Python-сообщество

Stepa075 · Июнь 24, 2021 13:59:51

Доброго времени суток! Я сравнительно новичок в питоне, но старательно учусь и параллельно пилю свой маленький проект “умного дома”(для себя). Столкнулся с проблемой: у меня на бесплатном PHP хостинге есть скрипт, который принимает данные из GET-запроса и записывает их в файл. GET-запрос я передаю скрипту через requests.get() с параметрами, которые берутся из глобальных переменных. requests.get находится в потоке и блокирует доступ к переменным Rlock, когда с ними работает. Также есть к этим переменным доступ из других потоков (тоже с RLock) для их считывания или обновления. Собственно вопрос: все работает нормально какое-то время, данные отправляются и пишутся в файлы на хостинге, но потом почему-то начинают отправляться GET-запросы без данных. Почему так происходит? Могут ли другие потоки как-то блокировать/переблокировать RLock? При этом ошибок программа не выдает. Прошу сильно не пинать - я самоучка и мне уже далеко не 20 лет, так что мозги могут соображать не так быстро как у молодежи или профессиональных программистов.Заранее спасибо.
Собственно файл с функцией start1 в которой и формируется и отправляется GET-запрос.

 import threading
from threading import Thread
from time import sleep
import requests
from package1_copy import Variables
lock = threading.RLock()
def start1():
   lock.acquire()
   try:
    r4_0 = Variables.parsing_GPIO_4relay1
    r4_1 = str(r4_0[0])
    r4_2 = str(r4_0[1])
    r4_3 = str(r4_0[2])
    r4_4 = str(r4_0[3])
    params = {'params': str(Variables.parsing_ESP1),
              'params1': str(Variables.Sadok_Light1),
              'params2_1': r4_1,
              'params2_2': r4_2,
              'params2_3': r4_3,
              'params2_4': r4_4, 'control': 'home'}
    r = requests.get('http://some_site/index.php', params=params)
    r.encoding = "UTF8"
    print('start1 = Ok')
    print(r.text)
   except:
    params = {'params': '0', 'params1': '0', 'params2_1': '0', 'params2_2': '0', 'params2_3': '0', 'params2_4': '0', 'control': 'home'}
    r = requests.get('http://some_site/index.php', params=params)
    r.encoding = "UTF8"
    print('except start1' + r.text)
    pass
   finally:
       lock.release()
   sleep(60.0)
   start1()
def start2():
  global lines
  lock.acquire()
  try:
    url = "http://some_site/hello.html"
    r = requests.get(url)
    r.encoding = "UTF8"
    print('start2 = Ok')
    with open('response_server.html', 'w') as output_file:
      output_file.write(r.text)
    with open('response_server.txt', 'w') as output_file:
      output_file.write(r.text)
    text_file = open("response_server.html", "r")
    lines = text_file.read().split(',')
    print(lines)
    # print(len(lines))
    text_file.close()
    Variables.receive_from_server = lines
    Variables.receive_from_server1 = lines[0]
    Variables.receive_from_server1 = lines[1]
    Variables.receive_from_server1 = lines[2]
    Variables.receive_from_server1 = lines[3]
    Variables.receive_from_server1 = lines[4]
    Variables.receive_from_server1 = lines[5]
    Variables.receive_from_server1 = lines[6]
  except:
    lines.append('0')
    pass
  finally:
      lock.release()
  sleep(70.0)
  start2()
  return lines
def parsing_ESP():
  lock.acquire()
  try:
    url = "http://192.168.0.110/sensors/adci1/"
    r = requests.get(url)
    r.encoding = "UTF8"
    # print('r.text= ' + r.text)
    with open('test.html', 'w') as output_file:
      output_file.write(r.text)
    with open('test1.txt', 'w') as output_file:
      output_file.write(r.text)
    f = open('test1.txt')
    str1=f.read()
    f.close()
    str2=str1[str1.find(";") + 1 : ]
    str3=str2[str2.find(":") + 1 : str2.find(";")]
