def notify():
battery = psutil.sensors_battery()
old_bat = 0
while True:
signal.signal(signal.SIGINT, signal_handler)
# For Future Refrence
# signal.pause()
# time.sleep(900)
percent = battery.percent
if percent < old_bat:
old_bat = percent - 10
if percent < 20:
Notification("Battery Level Reached Critical",
str(percent) +
"% Percent Remaining, Please Provide Power.",
duration=20).send()
else:
Notification("Battery Level Going Down",
str(percent) + "% Percent Remaining",
duration=10).send()
if percent > old_bat:
Notification("Battery Stable :)",
str(percent) + "% Percent Remaining",
duration=5).send()
old_bat = percent
time.sleep(900)
def pyNotifier(self):
title = self.titulo.text()
sms = self.mensagem.toPlainText()
if (title or sms) is '':
QMessageBox.critical(self.ferramentas, "Erro", "Defina um titulo e mensagem para a notificão..")
else:
self.labelIntro.setText("Botão [py-notifier] pressionado!")
from pynotifier import Notification
notificacao = Notification(title=f"{title}", description=f"{sms}", duration=5,
urgency=Notification.URGENCY_NORMAL, icon_path="notification-message-im")
notificacao.send()
def notify(hours):
"""
This Function notifies when it's an hour, two hours or more.
"""
present = it_is_time_for_notify()
if hours == 1:
Notification("It's an Hour!!", present).send()
else:
ptr = f"It's {hours} Hours"
Notification(ptr, present).send()
Timer(3600, function=lambda: notify(hours + 1)).start()
def print_notifications(self):
def_ports, routine_ports, def_ports_names, routine_ports_names = self.extract_changed_ports(
)
notification_text = ''
if len(def_ports) != 0 and len(routine_ports) != 0:
notification_text = "Closed ports: "
for port in def_ports:
notification_text += port
if def_ports.index(port) != len(def_ports) - 1:
notification_text += ', '
notification_text += " | Opened ports: "
for port in routine_ports:
notification_text += port
if routine_ports.index(port) != len(routine_ports) - 1:
notification_text += ', '
Notification(
title='MapDiff Port Scanner',
description=notification_text,
icon_path=
'path/to/image/file/icon.png', # On Windows .ico is required, on Linux - .png
duration=3, # Duration in seconds
urgency=Notification.URGENCY_CRITICAL).send()
elif len(def_ports) != 0 and len(routine_ports) == 0:
for port in def_ports:
notification_text += port
if def_ports.index(port) != len(def_ports) - 1:
notification_text += ', '
Notification(
title='MapDiff Port Scanner',
description='Some ports are closed: ' + notification_text,
icon_path=
'path/to/image/file/icon.png', # On Windows .ico is required, on Linux - .png
duration=3, # Duration in seconds
urgency=Notification.URGENCY_CRITICAL).send()
elif len(routine_ports) != 0 and len(def_ports) == 0:
for port in routine_ports:
notification_text += port
if routine_ports.index(port) != len(routine_ports) - 1:
notification_text += ', '
Notification(
title='MapDiff Port Scanner',
description='New ports are opened: ' + notification_text,
icon_path=
'path/to/image/file/icon.png', # On Windows .ico is required, on Linux - .png
duration=3, # Duration in seconds
urgency=Notification.URGENCY_CRITICAL).send()
def notify(msg):
Notification(
title='Bitcoin Updater',
description=msg,
icon_path=path, # On Windows .ico is required, on Linux - .png
duration=5, # Duration in seconds
urgency=Notification.URGENCY_CRITICAL).send()
def notify(
title="Python notification",
message: str = "Your program has completed",
duration: float = 10.,
sound: str = None
):
if sys.platform != "darwin":
# pynotifier is windows+linux
from pynotifier import Notification
Notification(
title=title,
description=message,
icon_path=python_icon,
duration=duration,
urgency=Notification.URGENCY_CRITICAL
).send()
else:
from pync import Notifier
Notifier.notify(message, title=title)
Notifier.remove(os.getpid())
Notifier.list(os.getpid())
