def test_parse_string(self):
ads = ADSIO()
test1_answer = False
test2_answer = False
test3_answer = False
# returns a list.
test_list = ads.parse_string(self.__sampleData)
if test_list is None:
test1_answer = False
# makes sure each part of both lists are the same.
if set(test_list) == set(self.__sample_data_list):
test1_answer = True
else:
test1_answer = False
# -----------------------------------------------------------------------------
# testing with bad data...
# returns a list.
test_list = ads.parse_string(self.__bad_sample_data)
if test_list is None:
test2_answer = True
# makes sure each part of both lists are not the same.
if set(test_list) != set(self.__sample_data_list):
test2_answer = True
else:
test2_answer = False
# -----------------------------------------------------------------------------
# tests for incomplete or missing input data
# returns a string
test_list = ads.parse_string(self.__incomplete_sample_data)
if test_list is None or test_list == "INCOMPLETE":
test3_answer = True
print("test_parse_string_good_data: ", test1_answer)
print("test_parse_string_bad_data: ", test2_answer)
print("Incomplete data: ", test3_answer)
def test_parse_string(self):
ads = ADSIO()
# makes sure each part of both lists are the same.
self.assertEqual(self.__sample_data_list, ads.parse_string(self.__sampleData), 'Test 1 failed.')
# -----------------------------------------------------------------------------
# testing with bad data...
# returns a list.
self.assertFalse(ads.parse_string(self.__bad_sample_data), 'Test 2 failed.')
# -----------------------------------------------------------------------------
# tests for incomplete or missing input data
# returns a string
self.assertFalse(ads.parse_string(self.__incomplete_sample_data), 'Test 3 failed.')
