def __init__(self, door_bell_controls):
self.door_bell_controls = door_bell_controls
self.on_bell_rung_notification = None
self.on_opened_door_notification = None
self.open_always = False
self.token_manager = TokenManager()
self.timer = None
pass
def writ_inactive(cls, writ):
if writ.settings.turn_type == writ.settings.choices.turn_type.FREE_FOR_ALL:
delay_interval = timedelta(seconds=writ.settings.inactive_time / 4)
if datetime.now() - writ.last_email_sent_at > delay_interval:
bwuser = writ.get_random_bwuser()
while bwuser.pk == writ.last_email_sent_to.pk:
bwuser = writ.get_random_bwuser()
if not bwuser.email_reminders_enabled or not cls.is_sending_enabled:
return
rec = None
if writ.is_testing:
rec = [TEST_EMAIL]
else:
rec = [bwuser.authuser.email]
if cls.is_realtime_mode:
context = {
'penname':bwuser.get_penname(),
'first_line':writ.get_first_line(),
'direct_login_link': TokenManager.make_autologin_url(authuser, writ.get_absolute_url()),
}
m = make_email_message(rec, 'turn_reminder', context)
m.send()
writ.last_email_sent_to = bwuser
writ.last_email_sent_at = datetime.now()
writ.save()
elif writ.settings.turn_type == writ.settings.choices.turn_type.ROUND_ROBIN:
raise Exception("Invalid turn type.")
def bwuser_begins_turn(cls, bwuser, writ):
if not bwuser.email_reminders_enabled or not cls.is_sending_enabled:
return
if cls.is_realtime_mode:
context = {
'penname':bwuser.get_penname(),
'first_line':writ.get_first_line(),
'direct_login_link': TokenManager.make_autologin_url(bwuser.authuser, writ.get_absolute_url()),
}
rec = None
if writ.is_testing:
rec = [TEST_EMAIL]
else:
rec = [bwuser.authuser.email]
m = make_email_message(rec, 'turn_reminder', context)
if m: m.send()
writ.last_email_sent_to = bwuser
writ.last_email_sent_at = datetime.now()
writ.save()
class Engine:
def __init__(self, door_bell_controls):
self.door_bell_controls = door_bell_controls
self.on_bell_rung_notification = None
self.on_opened_door_notification = None
self.open_always = False
self.token_manager = TokenManager()
self.timer = None
pass
def start(self):
self.door_bell_controls.watch_door_bell_ring(self.on_ring)
pass
def insert_token(self, token=None):
expire_time = DEFAULT_EXPIRE_TIME_TOKENS * 1000
if token:
self.token_manager.insert_token(token, expire_time)
return token
else:
return self.token_manager.insert_random_token(expire_time)
def activate_token(self, token):
if self.token_manager.token_is_valid(token):
self.token_manager.delete_token(token)
self.open_always = True
self.reset_timer_for_token()
else:
print("Access denied: Token was not valid or expired")
def disable_always_open(self):
self.open_always = False
def reset_timer_for_token(self):
# cancel timer if exist
if self.timer:
self.timer.cancel()
# start timer and after that
self.timer = Timer(DEFAULT_TIME_FOR_RING_AND_OPEN,
self.disable_always_open)
self.timer.start()
pass
def on_ring(self):
if self.on_bell_rung_notification:
self.on_bell_rung_notification()
if self.open_always:
self.open_door()
if self.on_opened_door_notification:
self.on_opened_door_notification()
pass
def open_door(self):
self.door_bell_controls.open_door()
if self.light_is_needed():
self.door_bell_controls.turn_lights_on()
pass
def set_on_bell_rung_notification(self, callback):
self.on_bell_rung_notification = callback
pass
def set_on_opened_door_notification(self, callback):
self.on_opened_door_notification = callback
pass
@staticmethod
def light_is_needed():
return False
