///<remarks>The first letter for the context is supposed to be lower case</remarks>
private static string GetStyleContext(ExportStyleInfo style)
{
var contextString = style.Context.ToString();
if (string.IsNullOrEmpty(contextString))
{
throw new ArgumentException("The context in the style is invalid", "style");
}
return(contextString.Substring(0, 1).ToLowerInvariant() + contextString.Substring(1));
}
private static string GetStyleType(ExportStyleInfo style)
{
switch (style.RealStyle.Type)
{
case StyleType.kstCharacter:
return("character");
case StyleType.kstParagraph:
return("paragraph");
}
return(style.RealStyle.Type.ToString());
}
private void WriteFontAndParagraphRulesXml(ExportStyleInfo style, XmlWriter writer, string basedOnStyle, BaseStyleInfo nextStyle)
{
if (style.FontInfoForWs(-1) == null)
{
writer.WriteStartElement("font");
writer.WriteEndElement();
return;
}
// Generate the font info (the font element is required by the DTD even if it has no attributes)
writer.WriteStartElement("font");
IEnumerable <Tuple <string, string> > fontProps = CollectFontProps(style.FontInfoForWs(-1));
if (fontProps.Any())
{
foreach (var prop in fontProps)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
}
foreach (var writingSystem in Cache.LangProject.AllWritingSystems)
{
var wsOverrideProps = CollectFontProps(style.FontInfoForWs(writingSystem.Handle));
if (wsOverrideProps.Any())
{
writer.WriteStartElement("override");
writer.WriteAttributeString("wsId", writingSystem.RFC5646);
foreach (var prop in wsOverrideProps)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
writer.WriteEndElement();
}
}
writer.WriteEndElement(); // font
IEnumerable <Tuple <string, string> > paragraphProps = CollectParagraphProps(style, basedOnStyle, nextStyle);
if (paragraphProps.Any())
{
writer.WriteStartElement("paragraph");
foreach (var prop in paragraphProps)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
writer.WriteEndElement(); // paragraph
}
}
public void WriteXml(XmlWriter writer)
{
writer.WriteAttributeString("DTDver", DtdRequiredVersion);
writer.WriteAttributeString("label", "Flex Dictionary");
writer.WriteAttributeString("date", DateTime.UtcNow.ToString("yyyy-MM-dd"));
writer.WriteStartElement("markup");
writer.WriteAttributeString("version", GetVersion(m_sourceStyles).ToString());
foreach (var style in StyleCollection)
{
if (DictionaryConfigurationImportController.UnsupportedStyles.Contains(style.Name))
{
continue;
}
var exportStyle = new ExportStyleInfo(style, style.Rules);
WriteStyleXml(exportStyle, writer);
}
writer.WriteEndElement(); // markup
}
private void WriteStyleXml(ExportStyleInfo style, XmlWriter writer)
{
writer.WriteStartElement("tag");
writer.WriteAttributeString("id", GetStyleId(style));
writer.WriteAttributeString("guid", style.RealStyle.Guid.ToString());
writer.WriteAttributeString("userlevel", style.UserLevel.ToString());
writer.WriteAttributeString("context", GetStyleContext(style));
writer.WriteAttributeString("type", GetStyleType(style));
if (GetStyleType(style) == "character" && style.InheritsFrom != null)
{
// LT-18267 Character styles put their basedOn in a different place
// than paragraph styles.
