public void StoreTo(IEPubFontSettings settings)
{
settings.FontFamilies.Clear();
settings.CssElements.Clear();
foreach (var cssFontFamily in _fonts.Keys)
{
CSSFontFamily newFamily = new CSSFontFamily();
newFamily.CopyFrom(_fonts[cssFontFamily]);
newFamily.DecorationId = _loadedDecoration;
settings.FontFamilies.Add(newFamily);
}
foreach (var elementName in _elements.Keys)
{
foreach (var elementClass in _elements[elementName].Keys)
{
var item = new CSSStylableElement {
Name = elementName, Class = elementClass
};
foreach (var fontFamily in _elements[elementName][elementClass])
{
item.AssignedFontFamilies.Add(fontFamily.Name);
}
settings.CssElements.Add(item);
}
}
_storageSettings = settings;
}
private void ButtonAddFontClick(object sender, EventArgs e)
{
CSSFontFamily newFamily = new CSSFontFamily();
CSSFontSettings.Fonts.Add(newFamily.Name, newFamily);
listViewFonts.Items.Add(newFamily.Name);
RefreshData();
EditFontFamily(newFamily.Name);
}
private void ButtonAddFontClick(object sender, EventArgs e)
{
CSSFontFamily newFamily = new CSSFontFamily();
CSSFontSettings.Fonts.Add(newFamily.Name, newFamily);
listViewFonts.Items.Add(newFamily.Name);
RefreshData();
EditFontFamily(newFamily.Name);
}
private void ReadFonts(XmlReader reader)
{
_fontFamilies.Clear();
while (!reader.EOF)
{
if (reader.IsStartElement())
{
switch (reader.Name)
{
case CSSFontFamily.FontFamilyElementName:
var fontFamily = new CSSFontFamily();
fontFamily.ReadXml(reader.ReadSubtree());
_fontFamilies.Add(fontFamily);
break;
}
}
reader.Read();
}
}
public void SetupDefaults()
{
_transliterateFileName = false;
_addFB2Info = true;
_addSeqToTitle = true;
_sequenceFormat = @"%bt% %sa.l%-%sn%";
_noSequenceFormat = @"%bt% (%sf.l%)";
_noSeriesFormat = @"%bt%";
_authorFormat = @"%f.c% %m.c% %l.c% %n.c:b%";
_fileAsFormat = @"%l.c% %f.c%";
_skipAboutPage = false;
_ignoreTitle = IgnoreInfoSourceOptions.IgnoreNothing;
_ignoreAuthors = IgnoreInfoSourceOptions.IgnoreNothing;
_ignoreTranslators = IgnoreInfoSourceOptions.IgnoreNothing;
_ignoreGenres = IgnoreInfoSourceOptions.IgnoreNothing;
_decorateFontNames = true;
_transliterationSettings.CopyFrom(new TransliterationSettingsImp {Mode = TranslitModeEnum.None});
_fonts.FontFamilies.Clear();
_fonts.CssElements.Clear();
CSSFontFamily family = new CSSFontFamily() { Name = @"LiberationSerif" };
CSSFont font1 = new CSSFont
{
FontStyle = FontStylesEnum.Normal,
FontVariant = FontVaiantEnum.Normal,
FontWidth = FontBoldnessEnum.B400,
FontStretch = FontStretch.Normal
};
font1.Sources.Add(new FontSource() { Type = SourceTypes.Embedded, Format = FontFormat.Unknown, Location = @"%ResourceFolder%\Fonts/LiberationSerif-Regular.ttf" });
family.Fonts.Add(font1);
CSSFont font2 = new CSSFont
{
FontStyle = FontStylesEnum.Italic,
FontVariant = FontVaiantEnum.Normal,
FontWidth = FontBoldnessEnum.B400,
FontStretch = FontStretch.Normal
};
font2.Sources.Add(new FontSource() { Type = SourceTypes.Embedded, Format = FontFormat.Unknown, Location = @"%ResourceFolder%\Fonts/LiberationSerif-Italic.ttf" });
family.Fonts.Add(font2);
CSSFont font3 = new CSSFont
{
FontStyle = FontStylesEnum.Normal,
FontVariant = FontVaiantEnum.Normal,
FontWidth = FontBoldnessEnum.B700,
FontStretch = FontStretch.Normal
};
font3.Sources.Add(new FontSource() { Type = SourceTypes.Embedded, Format = FontFormat.Unknown, Location = @"%ResourceFolder%\Fonts/LiberationSerif-Bold.ttf" });
family.Fonts.Add(font3);
