def __init__(self):
FilteringProtocol.__init__(self)
# The list of clients is maintained as a stack because disconnections
# automatically designate the next one in the list as the active.
# However, queries can be received from clients in any order. When a
# frontend recieves a query, it will call this instance back so that
# we know to send it the reply.
self.clientStack = []
# The first set of authentication response messages (between the
# AuthenticationOk/R and the ReadyForQuery/Z) are saved here.
self.authenticationResponse = []
def __init__(self):
FilteringProtocol.__init__(self)
# The list of clients is maintained as a stack because disconnections
# automatically designate the next one in the list as the active.
# However, queries can be received from clients in any order. When a
# frontend recieves a query, it will call this instance back so that
# we know to send it the reply.
self.clientStack = []
# The first set of authentication response messages (between the
# AuthenticationOk/R and the ReadyForQuery/Z) are saved here.
self.authenticationResponse = []
def messageReceived(self, msg):
# tell the postgres protocol to mark this one as the active,
# because it will need to see the reply for this message.
self.postgresProtocol.activateClient(self)
return FilteringProtocol.messageReceived(self, msg)
def __init__(self):
FilteringProtocol.__init__(self)
self.postgresProtocol = None
def messageReceived(self, msg):
# tell the postgres protocol to mark this one as the active,
# because it will need to see the reply for this message.
self.postgresProtocol.activateClient(self)
return FilteringProtocol.messageReceived(self, msg)
def __init__(self):
FilteringProtocol.__init__(self)
self.postgresProtocol = None
