def test_negative_multi(self, data_namedtuple):
"""
1.两个负数相乘
:return:
"""
print("\nrunning test method:{}".format(inspect.stack()[0][3]))
# 获取两个负数相乘的结果
case_id = data_namedtuple.case_id
msg = data_namedtuple.title
l_data = data_namedtuple.l_data
r_data = data_namedtuple.r_data
except_result = data_namedtuple.expected
real_result = MathOperation(
l_data, r_data).multiply() # 类+() 是对象 用对象调用类中的实例multiply()
# 验证实际结果与预期是否一致
ws.cell(row=case_id + 1, column=6, value=real_result) # 将实际结果写入Excel
# except_result = 4 # 不需要手动添加期待值
# 第一种方法使用条件判断不能实现功能
# if real_result == except_result:
# print("pass")
# else:
# print("fail")
try:
self.assertEqual(except_result,
real_result,
msg="测试{}失败".format(msg))
except AssertionError as e:
print("这里需要使用日志器来记录日志")
print("具体异常为：{}".format(e))
ws.cell(row=case_id + 1, column=7, value="Fail")
self.assertRaises(TypeError) # assertRaises可以直接断言异常
# raise关键字是将某个异常主动抛出
raise e
else:
ws.cell(row=case_id + 1, column=7, value="Pass")
def test_neg_pos_multi(self):
"""
4.一个正数和一个负数相乘
:return:
"""
data_namedtuple = test_list.pop(0)
case_id = data_namedtuple.case_id
msg = data_namedtuple.title
l_data = data_namedtuple.l_data
r_data = data_namedtuple.r_data
except_result = data_namedtuple.expected
real_result = MathOperation(
l_data, r_data).multiply() # 类+() 是对象 用对象调用类中的实例multiply()
# 验证实际结果与预期是否一致
ws.cell(row=case_id + 1, column=6, value=real_result) # 将实际结果写入Excel
# except_result = 4 # 不需要手动添加期待值
# 第一种方法使用条件判断不能实现功能
# if real_result == except_result:
# print("pass")
# else:
# print("fail")
try:
self.assertEqual(except_result,
real_result,
msg="测试{}失败".format(msg))
except AssertionError as e:
print("这里需要使用日志器来记录日志")
print("具体异常为：{}".format(e))
ws.cell(row=case_id + 1, column=7, value="Fail")
# raise关键字是将某个异常主动抛出
raise e
else:
ws.cell(row=case_id + 1, column=7, value="Pass")
def test_negative_multi(self, data_namedtuple):
"""
1.两个负数相乘
:return:
"""
# print("\nrunning test method:{}".format(inspect.stack()[0][3]))
do_log.info("\nrunning test method:{}".format(inspect.stack()[0][3]))
# 获取两个负数相乘的结果
case_id = data_namedtuple.case_id
msg = data_namedtuple.title
l_data = data_namedtuple.l_data
r_data = data_namedtuple.r_data
except_result = data_namedtuple.expected
real_result = MathOperation(
l_data, r_data).multiply() # 类+() 是对象 用对象调用类中的实例multiply()
# 将实际结果写入Excel
# run_success_msg = TestMulti("msg","success_result")
run_success_msg = do_config("msg", "success_result")
# run_fail_msg = TestMulti("msg", "fail_result")
run_fail_msg = do_config("msg", "fail_result")
try:
self.assertEqual(except_result,
real_result,
msg="测试{}失败".format(msg))
except AssertionError as e:
# print("这里需要使用日志器来记录日志")
# print("具体异常为：{}".format(e))
do_log.error("具体异常为：{}".format(e))
# ws.cell(row=case_id+1,column=7,value="Fail")
# self.test_obj.write_result(row=case_id+1,actual=real_result,result="Fail")
# self.test_obj.write_result(row=case_id+1,actual=real_result,result=self.config("msg","fail_result"))
do_excel.write_result(row=case_id + 1,
actual=real_result,
result=do_config("msg", "fail_result"))
# self.assertRaises(TypeError) # assertRaises可以直接断言异常
# raise关键字是将某个异常主动抛出
raise e
else:
# ws.cell(row=case_id+1,column=7,value="Pass")
# self.test_obj.write_result(row=case_id+1,actual=real_result,result="Pass")
do_excel.write_result(row=case_id + 1,
actual=real_result,
result=do_config("msg", "success_result"))