def processCBT(self, cbt):
if cbt.action == 'ADD_MAPPING':
try:
# cbt.data contains a {'uid': <uid>, 'ip': <ip>} mapping
self.ip_map[cbt.data['uid']] = cbt.data['ip']
except KeyError:
log = "invalid ADD_MAPPING configuration"
self.registerCBT('Logger', 'warning', log)
elif cbt.action == 'DEL_MAPPING':
self.ip_map.pop(cbt.data)
elif cbt.action == 'RESOLVE':
data = ipoplib.gen_ip4(cbt.data, self.ip_map, self.CMConfig["ip4"])
self.registerCBT(cbt.initiator, 'RESOLVE_RESP', data, cbt.uid)
elif cbt.action == 'QUERY_IP_MAP':
self.registerCBT(cbt.initiator, 'QUERY_IP_MAP_RESP', self.ip_map,
cbt.uid)
elif cbt.action == 'REVERSE_RESOLVE':
self.registerCBT(cbt.initiator, 'REVERSE_RESOLVE_RESP', data,
cbt.uid)
else:
log = '{0}: unrecognized CBT {1} received from {2}'\
.format(cbt.recipient, cbt.action, cbt.initiator)
self.registerCBT('Logger', 'warning', log)
def processCBT(self, cbt):
if cbt.action == 'ADD_MAPPING':
try:
# cbt.data contains a {'uid': <uid>, 'ip': <ip>} mapping
self.ip_map[cbt.data['uid']] = cbt.data['ip']
except KeyError:
log = "invalid ADD_MAPPING configuration"
self.registerCBT('Logger', 'warning', log)
elif cbt.action == 'DEL_MAPPING':
self.ip_map.pop(cbt.data)
elif cbt.action == 'RESOLVE':
data = ipoplib.gen_ip4(cbt.data, self.ip_map, self.CMConfig["ip4"])
self.registerCBT(cbt.initiator, 'RESOLVE_RESP', data, cbt.uid)
elif cbt.action == 'QUERY_IP_MAP':
self.registerCBT(cbt.initiator, 'QUERY_IP_MAP_RESP', self.ip_map, cbt.uid)
elif cbt.action == 'REVERSE_RESOLVE':
self.registerCBT(cbt.initiator, 'REVERSE_RESOLVE_RESP', data, cbt.uid)
else:
log = '{0}: unrecognized CBT {1} received from {2}'\
.format(cbt.recipient, cbt.action, cbt.initiator)
self.registerCBT('Logger', 'warning', log)
def processCBT(self, cbt):
# In case of a fresh CBT, request the required services
# from the other modules, by issuing CBTs. If no services
# from other modules required, process the CBT here only
if (not self.checkMapping(cbt)):
if (cbt.action == "TINCAN_MSG"):
msg = cbt.data
msg_type = msg.get("type", None)
# we ignore connection status notification for now
if msg_type == "con_stat":
pass
elif msg_type == "con_req" or msg_type == "con_resp":
stateCBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Watchdog',
action='QUERY_IPOP'
'_STATE',
data="")
self.CFxHandle.submitCBT(stateCBT)
self.CBTMappings[cbt.uid] = [stateCBT.uid]
mapCBT = self.CFxHandle.createCBT(initiator='BaseTopology'
'Manager',
recipient='Address'
'Mapper',
action='RESOLVE',
data=msg['uid'])
self.CFxHandle.submitCBT(mapCBT)
self.CBTMappings[cbt.uid].append(mapCBT.uid)
ip_mapCBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Address'
'Mapper',
action='QUERY_IP_MAP',
data="")
self.CFxHandle.submitCBT(ip_mapCBT)
self.CBTMappings[cbt.uid].append(ip_mapCBT.uid)
conn_stat_CBT = self.CFxHandle.createCBT(
initiator='Base'
'TopologyManager',
recipient='Monitor',
action='QUERY_'
'CONN_STAT',
data=msg['uid'])
self.CFxHandle.submitCBT(conn_stat_CBT)
self.CBTMappings[cbt.uid].append(conn_stat_CBT.uid)
peer_list_CBT = self.CFxHandle.createCBT(
initiator='Base'
'TopologyManager',
recipient='Monitor',
action='QUERY_'
'PEER_LIST',
data='')
self.CFxHandle.submitCBT(peer_list_CBT)
self.CBTMappings[cbt.uid].append(peer_list_CBT.uid)
# Add CBT to pendingCBT dictionary
self.pendingCBT[cbt.uid] = cbt
# Pass for now
elif msg_type == "send_msg":
pass
elif (cbt.action == "QUERY_PEER_LIST_RESP"):
# cbt.data is a dict of peers
self.__link_trimmer(cbt.data)
else:
logCBT = self.CFxHandle.createCBT(initiator='BaseTopology'
'Manager',
recipient='Logger',
action='warning',
data="BaseTopologyManager:"
" Unrecognized CBT "
"from " + cbt.initiator)
