internal static XFontSource GetOrCreateFromWpf(string typefaceKey, WpfGlyphTypeface wpfGlyphTypeface)
{
byte[] bytes = ReadFontBytesFromWpf(wpfGlyphTypeface);
XFontSource fontSource = GetOrCreateFrom(typefaceKey, bytes);
return(fontSource);
}
internal static string ComputeKey(WpfGlyphTypeface wpfGlyphTypeface)
{
string name1 = wpfGlyphTypeface.DesignerNames[FontHelper.CultureInfoEnUs];
string faceName = wpfGlyphTypeface.FaceNames[FontHelper.CultureInfoEnUs];
string familyName = wpfGlyphTypeface.FamilyNames[FontHelper.CultureInfoEnUs];
string name4 = wpfGlyphTypeface.ManufacturerNames[FontHelper.CultureInfoEnUs];
string name5 = wpfGlyphTypeface.Win32FaceNames[FontHelper.CultureInfoEnUs];
string name6 = wpfGlyphTypeface.Win32FamilyNames[FontHelper.CultureInfoEnUs];
string name = familyName.ToLower() + '/' + faceName.ToLowerInvariant();
string style = wpfGlyphTypeface.Style.ToString();
string weight = wpfGlyphTypeface.Weight.ToString();
string stretch = wpfGlyphTypeface.Stretch.ToString();
string simulations = wpfGlyphTypeface.StyleSimulations.ToString();
//string key = name + '/' + style + '/' + weight + '/' + stretch + '/' + simulations;
string key = KeyPrefix + name + '/' + style.Substring(0, 1) + '/' + wpfGlyphTypeface.Weight.ToOpenTypeWeight().ToString(CultureInfo.InvariantCulture) + '/' + wpfGlyphTypeface.Stretch.ToOpenTypeStretch().ToString(CultureInfo.InvariantCulture);
switch (wpfGlyphTypeface.StyleSimulations)
{
case WpfStyleSimulations.BoldSimulation: key += "|b+/i-"; break;
case WpfStyleSimulations.ItalicSimulation: key += "|b-/i+"; break;
case WpfStyleSimulations.BoldItalicSimulation: key += "|b+/i+"; break;
case WpfStyleSimulations.None: break;
}
return(key.ToLowerInvariant());
}
public CharInfo(char character, GlyphTypeface font, double size, int fontId, TexFontMetrics metrics)
{
this.Character = character;
this.Font = font;
this.Size = size;
this.FontId = fontId;
this.Metrics = metrics;
}
public PlatformFontResolverInfo(string faceName, bool mustSimulateBold, bool mustSimulateItalic, WpfFontFamily wpfFontFamily,
WpfTypeface wpfTypeface, WpfGlyphTypeface wpfGlyphTypeface)
: base(faceName, mustSimulateBold, mustSimulateItalic)
{
_wpfFontFamily = wpfFontFamily;
_wpfTypeface = wpfTypeface;
_wpfGlyphTypeface = wpfGlyphTypeface;
}
public PlatformFontResolverInfo(string faceName, bool mustSimulateBold, bool mustSimulateItalic, WpfFontFamily wpfFontFamily,
WpfTypeface wpfTypeface, WpfGlyphTypeface wpfGlyphTypeface)
: base(faceName, mustSimulateBold, mustSimulateItalic)
{
_wpfFontFamily = wpfFontFamily;
_wpfTypeface = wpfTypeface;
_wpfGlyphTypeface = wpfGlyphTypeface;
}
internal ShapeTypeface(
GlyphTypeface glyphTypeface,
IDeviceFont deviceFont
)
{
Invariant.Assert(glyphTypeface != null);
_glyphTypeface = glyphTypeface;
_deviceFont = deviceFont;
}
public FontMetrics(Typeface tf, GlyphTypeface gtf)
{
CapsHeight = tf.CapsHeight;
UnderlinePosition = tf.UnderlinePosition;
XHeight = tf.XHeight;
Baseline = gtf.Baseline;
Height = gtf.Height;
TopSideBearing = gtf.TopSideBearings[1000];
BottomSideBearing = gtf.BottomSideBearings[1000];
}
internal string GetFont(PDFResources resources, System.Windows.Media.GlyphTypeface typeFace)
{
string familyName = typeFace.FamilyNames.Values.FirstOrDefault();
string key = null;
if (!fonts.TryGetValue(typeFace, out key))
{
key = "R" + resources.ID + "F" + fonts.Count;
PDFFont pf = PDFDocument.CreateObject <PDFFont>();
pf.BaseFont = familyName;
pf.Subtype = "Type1";
pf.Encoding = "MacRomanEncoding";
resources.Font[key] = pf;
var pd = PDFDocument.CreateObject <PDFFontDescriptor>();
pf.FontDescriptor = pd;
pd.FontName = familyName;
pd.FontFamily = familyName;
pd.FontWeight = typeFace.Weight.ToOpenTypeWeight();
pd.XHeight = typeFace.XHeight;
pd.CapHeight = typeFace.CapsHeight;
pd.StemV = typeFace.StrikethroughThickness;
pd.Flags = PDFFontFlags.None;
if (typeFace.Weight == FontWeights.Bold)
{
pd.Flags |= PDFFontFlags.ForceBold;
}
if (typeFace.Symbol)
{
pd.Flags |= PDFFontFlags.Symbolic;
}
else
{
pd.Flags |= PDFFontFlags.Nonsymbolic;
}
pd.Ascent = typeFace.AdvanceHeights.Select(x => x.Value).Max() - typeFace.Baseline;
pd.Descent = -(typeFace.DistancesFromHorizontalBaselineToBlackBoxBottom.Select(x => x.Value).Max());
pd.FontBBox = new PDFRect();
pd.FontBBox.Width = (int)typeFace.AdvanceWidths.Select(x => x.Value).Sum();
pd.FontBBox.Height = (int)typeFace.AdvanceHeights.Select(x => x.Value).Sum();
fonts[typeFace] = key;
}
return(key);
}
internal static byte[] ReadFontBytesFromWpf(WpfGlyphTypeface wpfGlyphTypeface)
{
using (Stream fontStream = wpfGlyphTypeface.GetFontStream())
{
if (fontStream == null)
{
throw new InvalidOperationException("Cannot retrieve font data.");
}
int size = (int)fontStream.Length;
byte[] bytes = new byte[size];
fontStream.Read(bytes, 0, size);
return(bytes);
}
}
/// <summary>
/// Lookup characters nominal glyphs and width
/// </summary>
/// <param name="charBufferRange">character buffer range</param>
/// <param name="emSize">height of Em</param>
/// <param name="toIdeal"> scaling factor from real to ideal unit </param>
/// <param name="nominalWidths">glyph nominal advances in ideal units</param>
/// <param name="idealWidth">total width in ideal units</param>
/// <returns>true for success</returns>
/// <remarks>This function is only used in fast path, and can only be called
/// if CheckFastPathNominalGlyphs has previously returned true.</remarks>
internal void GetCharacterNominalWidthsAndIdealWidth(
CharacterBufferRange charBufferRange,
double emSize,
float pixelsPerDip,
double toIdeal,
TextFormattingMode textFormattingMode,
bool isSideways,
out int[] nominalWidths,
out int idealWidth
)
{
// This function should only be called if CheckFastPathNominalGlyphs has
// returned true so we can assume the ITypefaceMetrics is a GlyphTypeface.
GlyphTypeface glyphTypeface = TryGetGlyphTypeface();
Invariant.Assert(glyphTypeface != null);
MS.Internal.Text.TextInterface.GlyphMetrics[] glyphMetrics = BufferCache.GetGlyphMetrics(charBufferRange.Length);
glyphTypeface.GetGlyphMetricsOptimized(charBufferRange,
emSize,
pixelsPerDip,
textFormattingMode,
isSideways,
glyphMetrics);
nominalWidths = new int[charBufferRange.Length];
idealWidth = 0;
if (TextFormattingMode.Display == textFormattingMode)
{
double designToEm = emSize / glyphTypeface.DesignEmHeight;
for (int i = 0; i < charBufferRange.Length; i++)
{
nominalWidths[i] = (int)Math.Round(TextFormatterImp.RoundDipForDisplayMode(glyphMetrics[i].AdvanceWidth * designToEm, pixelsPerDip) * toIdeal);
idealWidth += nominalWidths[i];
}
}
else
{
double designToEm = emSize * toIdeal / glyphTypeface.DesignEmHeight;
for (int i = 0; i < charBufferRange.Length; i++)
{
nominalWidths[i] = (int)Math.Round(glyphMetrics[i].AdvanceWidth * designToEm);
idealWidth += nominalWidths[i];
}
}
BufferCache.ReleaseGlyphMetrics(glyphMetrics);
}
XGlyphTypeface(string key, XFontFamily fontFamily, XFontSource fontSource, XStyleSimulations styleSimulations, WpfTypeface wpfTypeface, WpfGlyphTypeface wpfGlyphTypeface)
{
_key = key;
_fontFamily = fontFamily;
_fontSource = fontSource;
_styleSimulations = styleSimulations;
_fontface = OpenTypeFontface.CetOrCreateFrom(fontSource);
Debug.Assert(ReferenceEquals(_fontSource.Fontface, _fontface));
_wpfTypeface = wpfTypeface;
_wpfGlyphTypeface = wpfGlyphTypeface;
Initialize();
}
public TexFontInfo(int fontId, GlyphTypeface font, double xHeight, double space, double quad)
{
this.metrics = new double[charCodesCount][];
this.ligatures = new Dictionary<Tuple<char, char>, char>();
this.kerns = new Dictionary<Tuple<char, char>, double>();
this.nextLarger = new CharFont[charCodesCount];
this.extensions = new int[charCodesCount][];
this.FontId = fontId;
this.Font = font;
this.XHeight = xHeight;
this.Space = space;
this.Quad = quad;
this.SkewCharacter = (char)1;
}
/// <summary>
/// Init.
