public static GlyphTable Load(FontReader reader)
{
uint[] locations = reader.GetTable <IndexLocationTable>().GlyphOffsets;
Bounds fallbackEmptyBounds = reader.GetTable <HeadTable>().Bounds;
using (BinaryReader binaryReader = reader.GetReaderAtTablePosition(TableName))
{
return(Load(binaryReader, locations, fallbackEmptyBounds));
}
}
public static HorizontalMetricsTable Load(FontReader reader)
{
// you should load all dependent tables prior to manipulating the reader
HorizontalHeadTable headTable = reader.GetTable <HorizontalHeadTable>();
MaximumProfileTable profileTable = reader.GetTable <MaximumProfileTable>();
// Move to start of table
using BigEndianBinaryReader binaryReader = reader.GetReaderAtTablePosition(TableName);
return(Load(binaryReader, headTable.NumberOfHMetrics, profileTable.GlyphCount));
}
public static IndexLocationTable Load(FontReader reader)
{
var head = reader.GetTable <HeadTable>();
var maxp = reader.GetTable <MaximumProfileTable>();
// must not get a binary reader untill all depended data is retrieved in case they need to use the stream
using (var binaryReader = reader.GetReaderAtTablePosition(TableName))
{
return(Load(binaryReader, maxp.GlyphCount, head.IndexLocationFormat));
}
}
public static GlyphTable Load(FontReader reader)
{
var locations = reader.GetTable <IndexLocationTable>().GlyphOffsets;
using (var binaryReader = reader.GetReaderAtTablePosition(TableName))
{
return(Load(binaryReader, locations));
}
}
public void GlyphsCount_WithWoffFormat_EqualsTtf()
{
var fontReaderWoff = new FontReader(TestFonts.OpensSansWoff1Data());
GlyphTable glyphsWoff = fontReaderWoff.GetTable <GlyphTable>();
var fontReaderTtf = new FontReader(TestFonts.OpenSansTtfData());
GlyphTable glyphsTtf = fontReaderTtf.GetTable <GlyphTable>();
Assert.Equal(glyphsTtf.GlyphCount, glyphsWoff.GlyphCount);
}
public static IndexLocationTable Load(FontReader reader)
{
HeadTable head = reader.GetTable <HeadTable>();
if (head == null)
{
throw new InvalidFontTableException("Unable to find table", "head");
}
MaximumProfileTable maxp = reader.GetTable <MaximumProfileTable>();
// must not get a binary reader untill all depended data is retrieved in case they need to use the stream
using (BinaryReader binaryReader = reader.TryGetReaderAtTablePosition(TableName))
{
if (binaryReader == null)
{
return(null);
}
return(Load(binaryReader, maxp.GlyphCount, head.IndexLocationFormat));
}
}
public void ReadCMapTable()
{
BinaryWriter writer = new BinaryWriter();
writer.WriteTrueTypeFileHeader(new TableHeader("cmap", 0, 0, 20));
writer.WriteCMapTable(new[] {
new SixLabors.Fonts.Tables.General.CMap.Format0SubTable(0, WellKnownIds.PlatformIDs.Macintosh, 1, new byte[] { 2, 9 })
});
FontReader reader = new FontReader(writer.GetStream());
CMapTable cmap = reader.GetTable <CMapTable>();
Assert.NotNull(cmap);
}
public void ShouldReturnTableValues()
{
var writer = new BigEndianBinaryWriter();
writer.WriteTrueTypeFileHeader();
writer.WriteColrTable(new[]
{
new ColrGlyphRecord
{
Glyph = 1,
Layers =
{
new ColrLayerRecord {
Glyph = 10, Pallete = 1
},
new ColrLayerRecord {
Glyph = 11, Pallete = 2
}
}
},
new ColrGlyphRecord
{
Glyph = 2,
Layers =
{
new ColrLayerRecord {
Glyph = 12, Pallete = 1
},
new ColrLayerRecord {
Glyph = 13, Pallete = 2
}
}
}
});
using (System.IO.Stream stream = TestFonts.TwemojiMozillaData())
{
var reader = new FontReader(stream);
ColrTable tbl = reader.GetTable <ColrTable>();
System.Span <Fonts.Tables.General.Colr.LayerRecord> layers = tbl.GetLayers(15);
Assert.Equal(2, layers.Length);
}
}