def subsection_num(texpart, *args, **kwargs):
global SUBSECTION_NUMBER
SUBSECTION_NUMBER += 1
texpart.text_data.insert(0, SUBSECTION_NAME + ' {0}.{1}: '.format(
SECTION_NUMBER, SUBSECTION_NUMBER))
texpart.text_data = texlib.reform_text(texpart.text_data,
no_indicators= True)
def __call__(self, texpart, *args, **kwargs):
'''Have to do a call here only because the "item"s may or may not have
an end point (particularily the last one). Have to create a start and stop
so it can be handled by process_inout'''
# have to handle itemize and enumerate first for nested lists
use_dict = {'itemize': begin_dict['itemize'],
'enumerate': begin_dict['enumerate']}
texpart.no_update_text = False
texpart.update_text(use_dict)
regexp = re.compile(r'\\item ([\w\W]*?)(?=(\\item|$))')
researched = []
for n in texpart.text_data:
if type(n) in (str, unicode):
# pdb.set_trace()
researched.extend(textools.re_search(regexp, n))
else:
researched.append(n)
new_body = []
for text in researched:
if type(text) in (str, unicode, texlib.TexPart):
new_body.append(text)
else:
self.count += 1
assert( r'\end{itemize}' not in text.group(1))
new_body.append(r'\startitem ' + text.group(1) + r'\enditem ')
# need = r'\end{itemize}'
# if need in text.text:
# new_body.append(text.text[text.text.find(need):])
texpart.text_data = texlib.reform_text(new_body, no_indicators = True)
line_items = [
['item' ,tp(add_outside = ('<li>','</li>'),
no_outer_pgraphs = True)],
]
use_dict = build_dict('list_call', line_items, r'\\start{0} ', None,
r'\\end{0}')
texpart.update_text(use_dict = use_dict)
texpart.update_text()
