class TestDataList:
def setup_class(self):
self.api = CommonApi()
self.config = Config()
def setup_method(self):
with allure.step('前置条件1：上传一条抓拍数据'):
for _ in range(0, 1):
upload.run()
time.sleep(5)
@allure.feature('抓拍信息列表')
@allure.story('抓拍信息列表')
@allure.description("用例名称：验证回复内容,以及筛选Typevip查询")
@allure.severity('blocker')
def test_required_field(self):
expect_msg = "请求成功"
with allure.step('步骤1：发送请求'):
response = self.api.common_datalist()
attachJson(response.json(), '接口的相关参数信息')
response1 = self.api.common_datalist(optional_dataType=1)
attachJson(response1.json(), '接口的相关参数信息')
response2 = self.api.common_datalist(optional_dataType=2)
attachJson(response2.json(), '接口的相关参数信息')
response3 = self.api.common_datalist(optional_dataType=3)
attachJson(response3.json(), '接口的相关参数信息')
with allure.step('步骤2：获取响应信息'):
response_msg = parseJson_by_objectpath(response.json(),
"$.message")
response_areaCode = parseJson_by_objectpath(
response.json(), "$.*.data.areaCode")
response_imagePath = parseJson_by_objectpath(
response.json(), "$.*.data.imagePath")
attachText("", "接口返回的提示信息：{}".format(response_msg))
attachText("", "接口返回的提示信息：{}".format(response_areaCode))
with allure.step('步骤3：检查点校验'):
attachText("", "期望状态码：{}".format(expect_msg))
attachText("", "实际状态码：{}".format(response_msg))
attachText("", "返回区域编码：{}".format(response_areaCode))
attachText("", "返回图片地址：{}".format(response_imagePath))
assert expect_msg == response_msg
assert len(response_areaCode) != 0
assert len(response_imagePath) != 0
class TestSelectVipType:
def setup_class(self):
self.api = CommonApi()
def setup_method(self):
with allure.step('前置条件1：上传三条抓拍数据'):
# 1.上传三条数据
# 2.一条已成单，一条未成单
upload.run()
time.sleep(5)
self.api.common_save_trace_info(required_isTrade=0)
upload.run()
time.sleep(5)
self.api.common_save_trace_info(required_isTrade=1)
upload.run()
time.sleep(3)
@allure.feature('接口关联业务逻辑')
@allure.story('切换客户状态筛选')
@allure.description("用例名称：总客流，未成单，已成单，未跟进，筛选客户")
@allure.severity('blocker')
def test_business_(self):
expect_msg = "请求成功"
with allure.step('步骤1：发送请求'):
response = self.api.common_datalist()
attachJson(response.json(), '接口的相关参数信息')
response1 = self.api.common_datalist(optional_dataType=1)
attachJson(response1.json(), '接口的相关参数信息')
response2 = self.api.common_datalist(optional_dataType=2)
attachJson(response2.json(), '接口的相关参数信息')
response3 = self.api.common_datalist(optional_dataType=3)
attachJson(response3.json(), '接口的相关参数信息')
with allure.step('步骤2：获取响应信息'):
response_msg = parseJson_by_objectpath(response.json(),
"$.message")
response_phone = parseJson_by_objectpath(response.json(),
"$.*.data.phone")
# response_areaName = parseJson_by_objectpath(response.json(), "$.*.data.areaName")
response_areaCode = parseJson_by_objectpath(
response.json(), "$.*.data.areaCode")
response_imagePath = parseJson_by_objectpath(
response.json(), "$.*.data.imagePath")
response_vipType1 = parseJson_by_objectpath(
response1.json(), "$.*.data.vipType")
response_vipType2 = parseJson_by_objectpath(
response2.json(), "$.*.data.vipType")
response_vipType3 = parseJson_by_objectpath(
response3.json(), "$.*.data.vipType")
attachText("", "接口返回的提示信息：{}".format(response_msg))