CSSFont font4 = new CSSFont
{
FontStyle = FontStylesEnum.Italic,
FontVariant = FontVaiantEnum.Normal,
FontWidth = FontBoldnessEnum.B700,
FontStretch = FontStretch.Normal
};
font4.Sources.Add(new FontSource() { Type = SourceTypes.Embedded, Format = FontFormat.Unknown, Location = @"%ResourceFolder%\Fonts/LiberationSerif-BoldItalic.ttf" });
family.Fonts.Add(font4);
_fonts.FontFamilies.Add(family);
CSSStylableElement css1 = new CSSStylableElement() { Name = "body" };
css1.AssignedFontFamilies.Add(family.Name);
_fonts.CssElements.Add(css1);
CSSStylableElement css2 = new CSSStylableElement() { Name = "code" };
css2.AssignedFontFamilies.Add(family.Name);
_fonts.CssElements.Add(css2);
CSSStylableElement css3 = new CSSStylableElement() { Name = "epub" };
css3.AssignedFontFamilies.Add(family.Name);
_fonts.CssElements.Add(css3);
}
private void ReadFonts(XmlReader reader)
{
_fontFamilies.Clear();
while(!reader.EOF)
{
if (reader.IsStartElement())
{
switch (reader.Name)
{
case CSSFontFamily.FontFamilyElementName:
var fontFamily = new CSSFontFamily();
fontFamily.ReadXml(reader.ReadSubtree());
_fontFamilies.Add(fontFamily);
break;
}
}
reader.Read();
}
}
/// <summary>
/// Load settings into a workable helper class structure
/// </summary>
/// <param name="settings">settings to load</param>
/// <param name="decoration">decoration to be added to family font names</param>
public void Load(IEPubFontSettings settings, string decoration)
{
// Copy all font families
_fonts.Clear();
_fontFiles.Clear();
MakeDecorationValid(ref decoration);
foreach (var cssFontFamily in settings.FontFamilies)
{
CSSFontFamily newFamily = new CSSFontFamily();
newFamily.CopyFrom(cssFontFamily);
newFamily.DecorationId = decoration;
_fonts.Add(newFamily.Name, newFamily);
foreach (var cssFont in newFamily.Fonts) // go over all fonts in family
{
foreach (var fontSource in cssFont.Sources) // and all sources of the fonts in font family
{
if (fontSource.Type == SourceTypes.Embedded) // if font is embedded font
{
string locationKey = fontSource.Location.ToLower(); // one case good for comparison
bool needToUpdateLocation = false;
if (!string.IsNullOrEmpty(_resourcePath) && locationKey.Contains(MacroMask.ToLower())) // in case we need to update resource path
{
needToUpdateLocation = true;
}
else if (string.IsNullOrEmpty(_resourcePath))
{
_resourcePath = ResourceLocator.Instance.GetResourcesPath();
needToUpdateLocation = true;
}
if (needToUpdateLocation)
{
locationKey = locationKey.Replace(MacroMask.ToLower(), _resourcePath);
}
if (!_fonts.ContainsKey(locationKey)) // if key/location not present - add it
{
_fontFiles.Add(locationKey, new List <ICSSFont>());
}
_fontFiles[locationKey].Add(cssFont); // save reference to the font object
}
}
}
}
// now fill the list with pointers to the font families instead of names
_elements.Clear();
foreach (var element in settings.CssElements)
{
CSSStylableElement newElement = new CSSStylableElement();
newElement.CopyFrom(element);
if (!_elements.ContainsKey(element.Name)) // if key not present
{
_elements.Add(element.Name, new Dictionary <string, List <ICSSFontFamily> >()); // add
}
_elements[element.Name].Add(element.Class, new List <ICSSFontFamily>()); // reserve place for new list
// now fill the list with pointers to the font families instead of names
foreach (var assignedFontFamily in element.AssignedFontFamilies)
{
