def exist_backoff_timer( self, identifier ): count = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.identifier == identifier ).count( 1 ) return count > 0
def fetch_old_backoff_timers( self, days_old ): list = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.last_failure <= (datetime.datetime.now( ) - datetime.timedelta( days = days_old )) ).fetch( keys_only = True ) return list
def remove_backoff_timer( self, identifier ): entity = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.identifier == identifier ).get() if entity: entity.key.delete()
def get_backofftimer( self, identifier ): entity = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.identifier == identifier ).get() return entity
def exist_backoff_timer(self, identifier):
count = EnkiModelBackoffTimer.query(
EnkiModelBackoffTimer.identifier == identifier).count(1)
return count > 0
def fetch_old_backoff_timers(self, days_old):
list = EnkiModelBackoffTimer.query(
EnkiModelBackoffTimer.last_failure <= (
datetime.datetime.now() -
datetime.timedelta(days=days_old))).fetch(keys_only=True)
return list
def get_backofftimer(self, identifier):
entity = EnkiModelBackoffTimer.query(
EnkiModelBackoffTimer.identifier == identifier).get()
return entity
def remove_backoff_timer(self, identifier):
entity = EnkiModelBackoffTimer.query(
EnkiModelBackoffTimer.identifier == identifier).get()
if entity:
entity.key.delete()
def exist_backoff_timer( self, email ): count = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.email == email ).count( 1 ) if count: return True else: return False
def get_backofftimer( self, email ): entity = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.email == email ).get() if entity: return entity else: return None
def remove_backoff_timer( self, email ): entity = EnkiModelBackoffTimer.query( EnkiModelBackoffTimer.email == email ).get() if entity: entity.key.delete()