def buildTableTree(self, table):
table = Table(self.doc, table)
if table.caption is not None:
caption = TableCaption(self.doc, table.caption, page=self.page)
for paragraphs in hwp50.getPagedParagraphs(caption.paragraphs):
caption.addParagraphs(paragraphs)
table.addCaption(caption)
for row_number, row_cells in table.getRows():
tr = TableRow(self.doc, row_number)
for cell in row_cells:
cell = TableCell(self.doc, cell, page=self.page)
for paragraphs in hwp50.getPagedParagraphs(cell.paragraphs):
cell.addParagraphs(paragraphs)
tr.addCell(cell)
table.addRow(tr)
return table
def makeTree(self, doc):
doc = Document(doc, destination=self.destination)
for section in doc.sections:
section = Section(doc, section)
for page_paragraphs in hwp50.getPagedParagraphs(section.paragraphs):
page = Page(doc, section.sectionDef.pages[0])
page.addParagraphs(page_paragraphs)
section.addPage(page)
for html in section.etree():
doc.body.append(html)
return doc.etree()
def etree(self):
if len(self.footnotes) > 0:
if self.footnotes_view is None:
self.footnotes_view = FootNotes(self.doc, None, page=self)
for html in self.footnotes_view.etree():
self.html.append(html)
for fn in self.footnotes:
for fn_paragraphs in hwp50.getPagedParagraphs(fn.listhead.paragraphs):
self.footnotes_view.addParagraphs(fn_paragraphs)
self.footnotes = []
if len(self.html) == 0 and (self.html.text == None or len(self.html.text) == 0):
self.html.text = u'\xa0'
return self.paper.etree()
