void Dump(StringBuilder sb, int indentation, CGPDFDictionary dict)
{
var ident = new string (' ', indentation + 4);
if (processed.Contains(dict.Handle))
{
sb.AppendLine($"{ident}Already procesed CGPDFDictionary with handle 0x{dict.Handle.ToString ("x")}");
return;
}
processed.Add(dict.Handle);
indentation++;
sb.AppendLine($"{ident}Dictionary with {dict.Count} elements (0x{dict.Handle.ToString ("x")})");
dict.Apply((string key, object obj, object info) => {
sb.AppendLine($"{ident}{key} => Object={obj} (Type: {obj.GetType ()})");
Dump(sb, indentation + 1, obj);
});
indentation--;
}
public static PSPDFDigitalSignatureReference FromDictionary(CGPDFDictionary dict)
{
return PSPDFDigitalSignatureReference.FromDictionary (dict.Handle);
}
public PSPDFFontInfo(CGPDFDictionary font, string fontKey)
: this(font.Handle, fontKey)
{
}
public static PSPDFAppearanceCharacteristics FromCharacteristicsDict(CGPDFDictionary apCharacteristicsDict)
{
return FromCharacteristicsDictPtr (apCharacteristicsDict.Handle);
}
public PSPDFAnnotation(CGPDFDictionary annotDict, CGPDFArray annotsArray, PSPDFAnnotationType annotationType)
: this(annotDict.Handle, annotsArray.Handle, annotationType)
{
}
public PSPDFFontInfo InitWithFontDictionary(CGPDFDictionary font)
{
return InitWithFontDictionary_(font.Handle);
}
public PSPDFFontInfo InitWithFontDictionary(CGPDFDictionary font)
{
return(InitWithFontDictionary_(font.Handle));
}
public PSPDFAnnotation(CGPDFDictionary annotDict, CGPDFArray annotsArray, PSPDFAnnotationType annotationType) : this(annotDict.Handle, annotsArray.Handle, annotationType)
{
}