def test_unicode(self):
self.assertEqual(remove_latex_braces(
'th{í}s is a Test'), 'thís is a Test')
self.assertEqual(remove_latex_braces(
'{t}hís is a Test'), 'thís is a Test')
self.assertEqual(remove_latex_braces(
'thís {is} a Test'), 'thís is a Test')
def test_simple(self):
self.assertEqual(remove_latex_braces(
'this is a test'), 'this is a test')
self.assertEqual(remove_latex_braces(
'this is a {Test}'), 'this is a Test')
self.assertEqual(remove_latex_braces(
'this {is} a Test'), 'this is a Test')
self.assertEqual(remove_latex_braces(
'{this} is a Test'), 'this is a Test')
self.assertEqual(remove_latex_braces(
'{this is a Test}'), 'this is a Test')
def test_remove_latex_braces(self):
self.assertEqual(remove_latex_braces('Th{é}odore'), 'Th\xe9odore')
self.assertEqual(remove_latex_braces('the {CADE} conference'), 'the CADE conference')
self.assertEqual(remove_latex_braces('consider 2^{a+b}'), 'consider 2^{a+b}')
self.assertEqual(remove_latex_braces('{why these braces?}'), 'why these braces?')
def test_multiple(self):
self.assertEqual(remove_latex_braces('J{é}r{é}mie'), 'Jérémie')
def test_command(self):
self.assertEqual(remove_latex_braces(
'in \\mathbb{R} let'), 'in \\mathbb{R} let')
self.assertEqual(remove_latex_braces(
'in \\emph{blue} let'), 'in \\emph{blue} let')
def test_math(self):
self.assertEqual(remove_latex_braces(
'base^{superscript}_{subscript}'), 'base^{superscript}_{subscript}')
def parse_authors_list(authors):
authors = unescape_latex(authors)
authors = et_al_re.sub('', authors)
return map(parse_comma_name,
remove_latex_braces(unescape_latex(authors)).split(' and '))
def parse_authors_list(authors):
authors = unescape_latex(authors)
authors = et_al_re.sub('', authors)
return map(parse_comma_name,
remove_latex_braces(unescape_latex(authors)).split(' and '))