koffice/lib/kotext/KoTextFormat.cpp

/* This file is part of the KDE project
   Copyright (C) 2001-2006 David Faure <faure@kde.org>

   This library is free software; you can redistribute it and/or
   modify it under the terms of the GNU Library General Public
   License as published by the Free Software Foundation; either
   version 2 of the License, or (at your option) any later version.

   This library is distributed in the hope that it will be useful,
   but WITHOUT ANY WARRANTY; without even the implied warranty of
   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
   Library General Public License for more details.

   You should have received a copy of the GNU Library General Public License
   along with this library; see the file COPYING.LIB.  If not, write to
   the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
 * Boston, MA 02110-1301, USA.
*/

#include "KoTextFormat.h"
#include "KoTextParag.h"
#include "KoTextZoomHandler.h"
#include "KoStyleCollection.h"
#include "KoOasisContext.h"
#include <KoGenStyles.h>
#include <KoXmlNS.h>

#include <tdeglobal.h>
#include <kdebug.h>
#include <tdelocale.h>

#include <tqapplication.h>
#include <tqregexp.h>
#include <assert.h>

void KoTextFormat::KoTextFormatPrivate::clearCache()
{
    delete m_screenFontMetrics; m_screenFontMetrics = 0L;
    delete m_screenFont; m_screenFont = 0L;
    delete m_refFontMetrics; m_refFontMetrics = 0L;
    delete m_refFont; m_refFont = 0L;
    m_refAscent = -1;
    m_refDescent = -1;
    m_refHeight = -1;
    memset( m_screenWidths, 0, 256 * sizeof( ushort ) );
}

void KoTextFormat::zoomChanged()
{
    delete d->m_screenFontMetrics; d->m_screenFontMetrics = 0;
    delete d->m_screenFont; d->m_screenFont = 0;
    memset( d->m_screenWidths, 0, 256 * sizeof( ushort ) );
}

KoTextFormat::KoTextFormat()
{
    //linkColor = TRUE;
    ref = 0;
    missp = FALSE;
    va = AlignNormal;
    collection = 0;
    //// kotext: WYSIWYG works much much better with scalable fonts -> force it to be scalable
    fn.setStyleStrategy( TQFont::ForceOutline );
    d = new KoTextFormatPrivate;
    m_textUnderlineColor=TQColor();
    m_underlineType = U_NONE;
    m_strikeOutType = S_NONE;
    m_underlineStyle = U_SOLID;
    m_strikeOutStyle = S_SOLID;
    m_language = TDEGlobal::locale()->language();
    d->m_bHyphenation = false;
    d->m_underLineWidth = 1.0;
    d->m_shadowDistanceX = 0;
    d->m_shadowDistanceY = 0;
    d->m_relativeTextSize = 0.66;
    d->m_offsetFromBaseLine= 0;
    d->m_bWordByWord = false;
    m_attributeFont = ATT_NONE;
    ////
//#ifdef DEBUG_COLLECTION
//    kdDebug(32500) << "KoTextFormat simple ctor, no addRef, no generateKey ! " << this << endl;
//#endif
}

KoTextFormat::KoTextFormat( const TQFont &f, const TQColor &c, const TQString &_language, bool hyphenation, KoTextFormatCollection *parent )
    : fn( f ), col( c ) /*fm( TQFontMetrics( f ) ),*/ //linkColor( TRUE )
{
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << "KoTextFormat with font & color & parent (" << parent << "), addRef. " << this << endl;
#endif
    int pointSize;
    if ( f.pointSize() == -1 ) // font was set with a pixelsize, we need a pointsize!
        pointSize = (int)( ( (double)fn.pixelSize() * 72.0 ) / (double)KoGlobal::dpiY() );
    else
        pointSize = f.pointSize();
    fn.setPointSize( pointSize );
    // WYSIWYG works much much better with scalable fonts -> force it to be scalable
    fn.setStyleStrategy( TQFont::ForceOutline );
    ref = 0;
    collection = parent;
    //leftBearing = fm.minLeftBearing();
    //rightBearing = fm.minRightBearing();
    //hei = fm.height();
    //asc = fm.ascent();
    //dsc = fm.descent();
    missp = FALSE;
    va = AlignNormal;
    //// kotext
    d = new KoTextFormatPrivate;
    m_textUnderlineColor = TQColor();
    m_underlineType = U_NONE;
    m_strikeOutType = S_NONE;
    m_underlineStyle = U_SOLID;
    m_strikeOutStyle = S_SOLID;
    m_language = _language;
    d->m_shadowDistanceX = 0;
    d->m_shadowDistanceY = 0;
    d->m_relativeTextSize= 0.66;
    d->m_offsetFromBaseLine = 0;
    d->m_bWordByWord = false;
    d->m_charStyle = 0L;
    d->m_bHyphenation = hyphenation;
    d->m_underLineWidth = 1.0;
    m_attributeFont = ATT_NONE;
    ////
    generateKey();
    addRef();
}

KoTextFormat::KoTextFormat( const TQFont &_font,
                            VerticalAlignment _valign,
                            const TQColor & _color,
                            const TQColor & _backGroundColor,
                            const TQColor & _underlineColor,
                            KoTextFormat::UnderlineType _underlineType,
                            KoTextFormat::UnderlineStyle _underlineStyle,
                            KoTextFormat::StrikeOutType _strikeOutType,
                            KoTextFormat::StrikeOutStyle _strikeOutStyle,
                            KoTextFormat::AttributeStyle _fontAttribute,
                            const TQString &_language,
                            double _relativeTextSize,
                            int _offsetFromBaseLine,
                            bool _wordByWord,
                            bool _hyphenation,
                            double _shadowDistanceX,
                            double _shadowDistanceY,
                            const TQColor& _shadowColor )
{
    ref = 0;
    collection = 0;
    fn = _font;
    fn.setStyleStrategy( TQFont::ForceOutline );
    col = _color;
    missp = false;
    va = _valign;
    d = new KoTextFormatPrivate;
    m_textBackColor = _backGroundColor;
    m_textUnderlineColor = _underlineColor;
    m_underlineType = _underlineType;
    m_strikeOutType = _strikeOutType;
    m_underlineStyle = _underlineStyle;
    m_strikeOutStyle = _strikeOutStyle;
    m_language = _language;
    d->m_bHyphenation = _hyphenation;
    d->m_underLineWidth = 1.0;
    d->m_shadowDistanceX = _shadowDistanceX;
    d->m_shadowDistanceY = _shadowDistanceY;
    d->m_shadowColor = _shadowColor;
    d->m_relativeTextSize = _relativeTextSize;
    d->m_offsetFromBaseLine = _offsetFromBaseLine;
    d->m_bWordByWord = _wordByWord;
    m_attributeFont = _fontAttribute;
    d->m_charStyle = 0L;
    ////
    generateKey();
    addRef();
}

KoTextFormat::KoTextFormat( const KoTextFormat &f )
{
    d = 0L;
    operator=( f );
}

KoTextFormat::~KoTextFormat()
{
    //// kotext addition
    // Removing a format that is in the collection is forbidden, in fact.
    // It should have been removed from the collection before being deleted.
#ifndef NDEBUG
    if ( parent() && parent()->defaultFormat() ) // not when destroying the collection
        assert( ! ( parent()->dict().find( key() ) == this ) );
        // (has to be the same pointer, not only the same key)
#endif
    delete d;
    ////
}

KoTextFormat& KoTextFormat::operator=( const KoTextFormat &f )
{
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << "KoTextFormat::operator= " << this << " (copying " << &f << "). Will addRef" << endl;
#endif
    ref = 0;
    collection = 0; // f might be in the collection, but we are not
    fn = f.fn;
    col = f.col;
    //fm = f.fm;
    //leftBearing = f.leftBearing;
    //rightBearing = f.rightBearing;
    //hei = f.hei;
    //asc = f.asc;
    //dsc = f.dsc;
    missp = f.missp;
    va = f.va;
    m_key = f.m_key;
    //linkColor = f.linkColor;
    //// kotext addition
    delete d;
    d = new KoTextFormatPrivate;
    m_textBackColor=f.m_textBackColor;
    m_textUnderlineColor=f.m_textUnderlineColor;
    m_underlineType = f.m_underlineType;
    m_strikeOutType = f.m_strikeOutType;
    m_underlineStyle = f.m_underlineStyle;
    m_strikeOutStyle = f.m_strikeOutStyle;
    m_language = f.m_language;
    d->m_bHyphenation=f.d->m_bHyphenation;
    d->m_underLineWidth=f.d->m_underLineWidth;
    d->m_shadowDistanceX = f.d->m_shadowDistanceX;
    d->m_shadowDistanceY = f.d->m_shadowDistanceY;
    d->m_shadowColor = f.d->m_shadowColor;
    d->m_relativeTextSize = f.d->m_relativeTextSize;
    d->m_offsetFromBaseLine = f.d->m_offsetFromBaseLine;
    d->m_bWordByWord = f.d->m_bWordByWord;
    m_attributeFont = f.m_attributeFont;
    d->m_charStyle = 0L;
    ////
    addRef();
    return *this;
}