if sound is not None:
if sound == "random":
soundfile = get_random_soundfile()
else:
soundfile = get_soundfile(sound)
playsound(soundfile)
def mainCheck(nose, ls, rs, toComp):
global stop
global strictness
ndist = checkPose(nose, toComp.nose)
lsdist = checkPose(ls, toComp.lshold)
rsdist = checkPose(rs, toComp.rshold)
# print(ndist,lsdist,rsdist)
# print(time.time(),stop)
currposture = None
if ndist > 200/strictness or lsdist/strictness > 75 or rsdist/strictness > 75:
currposture = "bad"
elif ndist/strictness > 100 or lsdist/strictness > 50 or rsdist/strictness > 50:
currposture = "alert"
stop += 0.25
else:
currposture = "good"
stop = time.time()+t1
if stop > time.time()+t1:
stop = time.time()+t1
# print("exceed")
print(currposture)
if time.time() >= stop:
print("BAD")
Notification(
title='Check Your Posture',
description='It seems like you are sitting recklessly.',
duration=2, # Duration in seconds
urgency='normal'
).send()
stop = time.time() + t1
def main():
writeOnLCD("Edwin Project")
lcd.cursor_pos = (1, 0)
writeOnLCD("ELSYS @ 2021")
time.sleep(5)
Notification(title='Edwin',
description='Едвин стартира',
duration=5,
urgency='normal').send()
lcd.clear()
while True:
try:
writeOnLCD("Edwin is waiting.")
speech_input = speech_recognition()
print("Ти каза : " + speech_input)
lcd.clear()
read_input(speech_input)
except KeyboardInterrupt:
writeOnLCD("Bye Bye!")
time.sleep(2)
lcd.clear()
sys.exit()
def __loss(self):
Notification(title="CCS Service",
description="You lost points!",
icon_path=self.notifIconPath,
duration=5,
urgency=Notification.URGENCY_NORMAL).send()
playsound.playsound(self.lossPath)
def check_spam(self):
if self.whitelisted:
self._spam = 0
self.log_mail()
return
elif self.blacklisted:
self._spam = 1
else:
self.discover_url(self.urls)
self.check_stored_xss()
if self.threshold < self.spam_points:
self._spam = 1
if self.get_spam() == 1:
self.log.info("Mail moved to spam with id: " + str(self.mail_id))
if platform.system() == "Windows":
notification.notify(
title='Found spam mail by: ' +
getaddresses(self.parsed_mail.get_all('from', []))[0][1],
message=self.account,
app_icon=None,
timeout=10,
)
else:
Notification(
title='Found spam mail by: ' +
getaddresses(self.parsed_mail.get_all('from', []))[0][1],
description=self.account,
duration=10,
urgency=Notification.URGENCY_CRITICAL).send()
self.log_mail()
def run(self, **kwargs):
from pynotifier import Notification
title = kwargs.get("title")
description = kwargs.get("description")
duration = kwargs.get("duration")
translate = kwargs.get("translate")
if translate:
translator = Translator(0)
try:
_title = translator.start({"text": title, "to_lang": ""}).join(30).get("result")
_description = translator.start({"text": description, "to_lang": ""}).join(30).get("result")
if type(_title) is str and type(_description) is str:
title = _title
description = _description
else:
del _title
del _description
except Exception: # noqa
pass
Notification(
title=title,
description=description,
icon_path=None,
duration=duration,
urgency="critical"
).send()
def myNotify(myTitle, myMessage):
Notification(
title=myTitle,
description=myMessage,
icon_path=
"abq_Batcher.png.ico", # On Windows .ico is required, on Linux - .png
duration=DurationTime, # Duration in seconds
urgency='normal').send()
def notify(title: str, msg: str) -> None:
print(f"Sending notification: Title: '{title}' Message: '{msg}'")
Notification(
title=title,
description=msg,
# Duration in seconds
duration=5,
urgency=Notification.URGENCY_NORMAL).send()
def SendNotification(name):
Notification(
title="Birthday",
description="Birthday Today \n" + name,
icon_path=
'C:\\Users\\saba\\Documents\\personal\\birthdayReminder\\birthday.ico', # On Windows .ico is required, on Linux - .png
duration=3, # Duration in seconds
urgency=Notification.URGENCY_CRITICAL).send()
def notify():
