def _initiateBroadcast(cls, message, toMyself):
cls.logger.debug("Initiating broadcast message %s",
message.__class__.__name__)
# propagation phase
prop = ProbeStorage.getIdAllOtherProbes()
if toMyself:
# make sure we are the first on our list
prop.insert(0, Identification.PROBE_ID)
# Only do something if there is something to do
if len(prop) > 0:
if len(prop) <= Consts.PROPAGATION_RATE:
for p in prop:
mes = copy.deepcopy(message)
mes.targetId = p
mes.recipientId = p
cls.send(mes)
else:
pRate = Consts.PROPAGATION_RATE
# take targets for first hop out of the list
sendTo = prop[0:pRate]
pt = prop[pRate:]
propTargets = [pt[i::pRate] for i in range(pRate)]
for i, firstHop in enumerate(sendTo):
cls.send(
BroadCast(firstHop, Identification.PROBE_ID, message,
propTargets[i]))
def _initiateBroadcast(cls, message, toMyself):
cls.logger.debug("Initiating broadcast message %s", message.__class__.__name__)
# propagation phase
prop = ProbeStorage.getIdAllOtherProbes()
if toMyself:
# make sure we are the first on our list
prop.insert(0, Identification.PROBE_ID)
# Only do something if there is something to do
if len(prop) > 0:
if len(prop) <= Consts.PROPAGATION_RATE:
for p in prop:
mes = copy.deepcopy(message)
mes.targetId = p
mes.recipientId = p
cls.send(mes)
else:
pRate = Consts.PROPAGATION_RATE
# take targets for first hop out of the list
sendTo = prop[0:pRate]
pt = prop[pRate:]
propTargets = [pt[i::pRate] for i in range(pRate)]
for i, firstHop in enumerate(sendTo):
cls.send(BroadCast(firstHop, Identification.PROBE_ID, message, propTargets[i]))
def getIdAllOtherProbes(cls):
return ProbeStorage.getIdAllOtherProbes()
def getIdAllOtherProbes():
"""Returns the Ids of all the other known probes"""
return ProbeStorage.getIdAllOtherProbes()
def getIdAllOtherProbes():
"""Returns the Ids of all the other known probes"""
return ProbeStorage.getIdAllOtherProbes()