// Helper for load
static void importTextPosition( const TQString& text_position, double fontSize, KoTextFormat::VerticalAlignment& value, double& relativetextsize, int& offset, KoOasisContext& context )
{
    //OO: <vertical position (% or sub or super)> [<size as %>]
    //Examples: "super" or "super 58%" or "82% 58%" (where 82% is the vertical position)
    TQStringList lst = TQStringList::split( ' ', text_position );
    if ( !lst.isEmpty() )
    {
        TQString textPos = lst.front().stripWhiteSpace();
        TQString textSize;
        lst.pop_front();
        if ( !lst.isEmpty() )
            textSize = lst.front().stripWhiteSpace();
        // Workaround bug in KOffice-1.4: it saved '0% 66%' for normal text
        if ( context.generator().startsWith( "KOffice/1.4" )
             && text_position.startsWith( "0%" ) ) {
            //kdDebug(32500) << "Detected koffice-1.4 bug in text-position, assuming Normal text" << endl;
            value = KoTextFormat::AlignNormal;
            return;
        }

        if ( textPos.endsWith("%") && textPos != "0% 100%" && textPos != "0%" )
        {
            textPos.truncate( textPos.length() - 1 );
            double val = textPos.toDouble();
            offset = tqRound( fontSize * val / 100.0 );
            value = KoTextFormat::AlignCustom;
        }
        else if ( textPos == "super" )
            value = KoTextFormat::AlignSuperScript;
        else if ( textPos == "sub" )
            value = KoTextFormat::AlignSubScript;
        else
            value = KoTextFormat::AlignNormal;
        if ( !textSize.isEmpty() && textSize.endsWith("%") )
        {
            textSize.truncate( textSize.length() - 1 );
            relativetextsize = textSize.toDouble() / 100; // e.g. 0.58
        }
    }
    else
        value = KoTextFormat::AlignNormal;
}

// OASIS 14.2.29
static void importOasisUnderline( const TQString& type, const TQString& style,
                                  KoTextFormat::UnderlineType& underline,
                                  KoTextFormat::UnderlineStyle& styleline )
{
  if ( type == "single" )
      underline = KoTextFormat::U_SIMPLE;
  else if ( type == "double" )
      underline = KoTextFormat::U_DOUBLE;
  else if ( type == "none" )
      underline = KoTextFormat::U_NONE;
  else if ( style.isEmpty() || style == "none" )
      underline = KoTextFormat::U_NONE;
  else
      underline = KoTextFormat::U_SIMPLE; // OO exports empty type, and style=solid, for normal underline

  styleline = KoTextFormat::U_SOLID; // assume "solid" if unknown
  if ( style == "dotted" )
      styleline = KoTextFormat::U_DOT;
  else if ( style == "dash"
            || style == "long-dash" ) // not in kotext
      styleline = KoTextFormat::U_DASH;
  else if ( style == "dot-dash" )
      styleline = KoTextFormat::U_DASH_DOT;
  else if ( style == "dot-dot-dash" )
      styleline = KoTextFormat::U_DASH_DOT_DOT;
  else if ( style == "wave" )
      underline = KoTextFormat::U_WAVE;

  // TODO bold. But this is another attribute in OASIS (text-underline-width), which makes sense.
  // We should separate them in kotext...
}

TQString exportOasisUnderline( KoTextFormat::UnderlineStyle styleline )
{
    switch( styleline ) {
    case KoTextFormat::U_DOT:
        return "dotted";
    case KoTextFormat::U_DASH:
        return "dash";
    case KoTextFormat::U_DASH_DOT:
        return "dot-dash";
    case KoTextFormat::U_DASH_DOT_DOT:
        return "dot-dot-dash";
    default:
        return "solid";
    }
}

// Helper for load. Legacy OO format.
static void importUnderline( const TQString& in,
                             KoTextFormat::UnderlineType& underline,
                             KoTextFormat::UnderlineStyle& styleline )
{
    underline = KoTextFormat::U_SIMPLE;
    styleline = KoTextFormat::U_SOLID;
    if ( in == "none" )
        underline = KoTextFormat::U_NONE;
    else if ( in == "single" )
        styleline = KoTextFormat::U_SOLID;
    else if ( in == "double" ) {
        underline = KoTextFormat::U_DOUBLE;
    }
    else if ( in == "dotted" || in == "bold-dotted" ) // bold-dotted not in libkotext
        styleline = KoTextFormat::U_DOT;
    else if ( in == "dash"
              // those are not in libkotext:
              || in == "long-dash"
              || in == "bold-dash"
              || in == "bold-long-dash" )
        styleline = KoTextFormat::U_DASH;
    else if ( in == "dot-dash"
              || in == "bold-dot-dash") // not in libkotext
        styleline = KoTextFormat::U_DASH_DOT; // tricky ;)
    else if ( in == "dot-dot-dash"
              || in == "bold-dot-dot-dash") // not in libkotext
        styleline = KoTextFormat::U_DASH_DOT_DOT; // this is getting fun...
    else if ( in == "wave"
              || in == "bold-wave" // not in libkotext
              || in == "double-wave" // not in libkotext
              || in == "small-wave" ) { // not in libkotext
        underline = KoTextFormat::U_WAVE;
    } else if( in == "bold" ) {
        underline = KoTextFormat::U_SIMPLE_BOLD;
    } else
        kdWarning() << k_funcinfo << " unsupported text-underline value: " << in << endl;
}

void KoTextFormat::load( KoOasisContext& context )
{
    KoStyleStack& styleStack = context.styleStack();
    styleStack.setTypeProperties( "text" ); // load all style attributes from "style:text-properties"

    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "color" ) ) { // 3.10.3
        col.setNamedColor( styleStack.attributeNS( KoXmlNS::fo, "color" ) ); // #rrggbb format
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "font-family" )  // 3.10.9
         || styleStack.hasAttributeNS( KoXmlNS::style, "font-name") ) { // 3.10.8
        // Hmm, the remove "'" could break it's in the middle of the fontname...
        TQString fontName = styleStack.attributeNS( KoXmlNS::fo, "font-family" ).remove( "'" );
        if (fontName.isEmpty()) {
            // ##### TODO. This is wrong. style:font-name refers to a font-decl entry.
            // We have to look it up there, and retrieve _all_ font attributes from it, not just the name.
            fontName = styleStack.attributeNS( KoXmlNS::style, "font-name" ).remove( "'" );
        }
        // 'Thorndale' is not known outside OpenOffice so we substitute it
        // with 'Times New Roman' that looks nearly the same.
        if ( fontName == "Thorndale" )
            fontName = "Times New Roman";

        fontName.remove(TQRegExp("\\sCE$")); // Arial CE -> Arial
        fn.setFamily( fontName );
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "font-size" ) ) { // 3.10.14
        double pointSize = styleStack.fontSize();
        fn.setPointSizeFloat( pointSize );
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "font-weight" ) ) { // 3.10.24
        TQString fontWeight = styleStack.attributeNS( KoXmlNS::fo, "font-weight" );
        int boldness;
        if ( fontWeight == "normal" )
            boldness = 50;
        else if ( fontWeight == "bold" )
            boldness = 75;
        else
            // XSL/CSS has 100,200,300...900. Not the same scale as TQt!
            // See http://www.w3.org/TR/2001/REC-xsl-20011015/slice7.html#font-weight
            boldness = fontWeight.toInt() / 10;
        fn.setWeight( boldness );
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "font-style" ) ) // 3.10.19
        if ( styleStack.attributeNS( KoXmlNS::fo, "font-style" ) == "italic" ||
             styleStack.attributeNS( KoXmlNS::fo, "font-style" ) == "oblique" ) { // no difference in kotext
            fn.setItalic( true );
        }

    d->m_bWordByWord = styleStack.attributeNS( KoXmlNS::style, "text-underline-mode" ) == "skip-white-space";
    // TODO style:text-line-through-mode

