/// <summary>
/// Generates the TOC.
/// </summary>
/// <param name="docPDF">The doc PDF.</param>
/// <param name="xmlPathDocumentCriteria">The XML path document criteria.</param>
internal void GenerateTOC(Document docPDF, XPathDocument xmlPathDocumentCriteria, String context,Boolean isTOCApplicable, Boolean isStoryBoardApplicable, bool isPageTitleApplicable)
{
objpdfHelper = new PDFHelper();
try
{
strBTOC = new StringBuilder();
objpdfBLL = new PdfBLL();
XPathNavigator objXPNavigator = xmlPathDocumentCriteria.CreateNavigator();
// Set up namespace manager for XPath
XmlNamespaceManager objXMLnameSpaces = new XmlNamespaceManager(objXPNavigator.NameTable);
objXMLnameSpaces.AddNamespace("PDF", "http://www.shell.com/");
if (isTOCApplicable)
{
Int32 intPgCount = Convert.ToInt32(objpdfBLL.GetAttributeBookInfo(xmlPathDocumentCriteria, "PageCount"));
Int32 TOCPageCount = intPgCount / 63;
if (!(intPgCount % 63 == 0))
TOCPageCount++;
for (int pageCounter = 0; pageCounter < TOCPageCount; pageCounter++)
{
docPDF.Pages.AddNewPage(PageSize.A4, new Margins(40), PageOrientation.Portrait);
}
strBTOC.Append(strTOCBeginHTML);
}
XPathNodeIterator chapternodes = objXPNavigator.Select("/BookInfo/Chapter");
while (chapternodes.MoveNext())//chapters
{
if (isTOCApplicable)
{
strBTOC.AppendFormat(@"<tr><td colspan=""2"" >{0}</td><td ></td><td ></td></tr>",
chapternodes.Current.GetAttribute("ChapterTitle", objXMLnameSpaces.DefaultNamespace));
}
//Add page for Chapter Title if is Printable
if (Convert.ToBoolean(chapternodes.Current.GetAttribute("IsPrintable", objXMLnameSpaces.DefaultNamespace)))
{
objpdfHelper.AddChapterTitlePage(docPDF, chapternodes.Current.GetAttribute("ChapterTitle", objXMLnameSpaces.DefaultNamespace));
}
XPathNodeIterator pagenodes = chapternodes.Current.Select("PageInfo");
while (pagenodes.MoveNext())//pages in a chapter
{
if (isTOCApplicable)
{
//strBHyphen = new StringBuilder();
strPageTitle = pagenodes.Current.GetAttribute("PageTitle", objXMLnameSpaces.DefaultNamespace);
//for (int counter = 0; counter < (113 - strPageTitle.Length); counter++)
//{
// strBHyphen.Append("-");
//}
strBTOC.AppendFormat(@"<tr>
<td style=""width:5%""></td>
<td style=""width:95%"" align=""right""><font style=""float:left"">{0}</font></td>
</tr>",
strPageTitle);
}
objbkpage = new BookPage();
objbkpage.GeneratePDFPage(docPDF, pagenodes.Current, context, isPageTitleApplicable);
if (isStoryBoardApplicable)
{
objbkpage.GeneratePDFPageStoryBoard(docPDF, pagenodes.Current, context);
}
}
objpdfHelper.PrintLog(context, string.Format("Chapter {0} is created", chapternodes.Current.GetAttribute("ChapterTitle", objXMLnameSpaces.DefaultNamespace)), "WellBookTOC.GenerateTOC", "ChapterCreation");
}
if (isTOCApplicable)
{
strBTOC.Append(strTOCEndHTML);
objpdfHelper.AddHTMLtoPDF(docPDF, Convert.ToString(strBTOC), context, true);
}
}
catch (Exception ex)
{
objpdfHelper.PrintLog(context, ex.Message, "WellBookTOC.GenerateTOC", "Exception");
objpdfHelper.PrintLog(context, ex.StackTrace, "WellBookTOC.GenerateTOC", "Exception");
throw;
}
}
/// <summary>
/// Generates the book.