    Variables.parsing_ESP = int(str3)
    Variables.parsing_ESP1 = int(str3)
    print('parsing_ESP = Ok')
  except:
    url= 'http://192.168.0.110/configrst?st=1'
    r.request.get(url)
    str3=110
    Variables.parsing_ESP = int(str3)
    Variables.parsing_ESP1 = int(str3)
    pass
  finally:
      lock.release()
  sleep(60.0)
  parsing_ESP()
  return str3
def parsing_GPIO_Sadok():
  lock.acquire()
  try:
    url = "http://192.168.0.100/gpioprint"
    r = requests.get(url)
    r.encoding = "UTF8"
    with open('sadok.html', 'w') as output_file:
      output_file.write(r.text)
    with open('sadok1.txt', 'w') as output_file:
      output_file.write(r.text)
    f = open('sadok1.txt')
    str_sad = f.read()
    # print(str_sad)
    f.close()
    str_sad2 = str_sad[:str_sad.find(";") + 1]
    str_sad3 = str_sad2[str_sad2.find(":") + 1: str_sad2.find(";")]
    Variables.Sadok_Light=str_sad3
    Variables.Sadok_Light1 = str_sad3
    print('parsing_GPIO_Sadok = Ok ')
  except:
    str_sad3=1
    Variables.Sadok_Light = str_sad3
    Variables.Sadok_Light1 = str_sad3
    pass
  finally:
      lock.release()
  sleep(30.0)
  parsing_GPIO_Sadok()
  return str_sad3
def parsing_GPIO_4relay11():
  lock.acquire()
  try:
    url = "http://192.168.0.120/gpioprint"
    r = requests.get(url)
    r.encoding = "UTF8"
    with open('4relay.txt', 'w') as output_file:
     output_file.write(r.text)
    f = open('4relay.txt')
    str_4relay = f.read()
    f.close()
    print('parsing_GPIO_4relay = Ok')
    str_4relay2 = str_4relay[str_4relay.find(":") + 1:]
    r1 = str_4relay2[: str_4relay2.find(";")]
    r2 = str_4relay[10:11]
    r3 = str_4relay[18:19]
    r4 = str_4relay[23:24]
    relay_list = [r1, r2, r3, r4]
    Variables.parsing_GPIO_4relay = relay_list
    Variables.parsing_GPIO_4relay1 = relay_list
    print('Variables.parsing_GPIO_4relay =' + str(Variables.parsing_GPIO_4relay))
  except:
      r1 = '0'
      r2 = '0'
      r3 = '0'
      r4 = '0'
      relay_list = [r1, r2, r3, r4]
      Variables.parsing_GPIO_4relay = relay_list
      print('Variables.parsing_GPIO_4relay =' + str(Variables.parsing_GPIO_4relay))
      pass
  finally:
      lock.release()
  sleep(30.0)
  parsing_GPIO_4relay11()
  return relay_list

Другой файл с другими функциями в потоках, которые обращаются к тем же глобальным переменным:

 import threading
from threading import Thread
from time import sleep
import requests
from package1_copy import Variables
lock = threading.RLock()
def logicks_Sadok_Light():
       lock.acquire()
       try:
           if int(Variables.parsing_ESP) <=100:
              url= Variables.GPIO_sad_on
              requests.get(url)
              print('Night street')
           else:
               url = Variables.GPIO_sad_off
               requests.get(url)
               print('Day street!')
       except:
           pass
       finally:
           lock.release()
def logicks_4relay_Light():
    lock.acquire()
    try:
        if int(Variables.parsing_ESP) <= 100:
            url = Variables.GPIO_4relay1_on
            requests.get(url)
            url = Variables.GPIO_4relay2_on
            requests.get(url)
            url = Variables.GPIO_4relay3_on
            requests.get(url)
            url = Variables.GPIO_4relay4_on
            requests.get(url)
            print('4Relay Night')
        else:
            url = Variables.GPIO_4relay1_off
            requests.get(url)
            url = Variables.GPIO_4relay2_off
            requests.get(url)
            url = Variables.GPIO_4relay3_off
            requests.get(url)
            url = Variables.GPIO_4relay4_off
            requests.get(url)
            print('4 Relay Day!')
    except:
        print('Except!')