#if 0 // OO compat code, to move to OO import filter
    d->m_bWordByWord = (styleStack.hasAttributeNS( KoXmlNS::fo, "score-spaces")) // 3.10.25
                      && (styleStack.attributeNS( KoXmlNS::fo, "score-spaces") == "false");
    if( styleStack.hasAttributeNS( KoXmlNS::style, "text-crossing-out" )) { // 3.10.6
        TQString strikeOutType = styleStack.attributeNS( KoXmlNS::style, "text-crossing-out" );
        if( strikeOutType =="double-line")
            m_strikeOutType = S_DOUBLE;
        else if( strikeOutType =="single-line")
            m_strikeOutType = S_SIMPLE;
        else if( strikeOutType =="thick-line")
            m_strikeOutType = S_SIMPLE_BOLD;
        // not supported by KWord: "slash" and "X"
        // not supported by OO: stylelines (solid, dash, dot, dashdot, dashdotdot)
    }
#endif
    if ( styleStack.hasAttributeNS( KoXmlNS::style, "text-underline-type" )
        || styleStack.hasAttributeNS( KoXmlNS::style, "text-underline-style" ) ) { // OASIS 14.4.28
        importOasisUnderline( styleStack.attributeNS( KoXmlNS::style, "text-underline-type" ),
                              styleStack.attributeNS( KoXmlNS::style, "text-underline-style" ),
                              m_underlineType, m_underlineStyle );
    }
    else if ( styleStack.hasAttributeNS( KoXmlNS::style, "text-underline" ) ) { // OO compat (3.10.22), to be moved out
        importUnderline( styleStack.attributeNS( KoXmlNS::style, "text-underline" ),
                         m_underlineType, m_underlineStyle );
    }
    TQString underLineColor = styleStack.attributeNS( KoXmlNS::style, "text-underline-color" ); // OO 3.10.23, OASIS 14.4.31
    if ( !underLineColor.isEmpty() && underLineColor != "font-color" )
        m_textUnderlineColor.setNamedColor( underLineColor );

    if ( styleStack.hasAttributeNS( KoXmlNS::style, "text-line-through-type" ) ) { // OASIS 14.4.7
        // Reuse code for loading underlines, and convert to strikeout enum (if not wave)
        UnderlineType uType; UnderlineStyle uStyle;
        importOasisUnderline( styleStack.attributeNS( KoXmlNS::style, "text-line-through-type" ),
                              styleStack.attributeNS( KoXmlNS::style, "text-line-through-style" ),
                              uType, uStyle );
        m_strikeOutType = S_NONE;
        if ( uType != U_WAVE )
            m_strikeOutType = (StrikeOutType)uType;
        m_strikeOutStyle = (StrikeOutStyle)uStyle;
    }

    // Text position
    va = AlignNormal;
    d->m_relativeTextSize = 0.58;
    d->m_offsetFromBaseLine = 0;
    if( styleStack.hasAttributeNS( KoXmlNS::style, "text-position")) { // OO 3.10.7
        importTextPosition( styleStack.attributeNS( KoXmlNS::style, "text-position"), fn.pointSizeFloat(),
                            va, d->m_relativeTextSize, d->m_offsetFromBaseLine, context );
    }
    // Small caps, lowercase, uppercase
    m_attributeFont = ATT_NONE;
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "font-variant" ) // 3.10.1
         || styleStack.hasAttributeNS( KoXmlNS::fo, "text-transform" ) ) { // 3.10.2
        bool smallCaps = styleStack.attributeNS( KoXmlNS::fo, "font-variant" ) == "small-caps";
        if ( smallCaps ) {
            m_attributeFont = ATT_SMALL_CAPS;
        } else {
            TQString textTransform = styleStack.attributeNS( KoXmlNS::fo, "text-transform" );
            if ( textTransform == "uppercase" )
                m_attributeFont = ATT_UPPER;
            else if ( textTransform == "lowercase" )
                m_attributeFont = ATT_LOWER;
            // TODO in KWord: "capitalize".
        }
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "language") ) { // 3.10.17
        m_language = styleStack.attributeNS( KoXmlNS::fo, "language");
        const TQString country = styleStack.attributeNS( KoXmlNS::fo, "country" );
        if ( !country.isEmpty() ) {
            m_language += '_';
            m_language += country;
        }
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "background-color") ) {
        TQString tmp = styleStack.attributeNS( KoXmlNS::fo, "background-color");
        if (tmp != "transparent")
            m_textBackColor.setNamedColor( tmp );
    }
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "text-shadow") ) { // 3.10.21
        parseShadowFromCss( styleStack.attributeNS( KoXmlNS::fo, "text-shadow") );
    }

    d->m_bHyphenation = true;
    if ( styleStack.hasAttributeNS( KoXmlNS::fo, "hyphenate" ) ) // it's a character property in OASIS (but not in OO-1.1)
        d->m_bHyphenation = styleStack.attributeNS( KoXmlNS::fo, "hyphenate" ) == "true";

    /*
      Missing properties:
      style:use-window-font-color, 3.10.4 - this is what KWord uses by default (fg color from the color style)
         OO also switches to another color when necessary to avoid dark-on-dark and light-on-light cases.
         (that is TODO in KWord)
      style:text-outline, 3.10.5 - not implemented in kotext
      style:font-family-generic, 3.10.10 - roman, swiss, modern -> map to a font?
      style:font-style-name, 3.10.11 - can be ignored, says DV, the other ways to specify a font are more precise
      style:font-pitch, 3.10.12 - fixed or variable -> map to a font?
      style:font-charset, 3.10.14 - not necessary with TQt
      style:font-size-rel, 3.10.15 - TODO in StyleStack::fontSize()
      fo:letter-spacing, 3.10.16 - not implemented in kotext
      style:text-relief, 3.10.20 - not implemented in kotext
      style:letter-kerning, 3.10.20 - not implemented in kotext
      style:text-blinking, 3.10.27 - not implemented in kotext IIRC
      style:text-combine, 3.10.29/30 - not implemented, see http://www.w3.org/TR/WD-i18n-format/
      style:text-emphasis, 3.10.31 - not implemented in kotext
      style:text-scale, 3.10.33 - not implemented in kotext
      style:text-rotation-angle, 3.10.34 - not implemented in kotext (kpr rotates whole objects)
      style:text-rotation-scale, 3.10.35 - not implemented in kotext (kpr rotates whole objects)
      style:punctuation-wrap, 3.10.36 - not implemented in kotext
    */

    d->m_underLineWidth = 1.0;

    generateKey();
    addRef();
}

void KoTextFormat::save( KoGenStyle& gs, KoSavingContext& context, KoTextFormat * refFormat ) const
{
    KoGenStyle::PropertyType tt = KoGenStyle::TextType;
    if ( !refFormat || this->color() != refFormat->color() )
    {
        gs.addProperty( "fo:color", col.isValid() ? col.name() : "#000000", tt );
    }
    if ( !refFormat || this->font().family() != refFormat->font().family() )
    {
        gs.addProperty( "style:font-name", fn.family(), tt );
        context.addFontFace( fn.family() );
    }
    if ( !refFormat || this->pointSize() != refFormat->pointSize() )
    {
        gs.addPropertyPt( "fo:font-size", fn.pointSize(), tt );
    }
    int w = fn.weight();
    if ( !refFormat || w != refFormat->font().weight() )
    {
        gs.addProperty( "fo:font-weight", w == 50 ? "normal" : w == 75 ? "bold" : TQString::number( tqRound( w / 10 ) * 100 ), tt );
    }
    if ( !refFormat || this->font().italic() != refFormat->font().italic() )
    {
        gs.addProperty( "fo:font-style", fn.italic() ? "italic" : "normal", tt );
    }
    if ( !refFormat || this->wordByWord() != refFormat->wordByWord() )
    {
        gs.addProperty( "style:text-underline-mode", d->m_bWordByWord ? "skip-white-space" : "continuous", tt );
    }
    if ( !refFormat || this->underlineType() != refFormat->underlineType()
                    || this->underlineStyle() !=refFormat->underlineStyle() )
    {
        gs.addProperty( "style:text-underline-type", m_underlineType == U_NONE ? "none" :
                        m_underlineType == U_DOUBLE ? "double" : "single", tt );
        TQString styleline;
        if ( m_underlineType == U_WAVE )
            styleline = "wave";
        else
            styleline = exportOasisUnderline( m_underlineStyle );
        gs.addProperty( "style:text-underline-style", m_underlineType == U_NONE ? "none" : styleline, tt );
    }
    if ( !refFormat || this->textUnderlineColor() !=refFormat->textUnderlineColor() )
    {
        gs.addProperty( "style:text-underline-color", m_textUnderlineColor.isValid() ? m_textUnderlineColor.name() : "font-color", tt );
    }

    if ( !refFormat
        || this->strikeOutType() != refFormat->strikeOutType()
        || this->strikeOutStyle()!= refFormat->strikeOutStyle() )
    {
        if ( m_strikeOutType != S_NONE )
        {
            // TODO U_SIMPLE_BOLD
            // TODO style:text-line-through-mode
            gs.addProperty( "style:text-line-through-type", m_strikeOutType == S_DOUBLE ? "double" : "single", tt );
            const TQString styleline = exportOasisUnderline( (UnderlineStyle) m_strikeOutStyle );
            gs.addProperty( "style:text-line-through-style", styleline, tt );
            //gs.addProperty( "style:text-line-through-color", ...) TODO in kotext
        }
        else
        {
            gs.addProperty( "style:text-line-through-type", "none", tt );
            gs.addProperty( "style:text-line-through-style", "none", tt );
        }
    }
    if ( !refFormat || (this->vAlign() != refFormat->vAlign())
        || (this->relativeTextSize() != refFormat->relativeTextSize()) )
    {
        TQString textPos;
        if ( d->m_offsetFromBaseLine != 0 )
            textPos = TQString::number( 100 * d->m_offsetFromBaseLine / fn.pointSizeFloat() ) + '%';
        else if ( va == AlignSuperScript ) textPos = "super";
        else if ( va == AlignSubScript ) textPos = "sub";
        else textPos = "0%"; // AlignNormal
        if ( va != AlignNormal )
        {
            textPos += ' ';
            textPos += TQString::number( d->m_relativeTextSize * 100 );
            textPos += '%';
        }
        gs.addProperty( "style:text-position", textPos, tt );
    }