/// </summary>
public FontAdapter(Typeface font, double size)
{
_font = font;
_size = size;
_height = 96d / 72d * _size * _font.FontFamily.LineSpacing;
_underlineOffset = 96d / 72d * _size * (_font.FontFamily.LineSpacing + font.UnderlinePosition);
GlyphTypeface typeface;
if (font.TryGetGlyphTypeface(out typeface))
{
_glyphTypeface = typeface;
}
else
{
foreach (var sysTypeface in Fonts.SystemTypefaces)
{
if (sysTypeface.TryGetGlyphTypeface(out typeface))
break;
}
}
}
/// <summary>
/// Scan through specified character string checking for valid character
/// nominal glyph.
/// </summary>
/// <param name="charBufferRange">character buffer range</param>
/// <param name="emSize">height of Em</param>
/// <param name="scalingFactor">This is the factor by which we will scale up
/// the metrics. Typically this value to used to convert metrics from the real
/// space to the ideal space</param>
/// <param name="widthMax">maximum width allowed</param>
/// <param name="keepAWord">do not stop arbitrarily in the middle of a word</param>
/// <param name="numberSubstitution">digits require complex shaping</param>
/// <param name="cultureInfo">CultureInfo of the text</param>
/// <param name="textFormattingMode">The TextFormattingMode used (Ideal vs. Display)</param>
/// <param name="isSideways">Indicates whether to rotate glyphs.</param>
/// <param name="breakOnTabs">Determines whether to stop checking at a tab and
/// break the run there</param>
/// <param name="stringLengthFit">number of character fit in given width</param>
/// <returns>whether the specified string can be optimized by nominal glyph lookup</returns>
internal bool CheckFastPathNominalGlyphs(
CharacterBufferRange charBufferRange,
double emSize,
double scalingFactor,
double widthMax,
bool keepAWord,
bool numberSubstitution,
CultureInfo cultureInfo,
TextFormattingMode textFormattingMode,
bool isSideways,
bool breakOnTabs,
out int stringLengthFit
)
{
stringLengthFit = 0;
if (CachedTypeface.NullFont)
{
return(false);
}
GlyphTypeface glyphTypeface = TryGetGlyphTypeface();
if (glyphTypeface == null)
{
return(false);
}
double totalWidth = 0;
int i = 0;
ushort blankGlyph = glyphTypeface.BlankGlyphIndex;
ushort glyph = blankGlyph;
ushort charFlagsMask = numberSubstitution ?
(ushort)(CharacterAttributeFlags.CharacterComplex | CharacterAttributeFlags.CharacterDigit) :
(ushort)CharacterAttributeFlags.CharacterComplex;
ushort charFlags = 0;
ushort charFastTextCheck = (ushort)(CharacterAttributeFlags.CharacterFastText | CharacterAttributeFlags.CharacterIdeo);
bool symbolTypeface = glyphTypeface.Symbol;
if (symbolTypeface)
{
// we don't care what code points are present if it's a non-Unicode font such as Symbol or Wingdings;
// the code points don't have any standardized meanings, and we always want to bypass shaping
charFlagsMask = 0;
}
bool ignoreWidths = widthMax == double.MaxValue;
ushort[] glyphIndices = BufferCache.GetUShorts(charBufferRange.Length);
MS.Internal.Text.TextInterface.GlyphMetrics[] glyphMetrics = ignoreWidths ? null : BufferCache.GetGlyphMetrics(charBufferRange.Length);
glyphTypeface.GetGlyphMetricsOptimized(charBufferRange,
emSize,
glyphIndices,
glyphMetrics,
textFormattingMode,
isSideways
);
double designToEm = emSize / glyphTypeface.DesignEmHeight;
//
// This block will advance until one of:
// 1. The end of the charBufferRange is reached
// 2. The charFlags have some of the charFlagsMask values
// 3. The glyph is BlankGlyph (space)
// 4. Glyph index is 0 (unless symbol font)
//
// At this point totalWidth includes all of the widths including the stop character (which fits above)
// i indexes the next character (not included in the width)
//
if (keepAWord)
{
do
{
char ch = charBufferRange[i++];
if (ch == TextStore.CharLineFeed || ch == TextStore.CharCarriageReturn || (breakOnTabs && ch == TextStore.CharTab))
{
--i;
break;
}
else
{
int charClass = (int)Classification.GetUnicodeClassUTF16(ch);
charFlags = Classification.CharAttributeOf(charClass).Flags;
charFastTextCheck &= charFlags;
glyph = glyphIndices[i - 1];
if (!ignoreWidths)
{
totalWidth += TextFormatterImp.RoundDip(glyphMetrics[i - 1].AdvanceWidth * designToEm, textFormattingMode) * scalingFactor;
}
}
} while(
i < charBufferRange.Length &&
((charFlags & charFlagsMask) == 0) &&
(glyph != 0 || symbolTypeface) &&
glyph != blankGlyph
);
// i is now at a character immediately following a leading blank
}
//
// This block will advance until one of:
// 1. The end of the charBufferRange is reached
// 2. The charFlags have some of the charFlagsMask values
// 3. Glyph index is 0 (unless symbol font)
// 4. totalWidth > widthMax
//
while (
i < charBufferRange.Length &&
(ignoreWidths || totalWidth <= widthMax) &&
((charFlags & charFlagsMask) == 0) &&
(glyph != 0 || symbolTypeface)
)
{
char ch = charBufferRange[i++];
if (ch == TextStore.CharLineFeed || ch == TextStore.CharCarriageReturn || (breakOnTabs && ch == TextStore.CharTab))
{
--i;
break;
}
else
{
int charClass = (int)Classification.GetUnicodeClassUTF16(ch);
charFlags = Classification.CharAttributeOf(charClass).Flags;
charFastTextCheck &= charFlags;
glyph = glyphIndices[i - 1];
if (!ignoreWidths)
{
totalWidth += TextFormatterImp.RoundDip(glyphMetrics[i - 1].AdvanceWidth * designToEm, textFormattingMode) * scalingFactor;
}
}
}
BufferCache.ReleaseUShorts(glyphIndices);
glyphIndices = null;
BufferCache.ReleaseGlyphMetrics(glyphMetrics);
glyphMetrics = null;
if (symbolTypeface)
{
// always optimize for non-Unicode font as we don't support shaping or typographic features;
// we also don't fall back from non-Unicode fonts so we don't care if there are missing glyphs
stringLengthFit = i;
return(true);
}
if (glyph == 0)
{
// character is not supported by the font
return(false);
}
if ((charFlags & charFlagsMask) != 0)
{
// complex character encountered, exclude it
Debug.Assert(i > 0);
if (--i <= 0)
{
// first char is complex, fail the call
return(false);
}
}
stringLengthFit = i;
TypographyAvailabilities typography = glyphTypeface.FontFaceLayoutInfo.TypographyAvailabilities;
if ((charFastTextCheck & (byte)CharacterAttributeFlags.CharacterFastText) != 0)
{
// all input code points are Fast Text
if ((typography &
(TypographyAvailabilities.FastTextTypographyAvailable
| TypographyAvailabilities.FastTextMajorLanguageLocalizedFormAvailable
)
) != 0
)
{
// Considered too risky to optimize. It is either because the font
// has required features or the font has 'locl' lookup for major languages.
return(false);
}
else if ((typography & TypographyAvailabilities.FastTextExtraLanguageLocalizedFormAvailable) != 0)
{
// The font has 'locl' lookup for FastText code points for non major languages.
// Check whether the input is major langauge. If it is, we are still good to optimize.
return(MajorLanguages.Contains(cultureInfo));
}
else
{
// No FastText flags are present, safe to optimize
return(true);
}
}
else if ((charFastTextCheck & (byte)CharacterAttributeFlags.CharacterIdeo) != 0)
{
// The input are all ideographs, check the IdeoTypographyAvailable bit. It is safe if
// the bit is not set.
return((typography & TypographyAvailabilities.IdeoTypographyAvailable) == 0);
}
else
{
// for all the rest of the cases, just check whether there is any required typography
// present at all. If none exists, it is optimizable. We might under-optimize here but
// it will be non-major languages.
return((typography & TypographyAvailabilities.Available) == 0);
}
}
/// <summary>
/// Initializes a new instance of the <c>TextStyle</c> class.
/// </summary>
/// <param name="name">Text style name.</param>
/// <param name="font">Text style font file name with full or relative path.</param>
/// <param name="checkName">Specifies if the style name has to be checked.</param>
/// <remarks>If the font file is a true type and is not found in the specified path, the constructor will try to find it in the system font folder.</remarks>
internal TextStyle(string name, string font, bool checkName)
: base(name, DxfObjectCode.TextStyle, checkName)
{
if (string.IsNullOrEmpty(name))
throw new ArgumentNullException(nameof(name), "The text style name should be at least one character long.");
if (string.IsNullOrEmpty(font))
throw new ArgumentNullException(nameof(font));
this.IsReserved = name.Equals(DefaultName, StringComparison.OrdinalIgnoreCase);
this.font = font;
this.widthFactor = 1.0;
this.obliqueAngle = 0.0;
this.height = 0.0;
this.isVertical = false;
this.isBackward = false;
this.isUpsideDown = false;
this.glyphTypeface = null;
this.fontFamilyName = Path.GetFileNameWithoutExtension(font);
// the following information is only applied to ttf not shx fonts
if (!Path.GetExtension(font).Equals(".ttf", StringComparison.OrdinalIgnoreCase))
return;
// try to find the file in the specified directory, if not try it in the fonts system folder
string fontFile;
if (File.Exists(font))
fontFile = Path.GetFullPath(font);
else
{
string file = Path.GetFileName(font);
fontFile = string.Format("{0}{1}{2}", Environment.GetFolderPath(Environment.SpecialFolder.Fonts), Path.DirectorySeparatorChar, file);
// if the ttf does not even exist in the font system folder
if (!File.Exists(fontFile))
return;
this.font = file;
}
this.glyphTypeface = new GlyphTypeface(new Uri(fontFile));
this.fontFamilyName = this.glyphTypeface.FamilyNames[CultureInfo.GetCultureInfo(1033)];
if (string.IsNullOrEmpty(this.fontFamilyName))
{
ICollection<string> names = this.glyphTypeface.FamilyNames.Values;
IEnumerator<string> enumerator = names.GetEnumerator();
enumerator.MoveNext();
this.fontFamilyName = enumerator.Current;
}
}
protected bool RenderText(String text, ref List<TextDrawItem> textDrawList, GlyphTypeface glyphType, double fontSize, double maxWidth, double maxHeight, double x, double y, ref double useHeight, SolidColorBrush fontColor, Matrix m)
{
double totalHeight = 0;
string[] lineText = text.Replace("\r", "").Split('\n');
foreach (string line in lineText)
{
totalHeight += Math.Floor(2 + fontSize);
List<ushort> glyphIndexes = new List<ushort>();
List<double> advanceWidths = new List<double>();
double totalWidth = 0;
for (int n = 0; n < line.Length; n++)
{
ushort glyphIndex = glyphType.CharacterToGlyphMap[line[n]];
double width = glyphType.AdvanceWidths[glyphIndex] * fontSize;
if (totalWidth + width > maxWidth)
{
if (glyphIndexes.Count > 0)
{
double dpix = Math.Ceiling((x + 2) * m.M11);
double dpiy = Math.Ceiling((y + totalHeight) * m.M22);
Point origin = new Point(dpix / m.M11, dpiy / m.M22);
TextDrawItem item = new TextDrawItem();
item.FontColor = fontColor;
item.Text = new GlyphRun(glyphType, 0, false, fontSize,
glyphIndexes, origin, advanceWidths, null, null, null, null,
null, null);
textDrawList.Add(item);
}
if (totalHeight > maxHeight)
{
//次の行無理
useHeight = totalHeight;
return false;
}
else
{
//次の行いける
totalHeight += fontSize + 2;
glyphIndexes = new List<ushort>();
advanceWidths = new List<double>();
totalWidth = 0;
}
}
glyphIndexes.Add(glyphIndex);
advanceWidths.Add(width);
totalWidth += width;
}
if (glyphIndexes.Count > 0)
{
double dpix = Math.Ceiling((x + 2) * m.M11);
double dpiy = Math.Ceiling((y + totalHeight) * m.M22);
Point origin = new Point(dpix / m.M11, dpiy / m.M22);
TextDrawItem item = new TextDrawItem();
item.FontColor = fontColor;
item.Text = new GlyphRun(glyphType, 0, false, fontSize,
glyphIndexes, origin, advanceWidths, null, null, null, null,
null, null);
textDrawList.Add(item);
}
}
useHeight = Math.Floor(totalHeight);
return true;
}
/// <summary>
/// Obtain a glyph typeface that corresponds to the Typeface object constructed from an OpenType font family.