        pass
    finally:
        lock.release()
def remote_control_install():
    lock.acquire()
    try:
        logicks_Sadok_Light()
        logicks_4relay_Light()
    finally:
        lock.release()
        pass
    sleep(10.0)
    remote_control_install()

Файл с переменными:

 send_to_server = ''
receive_from_server = []
receive_from_server1 = 0
receive_from_server2 = 0
receive_from_server3 = 0
receive_from_server4 = 0
receive_from_server5 = 0
receive_from_server6 = 0
receive_from_server7 = 'home'
Sadok_Light = 1
parsing_ESP = 110
r1 = '0'
r2 = '0'
r3 = '0'
r4 = '0'
parsing_GPIO_4relay = [r1, r2, r3, r4]
GPIO_sad_on = 'http://192.168.0.100/gpio?st=0&pin=0'
GPIO_sad_off = 'http://192.168.0.100/gpio?st=1&pin=0'
GPIO_4relay1_on = 'http://192.168.0.120/gpio?st=1&pin=0'
GPIO_4relay1_off = 'http://192.168.0.120/gpio?st=0&pin=0'
GPIO_4relay2_on = 'http://192.168.0.120/gpio?st=1&pin=2'
GPIO_4relay2_off = 'http://192.168.0.120/gpio?st=0&pin=2'
GPIO_4relay3_on = 'http://192.168.0.120/gpio?st=1&pin=5'
GPIO_4relay3_off = 'http://192.168.0.120/gpio?st=0&pin=5'
GPIO_4relay4_on = 'http://192.168.0.120/gpio?st=1&pin=14'
GPIO_4relay4_off = 'http://192.168.0.120/gpio?st=0&pin=14'
response_flag = ['0', '0', '0', '0', '0', '0', 'sleep']
response_flag_1 = ''
response_flag_2 = ''
response_flag_3 = ''
response_flag_4 = ''
response_flag_5 = ''
response_flag_6 = ''
response_flag_7 = ''
parsing_ESP1 = 110
parsing_GPIO_4relay1 = [r1, r2, r3, r4]
Sadok_Light1 = 1

И на всякий случай файл GUI:

 import ctypes
import time
from ctypes import wintypes
from threading import Thread
from tkinter import *
import requests
import logic_center
from package1_copy import Variables
from package1_copy.Stream_2 import start2, start1, parsing_ESP, parsing_GPIO_Sadok, parsing_GPIO_4relay11
def start_frame():
    frame_tumblers1_frame.place_forget()
    frame_tumblers2_frame.place_forget()
    frame_tumblers3_frame.place_forget()
    frame_tumblers_frame.place(x=18, y=225, width=765, height=355)
    print('def_start')
def general_menu(*event):
    frame_tumblers1_frame.place_forget()
    frame_tumblers2_frame.place_forget()
    frame_tumblers3_frame.place_forget()
    frame_tumblers_frame.place(x=18, y=225, width=765, height=355)
    print('def1')
def overview(*event):
    frame_tumblers_frame.place_forget()
    frame_tumblers2_frame.place_forget()
    frame_tumblers3_frame.place_forget()
    frame_tumblers1_frame.place(x=18, y=225, width=765, height=355)
    print('def2')
def settings(*event):
    frame_tumblers_frame.place_forget()
    frame_tumblers1_frame.place_forget()
    frame_tumblers3_frame.place_forget()
    frame_tumblers2_frame.place(x=18, y=225, width=765, height=355)
    print('def3')
def reserved(*event):
    frame_tumblers_frame.place_forget()
    frame_tumblers1_frame.place_forget()
    frame_tumblers2_frame.place_forget()
    frame_tumblers3_frame.place(x=18, y=225, width=765, height=355)
    print('def4')
def setwindow(root):
    root.title("Окно программы")
    root.resizable(False, False)
    w = 800
    h = 600
    ws = root.winfo_screenwidth()
    wh = root.winfo_screenheight()
    x = int(ws / 2 - w / 2)
    y = int(wh / 2 - h / 2)
    root.geometry("{0}x{1}+{2}+{3}".format(w, h, x, y))
def check_Power():
    class SYSTEM_POWER_STATUS(ctypes.Structure):
        _fields_ = [
            ('ACLineStatus', wintypes.BYTE),
            ('BatteryFlag', wintypes.BYTE),
            ('BatteryLifePercent', wintypes.BYTE),
            ('Reserved1', wintypes.BYTE),
            ('BatteryLifeTime', wintypes.DWORD),
            ('BatteryFullLifeTime', wintypes.DWORD),
        ]
    SYSTEM_POWER_STATUS_P = ctypes.POINTER(SYSTEM_POWER_STATUS)
    GetSystemPowerStatus = ctypes.windll.kernel32.GetSystemPowerStatus
    GetSystemPowerStatus.argtypes = [SYSTEM_POWER_STATUS_P]
    GetSystemPowerStatus.restype = wintypes.BOOL
    status = SYSTEM_POWER_STATUS()
    if not GetSystemPowerStatus(ctypes.pointer(status)):
        raise ctypes.WinError()
    if status.ACLineStatus != 0:
