def test_get_testcase_result(self):
r = mbed_test_api.get_testcase_result(self.OUTOUT_CSTRING_TEST)
self.assertEqual(len(r), 8)
test_case_names = [
'C strings: %e %E float formatting',
'C strings: %g %g float formatting',
'C strings: %i %d integer formatting',
'C strings: %u %d integer formatting',
'C strings: %x %E integer formatting', 'C strings: strpbrk',
'C strings: strtok'
]
for test_case in test_case_names:
tc = r[test_case]
# If data structure is correct
self.assertIn('utest_log', tc)
self.assertIn('time_start', tc)
self.assertIn('time_end', tc)
self.assertIn('failed', tc)
self.assertIn('result', tc)
self.assertIn('passed', tc)
self.assertIn('duration', tc)
# values passed
self.assertEqual(tc['passed'], 1)
self.assertEqual(tc['failed'], 0)
self.assertEqual(tc['result_text'], 'OK')
# Failing test case
tc = r['C strings: %f %f float formatting']
self.assertEqual(tc['passed'], 0)
self.assertEqual(tc['failed'], 1)
self.assertEqual(tc['result_text'], 'FAIL')
def test_get_testcase_result(self):
r = mbed_test_api.get_testcase_result(self.OUTOUT_CSTRING_TEST)
self.assertEqual(len(r), 8)
test_case_names = [
'C strings: %e %E float formatting',
'C strings: %g %g float formatting',
'C strings: %i %d integer formatting',
'C strings: %u %d integer formatting',
'C strings: %x %E integer formatting',
'C strings: strpbrk',
'C strings: strtok'
]
for test_case in test_case_names:
tc = r[test_case]
# If datastructure is correct
self.assertIn('utest_log', tc)
self.assertIn('time_start', tc)
self.assertIn('time_end', tc)
self.assertIn('failed', tc)
self.assertIn('result', tc)
self.assertIn('passed', tc)
self.assertIn('duration', tc)
# values passed
self.assertEqual(tc['passed'], 1)
self.assertEqual(tc['failed'], 0)
self.assertEqual(tc['result_text'], 'OK')
# Failing test case
tc = r['C strings: %f %f float formatting']
self.assertEqual(tc['passed'], 0)
self.assertEqual(tc['failed'], 1)
self.assertEqual(tc['result_text'], 'FAIL')
def test_get_testcase_result_tescase_name_and_count(self):
r = mbed_test_api.get_testcase_result(self.OUTOUT_GENERIC_TESTS_TESCASE_NAME_AND_COUNT)
self.assertEqual(len(r), 4)
self.assertIn('Basic', r)
self.assertIn('Blinky', r)
self.assertIn('C++ heap', r)
self.assertIn('C++ stack', r)
def test_get_testcase_result_tescase_name_and_count(self):
r = mbed_test_api.get_testcase_result(self.OUTOUT_GENERIC_TESTS_TESCASE_NAME_AND_COUNT)
self.assertEqual(len(r), 4)
self.assertIn('Basic', r)
self.assertIn('Blinky', r)
self.assertIn('C++ heap', r)
self.assertIn('C++ stack', r)
def test_get_testcase_result_tescase_name_and_count(self):
r = mbed_test_api.get_testcase_result(self.OUTOUT_CSTRING_TEST_CASE_COUNT_AND_NAME)
self.assertEqual(len(r), 2)
self.assertIn('C strings: strpbrk', r)
self.assertIn('C strings: strtok', r)
self.assertEqual(r['C strings: strpbrk']['result_text'], 'SKIPPED')
self.assertEqual(r['C strings: strtok']['result_text'], 'ERROR')
def test_get_testcase_result_tescase_name_and_count(self):
r = mbed_test_api.get_testcase_result(self.OUTOUT_CSTRING_TEST_CASE_COUNT_AND_NAME)
self.assertEqual(len(r), 2)
self.assertIn('C strings: strpbrk', r)
self.assertIn('C strings: strtok', r)
self.assertEqual(r['C strings: strpbrk']['result_text'], 'SKIPPED')
self.assertEqual(r['C strings: strtok']['result_text'], 'ERROR')
def test_get_testcase_result_start_tag_missing(self):
result = mbed_test_api.get_testcase_result(
self.OUTPUT_STARTTAG_MISSING)
self.assertEqual(result['DNS query']['utest_log'],
"__testcase_start tag not found.")