/// If the Typeface was constructed from a composite font family, returns null.
/// </summary>
/// <param name="glyphTypeface">GlyphTypeface object that corresponds to this Typeface, or null if the Typeface
/// was constructed from a composite font.</param>
/// <returns>Whether glyphTypeface is not null.</returns>
public bool TryGetGlyphTypeface(out GlyphTypeface glyphTypeface)
{
glyphTypeface = CachedTypeface.TypefaceMetrics as GlyphTypeface;
return glyphTypeface != null;
}
/// <summary>
/// Инициализирует новый экземпляр класса <see cref="FontInfo"/>, используя указанное местоположение файла шрифта.
/// </summary>
/// <param name="File">Местоположение файла шрифта</param>
public FontInfo(String File)
{
_glyphTypeface = new System.Windows.Media.GlyphTypeface(new Uri(File));
_typefaces = Fonts.GetTypefaces(File);
}
public static unsafe object ToObject (Type type, Value* value)
{
if (value == null || value->IsNull) {
return null;
}
if (value->IsGCHandle) {
IntPtr managed_object = value->u.p;
GCHandle handle = GCHandle.FromIntPtr (managed_object);
return handle.Target;
}
switch (value->k) {
case Kind.INVALID:
return null;
case Kind.DEPENDENCYPROPERTY:
return DependencyProperty.Lookup (value->u.p);
case Kind.BOOL:
return value->u.i32 != 0;
case Kind.DOUBLE:
return value->u.d;
case Kind.FLOAT:
return value->u.f;
case Kind.UINT64:
return value->u.ui64;
case Kind.INT64:
return value->u.i64;
case Kind.TIMESPAN:
return new TimeSpan (value->u.i64);
case Kind.CURSORTYPE:
return Cursors.FromEnum ((CursorType) value->u.i32);
case Kind.TEXTDECORATIONS:
return (value->u.i32 == (int) TextDecorationKind.Underline) ? TextDecorations.Underline : null;
case Kind.INT32:
return value->u.i32;
case Kind.CHAR:
return (char) value->u.ui32;
case Kind.SURFACE:
return NativeDependencyObjectHelper.FromIntPtr (value->u.p);
case Kind.STRING: {
string str = Marshal.PtrToStringAuto (value->u.p);
if (type == null)
return str;
// marshall back to the .NET type that we simply serialised as 'string' for unmanaged usage
if (type == typeof (System.Windows.Markup.XmlLanguage))
return XmlLanguage.GetLanguage (str);
else
return str;
}
case Kind.URI: {
UnmanagedUri *uri = (UnmanagedUri*)value->u.p;
return uri->originalString == IntPtr.Zero
? new Uri("", UriKind.Relative)
: new Uri (Marshal.PtrToStringAuto (uri->originalString),
uri->isAbsolute ? UriKind.Absolute : UriKind.Relative);
}
case Kind.XMLLANGUAGE: {
string str = Marshal.PtrToStringAuto (value->u.p);
return XmlLanguage.GetLanguage (str);
}
case Kind.FONTFAMILY: {
UnmanagedFontFamily *family = (UnmanagedFontFamily*)value->u.p;
return new FontFamily (family == null ? null : Marshal.PtrToStringAuto (family->source));
}
case Kind.FONTSTRETCH: {
UnmanagedFontStretch *stretch = (UnmanagedFontStretch*)value->u.p;
return new FontStretch (stretch == null ? FontStretchKind.Normal : stretch->stretch);
}
case Kind.FONTSTYLE: {
UnmanagedFontStyle *style = (UnmanagedFontStyle*)value->u.p;
return new FontStyle (style == null ? FontStyleKind.Normal : style->style);
}
case Kind.FONTWEIGHT: {
UnmanagedFontWeight *weight = (UnmanagedFontWeight*)value->u.p;
return new FontWeight (weight == null ? FontWeightKind.Normal : weight->weight);
}
case Kind.FONTSOURCE: {
UnmanagedFontSource *fs = (UnmanagedFontSource *) value->u.p;
ManagedStreamCallbacks callbacks;
GlyphTypeface typeface;
StreamWrapper wrapper;
switch (fs->type) {
case FontSourceType.ManagedStream:
callbacks = (ManagedStreamCallbacks) Marshal.PtrToStructure (fs->source.stream, typeof (ManagedStreamCallbacks));
wrapper = (StreamWrapper) GCHandle.FromIntPtr (callbacks.handle).Target;
return new FontSource (wrapper.stream);
case FontSourceType.GlyphTypeface:
typeface = new GlyphTypeface (fs->source.typeface);
return new FontSource (typeface);
default:
throw new Exception (String.Format ("Do not know how to create a FontSource of type {0}",
fs->type.ToString ()));
}
}
case Kind.GLYPHTYPEFACE: {
return new GlyphTypeface (value->u.p);
}
case Kind.PROPERTYPATH: {
UnmanagedPropertyPath *propertypath = (UnmanagedPropertyPath *) value->u.p;
if (propertypath == null)
return new PropertyPath (null);
if (propertypath->property != IntPtr.Zero)
return null;
return new PropertyPath (Marshal.PtrToStringAuto (propertypath->pathString));
}
case Kind.POINT: {
Point *point = (Point*)value->u.p;
return (point == null) ? new Point (0,0) : *point;
}
case Kind.RECT: {
Rect *rect = (Rect*)value->u.p;
return (rect == null) ? new Rect (0,0,0,0) : *rect;
}
case Kind.SIZE: {
Size *size = (Size*)value->u.p;
return (size == null) ? new Size (0,0) : *size;
}
case Kind.CORNERRADIUS: {
CornerRadius *corner = (CornerRadius*)value->u.p;
return (corner == null) ? new CornerRadius (0) : *corner;
}
case Kind.AUDIOFORMAT: {
UnmanagedAudioFormat *format = (UnmanagedAudioFormat*)value->u.p;
return (format == null) ? new AudioFormat () : format->ToAudioFormat ();
}
case Kind.VIDEOFORMAT: {
UnmanagedVideoFormat *format = (UnmanagedVideoFormat*)value->u.p;
return (format == null) ? new VideoFormat () : format->ToVideoFormat ();
}
case Kind.THICKNESS: {
Thickness *thickness = (Thickness*)value->u.p;
return (thickness == null) ? new Thickness (0) : *thickness;
}
case Kind.COLOR: {
UnmanagedColor *color = (UnmanagedColor*)value->u.p;
if (color == null)
return new Color ();
return color->ToColor ();
}
case Kind.MATRIX:
case Kind.UNMANAGEDMATRIX: {
return new Matrix (value->u.p);
}
case Kind.MATRIX3D:
case Kind.UNMANAGEDMATRIX3D: {
return new Matrix3D (value->u.p);
}
case Kind.STYLUSPOINT:
case Kind.UNMANAGEDSTYLUSPOINT: {
var kind = value->k;
var ptr = value->u.p;
var x = (double) Value.ToObject (typeof (double), NativeMethods.dependency_object_get_value (ptr, kind, UnmanagedStylusPoint.XProperty.Native));
var y = (double) Value.ToObject (typeof (double), NativeMethods.dependency_object_get_value (ptr, kind, UnmanagedStylusPoint.YProperty.Native));
var pressure = (double) Value.ToObject (typeof (double), NativeMethods.dependency_object_get_value (ptr, kind, UnmanagedStylusPoint.PressureFactorProperty.Native));
return new StylusPoint { X = x, Y = y, PressureFactor = (float) pressure };
}
case Kind.DURATION: {
Duration* duration = (Duration*)value->u.p;
return (duration == null) ? Duration.Automatic : *duration;
}
case Kind.KEYTIME: {
KeyTime* keytime = (KeyTime*)value->u.p;
return (keytime == null) ? KeyTime.FromTimeSpan (TimeSpan.Zero) : *keytime;
}
case Kind.GRIDLENGTH: {
GridLength* gridlength = (GridLength*)value->u.p;
return (gridlength == null) ? new GridLength () : *gridlength;
}
case Kind.REPEATBEHAVIOR: {
RepeatBehavior *repeat = (RepeatBehavior*)value->u.p;
return (repeat == null) ? new RepeatBehavior () : *repeat;
}
case Kind.MEDIAATTRIBUTE_COLLECTION: {
MediaAttributeCollection attrs = (MediaAttributeCollection) NativeDependencyObjectHelper.Lookup (value->k, value->u.p);
return attrs.AsDictionary ();
}
case Kind.MANAGEDTYPEINFO: {
ManagedTypeInfo *type_info = (ManagedTypeInfo *) value->u.p;
if (type_info == null)
return null;
return Deployment.Current.Types.KindToType (type_info->Kind);
}
default:
Type tt = Deployment.Current.Types.KindToType (value->k);
if (tt != null && tt.IsEnum)
return Enum.ToObject (tt, value->u.i32);
break;
}
if (NativeMethods.type_is_dependency_object (value->k)){
if (value->u.p == IntPtr.Zero)
return null;
return NativeDependencyObjectHelper.Lookup (value->k, value->u.p);
}
throw new Exception (String.Format ("Do not know how to convert {0} {1}. Managed type: {2}",
value->k, (int) value->k, Deployment.Current.Types.KindToType (value->k)));
}
static bool CheckSameSize(GlyphTypeface gtf) {
double? width = null, height = null;
for (char c = ' '; c <= (char)0x7E; c++) {
ushort glyphIndex;
if (!gtf.CharacterToGlyphMap.TryGetValue(c, out glyphIndex))
return false;
double w;
if (!gtf.AdvanceWidths.TryGetValue(glyphIndex, out w))
return false;
if (width == null)
width = w;
else if (width.Value != w)
return false;
double h;
if (!gtf.AdvanceHeights.TryGetValue(glyphIndex, out h))
return false;
if (height == null)
height = h;
else if (height.Value != h)
return false;
}
return true;
}
/// <summary>
/// Create a WPF GlyphTypeface and retrieve font data from it.