writer.WriteAttributeString("basedOn", GetStyleId(style.InheritsFrom));
}
WriteUsageElement(style.RealStyle.Usage, writer);
WriteFontAndParagraphRulesXml(style, writer, style.InheritsFrom, style.NextStyle);
writer.WriteEndElement(); // tag
}
/// <summary>
/// Collects the paragraph info for the style in tuples of attribute name, attribute value
/// </summary>
private IEnumerable <Tuple <string, string> > CollectParagraphProps(ExportStyleInfo styleRules, string basedOnStyle, BaseStyleInfo nextStyle)
{
var paragraphProps = new List <Tuple <string, string> >();
GetPointPropAttribute((int)FwTextPropType.ktptSpaceBefore, "spaceBefore", styleRules.RealStyle.Rules, paragraphProps);
GetPointPropAttribute((int)FwTextPropType.ktptSpaceAfter, "spaceAfter", styleRules.RealStyle.Rules, paragraphProps);
GetPointPropAttribute((int)FwTextPropType.ktptLeadingIndent, "indentLeft", styleRules.RealStyle.Rules, paragraphProps);
GetPointPropAttribute((int)FwTextPropType.ktptTrailingIndent, "indentRight", styleRules.RealStyle.Rules, paragraphProps);
GetColorValueAttribute((int)FwTextPropType.ktptBackColor, "background", styleRules.RealStyle.Rules, paragraphProps);
if (basedOnStyle != null)
{
paragraphProps.Add(new Tuple <string, string>("basedOn", GetStyleId(basedOnStyle)));
}
if (nextStyle != null)
{
paragraphProps.Add(new Tuple <string, string>("next", GetStyleId(nextStyle)));
}
if (styleRules.HasFirstLineIndent)
{
// hanging and firstLine are stored in an overloaded property value, negative for hanging, positive for firstline
if (styleRules.FirstLineIndent < 0)
{
paragraphProps.Add(new Tuple <string, string>("hanging", -(styleRules.FirstLineIndent / 1000) + " pt"));
}
else
{
paragraphProps.Add(new Tuple <string, string>("firstLine", styleRules.FirstLineIndent / 1000 + " pt"));
}
}
if (styleRules.HasAlignment)
{
var alignment = styleRules.Alignment;
string alignValue = "none";
switch (alignment)
{
case FwTextAlign.ktalCenter:
alignValue = "center";
break;
case FwTextAlign.ktalLeft:
alignValue = "left";
break;
case FwTextAlign.ktalRight:
alignValue = "right";
break;
case FwTextAlign.ktalJustify:
alignValue = "full";
break;
}
paragraphProps.Add(new Tuple <string, string>("alignment", alignValue));
}
if (styleRules.HasLineSpacing)
{
string lineSpaceType;
// relative is used for single, 1.5, double space
if (styleRules.LineSpacing.m_relative)
{
lineSpaceType = "rel";
}
else if (styleRules.LineSpacing.m_lineHeight <= 0)
{
// for historical reasons negative values mean exact, and positive mean at least
// (see: Framework\StylesXmlAccessor.cs SetParagraphProperties())
lineSpaceType = "exact";
}
else
{
lineSpaceType = "atleast";
}
var lineSpace = Math.Abs(styleRules.LineSpacing.m_lineHeight) / 1000 + " pt";
paragraphProps.Add(new Tuple <string, string>("lineSpacing", lineSpace));
paragraphProps.Add(new Tuple <string, string>("lineSpacingType", lineSpaceType));
}
return(paragraphProps);
}
private void WriteFontAndParagraphRulesXml(ExportStyleInfo style, XmlWriter writer, string basedOnStyle, BaseStyleInfo nextStyle)
{
if (style.FontInfoForWs(-1) == null)
{
writer.WriteStartElement("font");
writer.WriteEndElement();
return;
}
// Generate the font info (the font element is required by the DTD even if it has no attributes)
writer.WriteStartElement("font");
IEnumerable <Tuple <string, string> > fontProps = CollectFontProps(style.FontInfoForWs(-1));
if (fontProps.Any())
{
foreach (var prop in fontProps)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
}
foreach (var writingSystem in Cache.LangProject.AllWritingSystems)
{
var wsOverrideProps = CollectFontProps(style.FontInfoForWs(writingSystem.Handle));
if (wsOverrideProps.Any())
{
writer.WriteStartElement("override");
writer.WriteAttributeString("wsId", writingSystem.LanguageTag);
foreach (var prop in wsOverrideProps)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
writer.WriteEndElement();
}
}
writer.WriteEndElement(); // font
IEnumerable <Tuple <string, string> > paragraphProps = CollectParagraphProps(style, basedOnStyle, nextStyle);
if (paragraphProps.Any())
{
writer.WriteStartElement("paragraph");
foreach (var prop in paragraphProps)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
//Bullet/Number FontInfo
try
{
IEnumerable <Tuple <string, string> > bulNumParaProperty = CollectBulletProps(style.BulletInfo);
foreach (var prop in bulNumParaProperty)
{
string propName = prop.Item1;
if (BulletPropertyMap.ContainsKey(propName.ToLower()))
{
propName = BulletPropertyMap[propName.ToLower()];
}
writer.WriteAttributeString(propName, prop.Item2);
}
// Generate the font info (the font element is required by the DTD even if it has no attributes)
writer.WriteStartElement("BulNumFontInfo");
IEnumerable <Tuple <string, string> > bulletFontInfoProperties = CollectFontProps(style.BulletInfo.FontInfo);
if (bulletFontInfoProperties.Any())
{
foreach (var prop in bulletFontInfoProperties)
{
writer.WriteAttributeString(prop.Item1, prop.Item2);
}
}
writer.WriteEndElement(); // bullet
}
catch {}
writer.WriteEndElement(); // paragraph
}
}
private void WriteParaStyleInfoToCss(ExportStyleInfo esi, bool hangingIndent, bool entryOrMinorEntry = false)
{
if (esi == null)
return; // If the style was not defined in our stylesheet, we can't write anything for it.