    if( !refFormat || this->attributeFont() != refFormat->attributeFont())
    {
        if ( m_attributeFont == ATT_SMALL_CAPS ) {
            gs.addProperty( "fo:font-variant", "small-caps", tt );
            gs.addProperty( "fo:text-transform", "none", tt );
        }
        else if ( m_attributeFont == ATT_UPPER ) {
            gs.addProperty( "fo:font-variant", "normal", tt );
            gs.addProperty( "fo:text-transform", "uppercase", tt );
        }
        else if ( m_attributeFont == ATT_LOWER ) {
            gs.addProperty( "fo:font-variant", "normal", tt );
            gs.addProperty( "fo:text-transform", "lowercase", tt );
        }
        else {
            gs.addProperty( "fo:font-variant", "normal", tt );
            gs.addProperty( "fo:text-transform", "none", tt );
        }
    }

    if( !refFormat || this->language() != refFormat->language())
    {
        TQString lang = m_language;
        TQString country;
        const int pos = lang.find( '_' );
        if ( pos != -1 ) {
            country = lang.mid( pos + 1 );
            lang = lang.left( pos );
        }

        gs.addProperty( "fo:language", lang, tt );
        gs.addProperty( "fo:country", country, tt );
    }
    if( !refFormat || this->textBackgroundColor() != refFormat->textBackgroundColor() )
    {
        gs.addProperty( "fo:background-color",
                        m_textBackColor.isValid() ? m_textBackColor.name() : "transparent", tt );
    }
    if( !refFormat ||
        ( this->shadowDistanceX() != refFormat->shadowDistanceX()
          || ( this->shadowDistanceY() != refFormat->shadowDistanceY() )
          || ( this->shadowColor() != refFormat->shadowColor() ) ) )
    {
        gs.addProperty( "fo:text-shadow", shadowAsCss(), tt );
    }
    if ( !refFormat || this->hyphenation() != refFormat->hyphenation() )
    {
        gs.addProperty( "fo:hyphenate", d->m_bHyphenation, tt );
    }
}

void KoTextFormat::update()
{
    //kdDebug(32500) << this << " KoTextFormat::update " << fn.family() << " " << pointSize() << endl;
    m_key = TQString(); // invalidate key, recalc at the next key() call
    assert( d );
    d->clearCache(); // i.e. recalc at the next screenFont[Metrics]() call
}

void KoTextFormat::copyFormat( const KoTextFormat & nf, int flags )
{
    if ( flags & KoTextFormat::Bold )
	fn.setBold( nf.fn.bold() );
    if ( flags & KoTextFormat::Italic )
	fn.setItalic( nf.fn.italic() );
    if ( flags & KoTextFormat::Underline )
	fn.setUnderline( nf.fn.underline() );
    if ( flags & KoTextFormat::Family )
	fn.setFamily( nf.fn.family() );
    if ( flags & KoTextFormat::Size )
	fn.setPointSize( nf.fn.pointSize() );
    if ( flags & KoTextFormat::Color )
	col = nf.col;
    if ( flags & KoTextFormat::Misspelled )
	missp = nf.missp;
    if ( flags & KoTextFormat::VAlign )
    {
	va = nf.va;
        setRelativeTextSize( nf.relativeTextSize());
    }
    ////// kotext addition
    if ( flags & KoTextFormat::StrikeOut )
    {
        setStrikeOutStyle( nf.strikeOutStyle() );
        setStrikeOutType (nf.strikeOutType());
    }
    if( flags & KoTextFormat::TextBackgroundColor)
        setTextBackgroundColor(nf.textBackgroundColor());
    if( flags & KoTextFormat::ExtendUnderLine)
    {
        setTextUnderlineColor(nf.textUnderlineColor());
        setUnderlineType (nf.underlineType());
        setUnderlineStyle (nf.underlineStyle());
    }
    if( flags & KoTextFormat::Language)
        setLanguage(nf.language());
    if( flags & KoTextFormat::ShadowText)
        setShadow(nf.shadowDistanceX(), nf.shadowDistanceY(), nf.shadowColor());
    if( flags & KoTextFormat::OffsetFromBaseLine)
        setOffsetFromBaseLine(nf.offsetFromBaseLine());
    if( flags & KoTextFormat::WordByWord)
        setWordByWord(nf.wordByWord());
    if( flags & KoTextFormat::Attribute)
        setAttributeFont(nf.attributeFont());
    if( flags & KoTextFormat::Hyphenation )
        setHyphenation( nf.hyphenation());
    if( flags & KoTextFormat::UnderLineWidth )
        setUnderLineWidth( nf.underLineWidth());
    //////
    update();
    //kdDebug(32500) << "KoTextFormat " << (void*)this << " copyFormat nf=" << (void*)&nf << " " << nf.key() << " flags=" << flags
    //        << " ==> result " << this << " " << key() << endl;
}

void KoTextFormat::setBold( bool b )
{
    if ( b == fn.bold() )
	return;
    fn.setBold( b );
    update();
}

void KoTextFormat::setMisspelled( bool b )
{
    if ( b == (bool)missp )
	return;
    missp = b;
    update();
}

void KoTextFormat::setVAlign( VerticalAlignment a )
{
    if ( a == va )
	return;
    va = a;
    update();
}

void KoTextFormat::setItalic( bool b )
{
    if ( b == fn.italic() )
	return;
    fn.setItalic( b );
    update();
}

void KoTextFormat::setUnderline( bool b )
{
    if ( b == fn.underline() )
	return;
    fn.setUnderline( b );
    update();
}

void KoTextFormat::setFamily( const TQString &f )
{
    if ( f == fn.family() )
	return;
    fn.setFamily( f );
    update();
}

void KoTextFormat::setPointSize( int s )
{
    if ( s == fn.pointSize() )
	return;
    fn.setPointSize( s );
    update();
}

void KoTextFormat::setFont( const TQFont &f )
{
    if ( f == fn )
	return;
    fn = f;
    fn.setStyleStrategy( TQFont::ForceOutline );
    update();
}

void KoTextFormat::setColor( const TQColor &c )
{
    if ( c == col )
	return;
    col = c;
    update();
}

#if 0
int KoTextFormat::minLeftBearing() const
{
    if ( !painter || !painter->isActive() )
	return leftBearing;
    painter->setFont( fn );
    return painter->fontMetrics().minLeftBearing();
}

int KoTextFormat::minRightBearing() const
{
    if ( !painter || !painter->isActive() )
	return rightBearing;
    painter->setFont( fn );
    return painter->fontMetrics().minRightBearing();
}
#endif

// ## Maybe we need a binary form for speed when NDEBUG, and to keep the
// ## readable form when !NDEBUG, like TQFont does?
void KoTextFormat::generateKey()
{
    TQString k = fn.key();
    k += '/';
    if ( col.isValid() ) // just to shorten the key in the common case
        k += TQString::number( (uint)col.rgb() );
    k += '/';
    k += TQString::number( (int)isMisspelled() ); // 1 digit, no need for '/'
    k += TQString::number( (int)vAlign() );
    //// kotext addition
    k += '/';
    if (m_textBackColor.isValid())
        k += TQString::number( (uint)m_textBackColor.rgb() );
    k += '/';
    if ( m_textUnderlineColor.isValid())
        k += TQString::number( (uint)m_textUnderlineColor.rgb() );
    k += '/';
    k += TQString::number( (int)m_underlineType ); // a digit each, no need for '/'
    k += TQString::number( (int)m_strikeOutType );
    k += TQString::number( (int)m_underlineStyle );
    k += TQString::number( (int)m_strikeOutStyle );
    k += '/';
    k += m_language;
    k += '/';
    if ( d->m_shadowDistanceX != 0 || d->m_shadowDistanceY != 0 )
    {
        k += TQString::number( d->m_shadowDistanceX );
        k += '/';
        k += TQString::number( d->m_shadowDistanceY );
        k += '/';
        k += TQString::number( (uint)d->m_shadowColor.rgb() );
    }
    k += '/';
    k += TQString::number( d->m_relativeTextSize);
    k += '/';
    k += TQString::number( d->m_offsetFromBaseLine);
    k += '/';
    k += TQString::number( (int)d->m_bWordByWord); // boolean -> 1 digit -> no '/'
    k += TQString::number( (int)m_attributeFont);
    k += '/';
    k += TQString::number( (int)d->m_bHyphenation); // boolean -> 1 digit -> no '/'
    k += TQString::number( (double)d->m_underLineWidth);
    ////
    // Keep in sync with method below
    m_key = k;
}

