def isConnectionAlive(self, *args, **kwargs):
# miss = 0
if driver.is_on('service_udp_datagrams'):
from lib import udp
if time.time() - udp.get_last_datagram_time() < 60:
if settings.enableUDP() and settings.enableUDPreceiving():
return True
# else:
# miss += 1
if driver.is_on('service_gateway'):
from transport import gateway
if time.time() - gateway.last_inbox_time() < 60:
return True
transport_states = [
t.state for t in list(gateway.transports().values())
]
if 'LISTENING' in transport_states:
return True
if 'STARTING' in transport_states:
return True
# else:
# miss += 1
# if miss >= 2:
# return True
# return False ... still testing that approach
return True
def isConnectionAlive(self, arg):
# miss = 0
if driver.is_on('service_udp_datagrams'):
from lib import udp
if time.time() - udp.get_last_datagram_time() < 60:
if settings.enableUDP() and settings.enableUDPreceiving():
return True
# else:
# miss += 1
if driver.is_on('service_gateway'):
from transport import gateway
if time.time() - gateway.last_inbox_time() < 60:
return True
transport_states = map(lambda t: t.state,
gateway.transports().values())
if 'LISTENING' in transport_states:
return True
if 'STARTING' in transport_states:
return True
# else:
# miss += 1
# if miss >= 2:
# return True
return True # testing
return False