def migratePages(node):
#print >>sys.stderr, 'Migrating pages...'
pages = []
#print node
for name, child in node.children.iteritems():
if name == 'Glossary':
continue
page = raw_doc.RawPage()
page.title.tokens.append(lexer.Token('WORD', name, 0, 0, 0))
s = 'Page'
page.name.tokens.append(
lexer.Token('WORD', s + page.title.text, 0, 0, 0))
if child.children.get('summary'):
for text in child.children['summary'].texts:
if text.startswith('type=text:'):
t = lexer.Token('WORD', text[len('type=text:'):], 0, 0, 0)
else:
t = lexer.Token('WORD', text, 0, 0, 0)
raw_text = raw_doc.RawText(translateTokens([t]))
raw_brief = raw_doc.RawBrief(raw_text)
page.briefs.append(raw_brief)
if child.children.get('description'):
for text in child.children['description'].texts:
if text.startswith('type=text:'):
t = lexer.Token('WORD', text[len('type=text:'):], 0, 0, 0)
raw_par = raw_doc.RawParagraph(
raw_doc.RawText(translateTokens([t])))
elif text.startswith('type=section:#'):
t = lexer.Token('WORD', text[len('type=section:#'):], 0, 0,
0)
raw_par = raw_doc.RawSection(
raw_doc.RawText(translateTokens([t])))
elif text.startswith('type=subsection:#.#'):
t = lexer.Token('WORD', text[len('type=subsection:#.#'):],
0, 0, 0)
raw_par = raw_doc.RawSection(
raw_doc.RawText(translateTokens([t])), 1)
else:
t = lexer.Token('WORD', text, 0, 0, 0)
raw_par = raw_doc.RawParagraph(
raw_doc.RawText(translateTokens([t])))
page.body.addParagraph(raw_par)
pages.append(page)
print 'RESULTING PAGES %s' % [p.title.text for p in pages]
return pages
def _processTextNode(self, node):
texts = []
for text in node.texts:
if text.startswith('type=text:'):
t = lexer.Token('WORD', text[len('type=text:'):], 0, 0, 0)
raw_text = raw_doc.RawParagraph(raw_doc.RawText([t]))
elif text.startswith('type=section:#'):
t = lexer.Token('WORD', text[len('type=section:#'):], 0, 0, 0)
raw_text = raw_doc.RawSection(raw_doc.RawText([t]))
elif text.startswith('type=subsection:#.#'):
t = lexer.Token('WORD', text[len('type=subsection:#.#'):], 0,
0, 0)
raw_text = raw_doc.RawSection(raw_doc.RawText([t]), 1)
else:
t = lexer.Token('WORD', text, 0, 0, 0)
raw_par = raw_doc.RawParagraph(raw_doc.RawText([t]))
pars.append(raw_par)
return pars
def processRemarks(self, entry, node, is_first=True):
if is_first:
raw_text = raw_doc.RawText(
[lexer.Token('WORD', 'Remarks', 0, 0, 0)])
raw_section = raw_doc.RawSection(raw_text)
entry.addParagraph(raw_section)
for text in node.texts:
if text.startswith('type=text:'):
t = lexer.Token('WORD', text[len('type=text:'):], 0, 0, 0)
raw_text = raw_doc.RawText(translateTokens([t]))
else:
t = lexer.Token('WORD', text, 0, 0, 0)
raw_text = raw_doc.RawText(translateTokens([t]))
entry.addParagraph(raw_doc.RawParagraph(raw_text))
def processExample(self, entry, node):
# Add example header.
raw_text = raw_doc.RawText([lexer.Token('WORD', 'Examples', 0, 0, 0)])
raw_section = raw_doc.RawSection(raw_text)
entry.addParagraph(raw_section)
for text in node.texts:
if text.startswith('type=text:'):
t = lexer.Token('WORD', text[len('type=text:'):], 0, 0, 0)
raw_text = raw_doc.RawText(translateTokens([t]))
raw_par = raw_doc.RawParagraph(raw_text)
elif text.startswith('type=code:'):
t = lexer.Token('WORD',
'{.cpp}\n' + text[len('type=code:'):] + '\n',
0, 0, 0)
raw_text = raw_doc.RawText(translateTokens([t]))
raw_par = raw_doc.RawCode(raw_text)
else:
t = lexer.Token('WORD', text, 0, 0, 0)
raw_text = raw_doc.RawText(translateTokens([t]))
raw_par = raw_doc.RawParagraph(raw_text)
entry.addParagraph(raw_par)
def getEntry(self):
"""Returns the Entry for the template parameter."""
return raw_doc.RawSection(self.first_token,
raw_doc.RawText(self.tokens), self.level)
def testGetFormatted(self):
section = raw_doc.RawSection(self.txt, 1)
self.assertEqual(section.getFormatted(self.formatter),
'@subsection aword\n')
def testGetCommand(self):
section = raw_doc.RawSection(self.txt, 0)
self.assertEqual(section.getCommand(), 'section')
section = raw_doc.RawSection(self.txt, 1)
self.assertEqual(section.getCommand(), 'subsection')
def testCreationWithLevel(self):
section = raw_doc.RawSection(self.txt, 1)
self.assertEqual(section.heading, self.txt)
self.assertEqual(section.level, 1)
def testGetType(self):
section = raw_doc.RawSection(self.txt, 1)
self.assertEqual(section.getType(), 'section')
