public byte[] GenerateExportFile(string fileFormat, ParameterStack stack)
{
// build factory
Pic.Factory2D.PicFactory factory = new Pic.Factory2D.PicFactory();
_component.CreateFactoryEntities(factory, stack);
if (_reflexionX)
{
factory.ProcessVisitor(new PicVisitorTransform(Transform2D.ReflectionX));
}
if (_reflexionY)
{
factory.ProcessVisitor(new PicVisitorTransform(Transform2D.ReflectionY));
}
// instantiate filter
PicFilter filter = (_showCotations ? PicFilter.FilterNone : !PicFilter.FilterCotation) & PicFilter.FilterNoZeroEntities;
// get bounding box
Pic.Factory2D.PicVisitorBoundingBox visitorBoundingBox = new Pic.Factory2D.PicVisitorBoundingBox();
factory.ProcessVisitor(visitorBoundingBox, filter);
Pic.Factory2D.Box2D box = visitorBoundingBox.Box;
// add margins : 5 % of the smallest value among height
box.AddMarginHorizontal(box.Width * 0.05);
box.AddMarginVertical(box.Height * 0.05);
// get file content
if ("des" == fileFormat)
{
Pic.Factory2D.PicVisitorDesOutput visitor = new Pic.Factory2D.PicVisitorDesOutput();
visitor.Author = "treeDiM";
// process visitor
factory.ProcessVisitor(visitor, filter);
return(visitor.GetResultByteArray());
}
else if ("dxf" == fileFormat)
{
Pic.Factory2D.PicVisitorOutput visitor = new Pic.Factory2D.PicVisitorDxfOutput();
visitor.Author = "treeDiM";
// process visitor
factory.ProcessVisitor(visitor, filter);
return(visitor.GetResultByteArray());
}
else if ("pdf" == fileFormat)
{
PicGraphicsPdf graphics = new PicGraphicsPdf(box);
graphics.Author = "treeDiM";
graphics.Title = "Pdf Export";
// draw
factory.Draw(graphics, filter);
return(graphics.GetResultByteArray());
}
else
{
throw new Exception("Invalid file format : " + fileFormat);
}
}
public bool WriteExportFile(string filePath, string fileExt)
{
try
{
// instantiate filter
PicFilter filter = (_showCotations ? PicFilter.FilterNone : PicFilter.FilterCotation) & PicFilter.FilterNoZeroEntities;
// get bounding box
Pic.Factory2D.PicVisitorBoundingBox visitorBoundingBox = new Pic.Factory2D.PicVisitorBoundingBox();
_factory.ProcessVisitor(visitorBoundingBox, filter);
Pic.Factory2D.Box2D box = visitorBoundingBox.Box;
// add margins : 5 % of the smallest value among height
box.AddMarginHorizontal(box.Width * 0.01);
box.AddMarginVertical(box.Height * 0.01);
string author = Application.ProductName + " (" + Application.CompanyName + ")";
string title = System.IO.Path.GetFileNameWithoutExtension(filePath);
string fileFormat = fileExt.TrimStart('.').ToLower();
byte[] byteArray;
// get file content
if ("des" == fileFormat)
{
using (Pic.Factory2D.PicVisitorDesOutput visitor = new Pic.Factory2D.PicVisitorDesOutput())
{
visitor.Author = author;
_factory.ProcessVisitor(visitor, filter);
byteArray = visitor.GetResultByteArray();
}
}
else if ("dxf" == fileFormat)
{
using (Pic.Factory2D.PicVisitorDxfOutput visitor = new Pic.Factory2D.PicVisitorDxfOutput())
{
visitor.Author = author;
_factory.ProcessVisitor(visitor, filter);
byteArray = visitor.GetResultByteArray();
}
}
else if ("pdf" == fileFormat)
{
using (Pic.Factory2D.PicGraphicsPdf graphics = new PicGraphicsPdf(box))
{
graphics.Author = author;
graphics.Title = title;
_factory.Draw(graphics, filter);
byteArray = graphics.GetResultByteArray();
}
}
else if ("ai" == fileFormat || "cf2" == fileFormat)
{
using (Pic.Factory2D.PicVisitorDiecutOutput visitor = new PicVisitorDiecutOutput(fileExt))
{
visitor.Author = author;
visitor.Title = title;
_factory.ProcessVisitor(visitor, filter);
byteArray = visitor.GetResultByteArray();
}
}
else
{
throw new Exception("Invalid file format: " + fileFormat);
}
// write byte array to stream
using (System.IO.FileStream fstream = new System.IO.FileStream(filePath, System.IO.FileMode.Create))
fstream.Write(byteArray, 0, byteArray.GetLength(0));
return(true);
}
catch (Exception ex)
{
_log.Error(string.Format("Exception: {0}", ex.ToString()));
return(false);
}
}