public static string StringFromAnnotationType(PSPDFAnnotationType annotationType)
{
IntPtr ptr = _StringFromAnnotationType(annotationType);
string val = (string)(NSString)Runtime.GetNSObject(ptr);
return(val);
}
public static string StringFromAnnotationType(PSPDFAnnotationType annotationType)
{
IntPtr ptr = _StringFromAnnotationType(annotationType);
string val = (string) (NSString) Runtime.GetNSObject(ptr);
return val;
}
public static string GetString(PSPDFAnnotationType annotationType)
{
return((string)Runtime.GetNSObject <NSString> (_StringFromAnnotationType((nuint)(ulong)annotationType)));
}
private static extern IntPtr _StringFromAnnotationType(PSPDFAnnotationType annotationType);
public static string StringFromAnnotationType(PSPDFAnnotationType annotationType)
{
return (string)Runtime.GetNSObject<NSString> (_StringFromAnnotationType ((uint)annotationType));
}
public virtual PSPDFAnnotation[] AnnotationsForPage(uint page, PSPDFAnnotationType type, CGPDFPage pageRef)
{
return AnnotationsForPage_ (page, type, pageRef.Handle);
}
public PSPDFAnnotation(CGPDFDictionary annotDict, CGPDFArray annotsArray, PSPDFAnnotationType annotationType)
: this(annotDict.Handle, annotsArray.Handle, annotationType)
{
}
public PSPDFAnnotation [] AnnotationsForPage(uint page, PSPDFAnnotationType type, CGPDFPage /*CGPDFPageRef*/ pageRef)
{
return(AnnotationsForPage_(page, type, pageRef.Handle));
}
private static extern IntPtr _StringFromAnnotationType(PSPDFAnnotationType annotationType);
public PSPDFAnnotation(CGPDFDictionary annotDict, CGPDFArray annotsArray, PSPDFAnnotationType annotationType) : this(annotDict.Handle, annotsArray.Handle, annotationType)
{
}
public virtual PSPDFAnnotation[] AnnotationsForPage(nuint page, PSPDFAnnotationType type, CGPDFPage pageRef)
{
if (pageRef == null)
return AnnotationsForPage (page, type, IntPtr.Zero);
else
return AnnotationsForPage (page, type, pageRef.Handle);
}
public static string StringFromAnnotationType(PSPDFAnnotationType annotationType)
{
return (string) new NSString (_StringFromAnnotationType ((uint)annotationType));
}
public List <AnnotationItem> GenerateParseItem(nuint page, PSPDFAnnotationType type)
{
List <AnnotationItem> items = null;
PSPDFAnnotation[] anns = this.Document.AnnotationsForPage(page, type);
if (anns != null)
{
if (anns.Length > 0)
{
items = new List <AnnotationItem>();
PSPDFPageView pageView = this.PageViewForPage(page);
if (pageView != null)
{
for (int i = 0; i < anns.Length; i++)
{
if (!anns[i].Deleted)
{
String dictionaryKey = StringRef.Pen;
PSPDFInkAnnotation ann = (PSPDFInkAnnotation)anns[i];
if (ann.LineWidth > 10)
{
dictionaryKey = StringRef.Highlighter;
}
dictionaryKey += " " + i.ToString();
// boundingBox
String description = String.Empty;
String boundingBox = ann.DictionaryValue["boundingBox"].ToString();
description += "[BoundingBox]" + boundingBox;
// color
String color = ann.DictionaryValue["color"].ToString();
description += "[Color]" + color;
// lineWidth
String lineWidth = ann.DictionaryValue["lineWidth"].ToString();
description += "[LineWidth]" + lineWidth;
// Add description to the dictionary
items.Add(new AnnotationItem(dictionaryKey, description));
// Lines
String points = String.Empty;
String pdfSize = StringRef.pdfSize + pageView.Frame.Width + "x" + pageView.Frame.Height;
for (int j = 0; j < ann.Lines.Count; j++)
{
if (j != 0)
{
points += StringRef.annDivider;
}
String pointStr = String.Empty;
if (ann.Lines[j] != null && ann.Lines[j].Length > 0)
{
for (int k = 0; k < ann.Lines[j].Length; k++)
{
pointStr += ann.Lines[j][k].ToString();
}
}
List <CGPoint> pointList = AnnotationsDataAccessor.GeneratePointF(pointStr);
if (pointList != null && pointList.Count > 0)
{
points += pdfSize + StringRef.viewPoints;
foreach (CGPoint point in pointList)
{
points += pageView.ConvertPdfPointToViewPoint(point);
}
points += StringRef.pdfPoints;
foreach (CGPoint point in pointList)
{
points += point;
}
}
}
// Add line points to the dictionary
items.Add(new AnnotationItem(dictionaryKey, points));
}
}
}
}
}
return(items);
}
