def run(self):
self.instance._is_checking_url = True
url = self.instance.entry.get_text()
try:
is_valid_ical_url(url)
settings.update_settings("Timetable", "user_url", url)
self.instance.info_label = "URL Verified and saved!"
except Exception:
self.instance.info_label = "Unable to verify, or invalid URL."
self.instance._is_checking_url = False
def on_confirm_clicked(self, widget):
hex_input = self.hex_entry.get_text()
days_input = int(self.days_entry.get_text())
self.info_text = ""
if is_valid_hex(hex_input):
settings.update_settings("Conky", "color", hex_input)
else:
self.info_text += "This does not seem to be a valid hex"
if 8 > days_input > 0:
settings.update_settings("Conky", "days", days_input)
else:
self.info_text += "\nDays value must be between 1 and 7"
def on_confirm_clicked(self, widget):
hex_input = self.hex_entry.get_text()
days_input = int(self.days_entry.get_text())
self.info_text = ""
if is_valid_hex(hex_input):
settings.update_settings("Conky", "color", hex_input)
else:
self.info_text += "This does not seem to be a valid hex"
if 8 > days_input > 0:
settings.update_settings("Conky", "days", days_input)
else:
self.info_text += "\nDays value must be between 1 and 7"
def get_unread_email(self):
mail_service = self.connection
if mail_service is None:
self.connection = self.connect_to_account()
else:
# print("Mail service is not none ->", mail_service)
result, data = mail_service.uid("search", None, "UNSEEN")
if self.mail_settings["first_time"]:
settings.update_settings("EMail", "first_time", False)
dbc.add_mail_uid(data[0].split())
else:
new_mail_uids = dbc.get_mail_not_read(data[0].split())
mail_notifications = []
if len(new_mail_uids) != 0:
for mail_uid in new_mail_uids:
result, data = mail_service.uid('fetch', mail_uid, "(RFC822)")
raw_email = data[0][1]
#print("Raw email is:", type(raw_email))
email_message = email.message_from_bytes(raw_email)
mail_notifications.append(EMail(email_message["From"]))
#print("nr of notifications added:", len(mail_notifications))
dbc.add_to_db(mail_notifications)
def set_active_in_settings(self, state):
settings.update_settings(self.menu_item_lbl, "activated", state)
def save_to_keyring(username, password):
"""
Sets the username and password in the keyring that the keyring module deems appropriate.
"""
settings.update_settings("EMail", "username", username)
keyring.set_password("EITC-kit", username, password)