if sys.platform.startswith('linux'):
Notification(title="Download Finished", description="youtube downloader download finished", duration=6,
icon_path='favicon.ico', urgency=Notification.URGENCY_NORMAL).send()
elif sys.platform.startswith('win32'):
toast = ToastNotifier()
toast.show_toast(title="Download Finished", msg="youtube downloader download finished", duration=6,
icon_path='favicon.ico')
def send_notify(title='Notification Title', description='Notification Description', urgency=Notification.URGENCY_NORMAL): Notification( title=title, description=description, icon_path='path/to/image/file/icon.png', duration=10, # czas powiadomienia w sekundach urgency=urgency ).send()
def resolve_conflict(path,
base,
local,
remote,
confirm=True,
prefer='local',
notifications=False):
""" Attempt to resolve a conflict between local and remote files
:param base: A string containing the previous contents of the file
:param local: A string containing the local contents of the file
:param remote: A string containing the remote contents of a file
:param confirm: Whether to confirm overwriting a file
:param prefer: The side to prefer when overwriting
:param notifications: Send notifications
"""
results = None
action = 's'
if confirm:
Notification(title='SN Sync: Conflict when syncing file',
description=path,
duration=5,
urgency=Notification.URGENCY_CRITICAL).send()
action = click.prompt(
'Overwrite/Merge/Skip',
type=click.Choice(['o', 'overwrite', 'm', 'merge', 's', 'skip'],
case_sensitive=False),
show_choices=False,
show_default=False,
prompt_suffix=' [o/m/S]: ',
default='s')
action = action[0]
if action == 'o':
logger.debug("Overwriting with {} copy".format(prefer))
if prefer == 'local':
results = local
elif prefer == 'remote':
results = remote
elif action == 'm':
had_conflict, contents = merge3_has_conflict(local.splitlines(True),
base.splitlines(True),
remote.splitlines(True))
contents = ''.join(contents)
if had_conflict:
logger.debug("File has a conflict")
contents = click.edit(text=contents, require_save=True)
return contents
elif not confirm or action == 's':
return None
return results
def screenshot():
root.destroy()
Notification(
title='BitBizScreenShare',
description=
'BitBiz ScreenShare is now running in your background, use f2 or f12 to make a screenshot',
icon_path='icon.ico',
duration=5,
urgency=Notification.URGENCY_CRITICAL).send()
from mss import mss
import ftplib
import string
import random
from pynput import keyboard
read_keybind = open("key.txt", "r")
COMBINATIONS = [{keyboard.Key.f2}, {keyboard.Key.f12}]
current = set()
def execute():
with mss() as sct:
sct.shot()
def id_generator(size=6, chars=string.ascii_uppercase + string.digits):
return ''.join(random.choice(chars) for _ in range(size))
randomstring = id_generator()
session = ftplib.FTP('', '', '')
file = open('monitor-1.png', 'rb') # file to send
session.storbinary('STOR ' + randomstring + ".png",
file) # send the file
file.close() # close file and FTP
session.quit()
# print("Your link: https://bitbiz.nl/screenshots/" + randomstring + ".png")
import pyperclip
pyperclip.copy("https://bitbiz.nl/screenshots/" + randomstring +
".png")
spam = pyperclip.paste()
def on_press(key):
if any([key in COMBO for COMBO in COMBINATIONS]):
current.add(key)
if any(all(k in current for k in COMBO) for COMBO in COMBINATIONS):
execute()
def on_release(key):
if any([key in COMBO for COMBO in COMBINATIONS]):
current.remove(key)
with keyboard.Listener(on_press=on_press,
on_release=on_release) as Listener:
Listener.join()
def notification_popup(main_title,quote): Notification( title=main_title, description=quote, icon_path=None, # On Windows .ico is required, on Linux - .png duration=10, # Duration in seconds urgency=Notification.URGENCY_CRITICAL ).send()
def notify_handler(self, text):
print(f"sending {text} to client...")
