def append(self, _gid, _iter):
if utils.is_in_list(self._gid_list, _gid) == False and utils.is_in_list(self._iter_list, _iter) == False:
self._gid_list.append(_gid)
self._iter_list.append(_iter)
return True
else:
print "values pairs already be saved: %s-%s" % (_gid, _iter)
return False
def test_is_in_list_with_list(self):
"""Ensures the `is_in_list()` method returns True when an element is in a list and False when it is not."""
element_in_list = fake.word()
element_not_in_list = fake.word()
the_list = [fake.word(), element_in_list]
self.assertTrue(utils.is_in_list(element=element_in_list, the_list=the_list))
self.assertFalse(
utils.is_in_list(element=element_not_in_list, the_list=the_list)
)
def remove_from_iter(self, _iter):
if utils.is_in_list(self._iter_list, _iter):
index = self._iter_list.index(_iter)
self._gid_list.remove(self._gid_list[index])
self._iter_list.remove(_iter)
return True
else:
return False
def get_from_iter(self, _iter):
if utils.is_in_list(self._iter_list, _iter):
index = self._iter_list.index(_iter)
return self._gid_list[index]
else:
return None
def is_material(word):
return is_in_list(word.root, MATERIALS)
def is_nationality(word):
return is_in_list(word.root, NATIONALITIES)
def is_gender(word):
return is_in_list(word.root, GENDERS)
def is_profession(word):
return is_in_list(word.root, PROFESSIONS)
