def __init__(self):
super().__init__(self.__class__.__name__)
self.control_devices.extend(devices.get(devices.WaterPump))
self.control_sensors.extend(sensors.get(sensors.Moisture))
if len(self.control_sensors) > 1:
raise ValueError("now we are supporting only 1 Moisture sensor")
self.control_sensors.extend(sensors.get(sensors.WaterLevelDrop))
if len(self.control_sensors) > 2:
raise ValueError(
"now we are supporting only 1 WaterLevelDrop sensor")
def __init__(self):
super().__init__(self.__class__.__name__)
self.control_devices = devices.get(devices.ThermalFan)
self.control_sensors = sensors.get(sensors.TempHum)
self.auto_mode = True
self.check_temp = config.DEF_CHECK_TEMP
if len(self.control_sensors) > 1:
raise ValueError("now we are supporting only 1 temperature sensor")
# if no devices - no reason to work
if len(self.control_devices) == 0 or len(self.control_sensors) == 0:
self.control_sensors = []
self.control_devices = []
def status_info():
try:
CO2 = sensors.get(sensors.CO2)[0].read_val()
temperature, humidity, num_cycles_wrong = sensors.get(
sensors.TempHum)[0].read_val()
particles = sensors.get(sensors.Particles_pms7003)[0].read_val()
info_data = re.split(
'\n|:',
controls.get_status_str() + sensors.get_status_str())
info_data = list(filter(None, info_data))
res_info = "<trt><td>Update time</td><td>" + \
get_time(datetime.now())+"</td></tr>"
for counter in range(0, len(info_data) - 1, 2):
res_info += "<tr>"
res_info += "<td>" + info_data[counter] + "</td>"
res_info += "<td>" + info_data[counter + 1].replace(';',
':') + "</td>"
res_info += "</tr>"
out_particles = []
out_particles.append(particles['data']['8'])
out_particles.append(particles['data']['10'])
out_particles.append(particles['data']['12'])
return render_template('status_info.html',
temp=str("%.1f" % temperature),
hum=str("%.1f" % humidity),
co2=str(CO2),
particles=out_particles,
status_info=res_info)
except Exception as e:
my_logging.logger.exception("status_info chart error")
return "Unable to process status_info chart: " + traceback.format_exc(
), 400
finally:
pass
def __init__(self):
super().__init__(self.__class__.__name__)
self.control_sensors = sensors.get(sensors.Particles_pms7003)
if len(self.control_sensors) > 1:
raise ValueError("now we are supporting only 1 particles sensor")
self.control_devices = []
def callback_inline(call):
try:
if call.message:
if call.data == "measure_water":
WateringControl.do_watering("measure_water", 5, False)
send_msg_bot_long_check(call.message.chat.id,
WateringControl.get_status_str())
elif call.data == "do_watering_now":
WateringControl.do_watering("force from telegram")
bot.send_message(call.message.chat.id, "Watering done !")
elif call.data == "get_status":
bot.send_message(
call.message.chat.id,
controls.get_status_str() + sensors.get_status_str())
elif call.data == "manual_run_stop_fan":
controls.get(
controls.control_TempHum).switch(external_command=True)
bot.send_message(
call.message.chat.id,
controls.get(controls.control_TempHum).get_status_str())
elif call.data == "auto_fan":
controls.get(controls.control_TempHum).set_auto()
bot.send_message(call.message.chat.id, "Fans auto !")
elif call.data == "on_off_outlet":
controls.get(
controls.control_Outlet).switch(external_command=True)
bot.send_message(
call.message.chat.id,
devices.get(devices.Outlet)[0].get_status_str())
elif call.data == "on_off_conditioner":
controls.get(controls.control_ConditionerControl_IR).switch(
external_command=True)
bot.send_message(
call.message.chat.id,
devices.get(devices.IrConditioner)[0].get_status_str())
elif call.data == "auto_outlet":
controls.get(controls.control_Outlet).set_auto()
bot.send_message(call.message.chat.id, "Outlet auto !")
elif call.data == "wake_my_pc":
send_magic_packet('7C:05:07:11:40:26')
send_magic_packet('7c:05:07:11:40:26')
bot.send_message(call.message.chat.id, "Command sended !")
elif call.data == "check_light":
bot.send_message(
call.message.chat.id,
sensors.get(sensors.Light)[0].get_status_str())
elif call.data == "make_camera_photo":
devices.get(devices.Camera)[0].do_photo()
photo = open('/dev/shm/camera.jpg', 'rb')
bot.send_photo(call.message.chat.id, photo)
elif call.data == "make_co2_graph":
make_co2_graph()
photo = open('/dev/shm/plot.png', 'rb')
bot.send_photo(call.message.chat.id, photo)
elif call.data == "make_temp_hum_graph":
make_temp_hum_graph()
photo = open('/dev/shm/plot.png', 'rb')
bot.send_photo(call.message.chat.id, photo)
elif call.data == "make_particles_graph":
make_particles_graph()
photo = open('/dev/shm/plot.png', 'rb')
bot.send_photo(call.message.chat.id, photo)
elif call.data == "get_last_10_watering_dates":
values = database.get_last_10_watering_info()
bot.send_message(call.message.chat.id, values)
else:
send_msg_bot_long_check(str(config.my_telegram_id),
"unknown call data: " + call.data,
get_markup())
my_logging.logger.error("unknown call.data " + call.data)
elif call.inline_message_id:
if call.data == "test":
bot.edit_message_text(inline_message_id=call.inline_message_id,
text="forbidden !!!")