self.statusLabel.show()
Notification(
title=f'{self.timer().name}',
description=f'{text}',
#icon_path='path/to/image/file/icon.png', # On Windows .ico is required, on Linux - .png
duration=5, # Duration in seconds
urgency=Notification.URGENCY_CRITICAL).send()
def myNotify(myTitle, myMessage):
if sys.platform == 'linux':
Notification(
title=myTitle,
description=myMessage,
# icon_path='Notify.ico', # On Windows .ico is required, on Linux - .png
duration=DurationTime, # Duration in seconds
urgency='normal',
).send()
else:
Notification(
title=myTitle,
description=myMessage,
icon_path=
'Notify.ico', # On Windows .ico is required, on Linux - .png
duration=DurationTime, # Duration in seconds
urgency='normal',
).send()
def test_osx(mocker):
"""Tests pync is imported and called on OSX."""
pync = mocker.patch("pync.notify")
Notification(
title="OSX Title",
description="OSX Description",
).send()
pync.assert_called_with(message="OSX Description",
title="OSX Title",
appIcon=None)
def test_linux_fails_on_osx(mocker):
"""Tests linux fails on OSX because notify-send is not on the PATH."""
system = mocker.patch("platform.system")
system.return_value = "Linux"
with pytest.raises(SystemError):
Notification(
title="Notification Title",
description="Notification Description",
).send()
def notifier(theme):
title = "KDynamic"
message = f"Current {data['wm']} theme changed to {theme}, Some application may need to restart to apply change"
timeout = 50
from pynotifier import Notification
Notification(title=title,
description=message,
icon_path='KDynamicLogo.png',
duration=5,
urgency='normal').send()
def notify(
title: str,
description: str = '',
):
Notification(
title = title,
description = description,
duration = 5,
urgency = Notification.URGENCY_NORMAL,
).send()
def wrapper_function(*args, **kwargs):
if urgency == 'low':
urgency2 = Notification.URGENCY_LOW
elif urgency == 'normal':
urgency2 = Notification.URGENCY_NORMAL
elif urgency == 'critial':
urgency2 = Notification.URGENCY_CRITICAL
else:
urgency2 = Notification.URGENCY_NORMAL
ico_result = SUCCESS_ICO
isException = -1
extra = -1
result = None
try:
result = original_function(*args, **kwargs)
extra = 'SUCCESFULLY - '
except Exception as e:
ico_result = ERROR_ICO
extra = 'ERROR - '
isException = e
notification = Notification(extra + title, msg, duration, urgency2)
try:
notification.send()
if email != -1:
if isException == -1:
subject = True
else:
subject = False
requests.post('https://sender-msg.herokuapp.com/email/',
json={
"email": email,
"subject": subject
})
except Exception as e:
raise e
if isException != -1:
raise isException
else:
return result
def show_notification() -> None:
while True:
game_data: GameData = notification_queue.get()
logging.debug(f"main.show_notification: Got {game_data}")
cache.add(game_data)
Notification(title=game_data.name,
description=game_data.get_discounts(),
duration=settings.notification_duration).send()
time.sleep(settings.notification_duration + 1)
notification_queue.task_done()
def main(min, rel):
min *= 60
rel = 1 * 60
while True:
work = min
break_ = rel
Notification("Time to workâš’", "Timer is starting now", 10).send()
while work:
mins, secs = divmod(work, 60)
os.system("CLS")
print(pyfiglet.figlet_format("{:02d}:{:02d}".format(mins, secs), justify='center', font='big'))
time.sleep(1)
work -= 1
Notification("You can relax now!🥞", "Ok your time is up, just relax☺", 10).send()
while break_:
mins, secs = divmod(break_, 60)
os.system("CLS")
print(pyfiglet.figlet_format("{:02d}:{:02d}".format(mins, secs), justify='center', font='big'))
time.sleep(1)
break_ -= 1
def notify(msg):
try:
Notification(title="TextShot", description=msg).send()
except (SystemError, NameError):
trayicon = QtWidgets.QSystemTrayIcon(
QtGui.QIcon(
QtGui.QPixmap.fromImage(
QtGui.QImage(1, 1, QtGui.QImage.Format_Mono))))
trayicon.show()
trayicon.showMessage("TextShot", msg, QtWidgets.QSystemTrayIcon.NoIcon)
trayicon.hide()
def main():
"""
This function initializes the Hour Timer and Break Timer.
"""
Notification("Started Timer...", " ").send()
Timer(3600, function=lambda: notify(1)).start()
while True:
time.sleep(1200)
App()