        # print('Power Ok!')
        lbl_Power_sensor['text'] = 'Power sensor status: AC power connected, Ok'
    else:
        # print('No Power')
        lbl_Power_sensor['text'] = 'Power sensor status: AC power lost, Battery mode!'
    # print('ACLineStatus', status.ACLineStatus)
    # print('BatteryFlag', status.BatteryFlag)
    # print('BatteryLifePercent', status.BatteryLifePercent)
    # print('BatteryLifeTime', status.BatteryLifeTime)
    # print('BatteryFullLifeTime', status.BatteryFullLifeTime)
    root.after(30000, check_Power)
def xxx():
    try:
        xxx1 = Variables.parsing_ESP
        lbl_gen_fr_1_value['text'] = xxx1
        lbl_gen_fr_2_value['text'] = xxx1
        root.after(3000, xxx)
    except:
        lbl_gen_fr_1_value['text'] = 'Fucking ERROR!!!'
        pass
        root.after(3000, xxx)
def parser_GPIO_sadok():
    try:
        r = requests.get('http://192.168.0.100/')
        if r.status_code == 200:
            # parsing_server1.parsing_GPIO_Sadok()
            xxx1 = Variables.Sadok_Light
                # parsing_server1.parsing_GPIO_Sadok()
            if int(xxx1) == 0:
                lbl_gen_fr3_1_value['text'] = 'ON'
            else:
                lbl_gen_fr3_1_value['text'] = "OFF"
        else:
            lbl_gen_fr3_1_value['text'] = 'ERROR'
        root.after(5000, parser_GPIO_sadok)
    except:
        lbl_gen_fr3_1_value['text'] = 'No connect to ESP!'
        pass
        root.after(5000, parser_GPIO_sadok)
def parser_GPIO_4relay():
    try:
        r = requests.get('http://192.168.0.120/')
        if r.status_code == 200:
            xxx1 = Variables.parsing_GPIO_4relay
            # parsing_server1.parsing_GPIO_4relay()
            if int(xxx1[0]) != 0:
                lbl_gen_fr3_3_value['text'] = 'ON'
            else:
                lbl_gen_fr3_3_value['text'] = "OFF"
            if int(xxx1[1]) != 0:
                lbl_gen_fr3_4_value['text'] = 'ON'
            else:
                lbl_gen_fr3_4_value['text'] = "OFF"
            if int(xxx1[2]) != 0:
                lbl_gen_fr3_5_value['text'] = 'ON'
            else:
                lbl_gen_fr3_5_value['text'] = "OFF"
            if int(xxx1[3]) != 0:
                lbl_gen_fr3_6_value['text'] = 'ON'
            else:
                lbl_gen_fr3_6_value['text'] = "OFF"
        else:
            lbl_gen_fr3_3_value['text'] = 'ERROR'
            lbl_gen_fr3_4_value['text'] = 'ERROR'
            lbl_gen_fr3_5_value['text'] = 'ERROR'
            lbl_gen_fr3_6_value['text'] = 'ERROR'
        root.after(10000, parser_GPIO_4relay)
    except:
        lbl_gen_fr3_3_value['text'] = 'Fucking ERROR!!!'
        lbl_gen_fr3_4_value['text'] = 'Fucking ERROR!!!'
