def send(self, transport=None):
"""
Send the message. Assume we don't have multicast,
so just do point to point for now.
"""
if not self._recipients or len(self.getRecipients()) == 0:
debug("No recipients specified.", error=True)
raise GeneralError("No recipients specified.")
if len(self.getRecipients()) == 1 and transport:
node = connections.lookupNode(self.getRecipients()[0])
hissclient = connections.HissConnection(node, transport)
hissclient.dispatchMessage(self)
recs = []
for recipient in self.getRecipients():
uid = recipient
if not isinstance(recipient, str):
# Handles exception case if this were a node instead of a UID.
uid = recipient.getUid()
if uid in connections.universe:
node = connections.lookupNode(uid)
if not node.hasTCPConnection():
debug("No connection to " + node.getShortUid(),
error=True)
else:
# Ok, stop messing around and send the message!
try:
tcpConn = node.getTCPConnection().dispatchMessage(
self)
recs.append(node.getShortUid())
debug("#".join(
["Msg", me.getUid(), uid, self.getCode()]),
monitor=True)
except:
debug("Failed to send message to [ " \
+ node.getShortUid() + " ]", error=True)
else:
raise GeneralError(
"recipient " + uid + " not found.")
if self.getCode() != 'AG':
debug("(" + self.getCode() + ") message sent to [ " \
+ " ][ ".join(recs) + " ]", success=True)
def send(self, transport=None):
"""
Send the message. Assume we don't have multicast,
so just do point to point for now.
"""
if not self._recipients or len(self.getRecipients()) == 0:
debug("No recipients specified.", error=True)
raise GeneralError("No recipients specified.")
if len(self.getRecipients()) == 1 and transport:
node = connections.lookupNode(self.getRecipients()[0])
hissclient = connections.HissConnection(node, transport)
hissclient.dispatchMessage(self)
recs = []
for recipient in self.getRecipients():
uid = recipient
if not isinstance(recipient, str):
# Handles exception case if this were a node instead of a UID.
uid = recipient.getUid()
if uid in connections.universe:
node = connections.lookupNode(uid)
if not node.hasTCPConnection():
debug("No connection to " + node.getShortUid(), error=True)
else:
# Ok, stop messing around and send the message!
try:
tcpConn = node.getTCPConnection().dispatchMessage(self)
recs.append(node.getShortUid())
debug("#".join(
["Msg", me.getUid(), uid,
self.getCode()]),
monitor=True)
except:
debug("Failed to send message to [ " \
+ node.getShortUid() + " ]", error=True)
else:
raise GeneralError("recipient " + uid + " not found.")
if self.getCode() != 'AG':
debug("(" + self.getCode() + ") message sent to [ " \
+ " ][ ".join(recs) + " ]", success=True)
def gossip(self):
"""
Gossip procedure. This is basic. Hope to improve later.
"""
if connections.connectToNeighbors():
debug("Connections in process. deferred gossip", info=True)
return
# Get my neighbors
recipients = connections.getNeighbors()
if len(recipients) > 0:
shortids = []
for uid in recipients:
shortids.append(connections.lookupNode(uid).getShortUid())
debug("Gossipping with: [ " + " ][ ".join(shortids) + " ]",
info=True)
else:
debug("No neighbors to gossip with this interval.",
error=True, threshold=1)
return
# Put all messages in a list.
gossipMessages = []
# Get a vector clock message
vcMessage = message.VectorMessage.createVectorClockMessage()
vcMessage.setRecipients(recipients)
gossipMessages.append(vcMessage)
# Put in each aggreggation. Tae out for now.
for aggName in aggregation.STATISTICS:
agg = aggregation.STATISTICS[aggName]
aggMessage = message.AggregateMessage.createAggregateMessage(agg)
aggMessage.setRecipients(recipients)
gossipMessages.append(aggMessage)
"""
agg = random.choice(aggregation.STATISTICS.values())
aggMessage = message.AggregateMessage.createAggregateMessage(agg)
aggMessage.setRecipients(recipients)
gossipMessages.append(aggMessage)
"""
# Get a network message
gossipmsg = gossipPrepare()
while gossipmsg:
gossipmsg.setRecipients(recipients)
toAppend = copy.deepcopy(gossipmsg)
gossipMessages.append(toAppend)
gossipmsg = gossipPrepare()
debug("There are " \
+ str(len(gossipMessages)) + " to send.", threshold=2, info=True)
# Send out the messages
for msg in gossipMessages:
try:
msg.send()
except ConnectionError as ce:
debug(ce.__str__(), error=True)
except GeneralError as ge:
debug(ge.__str__(), error=True)
def gossip(self):
"""
Gossip procedure. This is basic. Hope to improve later.
"""
if connections.connectToNeighbors():
debug("Connections in process. deferred gossip", info=True)
return
# Get my neighbors
recipients = connections.getNeighbors()
if len(recipients) > 0:
shortids = []
for uid in recipients:
shortids.append(connections.lookupNode(uid).getShortUid())
debug("Gossipping with: [ " + " ][ ".join(shortids) + " ]",
info=True)
else:
debug("No neighbors to gossip with this interval.",
error=True,
threshold=1)
return
# Put all messages in a list.
gossipMessages = []
# Get a vector clock message
vcMessage = message.VectorMessage.createVectorClockMessage()
vcMessage.setRecipients(recipients)
gossipMessages.append(vcMessage)
# Put in each aggreggation. Tae out for now.
for aggName in aggregation.STATISTICS:
agg = aggregation.STATISTICS[aggName]
aggMessage = message.AggregateMessage.createAggregateMessage(agg)
aggMessage.setRecipients(recipients)
gossipMessages.append(aggMessage)
"""
agg = random.choice(aggregation.STATISTICS.values())
aggMessage = message.AggregateMessage.createAggregateMessage(agg)
aggMessage.setRecipients(recipients)
gossipMessages.append(aggMessage)
"""
# Get a network message
gossipmsg = gossipPrepare()
while gossipmsg:
gossipmsg.setRecipients(recipients)
toAppend = copy.deepcopy(gossipmsg)
gossipMessages.append(toAppend)
gossipmsg = gossipPrepare()
debug("There are " \
+ str(len(gossipMessages)) + " to send.", threshold=2, info=True)
# Send out the messages
for msg in gossipMessages:
try:
msg.send()
except ConnectionError as ce:
debug(ce.__str__(), error=True)
except GeneralError as ge:
debug(ge.__str__(), error=True)