internal FakeFontInstance(
NameTable nameTable,
MaximumProfileTable maxpTable,
CMapTable cmap,
GlyphTable glyphs,
OS2Table os2,
HorizontalHeadTable horizontalHeadTable,
HorizontalMetricsTable horizontalMetrics,
VerticalHeadTable verticalHeadTable,
VerticalMetricsTable verticalMetrics,
HeadTable head,
KerningTable kern)
: base(
nameTable,
maxpTable,
cmap,
glyphs,
os2,
horizontalHeadTable,
horizontalMetrics,
verticalHeadTable,
verticalMetrics,
head,
kern,
null,
null,
null,
null,
null,
null,
null,
null)
{
}
public void ShouldReturnNullWhenTableCouldNotBeFound()
{
var writer = new BigEndianBinaryWriter();
writer.WriteTrueTypeFileHeader();
using MemoryStream stream = writer.GetStream();
Assert.Null(VerticalHeadTable.Load(new FontReader(stream)));
}
public static VerticalMetricsTable Load(FontReader reader)
{
// You should load all dependent tables prior to manipulating the reader
VerticalHeadTable headTable = reader.GetTable <VerticalHeadTable>();
MaximumProfileTable profileTable = reader.GetTable <MaximumProfileTable>();
// Move to start of table
using BigEndianBinaryReader binaryReader = reader.GetReaderAtTablePosition(TableName);
return(Load(binaryReader, headTable.NumberOfVMetrics, profileTable.GlyphCount));
}
public void LoadVerticalHeadTable()
{
var writer = new BigEndianBinaryWriter();
writer.WriteVerticalHeadTable(new VerticalHeadTable(1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11));
var tbl = VerticalHeadTable.Load(writer.GetReader());
Assert.Equal(1, tbl.Ascender);
Assert.Equal(2, tbl.Descender);
Assert.Equal(3, tbl.LineGap);
Assert.Equal(4, tbl.AdvanceHeightMax);
Assert.Equal(5, tbl.MinTopSideBearing);
Assert.Equal(6, tbl.MinBottomSideBearing);
Assert.Equal(7, tbl.YMaxExtent);
Assert.Equal(8, tbl.CaretSlopeRise);
Assert.Equal(9, tbl.CaretSlopeRun);
Assert.Equal(10, tbl.CaretOffset);
Assert.Equal(11, tbl.NumberOfVMetrics);
}