        lbl_gen_fr3_5_value['text'] = 'Fucking ERROR!!!'
        lbl_gen_fr3_6_value['text'] = 'Fucking ERROR!!!'
        pass
        root.after(10000, parser_GPIO_4relay)
def check_req():
    try:
        r = requests.get('https://google.com/')  # резервный ('http://httpbin.org/get')
        print('google.com ' + str(r.status_code))
        if int(r.status_code) == 200:
            lbl_Internet_sensor['text'] = 'Internet sensor status: Connected, Ok'
        else:
            lbl_Internet_sensor['text'] = 'Internet sensor status: Disconnected, Error!'
        root.after(300000, check_req)
    except:
        print('except! Internet')
        lbl_Internet_sensor['text'] = 'Internet sensor status: Error!'
        pass
        root.after(300000, check_req)
def check_Light_sensor_conections():
    try:
        rl = requests.get('http://192.168.0.110/')
        print('status_code Light_sensor_connection: ' + str(rl.status_code))
        if int(rl.status_code) == 200:
            # root.after(0, xxx)
            lbl_Light_sensor['text'] = 'Light sensor status: Connected, Ok'
        else:
            lbl_Light_sensor['text'] = 'Light sensor status: Disconnected, Error!'
        root.after(600000, check_Light_sensor_conections)
    except:
        print('except! Light sensor')
        lbl_Light_sensor['text'] = 'Light sensor status: Error!'
        pass
        root.after(600000, check_Light_sensor_conections)
def check_Server_sensor_conections():
    try:
        rg = requests.get("http://f0555107.xsph.ru/")  # резервный ('http://httpbin.org/get')
        print('check server ' + str(rg.status_code))
        if int(rg.status_code) == 200:
            lbl_Server_sensor['text'] = 'Server sensor status: Connected, Ok'
        else:
            lbl_Server_sensor['text'] = 'Server sensor status: Disconnected, Error!'
    except:
        print('except! Server')
        lbl_Server_sensor['text'] = 'Server sensor status: Error!'
        pass
    root.after(600000, check_Server_sensor_conections)
def update_time():
    # change text on Label
    lbl_time['text'] = time.strftime('Current date: %Y-%m-%d Current time: %H:%M:%S')
    # run `update_time` again after 1000ms (1s)
    root.after(1000, update_time)  # function name without ()
root = Tk()
setwindow(root)
frame_main_frame = Frame(master=root, relief=GROOVE, borderwidth=5, bg='#0c47a6')
frame_sensor_frame = Frame(master=frame_main_frame, relief=GROOVE, borderwidth=5, bg='#0f80f2')
frame_tumblers_frame = Frame(master=frame_main_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
frame_general1 = Frame(master=frame_tumblers_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
frame_general2 = Frame(master=frame_tumblers_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
frame_general3 = Frame(master=frame_tumblers_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
frame_tumblers1_frame = Frame(master=frame_main_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
frame_tumblers2_frame = Frame(master=frame_main_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
frame_tumblers3_frame = Frame(master=frame_main_frame, relief=GROOVE, borderwidth=5, bg='#a4aaab')
lbl_time = Label(master=frame_sensor_frame, text='Current time: 00:00:00', font="Tahoma 12", bg='#0f80f2')
lbl_time.pack()
lbl_connections = Label(master=frame_sensor_frame, text='Connections state', font="Tahoma 14", bg='#0f80f2')
lbl_connections.pack()
lbl_Power_sensor = Label(master=frame_sensor_frame, text='Power sensor status: Connected, Power on', font='Tahoma 10',
                         bg='#0f80f2')
