void PasteDataObject(IDataObject iData, string opPrefix, double objX, double objY)
{
if (iData.GetDataPresent(FigureSerialize.DDRAW_FIGURE_XML))
{
undoRedoArea.Start(string.Format("{0} {1}", opPrefix, WbLocale.Figures));
List<Figure> figs = FigureSerialize.FromXml((string)iData.GetData(FigureSerialize.DDRAW_FIGURE_XML));
foreach (Figure f in figs)
WorkBookUtils.PutInBounds(de, f);
de.PasteAsSelectedFigures(figs);
undoRedoArea.Commit();
}
else if (iData.GetDataPresent(DataFormats.Text))
{
undoRedoArea.Start(string.Format("{0} {1}", opPrefix, WbLocale.Text));
TextFigure f = new TextFigure(new DPoint(objX, objY), (string)iData.GetData(DataFormats.Text), 0);
tsEngineState.DapText.ApplyPropertiesToFigure(f);
de.PasteAsSelectedFigures(new List<Figure>(new Figure[] { f }));
undoRedoArea.Commit();
}
else if (iData.GetDataPresent(DataFormats.Bitmap))
{
undoRedoArea.Start(string.Format("{0} {1}", opPrefix, WbLocale.Bitmap));
Bitmap bmp = (Bitmap)iData.GetData(DataFormats.Bitmap, true);
byte[] imageData = WFHelper.ToImageData(bmp);
BitmapFigure f = new BitmapFigure(new DRect(objX, objY, bmp.Width, bmp.Height), 0, imageData, "Clipboard.bmp");
de.PasteAsSelectedFigures(new List<Figure>(new Figure[] { f }));
undoRedoArea.Commit();
}
else if (iData.GetDataPresent(DataFormats.FileDrop))
{
undoRedoArea.Start(string.Format("{0} {1}", opPrefix, WbLocale.File));
string path = ((string[])iData.GetData(DataFormats.FileDrop))[0];
if (IsImageFilePath(path))
{
Figure f;
if (IsWmfFilePath(path))
f = new MetafileFigure(new DPoint(objX, objY), 0,
DDraw.DMetafileType.Wmf, WorkBookUtils.GetBytesFromFile(path), path);
else
{
Bitmap bmp = (Bitmap)Bitmap.FromFile(path);
f = new BitmapFigure(new DRect(objX, objY, bmp.Width, bmp.Height), 0,
WFHelper.ToImageData(bmp), path);
}
de.PasteAsSelectedFigures(new List<Figure>(new Figure[] { f }));
}
else if (attachmentView1.CheckAttachmentExists(path))
{
TextFigure f = new TextFigure(new DPoint(objX, objY), Path.GetFileName(path), 0);
f.UserAttrs[Links.Link] = attachmentView1.AddAttachment(path);
f.UserAttrs[Links.LinkType] = LinkType.Attachment.ToString();
tsEngineState.DapText.ApplyPropertiesToFigure(f);
de.PasteAsSelectedFigures(new List<Figure>(new Figure[] { f }));
}
undoRedoArea.Commit();
}
else if (iData.GetDataPresent(attachmentView1.GetType()))
{
undoRedoArea.Start(string.Format("{0} {1}", opPrefix, WbLocale.Attachment));
foreach (ListViewItem item in attachmentView1.SelectedItems)
{
if (IsImageFilePath(item.Text))
{
using (MemoryStream ms = new MemoryStream(attachmentView1.GetAttachment(item.Text)))
{
Figure f ;
if (IsWmfFilePath(item.Text))
f = new MetafileFigure(new DPoint(objX, objY), 0,
DDraw.DMetafileType.Wmf, ms.ToArray(), item.Text);
else
{
Bitmap bmp = (Bitmap)Bitmap.FromStream(ms);
f = new BitmapFigure(new DRect(objX, objY, bmp.Width, bmp.Height), 0,
WFHelper.ToImageData(bmp), item.Text);
}
de.PasteAsSelectedFigures(new List<Figure>(new Figure[] { f }));
}
}
else
{
TextFigure f = new TextFigure(new DPoint(objX, objY), item.Text, 0);
f.UserAttrs[Links.Link] = item.Text;