/// </summary>
internal static XFontSource CreateFontSource(string familyName, FontResolvingOptions fontResolvingOptions,
out WpfFontFamily wpfFontFamily, out WpfTypeface wpfTypeface, out WpfGlyphTypeface wpfGlyphTypeface, string typefaceKey)
{
if (string.IsNullOrEmpty(typefaceKey))
typefaceKey = XGlyphTypeface.ComputeKey(familyName, fontResolvingOptions);
XFontStyle style = fontResolvingOptions.FontStyle;
#if DEBUG
if (StringComparer.OrdinalIgnoreCase.Compare(familyName, "Segoe UI Semilight") == 0
&& (style & XFontStyle.BoldItalic) == XFontStyle.Italic)
familyName.GetType();
#endif
// Use WPF technique to create font data.
wpfTypeface = XPrivateFontCollection.TryCreateTypeface(familyName, style, out wpfFontFamily);
#if DEBUG__
if (wpfTypeface != null)
{
WpfGlyphTypeface glyphTypeface;
ICollection<WpfTypeface> list = wpfFontFamily.GetTypefaces();
foreach (WpfTypeface tf in list)
{
if (!tf.TryGetGlyphTypeface(out glyphTypeface))
Debug-Break.Break();
}
//if (!WpfTypeface.TryGetGlyphTypeface(out glyphTypeface))
// throw new InvalidOperationException(PSSR.CannotGetGlyphTypeface(familyName));
}
#endif
if (wpfFontFamily == null)
wpfFontFamily = new WpfFontFamily(familyName);
if (wpfTypeface == null)
wpfTypeface = FontHelper.CreateTypeface(wpfFontFamily, style);
// Let WPF choose the right glyph typeface.
if (!wpfTypeface.TryGetGlyphTypeface(out wpfGlyphTypeface))
throw new InvalidOperationException(PSSR.CannotGetGlyphTypeface(familyName));
// Get or create the font source and cache it unter the specified typeface key.
XFontSource fontSource = XFontSource.GetOrCreateFromWpf(typefaceKey, wpfGlyphTypeface);
return fontSource;
}
/// <summary>
/// Fast text size calculation
/// </summary>
/// <param name="glyphTypeface">
/// The glyph typeface.
/// </param>
/// <param name="sizeInEm">
/// The size.
/// </param>
/// <param name="s">
/// The text.
/// </param>
/// <returns>
/// The text size.
/// </returns>
private static OxySize MeasureTextSize(GlyphTypeface glyphTypeface, double sizeInEm, string s)
{
double width = 0;
double lineWidth = 0;
int lines = 0;
foreach (char ch in s)
{
switch (ch)
{
case '\n':
lines++;
if (lineWidth > width)
{
width = lineWidth;
}
lineWidth = 0;
continue;
case '\t':
continue;
}
ushort glyph = glyphTypeface.CharacterToGlyphMap[ch];
double advanceWidth = glyphTypeface.AdvanceWidths[glyph];
lineWidth += advanceWidth;
}
lines++;
if (lineWidth > width)
{
width = lineWidth;
}
return new OxySize(Math.Round(width * sizeInEm, 2), Math.Round(lines * glyphTypeface.Height * sizeInEm, 2));
}
public GlyphTypefaceWrapper(GlyphTypeface glyphTypeface)
{
this.glyphTypeface = glyphTypeface;
}
/// <summary>
/// Width and height in terms of CELLS, not pixels.
/// </summary>
public WPFGlyphTypefaceViewer(int width, int height, Theme theme) : base(width, height, theme)
{
glyphTypeface = LoadTypeface("Consolas", 13, 7, 15);
SetSize(width, height);
}
private void ExtractFont(string origin, int[] keeplist, string output)
{
GlyphTypeface gt = new GlyphTypeface(new Uri(origin));
List<ushort> indexes = new List<ushort>();
List<int> notexists = new List<int>();
foreach (int c in keeplist)
{
if (gt.CharacterToGlyphMap.ContainsKey(c))
indexes.Add(gt.CharacterToGlyphMap[c]);
else
notexists.Add(c);
}
if (notexists.Count > 0)
{
var sb = new StringBuilder();
sb.AppendFormat("，但下列{0}个字符在原始字体文件中不存在：\r\n\r\n", notexists.Count);
for (int i = 0; i < notexists.Count; ++i)
{
var c = Char.ConvertFromUtf32(notexists[i]);
sb.AppendFormat("{0:X06}({1})", notexists[i], c);
if ((i + 1) % 7 == 0)
sb.AppendLine();
else
sb.Append('\t');
}
txtLog.AppendText(sb.ToString());
}
if (indexes.Count > 0 && output.Length > 0)
{
using (var stream = new System.IO.FileStream(output, System.IO.FileMode.Create))
{
var data = gt.ComputeSubset(indexes);
stream.Write(data, 0, data.Length);
}
}
txtLog.AppendText(string.Format("\r\n\r\n共提取{0}个字符", indexes.Count));
}
internal string GetFont(PDFResources resources, System.Windows.Media.GlyphTypeface typeFace)
{
string familyName = typeFace.FamilyNames.Values.FirstOrDefault();
string faceName = familyName;
var fn = typeFace.FaceNames.Where(x => x.Key.LCID == System.Globalization.CultureInfo.CurrentCulture.LCID).Select(x => x.Value).FirstOrDefault();
if (!string.IsNullOrWhiteSpace(fn))
{
if (fn != "Regular")
{
faceName += "," + fn;
}
}
string key = null;
if (!fonts.TryGetValue(faceName, out key))
{
key = "R" + resources.ID + "F" + fonts.Count;
PDFFont pf = this.PDFDocument.CreateObject <PDFFont>();
pf.BaseFont = faceName;
pf.Subtype = "Type1";
pf.Encoding = "WinAnsiEncoding";
resources.Font[key] = pf;
//var pd = PDFDocument.CreateObject<PDFFontDescriptor>();
//pf.FontDescriptor = pd;
//pd.FontName = familyName;
//pd.FontFamily = familyName;
//pd.FontWeight = typeFace.Weight.ToOpenTypeWeight();
//pd.XHeight = typeFace.XHeight;
//pd.CapHeight = typeFace.CapsHeight;
//pd.StemV = typeFace.StrikethroughThickness;
//pd.Flags = PDFFontFlags.None;
//if (typeFace.Weight == FontWeights.Bold)
//{
// pd.Flags |= PDFFontFlags.ForceBold;
//}
//if (typeFace.Symbol)
//{
// pd.Flags |= PDFFontFlags.Symbolic;
//}
//else
//{
// pd.Flags |= PDFFontFlags.Nonsymbolic;
//}
//pd.Ascent = typeFace.AdvanceHeights.Select(x => x.Value).Max() - typeFace.Baseline;
//pd.Descent = -(typeFace.DistancesFromHorizontalBaselineToBlackBoxBottom.Select(x => x.Value).Max());
//pd.FontBBox = new PDFRect();
//pd.FontBBox.Width = (int)typeFace.AdvanceWidths.Select(x => x.Value).Sum();
//pd.FontBBox.Height = (int)typeFace.AdvanceHeights.Select(x => x.Value).Sum();
fonts[faceName] = key;
}
return(key);
}
public static XGlyphTypeface GetOrCreateFrom(string familyName, FontResolvingOptions fontResolvingOptions)
{
// Check cache for requested type face.
string typefaceKey = ComputeKey(familyName, fontResolvingOptions);
XGlyphTypeface glyphTypeface;
if (GlyphTypefaceCache.TryGetGlyphTypeface(typefaceKey, out glyphTypeface))
{
// Just return existing one.
return(glyphTypeface);
}
// Resolve typeface by FontFactory.
FontResolverInfo fontResolverInfo = FontFactory.ResolveTypeface(familyName, fontResolvingOptions, typefaceKey);
if (fontResolverInfo == null)
{
// No fallback - just stop.
throw new InvalidOperationException("No appropriate font found.");
}
#if CORE || GDI
GdiFont gdiFont = null;
#endif
#if WPF
WpfFontFamily wpfFontFamily = null;
WpfTypeface wpfTypeface = null;
WpfGlyphTypeface wpfGlyphTypeface = null;
#endif
#if UWP
// Nothing to do.
#endif
// Now create the font family at the first.