lbl_Light_sensor = Label(master=frame_sensor_frame, text='Light sensor status: ', font='Tahoma 10', bg='#0f80f2')
lbl_Water_sensor = Label(master=frame_sensor_frame, text='Water sensor status: Connected, Ok', font='Tahoma 10',
                         bg='#0f80f2')
lbl_Gas_sensor = Label(master=frame_sensor_frame, text='Gas sensor status: Connected, Ok', font='Tahoma 10',
                       bg='#0f80f2')
lbl_Server_sensor = Label(master=frame_sensor_frame, text='Server sensor status: Connected, Ok', font='Tahoma 10',
                          bg='#0f80f2')
lbl_Internet_sensor = Label(master=frame_sensor_frame, text='Internet sensor status: ', font='Tahoma 10', bg='#0f80f2')
lbl_Power_sensor.pack()
lbl_Light_sensor.pack()
lbl_Water_sensor.pack()
lbl_Gas_sensor.pack()
lbl_Server_sensor.pack()
lbl_Internet_sensor.pack()
lbl_general = Label(master=frame_tumblers_frame, text='General', font="Tahoma 16", bg='#a4aaab')
lbl_general.pack()
lbl_gen_fr_1 = Label(master=frame_general1, text='Light sensor value', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr_1_value = Label(master=frame_general1, text='Unknown value', font="Tahoma 14", bg='White')
lbl_gen_fr_2 = Label(master=frame_general1, text='Light sensor2 value', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr_2_value = Label(master=frame_general1, text='Unknown value', font="Tahoma 14", bg='White')
lbl_gen_fr_3 = Label(master=frame_general1, text='Light sensor value', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr_3_value = Label(master=frame_general1, text='Unknown value', font="Tahoma 14", bg='White')
lbl_gen_fr_4 = Label(master=frame_general1, text='Light sensor value', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr_4_value = Label(master=frame_general1, text='Unknown value', font="Tahoma 14", bg='White')
lbl_gen_fr_5 = Label(master=frame_general1, text='Light sensor value', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr_5_value = Label(master=frame_general1, text='Unknown value', font="Tahoma 14", bg='White')
lbl_gen_fr_1.pack(pady=1)
lbl_gen_fr_1_value.pack(pady=1)
lbl_gen_fr_2.pack(pady=1)
lbl_gen_fr_2_value.pack(pady=1)
lbl_gen_fr_3.pack(pady=1)
lbl_gen_fr_3_value.pack(pady=1)
lbl_gen_fr_4.pack(pady=1)
lbl_gen_fr_4_value.pack(pady=1)
lbl_gen_fr_5.pack(pady=1)
lbl_gen_fr_5_value.pack(pady=1)
lbl_gen_fr2_1 = Label(master=frame_general2, text='selective control', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr2_1.place(x=45, y=20, width=150, height=25)
lbl_gen_fr2_2 = Label(master=frame_general2, text='street light control', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr2_2.place(x=42, y=95, height=25)
lbl_gen_fr2_3 = Label(master=frame_general2, text='input power control', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr2_3.place(x=35, y=174, height=25)
lbl_gen_fr2_4 = Label(master=frame_general2, text='control system', font="Tahoma 14", bg='#a4aaab')
lbl_gen_fr2_4.place(x=57, y=252, height=25)
lbl_gen_fr3_1 = Label(master=frame_general3, text='Relay sadok', font="Tahoma 12", bg='#a4aaab')
lbl_gen_fr3_1_value = Label(master=frame_general3, text='Unknown position', font="Tahoma 12", bg='White')
lbl_gen_fr3_2 = Label(master=frame_general3, text='Reley2', font="Tahoma 12", bg='#a4aaab')
lbl_gen_fr3_2_value = Label(master=frame_general3, text='Unknown position', font="Tahoma 12", bg='White')
lbl_gen_fr3_3 = Label(master=frame_general3, text='4 Reley 1', font="Tahoma 12", bg='#a4aaab')
lbl_gen_fr3_3_value = Label(master=frame_general3, text='Unknown position', font="Tahoma 12", bg='White')
lbl_gen_fr3_4 = Label(master=frame_general3, text='4 Reley 2', font="Tahoma 12", bg='#a4aaab')