self.CFxHandle.submitCBT(logCBT)
# Case when one of the requested service CBT comes back
else:
# Get the source CBT of this request
sourceCBT_uid = self.checkMapping(cbt)
self.pendingCBT[cbt.uid] = cbt
# If all the other services of this sourceCBT are also completed,
# process CBT here. Else wait for other CBTs to arrive
if (self.allServicesCompleted(sourceCBT_uid)):
if (self.pendingCBT[sourceCBT_uid].action == 'TINCAN_MSG'):
msg = self.pendingCBT[sourceCBT_uid].data
msg_type = msg.get("type", None)
if msg_type == "con_req" or msg_type == "con_resp":
for key in self.CBTMappings[sourceCBT_uid]:
if (self.pendingCBT[key].action ==
'QUERY_IPOP_STATE_RESP'):
self.ipop_state = self.pendingCBT[key].data
elif (self.pendingCBT[key].action == 'RESOLVE_RESP'
):
ip4 = self.pendingCBT[key].data
elif (self.pendingCBT[key].action ==
'QUERY_CONN_STAT_RESP'):
conn_stat = self.pendingCBT[key].data
elif (self.pendingCBT[key].action ==
'QUERY_PEER_LIST_RESP'):
peer_list = self.pendingCBT[key].data
elif (self.pendingCBT[key].action ==
'QUERY_IP_MAP_RESP'):
ip_map = self.pendingCBT[key].data
logCBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Logger',
action='info',
data="Received"
" connection request"
"/response")
self.CFxHandle.submitCBT(logCBT)
if self.CMConfig["multihop"]:
conn_cnt = 0
for k, v in peer_list.iteritems():
if "fpr" in v and v["status"] == "online":
conn_cnt += 1
if conn_cnt >= self.CMConfig["multihop_cl"]:
return
if self.check_collision(msg_type, msg["uid"],
conn_stat):
return
fpr_len = len(self.ipop_state["_fpr"])
fpr = msg["data"][:fpr_len]
cas = msg["data"][fpr_len + 1:]
ip4 = ipoplib.gen_ip4(msg["uid"], ip_map,
self.ipop_state["_ip4"])
self.create_connection(msg["uid"], fpr, 1,
self.CMConfig["sec"], cas, ip4)
def processCBT(self, cbt):
# new CBTs request for services from other modules by issuing CBTs; if no
# services are required, the CBT is processed here.
# con_ack packages and moves cas over XMPP/Overlay
# con_resp is cas received from tin-can after transport allocation is done.
if not self.checkMapping(cbt):
if cbt.action in ["TINCAN_MSG", "XMPP_MSG"]:
msg = cbt.data
msg_type = msg.get("type", None)
if msg_type in ["con_req","con_resp","con_ack"]:
stateCBT = self.registerCBT('Watchdog', 'QUERY_IPOP_STATE')
self.CBTMappings[cbt.uid] = [stateCBT.uid]
mapCBT = self.registerCBT('AddressMapper', 'RESOLVE', msg['uid'])
self.CBTMappings[cbt.uid].append(mapCBT.uid)
ip_mapCBT = self.registerCBT('AddressMapper', 'QUERY_IP_MAP')
self.CBTMappings[cbt.uid].append(ip_mapCBT.uid)
conn_stat_CBT = self.registerCBT('Monitor', 'QUERY_CONN_STAT', msg['uid'])
self.CBTMappings[cbt.uid].append(conn_stat_CBT.uid)
peer_list_CBT = self.registerCBT('Monitor', 'QUERY_PEER_LIST')
self.CBTMappings[cbt.uid].append(peer_list_CBT.uid)
self.pendingCBT[cbt.uid] = cbt
self.log("put in cbt queue {0}".format(msg_type))
elif cbt.action == "QUERY_PEER_LIST_RESP":
# cbt.data contains a dict of peers
self.__link_trimmer(cbt.data)
else:
log = '{0}: unrecognized CBT {1} received from {2}'\
.format(cbt.recipient, cbt.action, cbt.initiator)
self.registerCBT('Logger', 'warning', log)
# CBTs that required servicing by other modules are processed here
else:
# get the source CBT of this request
sourceCBT_uid = self.checkMapping(cbt)
self.pendingCBT[cbt.uid] = cbt
# wait until all requested services are complete
if self.allServicesCompleted(sourceCBT_uid):
if self.pendingCBT[sourceCBT_uid].action in ['TINCAN_MSG', 'XMPP_MSG']:
msg = self.pendingCBT[sourceCBT_uid].data
msg_type = msg.get("type", None)
if msg_type in ["con_req","con_resp","con_ack"]:
for key in self.CBTMappings[sourceCBT_uid]:
