def handle_delete(self, action, data):
selected = self._getSelected(action, data)
session = get_session()
for object in selected:
session.delete(object)
# we need to flush the session explicitly now
session.flush()
def handle_delete( self, action, data ):
selected = self._getSelected( action, data )
session = get_session()
for object in selected:
session.delete( object )
# we need to flush the session explicitly now
session.flush()
def __call__( self ):
klass = resolve( self.klass )
session = get_session()
query = session.query( klass )
return query.get( self.primary_key )
def __call__(self):
klass = resolve(self.klass)
session = get_session()
query = session.query(klass)
return query.get(self.primary_key)
person.address = address # because of the backref we can use either endpoint to get to the other. # ie. we get bidirectional references. # print "Person name", address.person.last_name == 'wolf' # commit the transaction transaction.commit() ################################# # Querying Objects ################################# # session accessor api from ore.alchemist.manager import get_session # get the current session object_session = get_session() # create a person query query = object_session.query( domain.Person ) # query by email print query.select_by_email(u'*****@*****.**')[0].last_name