string sLeading;
string sTrailing;
WriteHorizontalPaddingValues(esi, hangingIndent, out sLeading, out sTrailing);
if (esi.HasAlignment)
{
switch (esi.Alignment)
{
case FwTextAlign.ktalCenter:
m_writer.WriteLine(" text-align: center;");
break;
case FwTextAlign.ktalJustify:
m_writer.WriteLine(" text-align: justify;");
break;
case FwTextAlign.ktalLeft:
m_writer.WriteLine(" text-align: left;");
break;
case FwTextAlign.ktalRight:
m_writer.WriteLine(" text-align: right;");
break;
case FwTextAlign.ktalLeading:
m_writer.WriteLine(" /*text-align: leading;*/");
m_writer.WriteLine(" text-align: {0};", sLeading);
break;
case FwTextAlign.ktalTrailing:
m_writer.WriteLine(" /*text-align: trailing;*/");
m_writer.WriteLine(" text-align: {0};", sTrailing);
break;
}
}
if (esi.HasBorder)
{
m_writer.WriteLine(" border-style: solid;");
m_writer.WriteLine(" border-top-width: {0}pt;", ConvertMptToPt(esi.BorderTop));
m_writer.WriteLine(" border-bottom-width: {0}pt;", ConvertMptToPt(esi.BorderBottom));
m_writer.WriteLine(" border-left-width: {0}pt;", ConvertMptToPt(esi.BorderLeading));
m_writer.WriteLine(" border-right-width: {0}pt;", ConvertMptToPt(esi.BorderTrailing));
}
if (esi.HasBorderColor)
m_writer.WriteLine(" border-color: rgb({0},{1},{2});",
esi.BorderColor.R, esi.BorderColor.G, esi.BorderColor.B);
if (hangingIndent)
{
// Indent is allowed, write it out if specified; otherwise, allow it to be inherited.
if (esi.HasFirstLineIndent)
{
var firstLineIndentAdjusted = esi.FirstLineIndent;
if (entryOrMinorEntry) //LT-14757 Need to reduce indent for cell phone devices.
firstLineIndentAdjusted = firstLineIndentAdjusted/3;
m_writer.WriteLine(" text-indent: {0}pt;", ConvertMptToPt(firstLineIndentAdjusted));
m_writer.Write(" margin-{0}: ", sLeading);
if (esi.FirstLineIndent < 0)
m_writer.WriteLine("{0}pt;", ConvertMptToPt(-firstLineIndentAdjusted));
else
m_writer.WriteLine("0pt;");
}
}
else
{
// LT-12658 suppress indentation (even inherited) inside paragraphs (entries).
m_writer.WriteLine(" text-indent: 0pt;");
m_writer.WriteLine(" margin-{0}: 0pt;", sLeading);
}
if (esi.HasLineSpacing)
{
LineHeightInfo lhi = esi.LineSpacing;
if (lhi.m_relative)
m_writer.WriteLine(" line-height: {0}%;", lhi.m_lineHeight / 100);
else if (lhi.m_lineHeight < 0)
m_writer.WriteLine(" line-height: {0}pt;", ConvertMptToPt(-lhi.m_lineHeight));
else
m_writer.WriteLine(" line-height: normal;"); // "at least" semantics??
