async def get_data(self, tick: Ticket = None):
co2, logs = self.sensor.get_data()
self.logger.debug("K30 CO2 got results: {}".format(logs))
if tick:
tick.result = co2
else:
return co2
async def get_data(self, tick: Ticket = None):
res = self.hx.get_data()
self.logger.debug("Weight unit get data: {}".format(res))
if tick:
tick.result = res
else:
return res
async def user_main2():
ans = await command_get_server_info(host="83.220.174.247", port=8888)
print(ans.header)
print(ans.body)
print("Now we have {} tickets on server".format(
json.loads(ans.body)["tickets_number"]))
# com = Command(
# cunit="led_unit",
# cfunc="set_current",
# cargs={"red":10, "white":100},
# ctype="single"
# )
com = Command(cunit="led_unit", cfunc="stop", cargs=None, ctype="single")
# com = Command(
# cunit="system_unit",
# cfunc="get_info",
# cargs=None,
# ctype="single"
#)
tick = Ticket(tfrom=10,
tto=155167253286217647024261323245457212920,
tid=None,
tcommand=com.cdict,
tresult=None)
ans = await command_add_ticket(tick, host="83.220.174.247", port=8888)
print(ans.header)
print(ans.body)
async def do_calibration(self, tick: Ticket = None):
self.logger.info("manual do calibration")
result = await self.worker.do_calibration()
if tick:
tick.result = result
else:
return result
async def start_draining(self, tick: Ticket = None):
self.logger.info("Gpio start_draining")
res = ""
# at first open valves
for pin in self.drain_valve_pins:
res += self.gpio.write(pin, False)
# false - because our relay is low level trigger
self.pins[pin] = False
self.logger.info("Start opening drain valves")
# then wait magic time
await asyncio.sleep(self.drain_valve_time)
self.logger.info("Drain valves should be open now")
# then set up air pumps
for pin in self.drain_pump_pins:
res += self.gpio.write(pin, False)
# false - because our relay is low level trigger
self.pins[pin] = False
self.logger.info("Start drain pumps")
# results
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def do_measure(self, tick: Ticket = None):
self.logger.info("manual do measure")
result = await self.worker.measure()
if tick:
tick.result = result
else:
return result
async def get_info(self, tick: Ticket = None):
self.logger.debug("Gpio get_info")
res = self.pins
if tick:
tick.result = res
else:
return res
async def stop_ventilation(self, tick: Ticket = None):
self.logger.info("manual stop ventilation")
result = await self.worker.stop_ventilation()
if tick:
tick.result = result
else:
return result
async def do_calibration(self, tick: Ticket = None):
ans = await self.sensor.send_command("Z\r\n")
self.logger.info("Starting calibration of SBA5")
if tick:
tick.result = ans
else:
return ans
async def get_info(self, tick: Ticket = None):
ans = await self.sensor.send_command("?\r\n")
self.logger.debug("Getting info from SBA5")
if tick:
tick.result = ans
else:
return ans
async def check_server(self):
"""
do send request to server, parse answer and put tasks to self.tickets
(with lock just in case)
:return:
"""
# send request to server
logger.debug("check_server: started")
res = None
try:
res = await command_request_ticket(worker_id=self._id,
host=self._host,
port=self._port)
logger.debug("check_server: sent request")
except Exception as e:
# TODO: what we have to do with this type errors? How to handle
logger.debug(
"check_server: Error while sending request to server: {}".
format(e))
if res:
logger.debug("check_server: parsing answer")
# parse answer
answer = res # its already Message object
dicts_list = json.loads(answer.body)
# TODO: remove useless print and do something useful
# print(answer.header)
tickets_list = [Ticket(**t_dict) for t_dict in dicts_list]
# add tickets from answer to list
async with self._new_tickets_lock:
for t in tickets_list:
logger.debug(t.id, t.to, t.tfrom)
self._new_tickets.append(t)
logger.debug("check_server: done")
async def pause(self, tick: Ticket = None):
self.logger.info("manual pause")
await self.worker.pause()
result = "worker paused"
if tick:
tick.result = result
else:
return result
async def do_reconfiguration(self, tick: Ticket = None):
self.logger.info("manual do_reconfiguration")
await self.worker.do_reconfiguration()
result = "worker do_reconfiguration"
if tick:
tick.result = result
else:
return result
async def continue_(self, tick: Ticket = None):
self.logger.info("manual continue")
await self.worker.continue_()
result = "worker continued"
if tick:
tick.result = result
else:
return result
async def stop(self, tick: Ticket = None):
self.logger.info("Gpio stop")
self.gpio.deleter()
res = "Gpio cleaned up"
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def set_pin(self, pin: int, state: bool, tick: Ticket = None):
self.logger.info("Gpio manually set pin")
res = self.gpio.write(pin, state)
self.pins[pin] = state
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def do_measurement(self, tick: Ticket = None):
ans = await self.sensor.send_command("M\r\n")
self.logger.debug("Do measure SBA5")
