public static XslFORenderFileOutput RenderXslFOToPdfFile(this XDocument xXslFODoc, FileInfo pdfOutputFileInfo, XslFORenderOptions options)
{
try
{
//NOTE: MUST pass the FileStream with READ & WRITE access so that it can be validated after Rendering!
using (FileStream fileStream = pdfOutputFileInfo.Open(FileMode.Create, FileAccess.ReadWrite, FileShare.None))
{
//var xmlNotifyReader = XmlNotificationReader.Create(xXslFODoc.CreateReader());
//xmlNotifyReader.AddNotification(XName.Get("ReportProgress", XsltSystemCustomExtensionObject.XmlnsUrn), (xEl) =>
//{
// var text = xEl.GetInnerText();
// Debug.WriteLine(text);
// return xEl;
//});
XslFOFonetHelper.Render(xXslFODoc, fileStream, options);
}
//NOTE: The stream will be managed because the XslFORenderStreamOutput wraps it and correctly supports IDisposable interface.
return(new XslFORenderFileOutput(xXslFODoc, pdfOutputFileInfo));
}
catch (Exception exc)
{
throw new XslFORenderException("Error occurred while rendering the XslFO into Pdf File output.", exc, xXslFODoc.ToString());
}
}
public static XslFORenderStreamOutput RenderXslFOToPdf(this XDocument xXslFODoc, XslFORenderOptions options)
{
try
{
//NOTE: We do NOT wrap the memory stream in a using{} block or dispose of it because it must
// be returned to the caller who will manage its life/scope
MemoryStream memoryStream = new MemoryStream();
XslFOFonetHelper.Render(xXslFODoc, memoryStream, options);
//NOTE: The stream will be managed because the XslFORenderStreamOutput wraps it and correctly supports IDisposable interface.
return(new XslFORenderStreamOutput(xXslFODoc, memoryStream));
}
catch (Exception exc)
{
throw new XslFORenderException("Error occurred while rendering the XslFO into Pdf File output.", exc, xXslFODoc.ToString());
}
}