}
if (esi.HasSpaceAfter)
m_writer.WriteLine(" padding-bottom: {0}pt;", ConvertMptToPt(esi.SpaceAfter));
if (esi.HasSpaceBefore)
m_writer.WriteLine(" padding-top: {0}pt;", ConvertMptToPt(esi.SpaceBefore));
if (esi.HasWidowOrphanControl)
{
m_writer.WriteLine(" orphans: {0};", esi.WidowOrphanControl ? "2" : "1");
m_writer.WriteLine(" widows: {0};", esi.WidowOrphanControl ? "2" : "1");
}
// esi.KeepTogether;
// esi.KeepWithNext;
}
private void WriteHorizontalPaddingValues(ExportStyleInfo esi, bool hangingIndent,
out string sLeading, out string sTrailing)
{
sLeading = esi.DirectionIsRightToLeft == TriStateBool.triTrue ? "right" : "left";
sTrailing = esi.DirectionIsRightToLeft == TriStateBool.triTrue ? "left" : "right";
if (esi.HasLeadingIndent && hangingIndent) // LT-12658 suppress indentation inside paragraphs
m_writer.WriteLine(" padding-{0}: {1}pt;", sLeading, ConvertMptToPt(esi.LeadingIndent));
if (esi.HasTrailingIndent)
m_writer.WriteLine(" padding-{0}: {1}pt;", sTrailing, ConvertMptToPt(esi.TrailingIndent));
}
private void WriteParaStyleInfoToCss(ExportStyleInfo esi)
{
WriteParaStyleInfoToCss(esi, AllowDictionaryParagraphIndent);
}
private bool WriteFontAttr(int ws, string sAttr, ExportStyleInfo esi, string sCss, bool fTopLevel)
{
FontInfo fi = esi.FontInfoForWs(ws);
bool fInherited = false;
string sInheritance = String.Empty;
if (sCss == null && !fTopLevel)
sInheritance = "\t/* inherited through cascaded environment */";
if (sCss == null)
sInheritance = "\t/* cascaded environment */";
else if (!fTopLevel)
sInheritance = "\t/* inherited */";
switch (sAttr)
{
case "font-family":
if (fi.m_fontName.ValueIsSet)
{
string sFontName = esi.RealFontNameForWs(ws);
if (String.IsNullOrEmpty(sFontName))
m_writer.WriteLine(" font-family: \"{0}\", serif;{1}", fi.m_fontName.Value, sInheritance);
else
m_writer.WriteLine(" font-family: \"{0}\", serif;{1}", sFontName, sInheritance);
return true;
}
fInherited = fi.m_fontName.IsInherited;
break;
case "font-size":
bool superSub = fi.m_superSub.ValueIsSet && fi.m_superSub.Value != FwSuperscriptVal.kssvOff;
if (fi.m_fontSize.ValueIsSet)
{
var pointSize = fi.m_fontSize.Value;
if (superSub)
pointSize = pointSize*55/100;
m_writer.WriteLine(" font-size: {0}pt;{1}", ConvertMptToPt(pointSize), sInheritance);
return true;
}
if (superSub)
{
m_writer.WriteLine(" font-size: 55%;{0}", sInheritance);
return true;
}
fInherited = fi.m_fontSize.IsInherited;
break;
case "font-weight":
if (fi.m_bold.ValueIsSet)
{
m_writer.WriteLine(" font-weight: {0};{1}", fi.m_bold.Value ? "bold" : "normal", sInheritance);
return true;
}
fInherited = fi.m_bold.IsInherited;
break;
case "font-style":
if (fi.m_italic.ValueIsSet)
{
m_writer.WriteLine(" font-style: {0};{1}", fi.m_italic.Value ? "italic" : "normal", sInheritance);
return true;
}
fInherited = fi.m_italic.IsInherited;
break;
case "color":
if (fi.m_fontColor.ValueIsSet)
{
//Black as a font color is a default setting, we will ignore it (LT-10891)
//however, if it is explicitly set we need to include it.