lbl_gen_fr3_4_value = Label(master=frame_general3, text='Unknown position', font="Tahoma 12", bg='White')
lbl_gen_fr3_5 = Label(master=frame_general3, text='4 Reley 3', font="Tahoma 12", bg='#a4aaab')
lbl_gen_fr3_5_value = Label(master=frame_general3, text='Unknown position', font="Tahoma 12", bg='White')
lbl_gen_fr3_6 = Label(master=frame_general3, text='4 Reley 4', font="Tahoma 12", bg='#a4aaab')
lbl_gen_fr3_6_value = Label(master=frame_general3, text='Unknown position', font="Tahoma 12", bg='White')
lbl_gen_fr3_1.pack(pady=1)
lbl_gen_fr3_1_value.pack(pady=1)
lbl_gen_fr3_2.pack(pady=1)
lbl_gen_fr3_2_value.pack(pady=1)
lbl_gen_fr3_3.pack(pady=1)
lbl_gen_fr3_3_value.pack(pady=1)
lbl_gen_fr3_4.pack(pady=1)
lbl_gen_fr3_4_value.pack(pady=1)
lbl_gen_fr3_5.pack(pady=1)
lbl_gen_fr3_5_value.pack(pady=1)
lbl_gen_fr3_6.pack(pady=1)
lbl_gen_fr3_6_value.pack(pady=1)
lbl_overview = Label(master=frame_tumblers1_frame, text='Overview', font="Tahoma 16", bg='#a4aaab')
lbl_overview.pack()
lbl_settings = Label(master=frame_tumblers2_frame, text='Settings', font="Tahoma 16", bg='#a4aaab')
lbl_settings.pack()
lbl_settings_server_IP = Label(master=frame_tumblers2_frame, text='Server IP', font="Tahoma 14", bg='#a4aaab')
lbl_settings_server_IP.place(x=0, y=50)
ent_settings_server_ip = Entry(master=frame_tumblers2_frame, text='', font="Tahoma 14", bg='White', fg='Black')
ent_settings_server_ip.place(x=150, y=50)
lbl_settings_Internet_IP = Label(master=frame_tumblers2_frame, text='Internet IP', font="Tahoma 14", bg='#a4aaab')
lbl_settings_Internet_IP.place(x=0, y=90)
ent_settings_Internet_IP1 = Entry(master=frame_tumblers2_frame, text='', font="Tahoma 14", bg='White', fg='Black')
ent_settings_Internet_IP1.place(x=150, y=90)
lbl_settings_sensor1 = Label(master=frame_tumblers2_frame, text='Sensor Light IP', font="Tahoma 14", bg='#a4aaab')
lbl_settings_sensor1.place(x=0, y=130)
ent_settings_sensor1 = Entry(master=frame_tumblers2_frame, text='', font="Tahoma 14", bg='White', fg='Black')
ent_settings_sensor1.place(x=150, y=130)
lbl_settings_ESP1 = Label(master=frame_tumblers2_frame, text='ESP1 IP', font="Tahoma 14", bg='#a4aaab')
lbl_settings_ESP1.place(x=420, y=50)
ent_settings_ESP1 = Entry(master=frame_tumblers2_frame, text='', font="Tahoma 14", bg='White', fg='Black')
ent_settings_ESP1.place(x=540, y=50)
lbl_settings_ESP2 = Label(master=frame_tumblers2_frame, text='ESP2 IP', font="Tahoma 14", bg='#a4aaab')
lbl_settings_ESP2.place(x=420, y=90)
ent_settings_ESP2 = Entry(master=frame_tumblers2_frame, text='', font="Tahoma 14", bg='White', fg='Black')
ent_settings_ESP2.place(x=540, y=90)
lbl_settings_ESP3 = Label(master=frame_tumblers2_frame, text='ESP3 IP', font="Tahoma 14", bg='#a4aaab')
lbl_settings_ESP3.place(x=420, y=130)
ent_settings_ESP3 = Entry(master=frame_tumblers2_frame, text='', font="Tahoma 14", bg='White', fg='Black')
ent_settings_ESP3.place(x=540, y=130)
lbl_reserved = Label(master=frame_tumblers3_frame, text='Reserved', font="Tahoma 16", bg='#a4aaab')
lbl_reserved.pack()
button1 = Button(master=frame_main_frame, text="General", command=general_menu, bg="#adb2b8", fg="Black",
                 font="Tahoma 14")
button2 = Button(master=frame_main_frame, text="Overview", command=overview, bg="#adb2b8", fg="Black", font="Tahoma 14")
button3 = Button(master=frame_main_frame, text="Settings", command=settings, bg="#adb2b8", fg="Black", font="Tahoma 14")
button4 = Button(master=frame_main_frame, text="Reserved", command=reserved, bg="#adb2b8", fg="Black", font="Tahoma 14")
