLength();
bTextReplaced = true;
}
if( rInf.GetHyphPos() ) {
sal_Int32 nHyphPos = *rInf.GetHyphPos();
nTextBreak = rInf.GetOut().GetTextBreak( *pTmpText, nTextWidth,
static_cast<sal_Unicode>('-'), nHyphPos,
nTmpIdx, nTmpLen, nKern, rInf.GetVclCache());
*rInf.GetHyphPos() = (nHyphPos == -1) ? COMPLETE_STRING : nHyphPos;
}
else
nTextBreak = rInf.GetOut().GetTextBreak( *pTmpText, nTextWidth,
nTmpIdx, nTmpLen, nKern, rInf.GetVclCache());
if ( bTextReplaced && nTextBreak != -1 )
{
if ( nTmpLen != nLn )
nTextBreak = sw_CalcCaseMap( *this, rInf.GetText(),
rInf.GetIdx(), nLn, nTextBreak );
else
nTextBreak = nTextBreak + rInf.GetIdx();
}
}
sal_Int32 nTextBreak2 = nTextBreak == -1 ? COMPLETE_STRING : nTextBreak;
if ( ! bCompress )
return nTextBreak2;
nTextBreak2 = nTextBreak2 - rInf.GetIdx();
if( nTextBreak2 < nLn )
{
if( !nTextBreak2 && nLn )
nLn = 1;
else if( nLn > 2 * nTextBreak2 )
nLn = 2 * nTextBreak2;
long* pKernArray = new long[ nLn ];
rInf.GetOut().GetTextArray( rInf.GetText(), pKernArray,
rInf.GetIdx(), nLn );
if( rInf.GetScriptInfo()->Compress( pKernArray, rInf.GetIdx(), nLn,
rInf.GetKanaComp(), (sal_uInt16)GetHeight( nActual ) ) )
{
long nKernAdd = nKern;
sal_Int32 nTmpBreak = nTextBreak2;
if( nKern && nTextBreak2 )
nKern *= nTextBreak2 - 1;
while( nTextBreak2<nLn && nTextWidth >= pKernArray[nTextBreak2] +nKern )
{
nKern += nKernAdd;
++nTextBreak2;
}
if( rInf.GetHyphPos() )
*rInf.GetHyphPos() += nTextBreak2 - nTmpBreak; // It's not perfect
}
delete[] pKernArray;
}
nTextBreak2 = nTextBreak2 + rInf.GetIdx();
return nTextBreak2;
}
extern Color aGlobalRetoucheColor;
bool SwDrawTextInfo::ApplyAutoColor( vcl::Font* pFont )
{
const vcl::Font& rFnt = pFont ? *pFont : GetOut().GetFont();
bool bPrt = GetShell() && ! GetShell()->GetWin();
ColorData nNewColor = COL_BLACK;
bool bChgFntColor = false;
bool bChgLineColor = false;
if( bPrt && GetShell() && GetShell()->GetViewOptions()->IsBlackFont() )
{
if ( COL_BLACK != rFnt.GetColor().GetColor() )
bChgFntColor = true;
if ( (COL_BLACK != GetOut().GetLineColor().GetColor()) ||
(COL_BLACK != GetOut().GetOverlineColor().GetColor()) )
bChgLineColor = true;
}
else
{
// FontColor has to be changed if:
// 1. FontColor = AUTO or 2. IsAlwaysAutoColor is set
// LineColor has to be changed if:
// 1. IsAlwaysAutoColor is set
bChgLineColor = ! bPrt && GetShell() &&
GetShell()->GetAccessibilityOptions()->IsAlwaysAutoColor();
bChgFntColor = COL_AUTO == rFnt.GetColor().GetColor() || bChgLineColor;
if ( bChgFntColor )
{
// check if current background has a user defined setting
const Color* pCol = GetFont() ? GetFont()->GetBackColor() : NULL;
if( ! pCol || COL_TRANSPARENT == pCol->GetColor() )
{
const SvxBrushItem* pItem;
SwRect aOrigBackRect;
//UUUU
drawinglayer::attribute::SdrAllFillAttributesHelperPtr aFillAttributes;
/// OD 21.08.2002
/// consider, that [GetBackgroundBrush(...)] can set <pCol>
/// - see implementation in /core/layout/paintfrm.cxx
/// OD 21.08.2002 #99657#
/// There is a user defined setting for the background, if there
/// is a background brush and its color is *not* "no fill"/"auto fill".
if( GetFrm()->GetBackgroundBrush( aFillAttributes, pItem, pCol, aOrigBackRect, false ) )
{
if ( !pCol )
{
pCol = &pItem->GetColor();
}
/// OD 30.08.2002 #99657#
/// determined color <pCol> can be <COL_TRANSPARENT>. Thus, check it.
if ( pCol->GetColor() == COL_TRANSPARENT)
pCol = NULL;
}
else
pCol = NULL;
}
// no user defined color at paragraph or font background
if ( ! pCol )
pCol = &aGlobalRetoucheColor;
if( GetShell() && GetShell()->GetWin() )
{
// here we determine the preferred window text color for painting
const SwViewOption* pViewOption = GetShell()->GetViewOptions();
if(pViewOption->IsPagePreview() &&
!SW_MOD()->GetAccessibilityOptions().GetIsForPagePreviews())
nNewColor = COL_BLACK;
else
// we take the font color from the appearance page
nNewColor = SwViewOption::GetFontColor().GetColor();
}
// change painting color depending of dark/bright background
Color aTmpColor( nNewColor );
if ( pCol->IsDark() && aTmpColor.IsDark() )
nNewColor = COL_WHITE;
else if ( pCol->IsBright() && aTmpColor.IsBright() )
nNewColor = COL_BLACK;
}
}
if ( bChgFntColor || bChgLineColor )
{
Color aNewColor( nNewColor );
if ( bChgFntColor )
{
if ( pFont && aNewColor != pFont->GetColor() )
{
// only set the new color at the font passed as argument
pFont->SetColor( aNewColor );
}
else if ( aNewColor != GetOut().GetFont().GetColor() )
{
// set new font with new color at output device
vcl::Font aFont( rFnt );
aFont.SetColor( aNewColor );
GetOut().SetFont( aFont );
}
}
// the underline and overline colors have to be set separately
if ( bChgLineColor )
{
// get current font color or color set at output device
aNewColor = pFont ? pFont->GetColor() : GetOut().GetFont().GetColor();
if ( aNewColor != GetOut().GetLineColor() )
GetOut().SetLineColor( aNewColor );
if ( aNewColor != GetOut().GetOverlineColor() )
GetOut().SetOverlineColor( aNewColor );
}
return true;
}
return false;
}
/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
Reference in New Issue View Git Blame Copy Permalink