def guess_show(self, pass_=1):
if pass_ == 1:
match = self._matches.get('episodes')[0]
# Determine episode type:
self['air_date'] = datetime.strptime(match.group('air_date'), '%Y.%m.%d') if 'air_date' in match.groupdict() else None
self['season'] = int(match.group('season')) if match.groupdict().get('season') is not None else None
if match.groupdict().get('min_ep') is not None:
min_ep = utils.to_int(match.group('min_ep'))
max_ep = utils.to_int(match.group('max_ep')) if match.groupdict().get('max_ep') is not None else min_ep
self['episodes'] = tuple([x for x in range(int(min_ep), int(max_ep) + 1)])
else:
self['episodes'] = ()
elif pass_ == 2:
# Determine episode's title:
self.find_matches(self._mask, attributes=['video.episode_title'], index=0)
# Detect yearly special episodes:
if re.search(r'(?:{EPISODES}{EPISODE_TITLE}){YEAR}', self._mask) and 'special' in self['episode_title'].lower():
self.remove_matches(['episode_title', 'year'])
self.find_matches(self._mask, attributes=['video.episode_title'], index=0)
# Get show's country information:
if 'title' in self._matches:
self.find_matches(self['title'], attributes=['video.country'], index=0)
if 'country' in self._matches:
self['title'] = self['title'].replace(self._matches.get('country')[0].group(), '').strip()
self._mask = self._mask.replace('{TITLE}', '{TITLE}{COUNTRY}')
def search_web(self):
# Search an exact title:
results = self.provider.search(self['type'], self['title'], self.get('year'), self.get('country'), limit=20, strict_search=True)
#results = self.match_title(self['title'], results, exclude_beginning_match=True, exclude_ending_match=True)
# If no results, explore exceptions:
if not results or (self.get('year') is not None and not list(filter(lambda x: x['year'] == self.get('year'), results))):
## EXCEPTION 1: Movie may have been identified as a show because it contains "Episode" or "Part":
if self['type'] == 'shows':
# Form an aggregated title composed of "title", "episode" and "episode_title" matches results:
title_agr = '%s %s %s' % (self['title'], self._matches['episodes'][0].group(), self.get('episode_title', ''))
# Search new title (no exact match is required as concatenated attributes will already narrow results):
results = self.provider.search('movies', title_agr, self.get('year'), limit=20, strict_search=True, strict_search_options=)
# results = self.match_title(title_agr, results, strict_search=True, struexclude_ending_match=True)
# Clean-up:
if results:
self['type'] == 'movies'
self.remove_matches(['season', 'episodes', 'episode_title', 'air_date'])
## EXCEPTION 2: Movie may have a roman number (e.g. II, III, IV...), convert it to a regular number:
if self['type'] == 'movies' and re.search(r'[\s](?P<number>%s)(?:[\s]|$)' % '|'.join(reversed(constants.get('video.numerals.roman')[2:])), self['title'], flags=re.I):
title = utils.normalize(re.sub(r'[\s](?P<number>%s)(?:[\s]|$)' % '|'.join(reversed(constants.get('video.numerals.roman')[2:])), lambda m: ' %s ' % utils.to_int(m.group('number')), self['title'], flags=re.I))
# Search newly formatted title (no exact match is required as concatenated attributes will narrow results):
results = self.provider.search(self['type'], title, self.get('year'), self.get('country'), limit=20)
# If still no results, refine search:
if not results:
# Search results:
results = self.provider.search(self['type'], self['title'], self.get('year'), self.get('country'), limit=20)
# results = self.match_title(self['title'], results, include_alternative_titles=True)
return results
def test_to_int_french():
assert utils.to_int('six') == 6
def test_to_int_english():
assert utils.to_int('four') == 4
def test_to_int_roman():
assert utils.to_int('IV') == 4
def test_to_int_subscript():
assert utils.to_int('₂') == 2
def test_to_int_superscript():
assert utils.to_int('³') == 3
