def get_report_info(self, meter_code, start_time, end_time):
url, data = self.get_local_data(6)
report_data = json.loads(data)
report_data["meterId"] = meter_code
report_data["startTime"] = handle_time.update_specified_time(
hour=start_time, minute="00", second="00")
report_data["endTime"] = handle_time.update_specified_time(
hour=end_time, minute="00", second="00")
return os.getenv("host") + url, report_data
def get_consump_tion_statistic(self, meter_code):
url, data = self.get_local_data(10)
report_data = json.loads(data)
report_data["meterId"] = meter_code
report_data["startTime"] = handle_time.update_specified_time(
day=-2, hour="00", minute="00", second="00")
report_data["endTime"] = handle_time.update_specified_time(hour="00",
minute="00",
second="00")
return os.getenv("host") + url, report_data
def get_history_data_info(self, meter_code):
url, data = self.get_local_data(7)
report_data = json.loads(data)
report_data["meterId"] = meter_code
report_data["endTime"] = handle_time.update_specified_time(hour="01",
minute="00",
second="00")
report_data["startTime"] = handle_time.update_specified_time(
day=-1, hour="00", minute="00", second="00")
return os.getenv("host") + url, report_data
def generate_after_day(self, start_time):
for i in range(0, start_time + 1):
if i < 10:
i = "0" + str(i)
self.data.append(
handle_time.update_specified_time(hour=i,
minute="00",
second="00"))
def generate_current_day(self, start_time):
for item in range(start_time, 24):
if item < 10:
item = "0" + str(item)
self.data.append(
handle_time.update_specified_time(day=-1,
hour=item,
minute="00",
second="00"))