/// </summary>
/// <param name="xmldocCriteria">The xmldoc criteria.</param>
public int GenerateBook(XPathDocument xpDocument, String strContext)
{
try
{
LicensingManager.LicenseKey = PortalConfiguration.GetInstance().FindWebServiceKey("WinnovativeLicenseKey", strContext,true);
objPdfhelper = new PDFHelper();
objPdfBLL = new PdfBLL();
objBookTOC = new WellBookTOC();
blnIsTOCApplicable = new Boolean();
///Once Book Title is obtained get the First Page of PDF ready with Book Title and
///Current Date and time Below it.
PDFDocument = new Document();
LibraryName = objPdfBLL.GetAttributeBookInfo(xpDocument, "Type");
if (LibraryName.Equals("pdf"))
LibraryName = Constant.LISTPUBLISHED;
else if (LibraryName.Equals("print"))
LibraryName = Constant.LISTPRINTED;
blnIsTOCApplicable = Convert.ToBoolean(objPdfBLL.GetAttributeBookInfo(xpDocument, "IsTOCApplicable"));
blnIsStoryBoardApplicable = Convert.ToBoolean(objPdfBLL.GetAttributeBookInfo(xpDocument, "IsStoryBoardApplicable"));
blnIsPageTitleApplicable = Convert.ToBoolean(objPdfBLL.GetAttributeBookInfo(xpDocument, "IsPageTitleApplicable"));
objPdfhelper.PrintLog(strContext, "PDF generation for {" + objPdfBLL.GetAttributeBookInfo(xpDocument, "BookName") + " }is Started.Calling GenerateTOC to generate PDF", "BookDetails.GenerateBook", "BeforeUploading");
objBookTOC.GenerateTOC(PDFDocument, xpDocument, strContext, blnIsTOCApplicable, blnIsStoryBoardApplicable, blnIsPageTitleApplicable);
if ((Convert.ToBoolean(objPdfBLL.GetAttributeBookInfo(xpDocument, "IsBookTitleApplicable"))))
{
objPdfhelper.AddBookTitle(PDFDocument, xpDocument, blnIsTOCApplicable, LibraryName);
}
PDFDocument.CompressionLevel = CompressionLevel.BestCompression;
objPdfhelper.PrintLog(strContext, "PDF for {" + objPdfBLL.GetAttributeBookInfo(xpDocument, "BookName") + " }is generated.Calling UploadPublishedDocument to upload to document library", "BookDetails.GenerateBook", "BeforeUploading");
intResult = objPdfBLL.UploadPublishedDocument(strContext, objPdfBLL.GetAttributeBookInfo(xpDocument, "BookID"), PDFDocument, objPdfBLL.GetAttributeBookInfo(xpDocument, "BookName"), LibraryName);
if (intResult > 0)
{
objPdfhelper.PrintLog(strContext, "PDF for {" + objPdfBLL.GetAttributeBookInfo(xpDocument, "BookName") + "} is uploaded successfully.", "BookDetails.GenerateBook", "AfterUploading");
}
else
{
objPdfhelper.PrintLog(strContext, "PDF for {" + objPdfBLL.GetAttributeBookInfo(xpDocument, "BookName") + "} is NOT uploaded successfully.", "BookDetails.GenerateBook", "AfterUploading");
}
return intResult;
}
catch (Exception ex)
{
objPdfhelper.PrintLog(strContext, ex.Message, "BookDetails.GenerateBook", "Exception");
objPdfhelper.PrintLog(strContext, ex.StackTrace, "BookDetails.GenerateBook", "Exception");
throw;
}
finally
{
PDFDocument.Close();
}
}
/// <summary>
/// Adds the book title.
