def build_flowable(self):
term_text = self.term.styled_text()
try:
for classifier in self.classifier:
term_text += ' : ' + classifier.styled_text()
except AttributeError:
pass
term = rt.StaticGroupedFlowables([rt.Paragraph(term_text)],
style='definition term')
return rt.LabeledFlowable(term, self.definition.flowable())
def build_flowable(self):
classes = self.get('classes')
if 'contents' in classes:
if 'local' in classes:
flowables = [rt.TableOfContents(local=True)]
try:
flowables.insert(0, self.title.flowable())
except AttributeError:
pass
return rt.StaticGroupedFlowables(flowables,
style='table of contents')
else:
return rt.SetMetadataFlowable(toc_ids=self.get('ids'))
elif 'dedication' in classes:
return self._process_topic('dedication')
elif 'abstract' in classes:
return self._process_topic('abstract')
else:
return super().build_flowable()
def build_flowable(self):
return rt.Note(rt.StaticGroupedFlowables(self.children_flowables(1)))
def parse(self):
content = rt.StaticGroupedFlowables(
[rt.Paragraph(rt.Bold('Tip')),
super().parse()])
return rt.Framed(content)
def parse(self):
assert len(self.node['ids']) == 1
note_id = self.node['ids'][0]
content = [node.process() for node in self.getchildren()[1:]]
note = rt.Note(rt.StaticGroupedFlowables(content), id=note_id)
return rt.RegisterNote(note)
def flowable(self):
title_par = rt.Paragraph(self.title, style='title')
content = rt.StaticGroupedFlowables([title_par, super().flowable()])
framed = rt.Framed(content, style='admonition')
framed.admonition_type = self.__class__.__name__.lower()
return framed