XFontFamily fontFamily;
PlatformFontResolverInfo platformFontResolverInfo = fontResolverInfo as PlatformFontResolverInfo;
if (platformFontResolverInfo != null)
{
#if CORE || GDI
// $TODO THHO Lock???
// Reuse GDI+ font from platform font resolver.
gdiFont = platformFontResolverInfo.GdiFont;
fontFamily = XFontFamily.GetOrCreateFromGdi(gdiFont);
#endif
#if WPF
#if !SILVERLIGHT
// Reuse WPF font family created from platform font resolver.
wpfFontFamily = platformFontResolverInfo.WpfFontFamily;
wpfTypeface = platformFontResolverInfo.WpfTypeface;
wpfGlyphTypeface = platformFontResolverInfo.WpfGlyphTypeface;
fontFamily = XFontFamily.GetOrCreateFromWpf(wpfFontFamily);
#else
fontFamily = XFontFamily.GetOrCreateFromWpf(new WpfFontFamily(familyName));
#endif
#endif
#if NETFX_CORE || UWP
fontFamily = null;
#endif
}
else
{
// Create new and exclusively used font family for custom font resolver retrieved font source.
fontFamily = XFontFamily.CreateSolitary(fontResolverInfo.FaceName);
}
// We have a valid font resolver info. That means we also have an XFontSource object loaded in the cache.
////XFontSource fontSource = FontFactory.GetFontSourceByTypefaceKey(fontResolverInfo.FaceName);
XFontSource fontSource = FontFactory.GetFontSourceByFontName(fontResolverInfo.FaceName);
Debug.Assert(fontSource != null);
// Each font source already contains its OpenTypeFontface.
#if CORE || GDI
glyphTypeface = new XGlyphTypeface(typefaceKey, fontFamily, fontSource, fontResolverInfo.StyleSimulations, gdiFont);
#endif
#if WPF
glyphTypeface = new XGlyphTypeface(typefaceKey, fontFamily, fontSource, fontResolverInfo.StyleSimulations, wpfTypeface, wpfGlyphTypeface);
#endif
#if NETFX_CORE || UWP
glyphTypeface = new XGlyphTypeface(typefaceKey, fontFamily, fontSource, fontResolverInfo.StyleSimulations);
#endif
#if __IOS__
glyphTypeface = new XGlyphTypeface(typefaceKey, fontSource);
#endif
glyphTypeface = new XGlyphTypeface(typefaceKey, fontSource);
GlyphTypefaceCache.AddGlyphTypeface(glyphTypeface);
return(glyphTypeface);
}
public static Header header;//only keps to get access to other tables. In later versions I don't think the method such as GetAdvanceWidth should be in this table. (or it should be but shouldn't depend on other tables)
public static void Initialize(string absolutePath)
{
typeface = new GlyphTypeface(new Uri(absolutePath, UriKind.Absolute));
}
private static double GetAdvanceWidth(GlyphTypeface glyphTypeface, ushort glyphIndex, bool sideways)
{
double advance = sideways ? glyphTypeface.AdvanceHeights[glyphIndex] : glyphTypeface.AdvanceWidths[glyphIndex];
return advance * EmMultiplier;
}
public bool TryGetGlyphTypeface(out GlyphTypeface glyphTypeface)
{
glyphTypeface = default(GlyphTypeface);
return(default(bool));
}
// ------------------------------------------------------------------------------
// Parses a semicolon-delimited list of glyph specifiers, each of which consists
// of up to 4 comma-delimited values:
// - glyph index (ushort)
// - glyph advance (double)
// - glyph offset X (double)
// - glyph offset Y (double)
// A glyph entry can be have a cluster size prefix (int or pair of ints separated by a colon)
// Whitespace adjacent to a delimiter (comma or semicolon) is ignored.
// Returns the number of glyph specs parsed (number of semicolons plus 1).
//
private int ParseGlyphsProperty(
GlyphTypeface fontFace,
string unicodeString,
bool sideways,
out List<ParsedGlyphData> parsedGlyphs,
out ushort[] clusterMap)
{
string glyphsProp = Indices;
// init for the whole parse, including the result arrays
int parsedGlyphCount = 0;
int parsedCharacterCount = 0;
int characterClusterSize = 1;
int glyphClusterSize = 1;
bool inCluster = false;
// make reasonable capacity guess on how many glyphs we can expect
int estimatedNumberOfGlyphs;
if (!String.IsNullOrEmpty(unicodeString))
{
clusterMap = new ushort[unicodeString.Length];
estimatedNumberOfGlyphs = unicodeString.Length;
}
else
{
clusterMap = null;
estimatedNumberOfGlyphs = 8;
}
if (!String.IsNullOrEmpty(glyphsProp))
estimatedNumberOfGlyphs = Math.Max(estimatedNumberOfGlyphs, glyphsProp.Length / 5);
parsedGlyphs = new List<ParsedGlyphData>(estimatedNumberOfGlyphs);
ParsedGlyphData parsedGlyphData = new ParsedGlyphData();
#region Parse Glyphs string
if (!String.IsNullOrEmpty(glyphsProp))
{
// init per-glyph values for the first glyph/position
int valueWithinGlyph = 0; // which value we're on (how many commas have we seen in this glyph)?
int valueStartIndex = 0; // where (what index of Glyphs prop string) did this value start?
// iterate and parse the characters of the Indices property
for (int i = 0; i <= glyphsProp.Length; i++)
{
// get next char or pseudo-terminator
char c = i < glyphsProp.Length ? glyphsProp[i] : '\0';
// finished scanning the current per-glyph value?
if ((c == ',') || (c == ';') || (i == glyphsProp.Length))
{
int len = i - valueStartIndex;
string valueSpec = glyphsProp.Substring(valueStartIndex, len);
#region Interpret one comma-delimited value
switch (valueWithinGlyph)
{
case 0:
bool wasInCluster = inCluster;
// interpret cluster size and glyph index spec
if (!ReadGlyphIndex(
valueSpec,
ref inCluster,
ref glyphClusterSize,
ref characterClusterSize,
ref parsedGlyphData.glyphIndex))
{
if (String.IsNullOrEmpty(unicodeString))
throw new ArgumentException(SR.Get(SRID.GlyphsIndexRequiredIfNoUnicode));
if (unicodeString.Length <= parsedCharacterCount)
throw new ArgumentException(SR.Get(SRID.GlyphsUnicodeStringIsTooShort));
parsedGlyphData.glyphIndex = GetGlyphFromCharacter(fontFace, unicodeString[parsedCharacterCount]);
}
if (!wasInCluster && clusterMap != null)
{
// fill out cluster map at the start of each cluster
if (inCluster)
{
for (int ch = parsedCharacterCount; ch < parsedCharacterCount + characterClusterSize; ++ch)
{
SetClusterMapEntry(clusterMap, ch, (ushort)parsedGlyphCount);
}
}
else
{
SetClusterMapEntry(clusterMap, parsedCharacterCount, (ushort)parsedGlyphCount);
}
}
parsedGlyphData.advanceWidth = GetAdvanceWidth(fontFace, parsedGlyphData.glyphIndex, sideways);
break;
case 1:
// interpret glyph advance spec
if (!IsEmpty(valueSpec))
{
parsedGlyphData.advanceWidth = double.Parse(valueSpec, CultureInfo.InvariantCulture);
if (parsedGlyphData.advanceWidth < 0)
throw new ArgumentException(SR.Get(SRID.GlyphsAdvanceWidthCannotBeNegative));
}
break;
case 2:
// interpret glyph offset X
if (!IsEmpty(valueSpec))
parsedGlyphData.offsetX = double.Parse(valueSpec, CultureInfo.InvariantCulture);
break;
case 3:
// interpret glyph offset Y
if (!IsEmpty(valueSpec))
parsedGlyphData.offsetY = double.Parse(valueSpec, CultureInfo.InvariantCulture);
break;
default:
// too many commas; can't interpret
throw new ArgumentException(SR.Get(SRID.GlyphsTooManyCommas));
}
#endregion Interpret one comma-delimited value
// prepare to scan next value (if any)
valueWithinGlyph++;
valueStartIndex = i + 1;
}
// finished processing the current glyph?
if ((c == ';') || (i == glyphsProp.Length))
{
parsedGlyphs.Add(parsedGlyphData);
parsedGlyphData = new ParsedGlyphData();
if (inCluster)
{
--glyphClusterSize;
// when we reach the end of a glyph cluster, increment character index
if (glyphClusterSize == 0)
{
parsedCharacterCount += characterClusterSize;
inCluster = false;
}
}
else
{
++parsedCharacterCount;
}
parsedGlyphCount++;
// initalize new per-glyph values
valueWithinGlyph = 0; // which value we're on (how many commas have we seen in this glyph)?
valueStartIndex = i + 1; // where (what index of Glyphs prop string) did this value start?
}
}
}
#endregion
// fill the remaining glyphs with defaults, assuming 1:1 mapping
if (unicodeString != null)
{
while (parsedCharacterCount < unicodeString.Length)
{
if (inCluster)
throw new ArgumentException(SR.Get(SRID.GlyphsIndexRequiredWithinCluster));
if (unicodeString.Length <= parsedCharacterCount)
throw new ArgumentException(SR.Get(SRID.GlyphsUnicodeStringIsTooShort));
parsedGlyphData.glyphIndex = GetGlyphFromCharacter(fontFace, unicodeString[parsedCharacterCount]);
parsedGlyphData.advanceWidth = GetAdvanceWidth(fontFace, parsedGlyphData.glyphIndex, sideways);
parsedGlyphs.Add(parsedGlyphData);
parsedGlyphData = new ParsedGlyphData();
SetClusterMapEntry(clusterMap, parsedCharacterCount, (ushort)parsedGlyphCount);
++parsedCharacterCount;
++parsedGlyphCount;
}
}
// return number of glyphs actually specified
return parsedGlyphCount;
}
public FontSource (GlyphTypeface glyphTypeface)
{
type = FontSourceType.GlyphTypeface;
typeface = glyphTypeface;
}
private void resetPages()
{
pg2.Dispose();
pg2 = null; // Need to set it back to null!
