internal static DocumentFont GetFont(PDFObjects pdf, PdfObject pdfObject)
{
var dic = pdf.GetObject <DictionaryObject>(pdfObject);
var name = pdf.GetObject <NameObject>(dic.Dictionary["BaseFont"]).Value;
lock (lck) {
if (m_lstFont.ContainsKey(name))
{
return(m_lstFont[name]);
}
if (IsBaseFont(pdf, dic))
{
var font = new DocumentBaseFont(name);
m_lstFont.Add(name, font);
return(font);
}
else if (IsSubsetFont(dic))
{
var font = pdf.GetDocument <DocumentTtfSubsetFont>(pdfObject);
m_lstFont.Add(name, font);
return(font);
}
else if (IsTrueTypeFont(pdf, dic))
{
var font = pdf.GetDocument <DocumentTtfFont>(pdfObject);
m_lstFont.Add(name, font);
return(font);
}
}
throw new PdfException(PdfExceptionCodes.INVALID_FONT, $"Not supported font type");
}
public static DocumentImage GetImage(PDFObjects pdf, PdfObject pdfObject)
{
var dic = pdf.GetObject <DictionaryObject>(pdfObject);
if (dic.Dictionary.ContainsKey("Filter") && pdf.GetObject <NameObject>(dic.Dictionary["Filter"]).Value == "DCTDecode")
{
return(GetImageInternal(dic.Stream));
}
int width = pdf.GetObject <IntegerObject>(dic.Dictionary["Width"]).IntValue;
int height = pdf.GetObject <IntegerObject>(dic.Dictionary["Height"]).IntValue;
int bitsPerComponents = pdf.GetObject <IntegerObject>(dic.Dictionary["BitsPerComponent"]).IntValue;
string colorSpace = pdf.GetObject <NameObject>(dic.Dictionary["ColorSpace"]).Value;
return(GetRawImage(dic.Stream, width, height, bitsPerComponents, Enum.Parse <DeviceColorSpace>(colorSpace)));
}
private static bool IsBaseFont(PDFObjects pdf, DictionaryObject dic)
=> dic.Dictionary.ContainsKey("BaseFont") &&
dic.Dictionary.ContainsKey("Subtype") &&
pdf.GetObject <NameObject>(dic.Dictionary["Subtype"]).Value == "Type1";
