def handle_titan_test(self, info, data_type="data"):
case_name = info['case_name']
logger().debug(case_name)
url = info['url']
method = info['method']
data = info['data']
logger().debug(data)
expect = info['expect']
logger().debug(expect)
if method == "GET":
res = Request().get(url, params=data)
elif method == "POST":
if data_type == "data":
res = Request().post(url, data=data)
elif data_type == "json":
headers = {"Content-Type": "application/json; charset=UTF-8"}
res = Request().post(url, json=data, headers=headers)
else:
logger().error("data_type 输入有误")
else:
logger().error("method 输入有误")
code = res["code"]
body = res["body"]
if isinstance(expect, list):
for i in range(len(expect)):
ex = str(expect[i])
Assertions().assert_in_text(body, ex, case_name, url, method,
data)
else:
ex = str(expect)
Assertions().assert_in_text(body, ex, case_name, url, method, data)
Assertions().assert_code(200, code)
Report().get_titan_report(case_name, url, method, data, expect)
def test_pass(self, params_init):
"""
用例描述：登陆正向用例
"""
self.request = Request()
self.params = params_init.get_params_list('login')
self.test_assert = Assertions()
response = self.request.post_request(self.params['Login'][0]['url'],\
self.params['Login'][0]['data'], \
self.params['Login'][0]['header'])
assert self.test_assert.assert_code(response['code'], 200)
assert self.test_assert.assert_body(response['body'], 'msg', 'OK')
class TestLogin():
@allure.severity('登陆')
@allure.story('登陆正向用例')
@pytest.mark.skip('不执行登录用例')
def test_pass(self, params_init):
"""
用例描述：登陆正向用例
"""
self.request = Request()
self.params = params_init.get_params_list('login')
self.test_assert = Assertions()
response = self.request.post_request(self.params['Login'][0]['url'],\
self.params['Login'][0]['data'], \
self.params['Login'][0]['header'])
assert self.test_assert.assert_code(response['code'], 200)
assert self.test_assert.assert_body(response['body'], 'msg', 'OK')
def get_indicator_data(response_data):
conf_indicator_list = ConfigYaml().get_titan_info()
for indicator_name in conf_indicator_list:
test_indicator_list = list()
file = Conf.get_titan_indicator_path() + os.sep + indicator_name + ".txt"
with open(file, "r", encoding="utf-8") as f:
standard_indicator_list = eval(f.read())
for first_data in response_data:
disease_title = first_data["title"]
if disease_title == indicator_name:
test_indicator_list = get_data(first_data)
print(test_indicator_list)
Assertions().assert_in_titan_data(standard_indicator_list, test_indicator_list, indicator_name)
def assert_db(db_name, result, db_verify):
# sql = init_db("db_1")
sql = init_db(db_name)
# 2、查询sql，excel定义好的
db_res = sql.fetchone(db_verify)
# log.debug("数据库查询结果：{}".format(str(db_res)))
# 3、数据库的结果与接口返回的结果验证
# 获取数据库结果的key
verify_list = list(dict(db_res).keys())
# 根据key获取数据库结果，接口结果
for line in verify_list:
# res_line = res["body"][line]
res_line = result[line]
res_db_line = dict(db_res)[line]
# 验证
Assertions().assert_body(res_line, res_db_line)
def assert_init():
return Assertions()
def get_indicator_data(response_data):
conf_indicator_list = ConfigYaml().get_titan_info()
for indicator_name in conf_indicator_list:
test_indicator_list = list()
file = Conf.get_titan_indicator_path(
) + os.sep + indicator_name + ".txt"
with open(file, "r", encoding="utf-8") as f:
standard_indicator_list = eval(f.read())
for first_data in response_data:
disease_title = first_data["title"]
if disease_title == indicator_name:
if "children" in first_data and first_data["children"]:
for second_data in first_data["children"]:
if second_data["title"] is None:
second_data["title"] = " "
primary_classification_title = second_data["title"]
if "children" in second_data and second_data[
"children"]:
for third_data in second_data["children"]:
if third_data[
"title"] is None or "title" not in third_data.keys(
):
secondary_classification_title = " "
else:
secondary_classification_title = third_data[
"title"]
if "children" in third_data and third_data[
"children"]:
for fourth_data in third_data[
"children"]:
if "title" not in fourth_data.keys(
):
fourth_data["title"] = " "
elif fourth_data["title"] is None:
fourth_data["title"] = " "
tertiary_classification_title = fourth_data[
"title"]
if "children" in fourth_data and fourth_data[
"children"]:
for fifth_data in fourth_data[
"children"]:
if "title" not in fifth_data.keys(
):
fifth_data[
"title"] = " "
elif fifth_data[
"title"] is None:
fifth_data[
"title"] = " "
fourth_classification_title = fifth_data[
"title"]
if "children" in fifth_data and fifth_data[
"children"]:
for sixth_data in fifth_data[
"children"]:
if "title" not in sixth_data.keys(
):
sixth_data[
"title"] = " "
elif sixth_data[
"title"] is None:
sixth_data[
"title"] = " "
fifth_classification_title = sixth_data[
"title"]
if "children" in sixth_data and sixth_data[
"children"]:
for seventh_data in sixth_data[
"children"]:
if seventh_data[
"title"] is None:
seventh_data[
"title"] = " "
seventh_classification_title = seventh_data[
"title"]
title = disease_title + " -- " + primary_classification_title + " -- " + secondary_classification_title + " -- " + tertiary_classification_title + " -- " + fourth_classification_title + " -- " + fifth_classification_title + " -- " + seventh_classification_title
test_indicator_list.append(
title)
else:
title = disease_title + " -- " + primary_classification_title + " -- " + secondary_classification_title + " -- " + tertiary_classification_title + " -- " + fourth_classification_title + " -- " + fifth_classification_title
test_indicator_list.append(
title)
else:
title = disease_title + " -- " + primary_classification_title + " -- " + secondary_classification_title + " -- " + tertiary_classification_title + " -- " + fourth_classification_title
test_indicator_list.append(
title)
else:
title = disease_title + " -- " + primary_classification_title + " -- " + secondary_classification_title + " -- " + tertiary_classification_title
test_indicator_list.append(
title)
else:
title = disease_title + " -- " + primary_classification_title + " -- " + secondary_classification_title
test_indicator_list.append(title)
Assertions().assert_in_titan_data(standard_indicator_list,
test_indicator_list,
indicator_name)