pg3.Dispose();
pg3 = null;
cqIDX = 0;
bookAndAuthor.Clear();
TOC.Clear();
extraLinesInBeginning = false;
extraLinesNotEmpty = false;
titleLineNumbers.Clear();
pictureHTMLs.Clear();
TXTPath = null;
CoverPath = null;
CoverPathSlim = null;
covers[0].Dispose();
covers[1].Dispose();
origCover = null;
coverChanged = true;
DocName = null;
Intro = null;
chapterNumber = 1;
parchmentNeeded = false;
embedFontPaths.Clear();
ALLTITLETEXT.Clear();
ALLBODYTEXT = new HashSet<Char>();
IndexT = new List<UInt16>();
IndexB = new List<UInt16>();
titleFontPath = null;
bodyFontPath = null;
glyphTypefaceT = null;
glyphTypefaceB = null;
URIT = null;
URIB = null;
wordcount = 0;
wordcountnr = 0;
noNeedEmbed = false;
mimetype = null;
container = null;
css.Clear();
opf.Clear();
ncx.Clear();
coverHtml.Clear();
picHtmlList.Clear();
txtHtmlList.Clear();
zipPath = null;
processedIntro = null;
stopWatch = null;
DONE = false;
}
public string GetFontFileName(DirectoryInfo dir, Font2 fontNameToSearch)
{
string fileNameToReturn = "";
FileInfo[] files = dir.GetFiles("*.ttf");
foreach (FileInfo file in files)
{
GlyphTypeface gtf = new GlyphTypeface(new Uri(file.FullName));
//Found Name Font for iPhone compatibility
foreach (System.Globalization.CultureInfo keys in gtf.FamilyNames.Keys)
{
string name = gtf.FamilyNames[keys].ToString();
if (name.Equals(fontNameToSearch.FamilyName))
{
string styleName = fontNameToSearch.Style.ToString();
if (gtf.FaceNames.Values.Contains(styleName))
return file.FullName;
}
}
}
/*foreach (FileInfo file in files)
{
FileStream fs = new FileStream(file.FullName, FileMode.Open, FileAccess.Read);
BinaryReader r = new BinaryReader(fs);
byte[] buff = r.ReadBytes(Marshal.SizeOf(ttOffsetTable));
buff = BigEndian(buff);
IntPtr ptr = Marshal.AllocHGlobal(buff.Length);
Marshal.Copy(buff, 0x0, ptr, buff.Length);
TT_OFFSET_TABLE ttResult = (TT_OFFSET_TABLE)Marshal.PtrToStructure(ptr, typeof(TT_OFFSET_TABLE));
Marshal.FreeHGlobal(ptr);
//Must be maj =1 minor = 0
if (ttResult.uMajorVersion != 1 || ttResult.uMinorVersion != 0)
{
r.Close();
r.Dispose();
fs.Close();
fs.Dispose();
continue;
}
bool bFound = false;
TT_TABLE_DIRECTORY tbName = new TT_TABLE_DIRECTORY();
for (int i = 0; i < ttResult.uNumOfTables; i++)
{
byte[] bNameTable = r.ReadBytes(Marshal.SizeOf(tblDir));
IntPtr ptrName = Marshal.AllocHGlobal(bNameTable.Length);
Marshal.Copy(bNameTable, 0x0, ptrName, bNameTable.Length);
tbName = (TT_TABLE_DIRECTORY)Marshal.PtrToStructure(ptrName, typeof(TT_TABLE_DIRECTORY));
Marshal.FreeHGlobal(ptrName);
string szName = tbName.szTag1.ToString() + tbName.szTag2.ToString() + tbName.szTag3.ToString() + tbName.szTag4.ToString();
if (szName != null)
{
if (szName.ToString() == "name")
{
bFound = true;
byte[] btLength = BitConverter.GetBytes(tbName.uLength);
byte[] btOffset = BitConverter.GetBytes(tbName.uOffset);
Array.Reverse(btLength);
Array.Reverse(btOffset);
tbName.uLength = BitConverter.ToUInt32(btLength, 0);
tbName.uOffset = BitConverter.ToUInt32(btOffset, 0);
break;
}
}
}
if (bFound)
{
fs.Position = tbName.uOffset;
byte[] btNTHeader = r.ReadBytes(Marshal.SizeOf(ttNTHeader));
btNTHeader = BigEndian(btNTHeader);
IntPtr ptrNTHeader = Marshal.AllocHGlobal(btNTHeader.Length);
Marshal.Copy(btNTHeader, 0x0, ptrNTHeader, btNTHeader.Length);
TT_NAME_TABLE_HEADER ttNTResult = (TT_NAME_TABLE_HEADER)Marshal.PtrToStructure(ptrNTHeader, typeof(TT_NAME_TABLE_HEADER));
Marshal.FreeHGlobal(ptrNTHeader);
bFound = false;
for (int i = 0; i < ttNTResult.uNRCount; i++)
{
byte[] btNMRecord = r.ReadBytes(Marshal.SizeOf(ttNMRecord));
btNMRecord = BigEndian(btNMRecord);
IntPtr ptrNMRecord = Marshal.AllocHGlobal(btNMRecord.Length);
Marshal.Copy(btNMRecord, 0x0, ptrNMRecord, btNMRecord.Length);
TT_NAME_RECORD ttNMResult = (TT_NAME_RECORD)Marshal.PtrToStructure(ptrNMRecord, typeof(TT_NAME_RECORD));
Marshal.FreeHGlobal(ptrNMRecord);
if (ttNMResult.uNameID == 1)
{
long fPos = fs.Position;
fs.Position = tbName.uOffset + ttNMResult.uStringOffset + ttNTResult.uStorageOffset;
char[] szResult = r.ReadChars(ttNMResult.uStringLength);
if (szResult.Length != 0)
{
string name = new string(szResult);
if (name.Equals(fontNameToSearch))
{
int y = 0;//szResult now contains the font name.
r.Close();
r.Dispose();
fs.Close();
fs.Dispose();
return file.FullName;
}
}
}
}
}
r.Close();
r.Dispose();
fs.Close();
fs.Dispose();
}*/
return fileNameToReturn;
}
public GlyphRun(GlyphTypeface glyphTypeface, int bidiLevel, bool isSideways, double renderingEmSize, IList <ushort> glyphIndices, System.Windows.Point baselineOrigin, IList <double> advanceWidths, IList <System.Windows.Point> glyphOffsets, IList <char> characters, string deviceFontName, IList <ushort> clusterMap, IList <bool> caretStops, System.Windows.Markup.XmlLanguage language)
{
}
public bool TryGetGlyphTypeface(out GlyphTypeface glyphTypeface)
{
glyphTypeface = default(GlyphTypeface);
return default(bool);
}
internal ScaledShapeTypeface(
GlyphTypeface glyphTypeface,
IDeviceFont deviceFont,
double scaleInEm,
bool nullShape
)
{
_shapeTypeface = new ShapeTypeface(glyphTypeface, deviceFont);
_scaleInEm = scaleInEm;
_nullShape = nullShape;
}
/// <summary>
/// Obtain a glyph typeface that corresponds to the Typeface object constructed from an OpenType font family.
/// If the Typeface was constructed from a composite font family, returns null.
/// </summary>
/// <param name="glyphTypeface">GlyphTypeface object that corresponds to this Typeface, or null if the Typeface
/// was constructed from a composite font.</param>
/// <returns>Whether glyphTypeface is not null.</returns>
public bool TryGetGlyphTypeface(out GlyphTypeface glyphTypeface)
{
glyphTypeface = CachedTypeface.TypefaceMetrics as GlyphTypeface;
return(glyphTypeface != null);
}
private static char[] GetDisplayText(GlyphTypeface glyphTypeFace)
{
string text = glyphTypeFace.SampleTexts[System.Globalization.CultureInfo.CurrentUICulture];
if (!string.IsNullOrEmpty(text))
return text.ToCharArray();
// else use the default characters, but test if they are present in the typeface
var chars = new List<char>();
for (int i = 0; i < _defaultChars.Length && chars.Count < 4; i++)
{
var c = _defaultChars[i];
if (glyphTypeFace.CharacterToGlyphMap.ContainsKey(c))
chars.Add(c);
}
return chars.ToArray();
}
protected bool RenderText(String text, DrawingContext dc, GlyphTypeface glyphType, double fontSize, double maxWidth, double maxHeight, double x, double y, ref double useHeight)
{
if (maxHeight < fontSize + 2)
{
useHeight = 0;
return false;
}
double totalHeight = 0;
string[] lineText = text.Replace("\r", "").Split('\n');
foreach (string line in lineText)
{
totalHeight += Math.Floor(2 + fontSize);
List<ushort> glyphIndexes = new List<ushort>();
List<double> advanceWidths = new List<double>();
double totalWidth = 0;
for (int n = 0; n < line.Length; n++)
{
ushort glyphIndex = glyphType.CharacterToGlyphMap[line[n]];
double width = glyphType.AdvanceWidths[glyphIndex] * fontSize;
if (totalWidth + width > maxWidth)
{
if (totalHeight + fontSize > maxHeight)
{
//次の行無理
glyphIndex = glyphType.CharacterToGlyphMap['…'];
glyphIndexes[glyphIndexes.Count - 1] = glyphIndex;
advanceWidths[advanceWidths.Count - 1] = width;
Point origin = new Point(x + 2, y + totalHeight);
GlyphRun glyphRun = new GlyphRun(glyphType, 0, false, fontSize,
glyphIndexes, origin, advanceWidths, null, null, null, null,
null, null);
dc.DrawGlyphRun(Brushes.Black, glyphRun);
useHeight = totalHeight;
return false;
}
else
{
//次の行いけるので今までの分出力
//次の行いける
Point origin = new Point(x + 2, y + totalHeight);
GlyphRun glyphRun = new GlyphRun(glyphType, 0, false, fontSize,
glyphIndexes, origin, advanceWidths, null, null, null, null,
null, null);
dc.DrawGlyphRun(Brushes.Black, glyphRun);
totalHeight += fontSize + 2;
glyphIndexes = new List<ushort>();
advanceWidths = new List<double>();
totalWidth = 0;
}
}
glyphIndexes.Add(glyphIndex);
advanceWidths.Add(width);
totalWidth += width;
}
if (glyphIndexes.Count > 0)
{
Point origin = new Point(x + 2, y + totalHeight);
GlyphRun glyphRun = new GlyphRun(glyphType, 0, false, fontSize,