f.UserAttrs[Links.LinkType] = LinkType.Attachment.ToString();
tsEngineState.DapText.ApplyPropertiesToFigure(f);
de.PasteAsSelectedFigures(new List<Figure>(new Figure[] { f }));
}
}
undoRedoArea.Commit();
}
}
void AnnoTools_ImportAnnotationsArea(DBitmap bmp)
{
// progress form
ProgressForm pf = new ProgressForm();
pf.Text = WbLocale.ImportingAreaAsImage;
pf.Shown += delegate(object s, EventArgs e)
{
Application.DoEvents();
// import annotations
undoRedoArea.Start(WbLocale.ImportAnnotations);
BitmapFigure f = new BitmapFigure(new DRect(10, 10, bmp.Width, bmp.Height), 0, WFHelper.ToImageData(bmp), "annotations.png");
de.AddFigure(f);
dvEditor.Update();
undoRedoArea.Commit();
// close dialog
pf.Close();
};
pf.ShowDialog();
}
Figure SvgElementToFigure(SvgElement e)
{
Figure f = null;
if (e is SvgRectElement || e is SvgImageElement)
{
if (e.Attributes.ContainsKey("x") && e.Attributes.ContainsKey("y") &&
e.Attributes.ContainsKey("width") && e.Attributes.ContainsKey("height"))
{
SvgLength X = new SvgLength((string)e.Attributes["x"]);
SvgLength Y = new SvgLength((string)e.Attributes["y"]);
SvgLength Width = new SvgLength((string)e.Attributes["width"]);
SvgLength Height = new SvgLength((string)e.Attributes["height"]);
DRect r = new DRect(X.Value, Y.Value, Width.Value, Height.Value);
if (e is SvgRectElement)
f = new RectFigure(r, 0);
else if (e is SvgImageElement)
{
SvgImageElement e2 = (SvgImageElement)e;
byte[] imgData = Read(e2.Href);
if (imgData != null)
f = new BitmapFigure(r, 0, imgData, Path.GetFileName(e2.Href));
}
}
}
else if (e is SvgEllipseElement)
{
SvgEllipseElement e2 = (SvgEllipseElement)e;
if (e2.Attributes.ContainsKey("cx") && e2.Attributes.ContainsKey("cy") &&
e2.Attributes.ContainsKey("rx") && e2.Attributes.ContainsKey("ry"))
{
e2.CX = new SvgLength((string)e2.Attributes["cx"]);
e2.CY = new SvgLength((string)e2.Attributes["cy"]);
e2.RX = new SvgLength((string)e2.Attributes["rx"]);
e2.RY = new SvgLength((string)e2.Attributes["ry"]);
f = new EllipseFigure(new DRect(e2.CX.Value - e2.RX.Value, e2.CY.Value - e2.RY.Value,
e2.RX.Value * 2, e2.RY.Value * 2), 0);
}
}
else if (e is SvgPathElement)
{
SvgPathElement e2 = (SvgPathElement)e;
if (e2.Attributes.ContainsKey("d"))
{
e2.D = new SvgPath((string)e2.Attributes["d"]);
// treat all paths as polygons for the moment
DPoints pts = new DPoints();
for (int i = 0; i < e2.D.Count; i++)
{
PathSeg s = e2.D[i];
if ((s.Type == SvgPathSegType.SVG_SEGTYPE_MOVETO || s.Type == SvgPathSegType.SVG_SEGTYPE_LINETO) &&
s.Abs)
pts.Add(new DPoint(s.Data[0], s.Data[1]));
}
if (pts.Count >= 3)
{
DRect r = pts.Bounds();
foreach (DPoint pt in pts)
{
pt.X = (pt.X - r.Left) / r.Width;
pt.Y = (pt.Y - r.Top) / r.Height;
}
f = new PolygonFigure(pts);
f.Rect = r;
}
}
}
else if (e is SvgPolylineElement)
{
SvgPolylineElement e2 = (SvgPolylineElement)e;
if (e2.Attributes.ContainsKey("points"))
f = new PolylineFigure(DPoints.FromString((string)e2.Attributes["points"]));
}
else if (e is SvgLineElement)
{
SvgLineElement e2 = (SvgLineElement)e;
if (e2.Attributes.ContainsKey("x1") && e2.Attributes.ContainsKey("y1") &&