self.logger.debug(("SBA5 result is {}".format(ans)
)[:-1]) #its try to remove last \n from here
if tick:
tick.result = ans
else:
return ans
async def start(self, tick: Ticket = None):
self._started = True
self.logger.info("Started")
res = self.uart_wrapper.START()[1]
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def stop(self, tick: Ticket = None):
self.logger.info("manual kill worker")
# TODO: check if it really works
await self.worker.stop()
result = "worker killed"
if tick:
tick.result = result
else:
return result
async def get_info(self, tick: Ticket):
self.logger.info("get info")
proc = await asyncio.create_subprocess_shell(
"uname -a", stdout=asyncio.subprocess.PIPE)
stdout, stderr = await proc.communicate()
content = stdout.decode().strip()
if tick:
tick.result = content
else:
return content
async def get_info(self, tick: Ticket = None):
self.logger.info(
"Info. Unit {}, red current = {}, white current = {}".format(
"started" if self._started else "stopped", self._red,
self._white))
res = self.uart_wrapper.GET_STATUS()[1]
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def stop_ventilation(self, tick: Ticket = None):
self.logger.info("Gpio stop_ventilation")
res = ""
for i in self.vent_pins:
res = self.gpio.write(i, True)
self.pins[i] = True
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def stop_coolers(self, tick: Ticket = None):
self.logger.info("Gpio stop coolers")
for i in self.cooler_pin:
res = self.gpio.write(i, True)
# false - because our relay is low level trigger
self.pins[i] = True
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def get_info(self, tick: Ticket = None):
self.logger.debug("Dht get info function")
if platf != "RPi":
self.logger.error(
"We are not on RPi, so this unit will be only a stub")
else:
self.logger.debug((self.pin, self.dhttype))
if tick:
tick.result = (self.pin, self.dhttype)
else:
return self.pin, self.dhttype
async def start_ventilation(self, tick: Ticket = None):
self.logger.info("Gpio start_ventilation")
res = ""
for i in self.vent_pins:
res += self.gpio.write(i, False)
# false - because our relay is low level trigger
self.pins[i] = False
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
async def get_data(self, tick: Ticket = None):
self.logger.debug("Dht get data function")
if platf != "RPi":
self.logger.error(
"We are not on RPi, so this unit will be only a stub")
else:
h, t = self.sensor.get_data()
self.logger.debug((t, h))
if tick:
tick.result = (t, h)
else:
return t, h
async def test_tunnel():
ans = await command_get_server_info(host="83.220.174.247", port=8888)
print(ans.header)
print(ans.body)
print("Now we have {} tickets on server".format(
json.loads(ans.body)["tickets_number"]))
com = Command(cunit="system_unit",
cfunc="stop",
cargs=None,
ctype="single")
# com = Command(
# cunit="led_unit",
# cfunc="set_current",
# cargs={"red": 10, "white": 182},
# ctype="single"
# )
# com = Command(
# cunit="gpio_unit",
# cfunc="stop_draining",
# cargs=None,
# ctype="single"
# )
# com = Command(
# cunit="gpio_unit",
# cfunc="stop_ventilation",
# cargs=None,
# ctype="single"
# )
tick = Ticket(tfrom=10,
tto=155167253286217647024261323245457212920,
tid=None,
tcommand=com.cdict,
tresult=None)
ans = await command_add_ticket(tick, host="83.220.174.247", port=8888)
print(ans.header)
print(ans.body)
time.sleep(20)
ans = await command_get_ticket_result(tick.id,
host="83.220.174.247",
port=8888)
print(ans.header)
print(ans.body)
ans = await command_delete_ticket(tick.id,
host="83.220.174.247",
port=8888)
print(ans.header)
print(ans.body)
async def create_tunnel(self, tick: Ticket):
self.logger.info("manual create tunnel")
# TODO: mb remove it ? It is dangerous
cmd = 'autossh -M 10984 -N -f -o "PubkeyAuthentication=yes" -o "PasswordAuthentication=no" -i /home/pi/.ssh/id_rsa -R 6666:localhost:22 [email protected] &'
proc = await asyncio.create_subprocess_shell(
cmd,
stdout=asyncio.subprocess.PIPE,
stderr=asyncio.subprocess.PIPE)
stdout, stderr = await proc.communicate()
content = stdout.decode().strip()
if tick:
tick.result = content
else:
return content
async def simple_test():
com = Command(cunit="system_unit",
cfunc="get_info",
cargs=None,
ctype="single")
tick = Ticket(tfrom=10,
tto=155167253286217647024261323245457212920,
tid=None,
tcommand=com.cdict,
tresult=None)
message = Message(header="ADD_TICKET", body=tick.tdict)
raw = json.dumps(message.mdict)
with open("test.txt", 'w') as file_handler:
file_handler.write(raw)
print(raw)
async def stop_calibration(self, tick: Ticket = None):
self.logger.info("Gpio stop_calibration")
for i in self.calibration_pins:
res = self.gpio.write(i, True)
# false - because our relay is low level trigger
self.pins[i] = True
# then we need to start pump3
for i in self.measure_pins:
res = self.gpio.write(i, False)
# false - because our relay is low level trigger
self.pins[i] = False
self.logger.debug(res)
if tick:
tick.result = res
else:
return res
