def test_xlist_wildcard_match_nomatches(self):
xl = XList(['MANY', 'many', 'Many'], {'first_attr': 1})
nl = xl.wildcard_match('t*')
self.assertTrue(len(nl) == 0)
def test_xlist_wildcard_match(self):
xl = XList(['MANY', 'many', 'Many'], {'first_attr': 1})
nl = xl.wildcard_match('m*')
self.assertTrue(len(nl) == 1)
self.assertEqual(nl[0], 'many')
def test_xlist_wildcard_match_nonstring(self):
xl = XList(['MANY', 1, 'many'], {'first_attr': 1})
with self.assertRaises(TypeError):
nl = xl.wildcard_match(
'm*'
) # when the list contains non-string types, TypeError is raised
def test_xlist_wildcard_match_nomatches(self):
xl = XList(['MANY', 'many', 'Many'], {'first_attr': 1})
nl = xl.wildcard_match('t*')
self.assertTrue(len(nl) == 0)
def test_xlist_wildcard_match(self):
xl = XList(['MANY', 'many', 'Many'], {'first_attr': 1})
nl = xl.wildcard_match('m*')
self.assertTrue(len(nl) == 1)
self.assertEqual(nl[0], 'many')
def test_xlist_wildcard_match_nonstring(self):
xl = XList(['MANY', 1, 'many'], {'first_attr': 1})
with self.assertRaises(TypeError):
nl = xl.wildcard_match('m*') # when the list contains non-string types, TypeError is raised