glyphIndexes, origin, advanceWidths, null, null, null, null,
null, null);
dc.DrawGlyphRun(Brushes.Black, glyphRun);
}
//高さ確認
if (totalHeight + fontSize > maxHeight)
{
//これ以上は無理
useHeight = totalHeight;
return false;
}
}
useHeight = Math.Floor(totalHeight);
return true;
}
public void Init(Ioctls ioctls, Core core, Runtime runtime)
{
ioctls.maFontGetCount = delegate()
{
int count = 0;
MoSync.Util.RunActionOnMainThreadSync(() => count = System.Windows.Media.Fonts.SystemTypefaces.Count);
return count;
};
ioctls.maFontGetName = delegate(int _index, int _buffer, int _bufferLen)
{
if (_index > ioctls.maFontGetCount())
{
return MoSync.Constants.RES_FONT_INDEX_OUT_OF_BOUNDS;
}
else
{
String fontName = "";
MoSync.Util.RunActionOnMainThreadSync(() =>
{
int count = 0;
System.Collections.Generic.IEnumerator<Typeface> en = System.Windows.Media.Fonts.SystemTypefaces.GetEnumerator();
while (count < _index)
{
en.MoveNext();
count++;
}
System.Windows.Media.Typeface currentTypeFace = en.Current;
System.Windows.Media.GlyphTypeface currentGlyph;
currentTypeFace.TryGetGlyphTypeface(out currentGlyph);
fontName = currentGlyph.FontFileName;
fontName = (fontName.Split('.'))[0];
});
if (fontName.Length > _bufferLen) return MoSync.Constants.RES_FONT_INSUFFICIENT_BUFFER;
core.GetDataMemory().WriteStringAtAddress(_buffer, fontName, _bufferLen);
return MoSync.Constants.RES_FONT_OK;
}
};
ioctls.maFontLoadWithName = delegate(int _postScriptName, int _size)
{
String fontName = core.GetDataMemory().ReadStringAtAddress(_postScriptName);
Typeface typeface = null;
GlyphTypeface glyphTypeface = null;
MoSync.Util.RunActionOnMainThreadSync(() =>
{
int count = Fonts.SystemTypefaces.Count;
System.Collections.Generic.IEnumerator<Typeface> en = Fonts.SystemTypefaces.GetEnumerator();
while (count != 0)
{
typeface = en.Current;
if (typeface.TryGetGlyphTypeface(out glyphTypeface))
{
if (glyphTypeface.FontFileName.StartsWith(fontName))
{
break;
}
}
en.MoveNext();
count--;
}
});
if (glyphTypeface == null) return -2;
mFonts.Add(glyphTypeface);
return mFonts.Count - 1;
};
ioctls.maFontLoadDefault = delegate(int _type, int _style, int _size)
{
//RES_FONT_NO_TYPE_STYLE_COMBINATION
//RES_FONT_INVALID_SIZE
switch (_type)
{
case MoSync.Constants.FONT_TYPE_MONOSPACE:
break;
case MoSync.Constants.FONT_TYPE_SERIF:
break;
case MoSync.Constants.FONT_TYPE_SANS_SERIF:
break;
default:
return MoSync.Constants.RES_FONT_NO_TYPE_STYLE_COMBINATION;
}
return 0;
};
ioctls.maFontSetCurrent = delegate(int _font)
{
mCurrentFont = mFonts[_font];
mCurrentFontSource = new System.Windows.Documents.FontSource(mCurrentFont);
return 0;
};
}
public GlyphRun(GlyphTypeface glyphTypeface, int bidiLevel, bool isSideways, double renderingEmSize, IList<ushort> glyphIndices, System.Windows.Point baselineOrigin, IList<double> advanceWidths, IList<System.Windows.Point> glyphOffsets, IList<char> characters, string deviceFontName, IList<ushort> clusterMap, IList<bool> caretStops, System.Windows.Markup.XmlLanguage language)
{
}
public static XGlyphTypeface GetOrCreateFrom(string familyName, FontResolvingOptions fontResolvingOptions)
{
// Check cache for requested type face.
string typefaceKey = ComputeKey(familyName, fontResolvingOptions);
XGlyphTypeface glyphTypeface;
try
{
// Lock around TryGetGlyphTypeface and AddGlyphTypeface.
Lock.EnterFontFactory();
if (GlyphTypefaceCache.TryGetGlyphTypeface(typefaceKey, out glyphTypeface))
{
// Just return existing one.
return(glyphTypeface);
}
// Resolve typeface by FontFactory.
FontResolverInfo fontResolverInfo = FontFactory.ResolveTypeface(familyName, fontResolvingOptions, typefaceKey);
if (fontResolverInfo == null)
{
// No fallback - just stop.
throw new InvalidOperationException("No appropriate font found.");
}
#if CORE && !WITHOUT_DRAWING || GDI
GdiFont gdiFont = null;
#endif
#if WPF
WpfFontFamily wpfFontFamily = null;
WpfTypeface wpfTypeface = null;
WpfGlyphTypeface wpfGlyphTypeface = null;
#endif
#if UWP
// Nothing to do.
#endif
// Now create the font family at the first.
XFontFamily fontFamily;
#if !WITHOUT_DRAWING
PlatformFontResolverInfo platformFontResolverInfo = fontResolverInfo as PlatformFontResolverInfo;
if (platformFontResolverInfo != null)
{
// Case: fontResolverInfo was created by platform font resolver
// and contains platform specific objects that are reused.
#if CORE || GDI
// Reuse GDI+ font from platform font resolver.
gdiFont = platformFontResolverInfo.GdiFont;
fontFamily = XFontFamily.GetOrCreateFromGdi(gdiFont);
#endif
#if WPF
#if !SILVERLIGHT
// Reuse WPF font family created from platform font resolver.
wpfFontFamily = platformFontResolverInfo.WpfFontFamily;
wpfTypeface = platformFontResolverInfo.WpfTypeface;
wpfGlyphTypeface = platformFontResolverInfo.WpfGlyphTypeface;
fontFamily = XFontFamily.GetOrCreateFromWpf(wpfFontFamily);
#else
fontFamily = XFontFamily.GetOrCreateFromWpf(new WpfFontFamily(familyName));
#endif
#endif
#if NETFX_CORE || UWP
fontFamily = null;
#endif
}
else
#endif
{
// Case: fontResolverInfo was created by custom font resolver.
// Get or create font family for custom font resolver retrieved font source.
fontFamily = XFontFamily.GetOrCreateFontFamily(familyName);
}
// We have a valid font resolver info. That means we also have an XFontSource object loaded in the cache.
XFontSource fontSource = FontFactory.GetFontSourceByFontName(fontResolverInfo.FaceName);
Debug.Assert(fontSource != null);
// Each font source already contains its OpenTypeFontface.
#if CORE || GDI
glyphTypeface = new XGlyphTypeface(typefaceKey, fontFamily, fontSource, fontResolverInfo.StyleSimulations
#if !WITHOUT_DRAWING
, gdiFont
#endif
);
#endif
#if WPF
glyphTypeface = new XGlyphTypeface(typefaceKey, fontFamily, fontSource, fontResolverInfo.StyleSimulations, wpfTypeface, wpfGlyphTypeface);
#endif
#if NETFX_CORE || UWP
glyphTypeface = new XGlyphTypeface(typefaceKey, fontFamily, fontSource, fontResolverInfo.StyleSimulations);
#endif
GlyphTypefaceCache.AddGlyphTypeface(glyphTypeface);
}
finally { Lock.ExitFontFactory(); }
return(glyphTypeface);
}
private ushort GetGlyphFromCharacter(GlyphTypeface glyphTypeface, char character)
{
ushort glyphIndex;
// TryGetValue will return zero glyph index for missing code points,
// which is the right thing to display per http://www.microsoft.com/typography/otspec/cmap.htm
glyphTypeface.CharacterToGlyphMap.TryGetValue(character, out glyphIndex);
return glyphIndex;
}
public Boolean LoadFont()
{
if (this.OriginalPath.Equals("")) return false;
if (File.Exists(this.OriginalPath))
{
/* string fontsfolder = System.Environment.GetFolderPath(
System.Environment.SpecialFolder.Fonts);
string fileDest = fontsfolder+ "\\" + this.OriginalPath.Substring(this.OriginalPath.LastIndexOf("\\")+1);
File.Copy(this.OriginalPath,fileDest, true);
if (File.Exists(fileDest))
Console.Write("");*/
//Load Font in memory
Uri font = null;
GlyphTypeface gtf = null;
try
{
FileInfo info = new FileInfo(this.OriginalPath);
font = new Uri(info.FullName);
gtf = new GlyphTypeface(font);
if (gtf != null)
{
//Found Name Font for iPhone compatibility
foreach (System.Globalization.CultureInfo keys in gtf.FamilyNames.Keys)
{
this.NameForIphone = gtf.FamilyNames[keys].ToString();
}
//Load FileName as Android compatibility
FileInfo fi = new FileInfo(this.OriginalPath);
this.NameForAndroid = fi.Name.Replace(".ttf", "");
fi = null;
gtf = null;
return true;
}
if (!this.IsFontInstalled())
{
MessageBox.Show("The True Type Font file \""+ this.NameForIphone+"\" does not seem to be installed on this computer!\n Please close Krea then install the font before using it!", "Warning", MessageBoxButton.OK, MessageBoxImage.Warning);
return false;
}
}
catch
{
MessageBox.Show("The True Type Font file \"" + this.NameForIphone + "\" does not seem to be installed on this computer!\n Please close Krea then install the font before using it!", "Warning", MessageBoxButton.OK, MessageBoxImage.Warning);
return false;
}
gtf = null;
return false;
}
return false;
}
/// <summary>
/// Create a WPF GlyphTypeface and retrieve font data from it.
