public FontInfo(IntPtr hfont, string fontFamily, int fontSize, int fontWeight, AntialiasFormat antialiasFormat)
{
Hfont = hfont;
FontFamily = fontFamily;
FontSize = fontSize;
FontWeight = fontWeight;
AntialiasFormat = antialiasFormat;
}
public int RegisterFont(string fontFamily, int fontSize, int fontWeight, AntialiasFormat antialiasFormat)
{
IntPtr hfont = isX64 ? CalculationX64.getHfont(fontFamily, fontSize, fontWeight) : CalculationX86.getHfont(fontFamily, fontSize, fontWeight);
if (fonts.Any(f => f.FontFamily == fontFamily && f.FontSize == fontSize && f.FontWeight == fontWeight && f.AntialiasFormat == antialiasFormat))
{
return(fonts.FindIndex(f => f.FontFamily == fontFamily && f.FontSize == fontSize && f.FontWeight == fontWeight && f.AntialiasFormat == antialiasFormat));
}
else
{
fonts.Add(new FontInfo(hfont, fontFamily, fontSize, fontWeight, antialiasFormat));
return(fonts.Count - 1);
}
}
internal LedFont Create(string name, string systemName, IEnumerable <string> searchNames, string fontFamily, int fontSize, int fontWeight, AntialiasFormat antialiasFormat)
{
int fontIndex = calculatorGateway.RegisterFont(fontFamily, fontSize, fontWeight, antialiasFormat);
int ascent = calculatorGateway.GetStringAscent(fontIndex);
int height = calculatorGateway.GetStringHeight(fontIndex);
return(new LedFont(name, systemName, searchNames, fontIndex, ascent, height));
}
