def assert_actualTime_in_timeErrorRange(self,
actual_time,
offset_sec=None):
'''
功能：实际时间是否在当前时间允许的误差范围内
:param actual_time: 待校验的时间，其时间格式为：%Y-%m-%d %H:%M:%S
:param offset_sec: 时间误差偏移量
:return:
'''
# 默认参数定义
if not offset_sec:
offset_sec = 5
# time_format = "%Y-%m-%d %H:%M:%S"
# 获取到实际的时间戳
actual_timestamp = TimeHelper.get_timestamp_from_time(actual_time)
# 获取期望的时间戳范围
floor_expect_timestamp = actual_timestamp - offset_sec
ceil_expect_timestamp = actual_timestamp + offset_sec
with allure.step('[断言校验]实际时间在期望时间区间范围内,误差偏移量是 {}秒'.format(offset_sec)):
AllureHelper.attachText("", "实际时间：{}".format(actual_time))
AllureHelper.attachText(
"", "期望时间区间：{}--{}".format(
TimeHelper.get_time_from_timestamp(floor_expect_timestamp),
TimeHelper.get_time_from_timestamp(ceil_expect_timestamp)))
assert actual_timestamp >= floor_expect_timestamp and actual_timestamp <= ceil_expect_timestamp
def get_alarmId(timestamp=None):
if timestamp is None:
timestamp = timestamp
tmp_time = TimeHelper.get_time_from_timestamp(timestamp)
timestamp = TimeHelper.get_timestamp_from_time(assigned_time=tmp_time)
part_1 = TimeHelper.get_time_from_timestamp(timestamp=timestamp, time_format="%Y-%m-%d_%H-%M-%S")
part_2 = StringHelper.random_digit(100,999)
part_3 = StringHelper.random_digit(1000,9999)
part_4 = StringHelper.random_digit(0,9)
return "{}_{}_{}_{}".format(part_1, part_2, part_3, part_4)
def simulate_device_uploadPic(self, img_time=None, score=None, img_path=None, body_img_path=None, userStatus=None, capAngle=None):
if img_time is None:
img_time = TimeHelper.get_time(t=TimeHelper.get_time_from_timestamp(), offset=10)
if score is None:
score = str(random.randint(80, 190) / 100)
if img_path is None:
img_path = gen_bnsData.get_face_picture(index=1)
face_frame = ImageHelper.pic_to_bytes(img_path)
if body_img_path is None:
body_frame = face_frame
else:
body_frame = ImageHelper.pic_to_bytes(body_img_path)
if userStatus is None:
userStatus = 2 # 默认进店
if capAngle is None:
capAngle = 0 # 默认正脸
alarmId = gen_bnsData.get_alarmId(timestamp=TimeHelper.get_timestamp_from_time(assigned_time=img_time))
pb_login_msg = pb_business.upload_v4_data(self.aes_key, img_time, face_frame, body_frame, float(score), userStatus, capAngle, alarmId)
msg_aes_len = len(pb_login_msg)
format = '>BIHI%ds' % (msg_aes_len)
send_msg = struct.pack(format, int('0x1A', 16), msg_aes_len, func_num_map.DankiV4ReportData, 0, pb_login_msg)
# 定义函数需要返回的信息
info_dict = dict()
info_dict.setdefault('img_time', img_time)
info_dict.setdefault('score', score)
info_dict.setdefault('alarmId', alarmId)
info_dict.setdefault('userStatus', userStatus)
info_dict.setdefault('capAngle', capAngle)
# info_dict.setdefault('face_frame', face_frame)
self.checkLoginInfo()
self.send_message(send_msg)
self.log.log_info("设备上报图片信息：{}".format(info_dict))
self.checkReplyInfo()
AllureHelper.attachJson(info_dict, "设备上报的信息")
AllureHelper.attachPic(face_frame, "设备上报的图片")
return info_dict