// This is used to create "simple formats", with font and color etc., but without
// advanced features. Doesn't matter, don't extend the args.
TQString KoTextFormat::getKey( const TQFont &fn, const TQColor &col, bool misspelled,  VerticalAlignment a )
{
    TQString k = fn.key();
    k += '/';
    if ( col.isValid() ) // just to shorten the key in the common case
        k += TQString::number( (uint)col.rgb() );
    k += '/';
    k += TQString::number( (int)misspelled );
    k += TQString::number( (int)a );
    //// kotext addition
    k += '/';
        // no background color
    k += '/';
        // no underline color
    k += '/';
    k += TQString::number( (int)U_NONE );
    k += TQString::number( (int)S_NONE ); // no double-underline in a "simple format"
    k += TQString::number( (int)U_SOLID );
    k += TQString::number( (int)S_SOLID ); // no double-underline in a "simple format"
    k += '/';
    //k += TQString(); // spellcheck language
    k += '/';
      //no shadow
    k += '/';
    k += "0.66"; //relative text size
    k += '/';
    k += "0"; // no offset from base line
    k += '/';
    k += "0"; //no wordbyword attribute
    k += "0"; //no font attribute
    k += '/';
    k += "0"; //no hyphen
    k += "0"; //no ulw

    ////
    return k;
}


TQString KoTextFormat::key() const
{
    if ( m_key.isEmpty() )
        const_cast<KoTextFormat*>( this )->generateKey();
    return m_key;
}

void KoTextFormat::addRef()
{
    ref++;
#ifdef DEBUG_COLLECTION
    if ( collection )
        kdDebug(32500) << "  add ref of '" << k << "' to " << ref << " (" << this << ") (coll " << collection << ")" << endl;
#endif
}

void KoTextFormat::removeRef()
{
    ref--;
    if ( !collection )
        return;
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << "  remove ref of '" << k << "' to " << ref << " (" << this << ") (coll " << collection << ")" << endl;
#endif
    if ( ref == 0 )
        collection->remove( this );
}

void KoTextFormat::setStrikeOutType (StrikeOutType _type)
{
    if ( m_strikeOutType == _type )
        return;
    m_strikeOutType = _type;
    update();
}

void KoTextFormat::setUnderlineType (UnderlineType _type)
{
    if ( m_underlineType == _type )
        return;
    m_underlineType = _type;
    update();
}

void KoTextFormat::setUnderlineStyle (UnderlineStyle _type)
{
    if ( m_underlineStyle == _type )
        return;
    m_underlineStyle = _type;
    update();
}

void KoTextFormat::setStrikeOutStyle( StrikeOutStyle _type )
{
    if ( m_strikeOutStyle == _type )
        return;
    m_strikeOutStyle = _type;
    update();
}

void KoTextFormat::setTextBackgroundColor(const TQColor &_col)
{
    if(m_textBackColor==_col)
        return;
    m_textBackColor=_col;
    update();
}
void KoTextFormat::setTextUnderlineColor(const TQColor &_col)
{
    if ( m_textUnderlineColor == _col )
        return;
    m_textUnderlineColor=_col;
    update();
}

void KoTextFormat::setShadow( double shadowDistanceX, double shadowDistanceY, const TQColor& shadowColor )
{
    if ( d->m_shadowDistanceX == shadowDistanceX &&
         d->m_shadowDistanceY == shadowDistanceY &&
         d->m_shadowColor == shadowColor )
        return;
    d->m_shadowDistanceX = shadowDistanceX;
    d->m_shadowDistanceY = shadowDistanceY;
    d->m_shadowColor = shadowColor;
    update();
}

void KoTextFormat::setRelativeTextSize( double _size )
{
    if ( d->m_relativeTextSize == _size)
        return;
    d->m_relativeTextSize = _size;
    update();
}

void KoTextFormat::setOffsetFromBaseLine( int _offset )
{
    if ( d->m_offsetFromBaseLine == _offset)
        return;
    d->m_offsetFromBaseLine = _offset;
    update();
}

void KoTextFormat::setWordByWord( bool _b )
{
    if ( d->m_bWordByWord == _b)
        return;
    d->m_bWordByWord = _b;
    update();
}


void KoTextFormat::setAttributeFont(KoTextFormat::AttributeStyle _att )
{
    if ( m_attributeFont == _att)
        return;
    m_attributeFont = _att;
    update();

}

int KoTextFormat::compare( const KoTextFormat & format ) const
{
    int flags = 0;
    if ( fn.weight() != format.fn.weight() )
        flags |= KoTextFormat::Bold;
    if ( fn.italic() != format.fn.italic() )
        flags |= KoTextFormat::Italic;
    if ( textUnderlineColor()!=format.textUnderlineColor() ||
         underlineType()!= format.underlineType() ||
         underlineStyle() != format.underlineStyle())
        flags |= KoTextFormat::ExtendUnderLine;
    if ( fn.family() != format.fn.family() )
        flags |= KoTextFormat::Family;
    if ( pointSize() != format.pointSize() )
        flags |= KoTextFormat::Size;
    if ( color() != format.color() )
        flags |= KoTextFormat::Color;
    if ( vAlign() != format.vAlign() ||
        relativeTextSize() != format.relativeTextSize())
        flags |= KoTextFormat::VAlign;
    if ( strikeOutType() != format.strikeOutType()
        || underlineStyle() != format.underlineStyle())
        flags |= KoTextFormat::StrikeOut;
    if ( textBackgroundColor() != format.textBackgroundColor() )
        flags |= KoTextFormat::TextBackgroundColor;
    if ( language() != format.language() )
        flags |= KoTextFormat::Language;
    if ( d->m_shadowDistanceX != format.shadowDistanceX()
         || d->m_shadowDistanceY != format.shadowDistanceY()
         || d->m_shadowColor != format.shadowColor() )
        flags |= KoTextFormat::ShadowText;
    if ( offsetFromBaseLine() != format.offsetFromBaseLine() )
        flags |= KoTextFormat::OffsetFromBaseLine;
    if ( wordByWord() != format.wordByWord() )
        flags |= KoTextFormat::WordByWord;
    if ( attributeFont() != format.attributeFont() )
        flags |= KoTextFormat::Attribute;
    if( hyphenation() != format.hyphenation() )
        flags |= KoTextFormat::Hyphenation;
    if( underLineWidth() != format.underLineWidth() )
        flags |= KoTextFormat::UnderLineWidth;
    return flags;
}

TQColor KoTextFormat::defaultTextColor( TQPainter * painter )
{
    if ( painter->device()->devType() == TQInternal::Printer )
        return TQt::black;
    return TQApplication::palette().color( TQPalette::Active, TQColorGroup::Text );
}

float KoTextFormat::screenPointSize( const KoTextZoomHandler* zh ) const
{
    // ## simplify (needs a change in KoTextZoomHandler)
    int pointSizeLU = KoTextZoomHandler::ptToLayoutUnitPt( pointSize() );
    if ( vAlign() != KoTextFormat::AlignNormal )
        pointSizeLU = (int)( pointSizeLU *relativeTextSize() );
    return zh->layoutUnitToFontSize( pointSizeLU, false /* forPrint */ );
}

float KoTextFormat::refPointSize() const
{
    if ( vAlign() != KoTextFormat::AlignNormal )
        return (float)pointSize() * relativeTextSize();
    else
        return pointSize();
}

TQFont KoTextFormat::refFont() const
{
    float pointSize = refPointSize();
    if ( !d->m_refFont || pointSize != d->m_refFont->pointSizeFloat() )
    {
        delete d->m_refFont;
        d->m_refFont = new TQFont( font() );
        d->m_refFont->setPointSizeFloat( pointSize );
        delete d->m_refFontMetrics;
        d->m_refFontMetrics = 0;
        //kdDebug(32500) << "KoTextFormat::refFont created new font with size " << pointSize << endl;
    }
    return *d->m_refFont;
}

TQFont KoTextFormat::screenFont( const KoTextZoomHandler* zh ) const
{
    float pointSize = screenPointSize( zh );
    //kdDebug(32500) << "KoTextFormat::screenFont pointSize=" << pointSize << endl;
    // Compare if this is the size for which we cached the font metrics.
    // We have to do this very dynamically, because 2 views could be painting the same
    // stuff, with different zoom levels. So no absolute caching possible.
    /*if ( d->m_screenFont )
      kdDebug(32500) << " d->m_screenFont->pointSizeFloat()=" << d->m_screenFont->pointSizeFloat() << endl;*/
    if ( !d->m_screenFont || kAbs( pointSize - d->m_screenFont->pointSizeFloat() ) > 1E-4 )
    {
        delete d->m_screenFont;
        d->m_screenFont = new TQFont( font() );
        d->m_screenFont->setPointSizeFloat( pointSize );
        delete d->m_screenFontMetrics;
        d->m_screenFontMetrics = 0;
        //kdDebug(32500) << "KoTextFormat::screenFont created new font with size " << pointSize << endl;
    }
    return *d->m_screenFont;
}

const TQFontMetrics& KoTextFormat::screenFontMetrics( const KoTextZoomHandler* zh ) const
{
    TQFont f = screenFont(zh); // don't move inside the if!