if self.pendingCBT[key].action == 'QUERY_IPOP_STATE_RESP':
self.ipop_state = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'RESOLVE_RESP':
ip4 = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'QUERY_CONN_STAT_RESP':
conn_stat = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'QUERY_PEER_LIST_RESP':
peer_list = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'QUERY_IP_MAP_RESP':
ip_map = self.pendingCBT[key].data
# process the original CBT when all values have been received
self.log("Received {0} action of type {1}".format(self.pendingCBT[sourceCBT_uid].action,msg_type))
if self.CMConfig["multihop"]:
conn_cnt = 0
for k, v in peer_list.items():
if "fpr" in v and v["status"] == "online":
conn_cnt += 1
if conn_cnt >= self.CMConfig["multihop_cl"]:
return
if self.check_collision(msg_type, msg["uid"], conn_stat):
return
fpr_len = len(self.ipop_state["_fpr"])
fpr = msg["data"][:fpr_len]
cas = msg["data"][fpr_len + 1:]
ip4 = ipoplib.gen_ip4(msg["uid"],
ip_map,
self.ipop_state["_ip4"])
if (msg_type == "con_resp"):
# My cas recvd from tin-can, send it wrapped in a
# con_ack to peer
target_uid = msg["uid"]
data = msg["data"]
self.send_msg_srv("con_ack",target_uid,data)
log = "recv con_resp from Tincan for {0}".format(msg["uid"])
self.registerCBT('Logger', 'info', log)
else:
self.create_connection(msg["uid"], fpr, 0,
self.CMConfig["sec"], cas, ip4)
def processCBT(self, cbt):
# new CBTs request for services from other modules by issuing CBTs; if no
# services are required, the CBT is processed here only
if not self.checkMapping(cbt):
if cbt.action == "TINCAN_MSG":
msg = cbt.data
msg_type = msg.get("type", None)
if msg_type == "con_req" or msg_type == "con_resp":
stateCBT = self.registerCBT('Watchdog', 'QUERY_IPOP_STATE')
self.CBTMappings[cbt.uid] = [stateCBT.uid]
mapCBT = self.registerCBT('AddressMapper', 'RESOLVE',
msg['uid'])
self.CBTMappings[cbt.uid].append(mapCBT.uid)
ip_mapCBT = self.registerCBT('AddressMapper',
'QUERY_IP_MAP')
self.CBTMappings[cbt.uid].append(ip_mapCBT.uid)
conn_stat_CBT = self.registerCBT('Monitor',
'QUERY_CONN_STAT',
msg['uid'])
self.CBTMappings[cbt.uid].append(conn_stat_CBT.uid)
peer_list_CBT = self.registerCBT('Monitor',
'QUERY_PEER_LIST')
self.CBTMappings[cbt.uid].append(peer_list_CBT.uid)
self.pendingCBT[cbt.uid] = cbt
elif cbt.action == "QUERY_PEER_LIST_RESP":
# cbt.data contains a dict of peers
self.__link_trimmer(cbt.data)
else:
log = '{0}: unrecognized CBT {1} received from {2}'\
.format(cbt.recipient, cbt.action, cbt.initiator)
self.registerCBT('Logger', 'warning', log)
# CBTs that required servicing by other modules are processed here
else:
# get the source CBT of this request
sourceCBT_uid = self.checkMapping(cbt)
self.pendingCBT[cbt.uid] = cbt
# wait until all requested services are complete
if self.allServicesCompleted(sourceCBT_uid):
if self.pendingCBT[sourceCBT_uid].action == 'TINCAN_MSG':
msg = self.pendingCBT[sourceCBT_uid].data
msg_type = msg.get("type", None)
if msg_type == "con_req" or msg_type == "con_resp":
for key in self.CBTMappings[sourceCBT_uid]:
if self.pendingCBT[
key].action == 'QUERY_IPOP_STATE_RESP':
self.ipop_state = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'RESOLVE_RESP':
ip4 = self.pendingCBT[key].data
elif self.pendingCBT[
key].action == 'QUERY_CONN_STAT_RESP':
conn_stat = self.pendingCBT[key].data
elif self.pendingCBT[
key].action == 'QUERY_PEER_LIST_RESP':
peer_list = self.pendingCBT[key].data
elif self.pendingCBT[
key].action == 'QUERY_IP_MAP_RESP':
ip_map = self.pendingCBT[key].data
# process the original CBT when all values have been received
log = "received connection request/response"