button311 = Button(master=frame_general2, text="General1", command=general_menu, bg="#adb2b8", fg="Black",
                   font="Tahoma 14")
button312 = Button(master=frame_general2, text="General1", command=general_menu, bg="#adb2b8", fg="Black",
                   font="Tahoma 14")
button313 = Button(master=frame_general2, text="General1", command=general_menu, bg="#adb2b8", fg="Black",
                   font="Tahoma 14")
button314 = Button(master=frame_general2, text="General1", command=general_menu, bg="#adb2b8", fg="Black",
                   font="Tahoma 14")
button315 = Button(master=frame_general2, text="General1", command=general_menu, bg="#adb2b8", fg="Black",
                   font="Tahoma 14")
var = BooleanVar()
var.set(0)
R1 = Radiobutton(master=frame_general2, text="Local remote   ", width=29, height=1, variable=var, value=True)
R1.place(x=5, y=45)
R2 = Radiobutton(master=frame_general2, text="Online remote", width=29, height=1, variable=var, value=False)
R2.place(x=5, y=65)
var2 = BooleanVar()
var2.set(0)
R3 = Radiobutton(master=frame_general2, text="Manual Off       ", width=29, height=1, variable=var2, value=True)
R3.place(x=5, y=125)
R4 = Radiobutton(master=frame_general2, text="Manual On       ", width=29, height=1, variable=var2, value=False)
R4.place(x=5, y=145)
var3 = BooleanVar()
var3.set(0)
R5 = Radiobutton(master=frame_general2, text="Manual Off       ", width=29, height=1, variable=var3, value=True)
R5.place(x=5, y=205)
R6 = Radiobutton(master=frame_general2, text="Manual On       ", width=29, height=1, variable=var3, value=False)
R6.place(x=5, y=225)
var4 = BooleanVar()
var4.set(0)
R7 = Radiobutton(master=frame_general2, text="Manual Off       ", width=29, height=1, variable=var4, value=True)
R7.place(x=5, y=280)
R8 = Radiobutton(master=frame_general2, text="Manual On       ", width=29, height=1, variable=var4, value=False)
R8.place(x=5, y=300)
frame_main_frame.place(x=5, y=5, width=790, height=590)
frame_sensor_frame.place(x=150, y=10, width=622, height=195)
frame_tumblers_frame.place(x=18, y=225, width=765, height=355)
frame_tumblers1_frame.place(x=18, y=225, width=765, height=355)
frame_tumblers2_frame.place(x=18, y=225, width=765, height=355)
frame_tumblers3_frame.place(x=18, y=225, width=765, height=355)
frame_general1.place(x=3, y=5, width=250, height=340)
frame_general2.place(x=256, y=5, width=250, height=340)
frame_general3.place(x=508, y=5, width=250, height=340)
button1.place(x=10, y=13, width=130, height=40)
button2.place(x=10, y=63, width=130, height=40)
button3.place(x=10, y=113, width=130, height=40)
button4.place(x=10, y=163, width=130, height=40)
button311.place()
button312.place()
button313.place()
th = Thread(target=logic_center.remote_control_install, daemon=True)
th.start()
th1 = Thread(target=start2, daemon=True)
th1.start()
th = Thread(target=start1, daemon=True)
th.start()
th2 = Thread(target=parsing_ESP, daemon=True)
th2.start()
th3 = Thread(target=parsing_GPIO_Sadok, daemon=True)
th3.start()
th4 = Thread(target=parsing_GPIO_4relay11, daemon=True)
th4.start()
root.after(0, start_frame)
root.after(0, check_Power)
root.after(0, check_req)
root.after(2000, check_Light_sensor_conections)
root.after(1000, check_Server_sensor_conections)
root.after(1000, update_time)
root.title('Control panel')
root.after(500, parser_GPIO_sadok)
root.after(500, parser_GPIO_4relay)
root.after(0, xxx)
root.mainloop()

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#1 Июнь 24, 2021 13:59:51

Плавающая ошибка при передаче данных GET-запросом на сайт. Помогите понять где ошибка!

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