string updatedFamilyName = CSSFontFamily.MakeDecoratedName(assignedFontFamily, decoration);
if (_fonts.ContainsKey(updatedFamilyName))
{
_elements[element.Name][element.Class].Add(_fonts[updatedFamilyName]);
}
}
}
_storageSettings = settings;
_loadedDecoration = decoration;
}
public void StoreTo(IEPubFontSettings settings)
{
settings.FontFamilies.Clear();
settings.CssElements.Clear();
foreach (var cssFontFamily in _fonts.Keys)
{
CSSFontFamily newFamily = new CSSFontFamily();
newFamily.CopyFrom(_fonts[cssFontFamily]);
newFamily.DecorationId = _loadedDecoration;
settings.FontFamilies.Add(newFamily);
}
foreach (var elementName in _elements.Keys)
{
foreach (var elementClass in _elements[elementName].Keys)
{
var item = new CSSStylableElement {Name = elementName, Class = elementClass};
foreach (var fontFamily in _elements[elementName][elementClass])
{
item.AssignedFontFamilies.Add(fontFamily.Name);
}
settings.CssElements.Add(item);
}
}
_storageSettings = settings;
}
/// <summary>
/// Load settings into a workable helper class structure
/// </summary>
/// <param name="settings">settings to load</param>
/// <param name="decoration">decoration to be added to family font names</param>
public void Load(IEPubFontSettings settings, string decoration)
{
// Copy all font families
_fonts.Clear();
_fontFiles.Clear();
MakeDecorationValid(ref decoration);
foreach (var cssFontFamily in settings.FontFamilies)
{
CSSFontFamily newFamily = new CSSFontFamily();
newFamily.CopyFrom(cssFontFamily);
newFamily.DecorationId = decoration;
_fonts.Add(newFamily.Name,newFamily);
foreach (var cssFont in newFamily.Fonts) // go over all fonts in family
{
foreach (var fontSource in cssFont.Sources) // and all sources of the fonts in font family
{
if (fontSource.Type == SourceTypes.Embedded) // if font is embedded font
{
string locationKey = fontSource.Location.ToLower(); // one case good for comparison
bool needToUpdateLocation = false;
if (!string.IsNullOrEmpty(_resourcePath) && locationKey.Contains(MacroMask.ToLower())) // in case we need to update resource path
{
needToUpdateLocation = true;
}
else if (string.IsNullOrEmpty(_resourcePath))
{
_resourcePath = ResourceLocator.Instance.GetResourcesPath();
needToUpdateLocation = true;
}
if (needToUpdateLocation)
{
locationKey = locationKey.Replace(MacroMask.ToLower(), _resourcePath);
}
if (!_fonts.ContainsKey(locationKey)) // if key/location not present - add it
{
_fontFiles.Add(locationKey, new List<ICSSFont>());
}
_fontFiles[locationKey].Add(cssFont); // save reference to the font object
}
}
}
}
// now fill the list with pointers to the font families instead of names
_elements.Clear();
foreach (var element in settings.CssElements)
{
CSSStylableElement newElement = new CSSStylableElement();
newElement.CopyFrom(element);
if (!_elements.ContainsKey(element.Name)) // if key not present
{
_elements.Add(element.Name,new Dictionary<string, List<ICSSFontFamily>>()); // add
}
_elements[element.Name].Add(element.Class,new List<ICSSFontFamily>()); // reserve place for new list
// now fill the list with pointers to the font families instead of names
foreach (var assignedFontFamily in element.AssignedFontFamilies)
{
string updatedFamilyName = CSSFontFamily.MakeDecoratedName(assignedFontFamily,decoration);
if (_fonts.ContainsKey(updatedFamilyName))
{
_elements[element.Name][element.Class].Add(_fonts[updatedFamilyName]);
}
}
}
_storageSettings = settings;
_loadedDecoration = decoration;
}