except Exception as e:
my_logging.logger.exception("callback_inline:" + str(e))
pass
finally:
filenames = ["/dev/shm/plot.png", "/dev/shm/camera.jpg"]
for filename in filenames:
if os.path.exists(filename):
os.remove(filename)
def __init__(self):
super().__init__(self.__class__.__name__)
self.control_sensors = sensors.get(sensors.CO2)
if len(self.control_sensors) > 1:
raise ValueError("now we are supporting only 1 CO2 sensor")
def exec_command(command):
my_logging.logger.info("command:" + command)
# devices control
if command in [
"вентилятор", "включи вентилятор", "включить вентилятор",
"выключи вентилятор", "выключить вентилятор"
]:
say_ok(command)
controls.get(controls.control_TempHum).switch(external_command=True)
elif command in ["вентилятор авто"]:
say_ok(command)
controls.get(controls.control_TempHum).set_auto()
elif command in [
"розетка", "включи розетку", "включить розетку", "выключи розетку",
"выключить розетку"
]:
say_ok(command)
controls.get(controls.control_Outlet).switch(external_command=True)
elif command in ["розетка авто"]:
say_ok(command)
controls.get(controls.control_Outlet).set_auto()
elif command in [
"кондиционер", "включи кондиционер", "выключи кондиционер", "жарко"
]:
say_ok(command)
controls.get(controls.control_ConditionerControl_IR).switch(
external_command=True)
elif command in ["кондиционер авто"]:
say_ok(command)
controls.get(controls.control_ConditionerControl_IR).set_auto()
elif command in ["включи все"]:
say_ok(command)
controls.enable()
elif command in ["выключи все"]:
say_ok(command)
controls.disable()
elif command in ["все авто"]:
say_ok(command)
controls.set_auto()
# noise control
elif command in ["тихо"]:
say_ok(command)
controls.get(controls.control_NoisyActions).force_silent = True
elif command in ["говори"]:
say_ok(command)
controls.get(controls.control_NoisyActions).force_silent = False
#temperature and humidity and co2
elif command in [
"температура", "какая температура", "температура в комнате"
]:
temperature, humidity, num_cycles_wrong = sensors.get(
sensors.TempHum)[0].read_val()
temp_str = "{:.1f}".format(temperature).replace('.', ',')
TTS.say("Температура в комнате: " + temp_str + " градусов")
if temperature < 22:
TTS.say("прохладно, оденься потеплее")
elif command in ["влажность", "какая влажность", "влажность в комнате"]:
temperature, humidity, num_cycles_wrong = sensors.get(
sensors.TempHum)[0].read_val()
hum_str = "{:.1f}".format(humidity).replace('.', ',')
TTS.say("Влажность в комнате: " + str(hum_str) + " %")
if humidity < 35:
TTS.say("суховато, можно увлажнить")
elif command in [
"углекислый газ", "газ", "какой уровень углекислого газа"
]:
co2 = sensors.get(sensors.CO2)[0].read_val()
TTS.say("Уровень углекислого газа в комнате: " + str(co2) + " ppm")
if co2 > 800:
TTS.say("можно открыть окно")
elif command in ["частицы", "загрязнение"]:
particles = sensors.get(sensors.Particles_pms7003)[0].read_val()
pm25 = particles['data']['10']
TTS.say("Частиц 2.5 в комнате: " + str(pm25[1]) +
"микрограмм на кубометр")
if pm25[1] > 100:
TTS.say("надевай маску, загрязнение высокое !")
#time, weather,news
elif command in ["время", "сколько время", "сколько времени"]:
TTS.say('{0:%H:%M}'.format(datetime.now()))
elif command in ["дата", "какой день", "какой сегодня день"]:
dt = format_datetime(datetime.now(), "dd MMMM HH:mm", locale='ru')
TTS.say("Сейчас : " + dt)
elif command in [
"погода", "прогноз погоды", "что на улице", "что с погодой"
]:
TTS.say(utils.common.get_weather_desc())
elif command in ["новости", "что нового"]:
count = 1
TTS.say("Новости от РосБизнесКонсалтинг:")
for news in utils.common.get_news():
TTS.say(f"Новость {count}: {news}")
count += 1
# misc, just for fun
elif command in ["отзовись", "привет"]:
sound.play_command("hello")
elif command in ["спокойной ночи", "спокойной"]:
TTS.say("Спокойной ночи дорог'ой")
elif command in ["доброе утро", "доброе", "с добрым утром"]:
TTS.say("С добрым утром дорог'ой")
elif command in ["как дела", "как жизнь"]:
TTS.say("Отлично, температура " +
str(utils.common.get_cpu_temperature()) + ", у тебя как ?")
elif command in ["как тебя зовут", "твое имя", "кто ты"]:
TTS.say(
"я автоматизировнный помощник по дому, пока не до конца доделанный"
)
# wake up
elif command in [
"разбуди завтра в 7", "разбуди завтра в 7:00", "разбуди в 7:00"
]:
next = datetime.now() + timedelta(days=1)
next = next.replace(hour=7)
wakeup_list.append(next)
TTS.say("Хорошо, разбужу в 7")
elif command in [
"разбуди завтра в 8", "разбуди завтра в 8:00", "разбуди в 8:00"
]:
next = datetime.now() + timedelta(days=1)
next = next.replace(hour=8)
wakeup_list.append(next)
TTS.say("Хорошо, разбужу в 8")
elif command in ["отмена", "отмена комманды"]:
TTS.say("всего хорошего")
#unknown, error
else:
if not TTS.say("непонятная комманда : " + command):
sound.play_command("repeat")
my_logging.logger.info("unknown command: " + command)