def test_multiply(self, case_list):
self.my_HandleExcel = HandleExcel(file, 'multiply')
case_id, title, l_data, r_data, expected = case_list['case_id'], case_list['title'], case_list['l_data'], \
case_list['r_data'], case_list['expected']
actual = Arithmetic(l_data, r_data).multiply()
result = expected
msg = title
try:
self.assertEqual(result, actual, msg)
print('{},执行结果为:{}'.format(msg, true_result))
self.my_HandleExcel.write_result(case_id + 1, actual, true_result)
do_logger.error("{}, 执行结果为: {}".format(msg, true_result))
except AssertionError as e:
print('具体异常为{}'.format(e))
self.my_HandleExcel.write_result(case_id + 1, actual, fail_result)
do_logger.error("{}, 执行结果为: {},具体异常为{}".format(
msg, fail_result, e))
raise e
class TestArithmetic(unittest.TestCase):
@classmethod
def setUpClass(cls):
do_logger.info('\n{:=^40s}\n'.format('开始执行用例'))
@classmethod
def tearDownClass(cls):
do_logger.info('\n{:=^40s}\n'.format('用例执行结束'))
def setUp(self):
pass
def tearDown(self):
wb, ws = self.my_HandleExcel.load_excel()
wb.save(file)
wb.close()
@data(*HandleExcel(file, 'add').get_case())
def test_add(self, case_list):
self.my_HandleExcel = HandleExcel(file, 'add')
case_id, title, l_data, r_data, expected = case_list['case_id'], case_list['title'], case_list['l_data'], \
case_list['r_data'], case_list['expected']
actual = Arithmetic(l_data, r_data).add()
result = expected
msg = title
try:
self.assertEqual(result, actual, msg)
print('{},执行结果为:{}'.format(msg, true_result))
self.my_HandleExcel.write_result(case_id + 1, actual, true_result)
do_logger.error("{}, 执行结果为: {}".format(msg, true_result))
except AssertionError as e:
print('具体异常为{}'.format(e))
self.my_HandleExcel.write_result(case_id + 1, actual, fail_result)
do_logger.error("{}, 执行结果为: {},具体异常为{}".format(
msg, fail_result, e))
raise e
@data(*HandleExcel(file, 'minus').get_case())
def test_minus(self, case_list):
self.my_HandleExcel = HandleExcel(file, 'minus')
case_id, title, l_data, r_data, expected = case_list['case_id'], case_list['title'], case_list['l_data'], \
case_list['r_data'], case_list['expected']
actual = Arithmetic(l_data, r_data).minus()
result = expected
msg = title
try:
self.assertEqual(result, actual, msg)
print('{},执行结果为:{}'.format(msg, true_result))
self.my_HandleExcel.write_result(case_id + 1, actual, true_result)
do_logger.error("{}, 执行结果为: {}".format(msg, true_result))
except AssertionError as e:
print('具体异常为{}'.format(e))
self.my_HandleExcel.write_result(case_id + 1, actual, fail_result)
do_logger.error("{}, 执行结果为: {},具体异常为{}".format(
msg, fail_result, e))
raise e
@data(*HandleExcel(file, 'multiply').get_case())
def test_multiply(self, case_list):
self.my_HandleExcel = HandleExcel(file, 'multiply')
case_id, title, l_data, r_data, expected = case_list['case_id'], case_list['title'], case_list['l_data'], \
case_list['r_data'], case_list['expected']
actual = Arithmetic(l_data, r_data).multiply()
result = expected
msg = title
try:
self.assertEqual(result, actual, msg)
print('{},执行结果为:{}'.format(msg, true_result))
self.my_HandleExcel.write_result(case_id + 1, actual, true_result)
do_logger.error("{}, 执行结果为: {}".format(msg, true_result))
except AssertionError as e:
print('具体异常为{}'.format(e))
self.my_HandleExcel.write_result(case_id + 1, actual, fail_result)
do_logger.error("{}, 执行结果为: {},具体异常为{}".format(
msg, fail_result, e))
raise e
@data(*HandleExcel(file, 'division').get_case())
def test_division(self, case_list):
self.my_HandleExcel = HandleExcel(file, 'division')
case_id, title, l_data, r_data, expected = case_list['case_id'], case_list['title'], case_list['l_data'], \
case_list['r_data'], case_list['expected']
actual = Arithmetic(l_data, r_data).division()
result = expected
msg = title
try:
self.assertEqual(result, actual, msg)
print('{},执行结果为:{}'.format(msg, true_result))
self.my_HandleExcel.write_result(case_id + 1, actual, true_result)
do_logger.error("{}, 执行结果为: {}".format(msg, true_result))
except AssertionError as e:
print('具体异常为{}'.format(e))
self.my_HandleExcel.write_result(case_id + 1, actual, fail_result)
do_logger.error("{}, 执行结果为: {},具体异常为{}".format(
msg, fail_result, e))
raise e