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Caros, Boa Noite! Eu peguei um código em Python na internet que ele apenas monitora a minha conexão de Internet e "lança" a informação em um log quando ela "cai". Ocorre que para isso, o notebook precisa estar ligado. Tem alguma forma de deixar esse código rodando na nuvem para eu saber quando a minha internet cai? Obs: Sou leigo! Vi um tutorial no YouTube para usar o Google Cloud para fazer isso, mas o tutorial é para Linux, desisti... Tem alguma maneira menos complexa de fazer isso? Se descumpri alguma regra por favor me desculpem! Agradeço a atenção de todos ! o código foi esse aqui: import os import sys import socket import datetime import time FILE = os.path.join(os.getcwd(), "networkinfo.log") # creating log file in the currenty directiory # ??getcwd?? get current directory, # os function, ??path?? to specify path def ping(): # to ping a particular IP try: socket.setdefaulttimeout(3) # if data interruption occurs for 3 # seconds, <except> part will be executed s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) # AF_INET: address family # SOCK_STREAM: type for TCP host = "8.8.8.8" port = 53 server_address = (host, port) s.connect(server_address) except OSError as error: return False # function returns false value # after data interruption else: s.close() # closing the connection after the # communication with the server is completed return True def calculate_time(start, stop): # calculating unavailabilty # time and converting it in seconds difference = stop - start seconds = float(str(difference.total_seconds())) return str(datetime.timedelta(seconds=seconds)).split(".")[0] def first_check(): # to check if the system was already # connected to an internet connection if ping(): # if ping returns true live = "\nCONNECTION AQUIRED\n" print(live) connection_aquired_time = datetime.datetime.now() aquiring_message = "connection aquired at: " + \ str(connection_aquired_time).split(".")[0] print(aquiring_message) with open(FILE, "a") as file: # writes into the log file file.write(live) file.write(aquiring_message) return True else: # if ping reutrns false not_live = "\nCONNECTION NOT AQUIRED\n" print(not_live) with open(FILE, "a") as file: # writes into the log file file.write(not_live) return False def main(): # main function to call functions monitor_start_time = datetime.datetime.now() monitoring_date_time = "monitering started at: " + \ str(monitor_start_time).split(".")[0] if first_check(): # if true print(monitoring_date_time) # monitoring will only start when # the connection will be acquired else: # if false while True: # infinite loop to see if the connection is acquired if not ping(): # if connection not acquired time.sleep(1) else: # if connection is acquired first_check() print(monitoring_date_time) break with open(FILE, "a") as file: # write into the file as a into networkinfo.log, # "a" - append: opens file for appending, # creates the file if it does not exist??? file.write("\n") file.write(monitoring_date_time + "\n") while True: # infinite loop, as we are monetering # the network connection till the machine runs if ping(): # if true: the loop will execute after every 5 seconds time.sleep(5) else: # if false: fail message will be displayed down_time = datetime.datetime.now() fail_msg = "disconnected at: " + str(down_time).split(".")[0] print(fail_msg) with open(FILE, "a") as file: # writes into the log file file.write(fail_msg + "\n") while not ping(): # infinite loop, will run till ping() return true time.sleep(1) up_time = datetime.datetime.now() # after loop breaks, connection restored uptime_message = "connected again: " + str(up_time).split(".")[0] down_time = calculate_time(down_time, up_time) unavailablity_time = "connection was unavailable for: " + down_time print(uptime_message) print(unavailablity_time) with open(FILE, "a") as file: # log entry for connection restoration time, # and unavailability time file.write(uptime_message + "\n") file.write(unavailablity_time + "\n") main()