/// </summary>
/// <param name="docPDF">The doc PDF.</param>
/// <param name="strBooktitle">The STR booktitle.</param>
internal void AddBookTitle(Document docPDF, XPathDocument xmlDocumentCriteria, Boolean IsTOCApplicable, string type)
{
strbookHeader = string.Empty;
strbookHeader = "DIGITAL WELL BOOK _____________________________________________________";
try
{
pdfBLL = new PdfBLL();
strbookTitle = pdfBLL.GetAttributeBookInfo(xmlDocumentCriteria, "BookName");
if (IsTOCApplicable)
{
pdfPage = docPDF.Pages[0];
}
else
{
docPDF.InsertPage(0, PageSize.A4, new Margins(), PageOrientation.Portrait);
pdfPage = docPDF.Pages[0];
}
#region Header for Book Title Page
//Generate Text
// Create a Bold .NET font of 10 points
System.Drawing.Font fntVerdanaHeadaer = new System.Drawing.Font("Verdana", 15,
System.Drawing.FontStyle.Regular, System.Drawing.GraphicsUnit.Point);
// Create the PDF fonts based on the .NET true type fonts
PdfFont newfntVerdanaHeadaer = docPDF.AddFont(fntVerdanaHeadaer);
// Add Title elements to the document
TextElement PageTitleVerdanaHeadaer = new TextElement(3, 20, strbookHeader, newfntVerdanaHeadaer);
PageTitleVerdanaHeadaer.TextAlign = HorizontalTextAlign.Left;
pdfPage.AddElement(PageTitleVerdanaHeadaer);
#endregion
//Generate Text
#region bOOK tITLE
System.Drawing.Font ttfFontBold = new System.Drawing.Font("Verdana", 30,
System.Drawing.FontStyle.Bold, System.Drawing.GraphicsUnit.Point);
// Create the PDF fonts based on the .NET true type fonts
PdfFont newVerdanaFontBold = docPDF.AddFont(ttfFontBold);
// Add Title elements to the document
TextElement TypeTitle = new TextElement(3, 300, strbookTitle, newVerdanaFontBold);
TypeTitle.TextAlign = HorizontalTextAlign.Center;
AddElementResult addTitle = pdfPage.AddElement(TypeTitle);
#endregion
///Generate Text for Book Owner
#region bOOK oWNER
System.Drawing.Font fntVerdanaBold = new System.Drawing.Font("Verdana", 20,
System.Drawing.FontStyle.Bold, System.Drawing.GraphicsUnit.Point);
// Create the PDF fonts based on the .NET true type fonts
PdfFont newfntVerdanaBold = docPDF.AddFont(fntVerdanaBold);
//Add Book Owner to Page
TextElement TypeVerdanaBold = new TextElement(3, addTitle.EndPageBounds.Bottom + 5,
"Book Owner - " + pdfBLL.GetAttributeBookInfo(xmlDocumentCriteria, "BookOwner"),
newfntVerdanaBold);
TypeVerdanaBold.TextAlign = HorizontalTextAlign.Center;
AddElementResult addOwner = pdfPage.AddElement(TypeVerdanaBold);
#endregion
#region Published Date
System.Drawing.Font ttfFont = new System.Drawing.Font("Verdana", 10,
System.Drawing.FontStyle.Regular, System.Drawing.GraphicsUnit.Point);
// Create the PDF fonts based on the .NET true type fonts
PdfFont newVerdanaFont = docPDF.AddFont(ttfFont);
TextElement TypeVerdanaDate;
if (type.Equals("pdf"))
{
TypeVerdanaDate = new TextElement(3, addOwner.EndPageBounds.Bottom + 5, "Published date: " + DateTime.Now.ToString(DATEFORMAT), newVerdanaFont);
}
else
{
TypeVerdanaDate = new TextElement(3, addOwner.EndPageBounds.Bottom + 5, "Date: " + DateTime.Now.ToString(DATEFORMAT), newVerdanaFont);
}
TypeVerdanaDate.TextAlign = HorizontalTextAlign.Center;
pdfPage.AddElement(TypeVerdanaDate);
#endregion
}
finally
{
}
}