/// </summary>
internal static XFontSource CreateFontSource(string familyName, FontResolvingOptions fontResolvingOptions,
out WpfFontFamily wpfFontFamily, out WpfTypeface wpfTypeface, out WpfGlyphTypeface wpfGlyphTypeface, string typefaceKey)
{
if (string.IsNullOrEmpty(typefaceKey))
{
typefaceKey = XGlyphTypeface.ComputeKey(familyName, fontResolvingOptions);
}
XFontStyle style = fontResolvingOptions.FontStyle;
#if DEBUG
if (StringComparer.OrdinalIgnoreCase.Compare(familyName, "Segoe UI Semilight") == 0 &&
(style & XFontStyle.BoldItalic) == XFontStyle.Italic)
{
familyName.GetType();
}
#endif
// Use WPF technique to create font data.
wpfTypeface = XPrivateFontCollection.TryCreateTypeface(familyName, style, out wpfFontFamily);
#if DEBUG__
if (wpfTypeface != null)
{
WpfGlyphTypeface glyphTypeface;
ICollection <WpfTypeface> list = wpfFontFamily.GetTypefaces();
foreach (WpfTypeface tf in list)
{
if (!tf.TryGetGlyphTypeface(out glyphTypeface))
{
Debug - Break.Break();
}
}
//if (!WpfTypeface.TryGetGlyphTypeface(out glyphTypeface))
// throw new InvalidOperationException(PSSR.CannotGetGlyphTypeface(familyName));
}
#endif
if (wpfFontFamily == null)
{
wpfFontFamily = new WpfFontFamily(familyName);
}
if (wpfTypeface == null)
{
wpfTypeface = FontHelper.CreateTypeface(wpfFontFamily, style);
}
// Let WPF choose the right glyph typeface.
if (!wpfTypeface.TryGetGlyphTypeface(out wpfGlyphTypeface))
{
throw new InvalidOperationException(PSSR.CannotGetGlyphTypeface(familyName));
}
// Get or create the font source and cache it unter the specified typeface key.
XFontSource fontSource = XFontSource.GetOrCreateFromWpf(typefaceKey, wpfGlyphTypeface);
return(fontSource);
}
private void generateEpub()
{
picHtmlList.Clear();
txtHtmlList.Clear();
embedFontPaths.Clear();
ALLBODYTEXT.Clear();
ALLTITLETEXT.Clear();
IndexT.Clear();
IndexB.Clear();
glyphTypefaceT = new GlyphTypeface();
glyphTypefaceB = new GlyphTypeface();
coverHtml.Clear();
css.Clear();
opf.Clear();
ncx.Clear();
if (TXTPath == null)
{
MessageBoxEx.Show(LANG.getString("mainpage3_generateEpub_no_file"));
return;
}
stopWatch = new Stopwatch();
stopWatch.Start();
if (DONE)
{
if (!coverChanged)
{
deleteAllTempFiles();
}
DONE = false;
}
if (origCover != null && !File.Exists(CoverPath) && !File.Exists(CoverPathSlim))
{
generateCoverFromFilePath();
}
/*** Load new TOC ***/
Boolean validTOC = loadNewTOC();
if (!validTOC) return;
/*** Load new Intro ***/
Intro = pg1.cover_intro_textbox.Text;
if (Intro != "")
{
Intro = "<span class=\"Apple-style-span\">" + Intro + "</span>";
if (Intro.Contains("\r\n"))
{
Intro = Intro.Replace("\r\n", "</span><br/><span class=\"Apple-style-span\">");
}
}
/*** Load settings ***/
Int32 translation = translationState(stsObj.StT, stsObj.TtS);
String temp1 = bookAndAuthor[0];
String temp2 = bookAndAuthor[1];
bookAndAuthor.Clear();
bookAndAuthor.Add(translate(temp1, translation));
bookAndAuthor.Add(translate(temp2, translation));
if (stsObj.embedFontSubset)
{
titleFontPath = FontNameFile.getFontFileName(stsObj.titleFont);
if (titleFontPath.CompareTo("") == 0)
MessageBoxEx.Show(LANG.getString("mainpage3_generateEpub_title_not_ttf"));
else
{
URIT = new Uri(titleFontPath);
glyphTypefaceT = new GlyphTypeface(URIT);
}
bodyFontPath = FontNameFile.getFontFileName(stsObj.bodyFont);
if (bodyFontPath.CompareTo("") == 0)
MessageBoxEx.Show(LANG.getString("mainpage3_generateEpub_body_not_ttf"));
else
{
URIB = new Uri(bodyFontPath);
glyphTypefaceB = new GlyphTypeface(URIB);
}
}
epubWorker.ReportProgress(20);
/*** Generate temp HTML ***/
Boolean HTML = generateHTML(stsObj.coverFirstPage, translation, stsObj.verticalText, stsObj.replaceNumByHan, stsObj.embedFontSubset, stsObj.dropCap, stsObj.stickupCap);
if (!HTML) { broken = true; return; }
epubWorker.ReportProgress(60);
/*** Generate CSS ***/
generateCSS(stsObj.verticalText, stsObj.marginL, stsObj.marginR, stsObj.marginT, stsObj.marginB, stsObj.lineSpacing, stsObj.addParagraphSpacing, stsObj.titleFont, stsObj.titleColor, stsObj.bodyFont, stsObj.bodyColor, stsObj.pageColor, stsObj.embedFontSubset);
/*** Image File ***/
Boolean IMG = copyImageFile(stsObj.verticalText, stsObj.bookNameFont, stsObj.authorNameFont);
if (!IMG) { broken = true; return; }
/*if (!coverFirstPage)
if (File.Exists(getIMGFolderPath() + "\\cover~slim.jpg"))
File.Delete(getIMGFolderPath() + "\\cover~slim.jpg");*/
/*** Generate OPF ***/
generateOPF(stsObj.coverFirstPage, translation, stsObj.verticalText, stsObj.embedFontSubset);
/*** Generate NCX ***/
generateNCX(stsObj.coverFirstPage, stsObj.coverNoTOC, translation, stsObj.replaceNumByHan);
/*** Generate other files ***/
mimetype = "application/epub+zip";
container = "<?xml version=\"1.0\" encoding=\"UTF-8\" ?>\n<container version=\"1.0\" xmlns=\"urn:oasis:names:tc:opendocument:xmlns:container\">\n\t<rootfiles>\n\t\t<rootfile full-path=\"OEBPS/content.opf\" media-type=\"application/oebps-package+xml\" />\n\t</rootfiles>\n</container>";
display_options = "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\" ?>\n<display_options>\n\t<platform name=\"*\">\n\t\t<option name=\"specified-fonts\">true</option>\n\t</platform>\n</display_options>";
epubWorker.ReportProgress(80);
/*** ZIP ***/
if (bookAndAuthor_isChinese)
DocName = "《" + bookAndAuthor[0] + "》作者：" + bookAndAuthor[1];
else
DocName = bookAndAuthor[0] + " By " + bookAndAuthor[1];
zipPath = stsObj.fileLocation + "\\" + DocName + ".epub";
using (ZipFile zip = new ZipFile())
{
zip.EmitTimesInWindowsFormatWhenSaving = false; // Exclude extra attribute (timestamp); same as -X command
zip.CompressionLevel = Ionic.Zlib.CompressionLevel.None; // Ensure mimetype file is NOT compressed
zip.Encryption = EncryptionAlgorithm.None; // Ensure mimetype file is NOT encryped
zip.AddEntry("mimetype", mimetype, Encoding.ASCII); // yet another way to generate flawless mimetype file
zip.Save(zipPath);
zip.CompressionLevel = Ionic.Zlib.CompressionLevel.BestCompression;
zip.AddDirectoryByName("META-INF");
zip.AddEntry("META-INF\\container.xml", container, Encoding.UTF8);
zip.AddEntry("META-INF\\com.apple.ibooks.display-options.xml", display_options, Encoding.UTF8);
zip.AddDirectoryByName("OEBPS");
zip.AddDirectoryByName("OEBPS\\Images");
zip.AddDirectoryByName("OEBPS\\Styles");
zip.AddDirectoryByName("OEBPS\\Text");
zip.AddEntry("OEBPS\\Styles\\main.css", css.ToString(), Encoding.UTF8);
zip.AddEntry("OEBPS\\content.opf", opf.ToString(), Encoding.UTF8);
zip.AddEntry("OEBPS\\toc.ncx", ncx.ToString(), Encoding.UTF8);
if (stsObj.coverFirstPage) zip.AddEntry("OEBPS\\Text\\coverpage.html", coverHtml.ToString(), Encoding.UTF8);
for (Int32 i = 1; i <= txtHtmlList.Count; i++) zip.AddEntry("OEBPS\\Text\\chapter" + i + ".html", txtHtmlList[i - 1], Encoding.UTF8);
for (Int32 i = 0; i < picHtmlList.Count; i++) zip.AddEntry("OEBPS\\Text\\picture" + i + ".html", picHtmlList[i], Encoding.UTF8);
zip.AddFile(CoverPath, "OEBPS\\Images\\");
zip.AddFile(CoverPathSlim, "OEBPS\\Images\\");
for (Int32 i = 0; i < pictureHTMLs.Count; i++)
{
String origPic = tempPath + "\\picture" + i + ".jpg";
String origPicSlim = tempPath + "\\picture" + i + "~slim.jpg";
zip.AddFile(origPic, "OEBPS\\Images\\");
zip.AddFile(origPicSlim, "OEBPS\\Images\\");
}
if (parchmentNeeded) zip.AddFile(tempPath + "\\parchment.jpg", "OEBPS\\Images\\");
if (hasFootNote)
{
// Use the note.png from resourses
//Extract(resourcesPath, "Resources", "note.png");
//zip.AddFile(resourcesPath + "\\note.png", "OEBPS\\Images\\");
// Use auto-generated note.png
generateNotePic();
zip.AddFile(tempPath + "\\note.png", "OEBPS\\Images\\");
}
if (stsObj.embedFontSubset)
{
for (Int32 i = 0; i < embedFontPaths.Count; i++)
{
zip.AddFile(embedFontPaths[i], "OEBPS\\Fonts\\");
}
}
zip.Save(zipPath);
}
processedIntro = Intro;
if (processedIntro != "")
{
if (processedIntro.Contains("</span><br/><span class=\"Apple-style-span\">"))
{
processedIntro = processedIntro.Replace("</span><br/><span class=\"Apple-style-span\">", "\r\n");
}
processedIntro = processedIntro.Replace("<span class=\"Apple-style-span\">", "").Replace("</span>", "");
}
epubWorker.ReportProgress(100);
/*** Generate MOBI from EPUB ***/
if (stsObj.generateMOBI)
{
generateMobi();
epubWorker.ReportProgress(110);
}
}