def main(self):
from aion_core.utils import remove_brackets, remove_space, remove_string_sequence
from wikipediaapi import Wikipedia
splitted_acph = self.activate_phrase.split("__and__")
searched_article = remove_string_sequence(self.speech_input, splitted_acph[0], splitted_acph[-1])
wiki = Wikipedia(aconf.Aion().get_language().split("_")[0])
article = wiki.page(searched_article)
if article.exists():
article_text = remove_brackets(article.summary)
article_text = remove_space(article_text)
self.speech_output(alang.start("skills", "wikipedia", {"article_text": article_text}))
else:
self.speech_output(alang.start("skills", "wikipedia_article_not_found", {"article_name": searched_article}))
def main(self):
from psutil import cpu_percent, virtual_memory
from statistics import mean
from time import sleep
testing_time = 10
print_process = False
cpu_list = []
ram_list = []
while True:
cpu = cpu_percent()
cpu_list.append(cpu)
ram = virtual_memory()[2]
ram_list.append(ram)
if print_process is True:
print("CPU: " + str(cpu) + "%")
print("RAM: " + str(ram) + "%")
sleep(1)
if 0.0 in cpu_list:
cpu_list.remove(0.0)
if len(cpu_list) == testing_time and len(ram_list) == testing_time:
cpu = mean(cpu_list)
ram = mean(ram_list)
break
elif len(cpu_list) == testing_time - 1 and len(ram_list) == testing_time:
cpu = cpu_percent()
cpu_list.append(cpu)
cpu = mean(cpu_list)
ram = mean(ram_list)
break
self.speech_output(alang.start("skills", "cpu_ram_usage", {"cpu_usage": round(cpu, 2), "ram_usage": round(ram, 2)}))
def main(self):
from statistics import mean
from psutil import virtual_memory
from time import sleep
testing_time = 10
print_process = False
ram_list = []
while True:
ram = virtual_memory()[2]
ram_list.append(ram)
if print_process is True:
print("RAM: " + str(ram) + "%")
sleep(1)
if len(ram_list) == testing_time:
ram = mean(ram_list)
break
self.speech_output(alang.start("skills", "ram_usage", {"ram_usage": round(ram, 2)}))
def main(self):
from statistics import mean
from psutil import cpu_percent
from time import sleep
testing_time = 10
print_process = False
cpu_list = []
while True:
cpu = cpu_percent()
cpu_list.append(cpu)
if print_process is True:
print("CPU: " + str(cpu) + "%")
sleep(1)
if 0.0 in cpu_list:
cpu_list.remove(0.0)
if len(cpu_list) == testing_time:
cpu = (mean(cpu_list))
break
self.speech_output(alang.start("skills", "cpu_usage", {"cpu_usage": round(cpu, 2)}))
def main(self):
from datetime import datetime
current_time = datetime.now()
time_dict = {"hour": current_time.hour, "minute": current_time.minute, "second": current_time.second, "microsecond": current_time.microsecond}
if aconf.Aion().get_time_format() == "12":
if time_dict["minute"] == 0:
if time_dict["hour"] < 13:
self.speech_output(alang.start("skills", "current_time_full_am", time_dict))
else:
time_dict["hour"] = time_dict["hour"] - 12
self.speech_output(alang.start("skills", "current_time_full_pm", time_dict))
elif time_dict["minute"] == 30:
if time_dict["hour"] < 13:
self.speech_output(alang.start("skills", "current_time_half_am", time_dict))
else:
time_dict["hour"] = time_dict["hour"] - 12
self.speech_output(alang.start("skills", "current_time_half_pm", time_dict))
elif 0 < time_dict["minute"] < 30:
if time_dict["hour"] < 13:
self.speech_output(alang.start("skills", "current_time_past_am", time_dict))
else:
time_dict["hour"] = time_dict["hour"] - 12
self.speech_output(alang.start("skills", "current_time_past_pm", time_dict))
elif time_dict["minute"] > 30:
time_dict["minute"] = 60 - time_dict["minute"]
if time_dict["hour"] < 13:
self.speech_output(alang.start("skills", "current_time_to_am", time_dict))
else:
time_dict["hour"] = time_dict["hour"] - 12
self.speech_output(alang.start("skills", "current_time_to_pm", time_dict))
else:
self.speech_output(alang.start("skills", "current_time_etc", time_dict))
else:
if time_dict["minute"] == 0:
self.speech_output(alang.start("skills", "current_time_full", time_dict))
elif time_dict["minute"] == 30:
self.speech_output(alang.start("skills", "current_time_half", time_dict))
else:
self.speech_output(alang.start("skills", "current_time_etc", time_dict))
def main(self):
from socket import gethostname, gethostbyname
self.speech_output(alang.start("skills", "ip_address", {"ip_address": gethostbyname(gethostname() + ".local")}))