attachText("", "接口返回的提示信息：{}".format(response_areaCode))
# attachText("", "接口返回的提示信息：{}".format(response_areaName))
attachText("", "接口返回的提示信息：{}".format(response_vipType1))
attachText("", "接口返回的提示信息：{}".format(response_vipType2))
attachText("", "接口返回的提示信息：{}".format(response_vipType3))
with allure.step('步骤3：检查点校验'):
attachText("", "期望状态码：{}".format(expect_msg))
attachText("", "实际状态码：{}".format(response_msg))
attachText("", "期望状vipType：{}".format(-1))
attachText("", "实际状vipType：{}".format(response_vipType1))
attachText("", "期望状vipType：{}".format(2))
attachText("", "实际状vipType：{}".format(response_vipType2))
attachText("", "期望状vipType：{}".format(3))
attachText("", "实际状vipType：{}".format(response_vipType3))
assert expect_msg == response_msg
assert len(response_phone) != 0
assert -1 in response_vipType1
assert 2 in response_vipType2
assert 3 in response_vipType3
class TestAddTraceAgain:
def setup_class(self):
self.api = CommonApi()
def setup_method(self):
with allure.step('前置条件1：上传一个客流上传两次...'):
pass
@allure.feature('会员识别')
@allure.story('跟进-再次跟进')
@allure.description("用例名称：初次到访-跟进-再次跟进")
@allure.severity('blocker')
def test_business_(self):
WSI_MASK_PATH = 'F:\\模拟上传数据\\6000_picture' # 存放图片的文件夹路径
wsi_mask_paths = glob.glob(os.path.join(WSI_MASK_PATH, '*.jpg'))
path = random.choice(wsi_mask_paths)
self.picturePath = path
upload.run(picture=self.picturePath)
time.sleep(5)
self.api.common_save_trace_info(required_isTrade=0)
time.sleep(5)
response = self.api.common_datalist()
time.sleep(5)
upload.run(picture=path)
time.sleep(5)
response2 = self.api.common_datalist()
time.sleep(5)
self.api.common_save_trace_info(required_isTrade=1)
response1 = self.api.common_datalist()
expect_msg = "请求成功"
with allure.step('步骤1：发送请求'):
attachJson(response.json(), '接口的相关参数信息')
attachJson(response1.json(), '接口的相关参数信息')
attachJson(response2.json(), '接口的相关参数信息')
with allure.step('步骤2：获取响应信息'):
response_msg = parseJson_by_objectpath(response.json(),
"$.message")
response_personName = parseJson_by_objectpath(
response.json(), "$.*.data.personName")[0]
response_msg1 = parseJson_by_objectpath(response1.json(),
"$.message")
response_personName2 = parseJson_by_objectpath(
response2.json(), "$.*.data.personName")[0]
response_vipType = parseJson_by_objectpath(response.json(),
"$.*.data.vipType")[0]
response_vipType1 = parseJson_by_objectpath(
response1.json(), "$.*.data.vipType")[0]
attachText("", "接口返回的提示信息：{}".format(response_msg))
attachText("", "接口返回的提示信息：{}".format(response_msg1))
attachText("", "接口返回跟进后的客户姓名：{}".format(response_personName))
attachText("", "接口返回下次来访识别的客户姓名：{}".format(response_personName2))
with allure.step('步骤3：检查点校验'):
attachText("", "期望状态码：{}".format(expect_msg))
attachText("", "实际返回参数：{}".format(response_vipType))
attachText("", "期望返回参数：{}".format(2))
attachText("", "实际返回参数：{}".format(response_vipType1))
attachText("", "期望返回参数：{}".format(3))
attachText("", "第一次跟进后的客户名：{}".format(response_personName))
attachText("", "客户第二次来会员识别的客户名：{}".format(response_personName2))
assert response_vipType == 2
assert response_vipType1 == 3
assert expect_msg == response_msg
assert expect_msg == response_msg1
assert response_personName2 == response_personName