def __call__(self, page, text, lang, *args, **kwargs):
page_langs = page_languages(text, list)
# Whether the language is already present
if lang in page_langs:
return text
text = self.category_sorting(page, text, page_langs)
follow = ''
for x in page_langs:
if self.data[x]['pos'] > self.data[lang]['pos']:
pos = self.data[x]['pos']
follow = x
break
if follow:
m = re.search(r'== {{langue\|%s' % (follow), text).start()
else:
m = re.search('{{clé de tri\|([^}]+)}}', text)
if m:
m = m.start()
t = self.func(page, text, lang, *args, **kwargs)
# Reformation of the text
if not text:
return t
if m:
return text[:m] + t + '\n' + text[m:]
m = len(text)
return text[:m] + '\n\n' + t + text[m:]
def test_success(self):
assert page_languages(self.text, set) == set({'da', 'no', 'sv'})
assert page_languages(self.text, list) == ['da', 'no', 'sv']
def test_correct_return_type(self):
assert isinstance(page_languages(self.text, set), set)
assert isinstance(page_languages(self.text, list), list)
def test_no_type(self):
assert page_languages(self.text, str) == None
assert page_languages(self.text, 'toto') == None
assert page_languages(self.text, typ='toto') == None
def test_no_text(self):
assert page_languages('', set) == set({})
assert page_languages('', list) == list()
assert page_languages('', 'toto') == None
def langs(self, text):
text_langs = page_languages(text, set)
return self.supported.intersection(text_langs)