if (fi.m_fontColor.Value != Color.Black || fi.m_fontColor.IsExplicit)
{
m_writer.WriteLine(" color: rgb({0},{1},{2});{3}",
fi.m_fontColor.Value.R,
fi.m_fontColor.Value.G,
fi.m_fontColor.Value.B,
sInheritance);
}
return true;
}
fInherited = fi.m_fontColor.IsInherited;
break;
case "background-color":
if (fi.m_backColor.ValueIsSet)
{
//White as a background color is a default setting, we will ignore it (LT-10891)
//however, if it is explicitly set we need to include it.
if (fi.m_backColor.Value != Color.White || fi.m_fontColor.IsExplicit)
{
m_writer.WriteLine(" background-color: rgb({0},{1},{2});{3}",
fi.m_backColor.Value.R,
fi.m_backColor.Value.G,
fi.m_backColor.Value.B,
sInheritance);
}
return true;
}
fInherited = fi.m_backColor.IsInherited;
break;
case "vertical-align":
if (fi.m_superSub.ValueIsSet)
{
m_writer.WriteLine(" vertical-align: {0};{1}", GetVerticalAlign(fi.m_superSub.Value), sInheritance);
return true;
}
if (fi.m_offset.ValueIsSet)
{
m_writer.WriteLine(" vertical-align: {0}pt;{1}", ConvertMptToPt(fi.m_offset.Value), sInheritance);
return true;
}
fInherited = fi.m_offset.IsInherited || fi.m_superSub.IsInherited;
break;
case "text-decoration":
if (fi.m_underline.ValueIsSet)
{
m_writer.WriteLine(" text-decoration: {0};{1}",
(fi.m_underline.Value == FwUnderlineType.kuntNone ? "none" : "underline"), sInheritance);
return true;
}
fInherited = fi.m_underline.IsInherited;
break;
}
if (fInherited)
{
string sBaseStyle = esi.InheritsFrom;
BaseStyleInfo bsiBase;
if (!String.IsNullOrEmpty(sBaseStyle) && m_styleTable.TryGetValue(GetValidCssClassName(sBaseStyle), out bsiBase))
{
if (WriteFontAttr(ws, sAttr, bsiBase as ExportStyleInfo, sCss, false))
return true;
}
if (!String.IsNullOrEmpty(sCss))
{
List<string> rgsStyles;
if (m_mapCssToStyleEnv.TryGetValue(sCss, out rgsStyles))
{
foreach (string sParaStyle in rgsStyles)
{
BaseStyleInfo bsiPara;
if (m_styleTable.TryGetValue(GetValidCssClassName(sParaStyle), out bsiPara) &&
WriteFontAttr(ws, sAttr, bsiPara as ExportStyleInfo, null, false))
{
return true;
}
}
}
}
}
return false;
}
private void ReadStyles(IVwStylesheet vss)
{
string normalStyleName = vss.GetDefaultBasedOnStyleName();
m_styleTable = new StyleInfoTable(normalStyleName,
m_cache.ServiceLocator.WritingSystemManager);
int cStyles = vss.CStyles;
for (int i = 0; i < cStyles; ++i)
{
int hvo = vss.get_NthStyle(i);
var sty = m_cache.ServiceLocator.GetInstance<IStStyleRepository>().GetObject(hvo);
// CSS does not implement the kind of inheritance our styles use. To get the style
// definitions we want in the CSS, we must create these styles using the 'net effect' of
// each style and all the ones it is based on. Happily the VwStyleSheet knows exactly
// how to do this.