    if ( !d->m_screenFontMetrics ) // not calculated, or invalidated by screenFont above
    {
        //kdDebug(32500) << this << " KoTextFormat::screenFontMetrics pointSize=" << pointSize << " d->m_screenFont->pointSizeFloat()=" << d->m_screenFont->pointSizeFloat() << endl;
        d->m_screenFontMetrics = new TQFontMetrics( f );
        //kdDebug(32500) << "KoTextFormat::screenFontMetrics created new metrics with size " << pointSize << "   height:" << d->m_screenFontMetrics->height() << endl;
    }
    return *d->m_screenFontMetrics;
}

const TQFontMetrics& KoTextFormat::refFontMetrics() const
{
    TQFont f = refFont();

    if ( !d->m_refFontMetrics )
    {
        //kdDebug(32500) << this << " KoTextFormat::refFontMetrics pointSize=" << pointSize << " d->m_refFont->pointSizeFloat()=" << d->m_refFont->pointSizeFloat() << endl;
        d->m_refFontMetrics = new TQFontMetrics( f );
        //kdDebug(32500) << "KoTextFormat::refFontMetrics created new metrics with size " << pointSize << "   height:" << d->m_refFontMetrics->height() << endl;
    }
    return *d->m_refFontMetrics;
}

TQFont KoTextFormat::smallCapsFont( const KoTextZoomHandler* zh, bool applyZoom ) const
{
    TQFont font = applyZoom ? screenFont( zh ) : refFont();
    TQFontMetrics fm = refFontMetrics(); // only used for proportions, so applyZoom doesn't matter
    double pointSize = font.pointSize() * ((double)fm.boundingRect("x").height()/(double)fm.boundingRect("X").height());
    font.setPointSizeFloat( pointSize );
    return font;
}

int KoTextFormat::charWidth( const KoTextZoomHandler* zh, bool applyZoom, const KoTextStringChar* c,
                             const KoTextParag* parag, int i ) const
{
    ushort unicode = c->c.unicode();
    if ( !c->charStop || unicode == 0xad || unicode == 0x2028 )
	 return 0;
    Q_ASSERT( !c->isCustom() ); // actually it's a bit stupid to call this for custom items
    if( c->isCustom() ) {
	 if( c->customItem()->placement() == KoTextCustomItem::PlaceInline ) {
             // customitem width is in LU pixels. Convert to 100%-zoom-pixels (pt2pt==pix2pix)
             double w = KoTextZoomHandler::layoutUnitPtToPt( c->customItem()->width );
             return tqRound( applyZoom ? ( w * zh->zoomFactorX() ) : w );
         }
         else
             return 0;
    }
    int pixelww;
    int r = c->c.row();
    if( /*r < 0x06 || r > 0x1f*/ r < 0x06 || (r > 0x1f && !(r > 0xd7 && r < 0xe0)) )
    {
        // Small caps -> we can't use the cached font metrics from KoTextFormat
        if ( attributeFont() == KoTextFormat::ATT_SMALL_CAPS && c->c.upper() != c->c )
        {
            pixelww = TQFontMetrics( smallCapsFont( zh, applyZoom ) ).width( displayedChar( c->c ) );
        }
        else
        // Use the cached font metrics from KoTextFormat
        if ( applyZoom )
        {
	    if ( r ) {
                pixelww = this->screenFontMetrics( zh ).width( displayedChar( c->c ) );
	    } else {
                // Use the m_screenWidths[] array when possible, even faster
                Q_ASSERT( unicode < 256 );
		pixelww = d->m_screenWidths[ unicode ];
                // Not in cache yet -> calculate
                if ( pixelww == 0 ) {
                    pixelww = this->screenFontMetrics( zh ).width( displayedChar( c->c ) );
                    Q_ASSERT( pixelww < 65535 );
                    d->m_screenWidths[ unicode ] = pixelww;
                }
	    }
        }
        else {
            pixelww = this->refFontMetrics().width( displayedChar( c->c ) );
	}
    }
    else {
        // Complex text. We need some hacks to get the right metric here
        bool smallCaps = ( attributeFont() == KoTextFormat::ATT_SMALL_CAPS && c->c.upper() != c->c );
        const TQFontMetrics& fontMetrics = smallCaps ? smallCapsFont( zh, applyZoom ) : applyZoom ? screenFontMetrics( zh ) : refFontMetrics();
        TQString str;
        int pos = 0;
        if( i > 8 )
            pos = i - 8;
        int off = i - pos;
        int end = TQMIN( parag->length(), i + 8 );
        while ( pos < end ) {
            str += displayedChar( parag->at(pos)->c );
            pos++;
        }
        pixelww = fontMetrics.charWidth( str, off );
    }

#if 0
        kdDebug(32500) << "KoTextFormat::charWidth: char=" << TQString(c->c) << " format=" << key()
                       << ", applyZoom=" << applyZoom << " pixel-width=" << pixelww << endl;
#endif
    return pixelww;
}

int KoTextFormat::height() const
{
    if ( d->m_refHeight < 0 )
    {
        // Calculate height using 100%-zoom font
        int h = refFontMetrics().height()+TQABS(offsetFromBaseLine());
        if ( vAlign() == KoTextFormat::AlignSuperScript )
            h += refFontMetrics().height()/2;
        else if ( vAlign() == KoTextFormat::AlignSubScript )
            h += refFontMetrics().height()/6;

        // Add room for the shadow
        if ( d->m_shadowDistanceY != 0 ) {
            // pt -> pixel (at 100% zoom)
            h += (int)(POINT_TO_INCH( static_cast<double>( KoGlobal::dpiY() ) ) * TQABS( d->m_shadowDistanceY ) );
        }

        //kdDebug(32500) << "KoTextFormat::height 100%-zoom font says h=" << h << " in LU:" << KoTextZoomHandler::ptToLayoutUnitPt(h) << endl;
        // Then scale to LU
        d->m_refHeight = tqRound( KoTextZoomHandler::ptToLayoutUnitPt( h ) );
    }
    return d->m_refHeight;
}

int KoTextFormat::offsetX() const // in LU pixels
{
    int off = 0;
#if 0
    // Shadow on left -> character is moved to the right
    // Wrong if next char has no shadow (they'll run into each other)
    // Somehow we should only do this if x == 0 (in the formatter)
    if ( d->m_shadowDistanceX < 0 )
    {
        double lupt = KoTextZoomHandler::ptToLayoutUnitPt( TQABS( d->m_shadowDistanceX ) );
        off += (int)(POINT_TO_INCH( static_cast<double>( KoGlobal::dpiX() ) ) * lupt );
    }
#endif
    return off;
}

int KoTextFormat::offsetY() const // in LU pixels
{
    int off = 0;
#if 0
    // Shadow on top -> character is moved down
    if ( d->m_shadowDistanceY < 0 )
    {
        double lupt = KoTextZoomHandler::ptToLayoutUnitPt( TQABS( d->m_shadowDistanceY ) );
        off += (int)(POINT_TO_INCH( static_cast<double>( KoGlobal::dpiY() ) ) * lupt );
    }
#endif
    return off;
}

TQString KoTextFormat::displayedString( const TQString& str )const
{
    switch ( m_attributeFont ) {
    case ATT_NONE:
        return str;
    case ATT_UPPER:
    case ATT_SMALL_CAPS:
        return str.upper();
    case ATT_LOWER:
        return str.lower();
    default:
        kdDebug(32500)<<" Error in AttributeStyle \n";
        return str;
    }
}