e2.Attributes.ContainsKey("x2") && e2.Attributes.ContainsKey("y2"))
{
e2.X1 = new SvgLength((string)e2.Attributes["x1"]);
e2.Y1 = new SvgLength((string)e2.Attributes["y1"]);
e2.X2 = new SvgLength((string)e2.Attributes["x2"]);
e2.Y2 = new SvgLength((string)e2.Attributes["y2"]);
f = new LineFigure2(new DPoint(e2.X1.Value, e2.Y1.Value),
new DPoint(e2.X2.Value, e2.Y2.Value));
}
}
else if (e is SvgGroupElement)
{
SvgGroupElement e2 = (SvgGroupElement)e;
f = new GroupFigure();
GroupFigure gf = (GroupFigure)f;
foreach (SvgElement childEle in e2.Children)
{
Figure childFig = SvgElementToFigure(childEle);
if (childFig != null)
gf.ChildFigures.Add(childFig);
}
if (gf.ChildFigures.Count > 0)
gf.ChildFigures = gf.ChildFigures;
else
f = null;
}
else if (e is SvgTextElement)
{
double fontSize;
string fontFamily;
DColor fill;
bool bold, italic, underline;
string text = ExtractText(e, 0, out fontSize, out fontFamily, out fill, out bold, out italic, out underline);
while (text.EndsWith("\n"))
text = text.Substring(0, text.Length - 1);
if (text != null)
{
DPoint translation = GetSvgElementTranslation((SvgTextElement)e);
f = new TextFigure(translation, text, 0);
((TextFigure)f).FontSize = fontSize;
((TextFigure)f).FontName = fontFamily;
((TextFigure)f).Fill = fill;
((TextFigure)f).Bold = bold;
((TextFigure)f).Italics = italic;
((TextFigure)f).Underline = underline;
// set wrap threshold
const double editWidthMod = 1.435;
if (((SvgTextElement)e).Attributes.ContainsKey(NBTextEditWidth))
{
string editwidth = (string)((SvgTextElement)e).Attributes[NBTextEditWidth];
if (editwidth != null && editwidth.Length != 0)
{
((TextFigure)f).WrapThreshold = double.Parse(editwidth) * editWidthMod;
((TextFigure)f).WrapFontSize = ((TextFigure)f).FontSize;
((TextFigure)f).WrapText = true;
}
}
// scale
DPoint scale = GetSvgElementScale((SvgTextElement)e);
const double scaleMod = 0.694;
f.Width *= scale.X * scaleMod;
f.Height *= scale.Y * scaleMod;
}
}
if (f != null)
{
if (e is SvgStyledTransformedElement)
f.Rotation = GetSvgElementRotation((SvgStyledTransformedElement)e);
if (f is IFillable && e.Attributes.ContainsKey("fill"))
((IFillable)f).Fill = DColor.FromHtml((string)e.Attributes["fill"]);
if (f is IStrokeable)
{
if (e.Attributes.ContainsKey("stroke"))
((IStrokeable)f).Stroke = DColor.FromHtml((string)e.Attributes["stroke"]);
if (e.Attributes.ContainsKey("stroke-width"))
((IStrokeable)f).StrokeWidth = double.Parse((string)e.Attributes["stroke-width"]);
if (e.Attributes.ContainsKey("stroke-dasharray"))
((IStrokeable)f).StrokeStyle = NotebookDashArrayToStrokeStyle((string)e.Attributes["stroke-dasharray"]);
}
if (f is IMarkable)
{
if (e.Attributes.ContainsKey("marker-start"))
((IMarkable)f).StartMarker = NotebookMarkerToDMarker((string)e.Attributes["marker-start"]);
if (e.Attributes.ContainsKey("marker-end"))
((IMarkable)f).EndMarker = NotebookMarkerToDMarker((string)e.Attributes["marker-end"]);
}
if (f is IAlphaBlendable && e.Attributes.ContainsKey("opacity"))
((IAlphaBlendable)f).Alpha = double.Parse((string)e.Attributes["opacity"]);
applyLink(f, e);
applyLock(f, e);
}
return f;
}