var props = vss.GetStyleRgch(sty.Name.Length, sty.Name);
var exportStyleInfo = new ExportStyleInfo(sty, props);
m_styleTable.Add(GetValidCssClassName(sty.Name), exportStyleInfo);
}
}
private void WriteParaStyleInfoToCss(ExportStyleInfo esi)
{
string sLeading = esi.DirectionIsRightToLeft == TriStateBool.triTrue ? "right" : "left";
string sTrailing = esi.DirectionIsRightToLeft == TriStateBool.triTrue ? "left" : "right";
if (esi.HasAlignment)
{
FwTextAlign fta = esi.Alignment;
switch (esi.Alignment)
{
case FwTextAlign.ktalCenter:
m_writer.WriteLine(" text-align: center;");
break;
case FwTextAlign.ktalJustify:
m_writer.WriteLine(" text-align: justify;");
break;
case FwTextAlign.ktalLeft:
m_writer.WriteLine(" text-align: left;");
break;
case FwTextAlign.ktalRight:
m_writer.WriteLine(" text-align: right;");
break;
case FwTextAlign.ktalLeading:
m_writer.WriteLine(" /*text-align: leading;*/");
m_writer.WriteLine(" text-align: {0};", sLeading);
break;
case FwTextAlign.ktalTrailing:
m_writer.WriteLine(" /*text-align: trailing;*/");
m_writer.WriteLine(" text-align: {0};", sTrailing);
break;
}
}
if (esi.HasBorder)
{
m_writer.WriteLine(" border-style: solid;");
m_writer.WriteLine(" border-top-width: {0}pt;", ConvertMptToPt(esi.BorderTop));
m_writer.WriteLine(" border-bottom-width: {0}pt;", ConvertMptToPt(esi.BorderBottom));
m_writer.WriteLine(" border-left-width: {0}pt;", ConvertMptToPt(esi.BorderLeading));
m_writer.WriteLine(" border-right-width: {0}pt;", ConvertMptToPt(esi.BorderTrailing));
}
if (esi.HasBorderColor)
m_writer.WriteLine(" border-color: rgb({0},{1},{2});",
esi.BorderColor.R, esi.BorderColor.G, esi.BorderColor.B);
if (esi.HasFirstLineIndent)
{
m_writer.WriteLine(" text-indent: {0}pt;", ConvertMptToPt(esi.FirstLineIndent));
m_writer.Write(" margin-{0}: ", sLeading);
if (esi.FirstLineIndent < 0)
m_writer.WriteLine("{0}pt;", ConvertMptToPt(-esi.FirstLineIndent));
else
m_writer.WriteLine("0pt;");
}
else
{
m_writer.WriteLine(" text-indent: 0pt;");
m_writer.WriteLine(" margin-{0}: 0pt;", sLeading);
}
if (esi.HasLeadingIndent)
m_writer.WriteLine(" padding-{0}: {1}pt;", sLeading, ConvertMptToPt(esi.LeadingIndent));
if (esi.HasTrailingIndent)
m_writer.WriteLine(" padding-{0}: {1}pt;", sTrailing, ConvertMptToPt(esi.TrailingIndent));
if (esi.HasLineSpacing)
{
LineHeightInfo lhi = esi.LineSpacing;
if (lhi.m_relative)
m_writer.WriteLine(" line-height: {0}%;", lhi.m_lineHeight / 100);
else if (lhi.m_lineHeight < 0)
m_writer.WriteLine(" line-height: {0}pt;", ConvertMptToPt(-lhi.m_lineHeight));
else
m_writer.WriteLine(" line-height: normal;"); // "at least" semantics??
}
if (esi.HasSpaceAfter)
m_writer.WriteLine(" padding-bottom: {0}pt;", ConvertMptToPt(esi.SpaceAfter));
if (esi.HasSpaceBefore)
m_writer.WriteLine(" padding-top: {0}pt;", ConvertMptToPt(esi.SpaceBefore));
if (esi.HasWidowOrphanControl)
{
m_writer.WriteLine(" orphans: {0};", esi.WidowOrphanControl ? "2" : "1");
m_writer.WriteLine(" widows: {0};", esi.WidowOrphanControl ? "2" : "1");
}
// esi.KeepTogether;
// esi.KeepWithNext;
}
private bool WriteFontAttr(int ws, string sAttr, ExportStyleInfo esi, string sCss, bool fTopLevel)
{
FontInfo fi = esi.FontInfoForWs(ws);
bool fExplicit = false;
bool fInherited = false;
string sInheritance = String.Empty;
if (sCss == null && !fTopLevel)