TQChar KoTextFormat::displayedChar( TQChar c )const
{
    if ( c.unicode() == 0xa0 ) // nbsp
        return ' ';
    switch ( m_attributeFont ) {
    case ATT_NONE:
        return c;
    case ATT_SMALL_CAPS:
    case ATT_UPPER:
        return c.upper();
    case ATT_LOWER:
        return c.lower();
    default:
        kdDebug(32500)<<" Error in AttributeStyle \n";
        return c;
    }
}

int KoTextFormat::ascent() const
{
    if ( d->m_refAscent < 0 )
    {
        // Calculate ascent using 100%-zoom font
        int h = refFontMetrics().ascent();
        if ( offsetFromBaseLine()>0 )
            h += offsetFromBaseLine();
        if ( vAlign() == KoTextFormat::AlignSuperScript )
            h += refFontMetrics().height()/2;
        // Then scale to LU
        d->m_refAscent = tqRound( KoTextZoomHandler::ptToLayoutUnitPt( h ) );
        //d->m_refAscent += offsetY();
    }
    return d->m_refAscent;
}

int KoTextFormat::descent() const
{
    if ( d->m_refDescent < 0 )
    {
        // Calculate descent using 100%-zoom font
        int h = refFontMetrics().descent();
        if ( offsetFromBaseLine()<0 )
            h -= offsetFromBaseLine();
        // Then scale to LU
        d->m_refDescent = tqRound( KoTextZoomHandler::ptToLayoutUnitPt( h ) );
        //d->m_refDescent += offsetY();
    }
    return d->m_refDescent;
}

int KoTextFormat::charWidthLU( const KoTextStringChar* c, const KoTextParag* parag, int i ) const
{
    // Hmm, we add precision to the least precise one!
    // TODO: We should instead implement it here in LU, and let charWidth call it...
   return KoTextZoomHandler::ptToLayoutUnitPt( charWidth( 0L, false, c, parag, i ) );
}

int KoTextFormat::width( const TQChar& ch ) const
{
    // Warning this doesn't take into account the shadow
    return KoTextZoomHandler::ptToLayoutUnitPt( refFontMetrics().width( ch ) );
}

void KoTextFormat::applyCharStyle( KoCharStyle *_style )
{
    d->m_charStyle = _style;
}

KoCharStyle *KoTextFormat::style() const
{
    return d->m_charStyle;
}

TQString KoTextFormat::shadowAsCss(  double shadowDistanceX, double shadowDistanceY, const TQColor& shadowColor )
{
    // http://www.w3.org/TR/REC-CSS2/text.html#text-shadow-props
    // none | [<color> || <length (h)> <length (v)> <length (blur radius, not used here)>] ...
    // => none or color length length
    if ( shadowDistanceX != 0 || shadowDistanceY != 0 )
    {
        TQString css = shadowColor.name() + " ";
        css += TQString::number(shadowDistanceX) + "pt ";
        css += TQString::number(shadowDistanceY) + "pt";
        return css;
    }
    return "none";
}

TQString KoTextFormat::shadowAsCss() const
{
    return shadowAsCss( d->m_shadowDistanceX, d->m_shadowDistanceY, d->m_shadowColor );
}

void KoTextFormat::parseShadowFromCss( const TQString& _css )
{
    TQString css = _css.simplifyWhiteSpace();
    if ( css.isEmpty() || css == "none" )
    {
        d->m_shadowDistanceX = 0;
        d->m_shadowDistanceY = 0;
        d->m_shadowColor = TQColor();
    } else
    {
        TQStringList tokens = TQStringList::split(' ', css);
        if ( tokens.isEmpty() ) {
            kdWarning(32500) << "Parse error in text-shadow: " << css << endl;
            return;
        }
        // Check which token looks like a color
        TQColor col( tokens.first() );
        if ( col.isValid() )
            tokens.pop_front();
        else if ( tokens.count() > 1 )
        {
            col.setNamedColor( tokens.last() );
            if ( col.isValid() )
                tokens.pop_back();
        }
        d->m_shadowColor = col; // whether valid or not
        // Parse x distance
        if ( !tokens.isEmpty() ) {
            d->m_shadowDistanceX = KoUnit::parseValue( tokens.first() );
            tokens.pop_front();
        }
        // Parse y distance
        if ( !tokens.isEmpty() ) {
            d->m_shadowDistanceY = KoUnit::parseValue( tokens.first() );
            tokens.pop_front();
        }
        // We ignore whatever else is in the string (e.g. blur radius, other shadows)

    }
    update();
}

TQColor KoTextFormat::shadowColor() const
{
    if ( d->m_shadowColor.isValid() )
        return d->m_shadowColor;
    else // CSS says "[If] no color has been specified, the shadow will have the same color as the [text] itself"
        return col;
}

int KoTextFormat::shadowX( KoTextZoomHandler *zh ) const
{
    return zh->zoomItX( d->m_shadowDistanceX );
}

int KoTextFormat::shadowY( KoTextZoomHandler *zh ) const
{
    return zh->zoomItY( d->m_shadowDistanceY );
}

//static
TQString KoTextFormat::underlineStyleToString( KoTextFormat::UnderlineStyle _lineType )
{
    TQString strLineType;
    switch ( _lineType )
    {
    case KoTextFormat::U_SOLID:
        strLineType ="solid";
        break;
    case KoTextFormat::U_DASH:
        strLineType ="dash";
        break;
    case KoTextFormat::U_DOT:
        strLineType ="dot";
        break;
    case KoTextFormat::U_DASH_DOT:
        strLineType="dashdot";
        break;
    case KoTextFormat::U_DASH_DOT_DOT:
        strLineType="dashdotdot";
        break;
    }
    return strLineType;
}

TQString KoTextFormat::strikeOutStyleToString( KoTextFormat::StrikeOutStyle _lineType )
{
    TQString strLineType;
    switch ( _lineType )
    {
    case KoTextFormat::S_SOLID:
        strLineType ="solid";
        break;
    case KoTextFormat::S_DASH:
        strLineType ="dash";
        break;
    case KoTextFormat::S_DOT:
        strLineType ="dot";
        break;
    case KoTextFormat::S_DASH_DOT:
        strLineType="dashdot";
        break;
    case KoTextFormat::S_DASH_DOT_DOT:
        strLineType="dashdotdot";
        break;
    }
    return strLineType;
}

KoTextFormat::UnderlineStyle KoTextFormat::stringToUnderlineStyle( const TQString & _str )
{
    if ( _str =="solid")
        return KoTextFormat::U_SOLID;
    else if ( _str =="dash" )
        return KoTextFormat::U_DASH;
    else if ( _str =="dot" )
        return KoTextFormat::U_DOT;
    else if ( _str =="dashdot")
        return KoTextFormat::U_DASH_DOT;
    else if ( _str=="dashdotdot")
        return KoTextFormat::U_DASH_DOT_DOT;
    else
        return KoTextFormat::U_SOLID;
}

KoTextFormat::StrikeOutStyle KoTextFormat::stringToStrikeOutStyle( const TQString & _str )
{
    if ( _str =="solid")
        return KoTextFormat::S_SOLID;
    else if ( _str =="dash" )
        return KoTextFormat::S_DASH;
    else if ( _str =="dot" )
        return KoTextFormat::S_DOT;
    else if ( _str =="dashdot")
        return KoTextFormat::S_DASH_DOT;
    else if ( _str=="dashdotdot")
        return KoTextFormat::S_DASH_DOT_DOT;
    else
        return KoTextFormat::S_SOLID;
}

TQString KoTextFormat::attributeFontToString( KoTextFormat::AttributeStyle _attr )
{
    if (_attr == KoTextFormat::ATT_NONE )
        return TQString("none");
    else if ( _attr == KoTextFormat::ATT_UPPER )
        return TQString("uppercase");
    else if ( _attr == KoTextFormat::ATT_LOWER )
        return TQString("lowercase");
    else if ( _attr == KoTextFormat::ATT_SMALL_CAPS )
        return TQString("smallcaps");
    else
        return TQString("none");
}

KoTextFormat::AttributeStyle KoTextFormat::stringToAttributeFont( const TQString & _str )
{
    if ( _str == "none" )
        return KoTextFormat::ATT_NONE;
    else if ( _str == "uppercase")
        return KoTextFormat::ATT_UPPER;
    else if ( _str == "lowercase")
        return KoTextFormat::ATT_LOWER;
    else if ( _str == "smallcaps" )
        return KoTextFormat::ATT_SMALL_CAPS;
    else
        return KoTextFormat::ATT_NONE;
}


void KoTextFormat::setHyphenation( bool b )
{
    if ( d->m_bHyphenation == b )
        return;
    d->m_bHyphenation = b;
    update();

}

void KoTextFormat::setUnderLineWidth( double ulw )
{
    if ( d->m_underLineWidth == ulw )
        return;
    d->m_underLineWidth = ulw;
    update();

}

void KoTextFormat::setLanguage( const TQString & _lang)
{
    if ( m_language == _lang )
        return;
    m_language = _lang;
    update();
}

TQStringList KoTextFormat::underlineTypeList()
{
    TQStringList lst;
    lst <<i18n("Underline Style", "None");
    lst <<i18n("Single");
    lst <<i18n("Double");
    lst <<i18n("Simple Bold");
    lst <<i18n("Wave");
    return lst;
}

TQStringList KoTextFormat::strikeOutTypeList()
{
    TQStringList lst;
    lst <<i18n("Strikeout Style", "None");
    lst <<i18n("Single");
    lst <<i18n("Double");
    lst <<i18n("Simple Bold");
    return lst;
}

TQStringList KoTextFormat::fontAttributeList()
{
    TQStringList lst;
    lst <<i18n("Normal");
    lst <<i18n("Uppercase");
    lst <<i18n("Lowercase");
    lst <<i18n("Small Caps");
    return lst;
}

