public XWPFDocument Render(USFMDocument input)
{
UnrenderableMarkers = new List <string>();
CrossRefMarkers = new Dictionary <string, Marker>();
newDoc = new XWPFDocument();
if (FrontMatter != null)
{
RenderFrontMatter(FrontMatter);
}
if (configDocx.renderTableOfContents)
{
DocumentStylesBuilder.BuildStylesForTOC(newDoc);
RenderTOC();
}
newDoc.CreateFootnotes();
setStartPageNumber();
newDoc.ColumnCount = configDocx.columnCount;
foreach (Marker marker in input.Contents)
{
RenderMarker(marker, new StyleConfig());
}
// Add section header for final book
if (previousBookHeader != null)
{
createBookHeaders(previousBookHeader);
}
// Make final document section continuous so that it doesn't
// create an extra page at the end. Final section is unique:
// it's a direct child of the document, not a child of the last
// paragraph.
CT_SectPr finalSection = new CT_SectPr();
finalSection.type = new CT_SectType();
finalSection.type.val = ST_SectionMark.continuous;
newDoc.Document.body.sectPr = finalSection;
finalSection.cols.num = configDocx.columnCount.ToString();
CT_PageNumber pageNum = new CT_PageNumber
{
fmt = ST_NumberFormat.@decimal
};
finalSection.pgNumType = pageNum;
return(newDoc);
}
/// <summary>
/// Creates a new section with the given page header. Must be
/// called *after* the final paragraph of the section. In DOCX, a
/// section definition is a child of the final paragraph of the
/// section, except for the final section of the document, which
/// is a direct child of the body.
/// </summary>
/// <param name="bookname"> The name of the book to display, usually from the \h marker </param>
public void createBookHeaders(string bookname)
{
// Create page heading content for book
CT_Hdr header = new CT_Hdr();
CT_P headerParagraph = header.AddNewP();
CT_PPr ppr = headerParagraph.AddNewPPr();
CT_Jc align = ppr.AddNewJc();
align.val = ST_Jc.center;
CT_R run = headerParagraph.AddNewR();
// Show page numbers if requested
if (configDocx.showPageNumbers)
{
// Page number
run.AddNewFldChar().fldCharType = ST_FldCharType.begin;
run.AddNewInstrText().Value = " PAGE ";
run.AddNewFldChar().fldCharType = ST_FldCharType.separate;
run.AddNewInstrText().Value = "1";
run.AddNewFldChar().fldCharType = ST_FldCharType.end;
run.AddNewT().Value = " - ";
}
// Book name
run.AddNewT().Value = bookname == null ? "" : bookname;
// Chapter name
if (currentChapterLabel.Length > 0)
{
run.AddNewT().Value = " - ";
run.AddNewT().Value = currentChapterLabel;
}
// Create page header
XWPFHeader documentHeader = (XWPFHeader)newDoc.CreateRelationship(XWPFRelation.HEADER, XWPFFactory.GetInstance(), pageHeaderCount);
documentHeader.SetHeaderFooter(header);
// Create new section and set its header
CT_SectPr newSection = newDoc.Document.body.AddNewP().AddNewPPr().createSectPr();
newSection.type = new CT_SectType();
newSection.type.val = ST_SectionMark.continuous;
CT_HdrFtrRef headerRef = newSection.AddNewHeaderReference();
headerRef.type = ST_HdrFtr.@default;
headerRef.id = documentHeader.GetPackageRelationship().Id;
// Set number of columns
newSection.cols.num = configDocx.columnCount.ToString();
// Set page numbers
CT_PageNumber pageNum = new CT_PageNumber
{
fmt = ST_NumberFormat.@decimal
};
newSection.pgNumType = pageNum;
// Increment page header count so each one gets a unique ID
pageHeaderCount++;
}