sInheritance = "\t/* inherited through cascaded environment */";
if (sCss == null)
sInheritance = "\t/* cascaded environment */";
else if (!fTopLevel)
sInheritance = "\t/* inherited */";
switch (sAttr)
{
case "font-family":
if (fi.m_fontName.ValueIsSet)
{
string sFontName = esi.RealFontNameForWs(ws);
if (String.IsNullOrEmpty(sFontName))
m_writer.WriteLine(" font-family: \"{0}\", serif;{1}", fi.m_fontName.Value, sInheritance);
else
m_writer.WriteLine(" font-family: \"{0}\", serif;{1}", sFontName, sInheritance);
return true;
}
fExplicit = fi.m_fontName.IsExplicit;
fInherited = fi.m_fontName.IsInherited;
break;
case "font-size":
if (fi.m_fontSize.ValueIsSet)
{
m_writer.WriteLine(" font-size: {0}pt;{1}", ConvertMptToPt(fi.m_fontSize.Value), sInheritance);
return true;
}
fExplicit = fi.m_fontSize.IsExplicit;
fInherited = fi.m_fontSize.IsInherited;
break;
case "font-weight":
if (fi.m_bold.ValueIsSet)
{
m_writer.WriteLine(" font-weight: {0};{1}", fi.m_bold.Value ? "bold" : "normal", sInheritance);
return true;
}
fExplicit = fi.m_bold.IsExplicit;
fInherited = fi.m_bold.IsInherited;
break;
case "font-style":
if (fi.m_italic.ValueIsSet)
{
m_writer.WriteLine(" font-style: {0};{1}", fi.m_italic.Value ? "italic" : "normal", sInheritance);
return true;
}
fExplicit = fi.m_italic.IsExplicit;
fInherited = fi.m_italic.IsInherited;
break;
case "color":
if (fi.m_fontColor.ValueIsSet)
{
m_writer.WriteLine(" color: rgb({0},{1},{2});{3}",
fi.m_fontColor.Value.R, fi.m_fontColor.Value.G, fi.m_fontColor.Value.B, sInheritance);
return true;
}
fExplicit = fi.m_fontColor.IsExplicit;
fInherited = fi.m_fontColor.IsInherited;
break;
case "background-color":
if (fi.m_backColor.ValueIsSet)
{
m_writer.WriteLine(" background-color: rgb({0},{1},{2});{3}",
fi.m_backColor.Value.R, fi.m_backColor.Value.G, fi.m_backColor.Value.B, sInheritance);
return true;
}
fExplicit = fi.m_backColor.IsExplicit;
fInherited = fi.m_backColor.IsInherited;
break;
case "vertical-align":
if (fi.m_superSub.ValueIsSet)
{
m_writer.WriteLine(" vertical-align: {0};{1}", GetVerticalAlign(fi.m_superSub.Value), sInheritance);
return true;
}
if (fi.m_offset.ValueIsSet)
{
m_writer.WriteLine(" vertical-align: {0}pt;{1}", ConvertMptToPt(fi.m_offset.Value), sInheritance);
return true;
}
fExplicit = fi.m_offset.IsExplicit || fi.m_superSub.IsExplicit;
fInherited = fi.m_offset.IsInherited || fi.m_superSub.IsInherited;
break;
case "text-decoration":
if (fi.m_underline.ValueIsSet)
{
m_writer.WriteLine(" text-decoration: {0};{1}",
(fi.m_underline.Value == FwUnderlineType.kuntNone ? "none" : "underline"), sInheritance);
return true;
}
fExplicit = fi.m_underline.IsExplicit;
fInherited = fi.m_underline.IsInherited;
break;
}
if (fInherited)
{
string sBaseStyle = esi.InheritsFrom;
BaseStyleInfo bsiBase;
if (!String.IsNullOrEmpty(sBaseStyle) && m_styleTable.TryGetValue(sBaseStyle, out bsiBase))
{
if (WriteFontAttr(ws, sAttr, bsiBase as ExportStyleInfo, sCss, false))
return true;
}
if (!String.IsNullOrEmpty(sCss))
{
List<string> rgsStyles;
if (m_mapCssToStyleEnv.TryGetValue(sCss, out rgsStyles))
{
foreach (string sParaStyle in rgsStyles)
{
BaseStyleInfo bsiPara;
if (m_styleTable.TryGetValue(sParaStyle, out bsiPara) &&
WriteFontAttr(ws, sAttr, bsiPara as ExportStyleInfo, null, false))
{
return true;
}
}
}
}
}
return false;
}