TQStringList KoTextFormat::underlineStyleList()
{
    TQStringList lst;
    lst <<"_________";   // SOLID
    lst <<"___ ___ __";  // DASH
    lst <<"_ _ _ _ _ _"; // DOT
    lst <<"___ _ ___ _"; // DASH_DOT
    lst <<"___ _ _ ___"; // DASH_DOT_DOT
    return lst;
}

TQStringList KoTextFormat::strikeOutStyleList()
{
    TQStringList lst;
    lst <<"_________";   // SOLID
    lst <<"___ ___ __";  // DASH
    lst <<"_ _ _ _ _ _"; // DOT
    lst <<"___ _ ___ _"; // DASH_DOT
    lst <<"___ _ _ ___"; // DASH_DOT_DOT
    return lst;
}

#ifndef NDEBUG
void KoTextFormat::printDebug()
{
    TQString col = color().isValid() ? color().name() : TQString("(default)");
    kdDebug(32500) << "format '" << key() << "' (" << (void*)this << "):"
                   << " refcount: " << ref
                   << " realfont: " << TQFontInfo( font() ).family()
                   << " color: " << col << " shadow=" << shadowAsCss() << endl;
}
#endif

////////////////

KoTextFormatCollection::KoTextFormatCollection()
    : cKey( 307 )//, sheet( 0 )
{
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << "KoTextFormatCollection::KoTextFormatCollection " << this << endl;
#endif
    defFormat = new KoTextFormat( TQApplication::font(), TQColor(), TDEGlobal::locale()->language(), false );
    lastFormat = cres = 0;
    cflags = -1;
    cKey.setAutoDelete( TRUE );
    cachedFormat = 0;
}

KoTextFormatCollection::KoTextFormatCollection( const TQFont& defaultFont, const TQColor& defaultColor, const TQString & defaultLanguage, bool defaultHyphenation )
    : cKey( 307 )
{
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << "KoTextFormatCollection::KoTextFormatCollection " << this << endl;
#endif
    defFormat = new KoTextFormat( defaultFont, defaultColor, defaultLanguage, defaultHyphenation );
    lastFormat = cres = 0;
    cflags = -1;
    cKey.setAutoDelete( TRUE );
    cachedFormat = 0;
}

KoTextFormatCollection::~KoTextFormatCollection()
{
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << "KoTextFormatCollection::~KoTextFormatCollection " << this << endl;
#endif
    delete defFormat;
    defFormat = 0;
}

KoTextFormat *KoTextFormatCollection::format( const KoTextFormat *f )
{
    if ( f->parent() == this || f == defFormat ) {
#ifdef DEBUG_COLLECTION
        kdDebug(32500) << " format(f) need '" << f->key() << "', best case!" << endl;
#endif
	lastFormat = const_cast<KoTextFormat*>(f);
	lastFormat->addRef();
	return lastFormat;
    }

    if ( f == lastFormat || ( lastFormat && f->key() == lastFormat->key() ) ) {
#ifdef DEBUG_COLLECTION
        kdDebug(32500) << " format(f) need '" << f->key() << "', good case!" << endl;
#endif
	lastFormat->addRef();
	return lastFormat;
    }

#if 0 // #### disabled, because if this format is not in the
 // formatcollection, it doesn't get the painter through
 // KoTextFormatCollection::setPainter() which breaks printing on
 // windows
    if ( f->isAnchor() ) {
	lastFormat = createFormat( *f );
	lastFormat->collection = 0;
	return lastFormat;
    }
#endif

    KoTextFormat *fm = cKey.find( f->key() );
    if ( fm ) {
#ifdef DEBUG_COLLECTION
        kdDebug(32500) << " format(f) need '" << f->key() << "', normal case!" << endl;
#endif
	lastFormat = fm;
	lastFormat->addRef();
	return lastFormat;
    }

    if ( f->key() == defFormat->key() )
	return defFormat;

#ifdef DEBUG_COLLECTION
    kdDebug(32500) << " format(f) need '" << f->key() << "', worst case!" << endl;
#endif
    lastFormat = createFormat( *f );
    lastFormat->collection = this;
    cKey.insert( lastFormat->key(), lastFormat );
    Q_ASSERT( f->key() == lastFormat->key() );
    return lastFormat;
}

KoTextFormat *KoTextFormatCollection::format( const KoTextFormat *of, const KoTextFormat *nf, int flags )
{
    if ( cres && kof == of->key() && knf == nf->key() && cflags == flags ) {
#ifdef DEBUG_COLLECTION
	kdDebug(32500) << " format(of,nf,flags) mix of '" << of->key() << "' and '" << nf->key() << "', best case!" << endl;
#endif
	cres->addRef();
	return cres;
    }

#ifdef DEBUG_COLLECTION
    kdDebug(32500) << " format(of,nf," << flags << ") calling createFormat(of=" << of << " " << of->key() << ")" << endl;
#endif
    cres = createFormat( *of );
    kof = of->key();
    knf = nf->key();
    cflags = flags;

#ifdef DEBUG_COLLECTION
    kdDebug(32500) << " format(of,nf," << flags << ") calling copyFormat(nf=" << nf << " " << nf->key() << ")" << endl;
#endif
    cres->copyFormat( *nf, flags );

    KoTextFormat *fm = cKey.find( cres->key() );
    if ( !fm ) {
#ifdef DEBUG_COLLECTION
	kdDebug(32500) << " format(of,nf,flags) mix of '" << of->key() << "' and '" << nf->key() << ", worst case!" << endl;
#endif
	cres->collection = this;
	cKey.insert( cres->key(), cres );
    } else {
#ifdef DEBUG_COLLECTION
	kdDebug(32500) << " format(of,nf,flags) mix of '" << of->key() << "' and '" << nf->key() << ", good case!" << endl;
#endif
	delete cres;
	cres = fm;
	cres->addRef();
    }

    return cres;
}

#if 0
KoTextFormat *KoTextFormatCollection::format( const TQFont &f, const TQColor &c, const TQString & language, bool hyphen )
{
    if ( cachedFormat && cfont == f && ccol == c ) {
#ifdef DEBUG_COLLECTION
	kdDebug(32500) << " format of font and col '" << cachedFormat->key() << "' - best case" << endl;
#endif
	cachedFormat->addRef();
	return cachedFormat;
    }

    TQString key = KoTextFormat::getKey( f, c, FALSE, KoTextFormat::AlignNormal );
    cachedFormat = cKey.find( key );
    cfont = f;
    ccol = c;

    if ( cachedFormat ) {
#ifdef DEBUG_COLLECTION
	kdDebug(32500) << " format of font and col '" << cachedFormat->key() << "' - good case" << endl;
#endif
	cachedFormat->addRef();
	return cachedFormat;
    }

    if ( key == defFormat->key() )
	return defFormat;

    cachedFormat = createFormat( f, c, language, hyphen );
    cachedFormat->collection = this;
    cKey.insert( cachedFormat->key(), cachedFormat );
    if ( cachedFormat->key() != key )
	kdWarning() << "ASSERT: keys for format not identical: '" << cachedFormat->key() << " '" << key << "'" << endl;
#ifdef DEBUG_COLLECTION
    kdDebug(32500) << " format of font and col '" << cachedFormat->key() << "' - worst case" << endl;
#endif
    return cachedFormat;
}
#endif

void KoTextFormatCollection::remove( KoTextFormat *f )
{
    if ( lastFormat == f )
	lastFormat = 0;
    if ( cres == f )
	cres = 0;
    if ( cachedFormat == f )
	cachedFormat = 0;
    cKey.remove( f->key() );
}

void KoTextFormatCollection::zoomChanged()
{
    TQDictIterator<KoTextFormat> it( cKey );
    for ( ; it.current(); ++it ) {
        it.current()->zoomChanged();
    }
}

#if 0
void KoTextFormatCollection::setPainter( TQPainter *p )
{
    TQDictIterator<KoTextFormat> it( cKey );
    KoTextFormat *f;
    while ( ( f = it.current() ) ) {
	++it;
	f->setPainter( p );
    }
}
#endif

#ifndef NDEBUG
void KoTextFormatCollection::debug()
{
    kdDebug(32500) << "------------ KoTextFormatCollection: debug --------------- BEGIN" << endl;
    kdDebug(32500) << "Default Format: '" << defFormat->key() << "' (" << (void*)defFormat << "): realfont: " << TQFontInfo( defFormat->font() ).family() << endl;
    TQDictIterator<KoTextFormat> it( cKey );
    for ( ; it.current(); ++it ) {
         Q_ASSERT(it.currentKey() == it.current()->key());
         if(it.currentKey() != it.current()->key())
             kdDebug(32500) << "**** MISMATCH key=" << it.currentKey() << " (see line below for format)" << endl;
	 it.current()->printDebug();
    }
    kdDebug(32500) << "------------ KoTextFormatCollection: debug --------------- END" << endl;
}
#endif