self.registerCBT('Logger', 'info', log)
if self.CMConfig["multihop"]:
conn_cnt = 0
for k, v in peer_list.items():
if "fpr" in v and v["status"] == "online":
conn_cnt += 1
if conn_cnt >= self.CMConfig["multihop_cl"]:
return
if self.check_collision(msg_type, msg["uid"],
conn_stat):
return
fpr_len = len(self.ipop_state["_fpr"])
fpr = msg["data"][:fpr_len]
cas = msg["data"][fpr_len + 1:]
ip4 = ipoplib.gen_ip4(msg["uid"], ip_map,
self.ipop_state["_ip4"])
self.create_connection(msg["uid"], fpr, 1,
self.CMConfig["sec"], cas, ip4)
def processCBT(self, cbt):
# new CBTs request for services from other modules by issuing CBTs; if no
# services are required, the CBT is processed here only
if not self.checkMapping(cbt):
if cbt.action == "TINCAN_MSG":
msg = cbt.data
msg_type = msg.get("type", None)
if msg_type == "con_req" or msg_type == "con_resp":
stateCBT = self.registerCBT('Watchdog', 'QUERY_IPOP_STATE')
self.CBTMappings[cbt.uid] = [stateCBT.uid]
mapCBT = self.registerCBT('AddressMapper', 'RESOLVE', msg['uid'])
self.CBTMappings[cbt.uid].append(mapCBT.uid)
ip_mapCBT = self.registerCBT('AddressMapper', 'QUERY_IP_MAP')
self.CBTMappings[cbt.uid].append(ip_mapCBT.uid)
conn_stat_CBT = self.registerCBT('Monitor', 'QUERY_CONN_STAT', msg['uid'])
self.CBTMappings[cbt.uid].append(conn_stat_CBT.uid)
peer_list_CBT = self.registerCBT('Monitor', 'QUERY_PEER_LIST')
self.CBTMappings[cbt.uid].append(peer_list_CBT.uid)
self.pendingCBT[cbt.uid] = cbt
elif cbt.action == "QUERY_PEER_LIST_RESP":
# cbt.data contains a dict of peers
self.__link_trimmer(cbt.data)
else:
log = '{0}: unrecognized CBT {1} received from {2}'\
.format(cbt.recipient, cbt.action, cbt.initiator)
self.registerCBT('Logger', 'warning', log)
# CBTs that required servicing by other modules are processed here
else:
# get the source CBT of this request
sourceCBT_uid = self.checkMapping(cbt)
self.pendingCBT[cbt.uid] = cbt
# wait until all requested services are complete
if self.allServicesCompleted(sourceCBT_uid):
if self.pendingCBT[sourceCBT_uid].action == 'TINCAN_MSG':
msg = self.pendingCBT[sourceCBT_uid].data
msg_type = msg.get("type", None)
if msg_type == "con_req" or msg_type == "con_resp":
for key in self.CBTMappings[sourceCBT_uid]:
if self.pendingCBT[key].action == 'QUERY_IPOP_STATE_RESP':
self.ipop_state = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'RESOLVE_RESP':
ip4 = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'QUERY_CONN_STAT_RESP':
conn_stat = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'QUERY_PEER_LIST_RESP':
peer_list = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'QUERY_IP_MAP_RESP':
ip_map = self.pendingCBT[key].data
# process the original CBT when all values have been received
log = "received connection request/response"
self.registerCBT('Logger', 'info', log)
if self.CMConfig["multihop"]:
conn_cnt = 0
for k, v in peer_list.items():
if "fpr" in v and v["status"] == "online":
conn_cnt += 1
if conn_cnt >= self.CMConfig["multihop_cl"]:
return
if self.check_collision(msg_type, msg["uid"], conn_stat):
return
fpr_len = len(self.ipop_state["_fpr"])
fpr = msg["data"][:fpr_len]
cas = msg["data"][fpr_len + 1:]
ip4 = ipoplib.gen_ip4(msg["uid"],
ip_map,
self.ipop_state["_ip4"])
self.create_connection(msg["uid"], fpr, 1,
self.CMConfig["sec"], cas, ip4)
def processCBT(self, cbt):
if(cbt.action == 'ADD_MAPPING'):
try:
# cbt.data is a dict with uid and ip keys
self.ip_map[cbt.data['uid']] = cbt.data['ip']
except KeyError:
logCBT = self.CFxHandle.createCBT(initiator='AddressMapper',
recipient='Logger',
action='warning',
data="Invalid ADD_MAPPING"
" Configuration")
self.CFxHandle.submitCBT(logCBT)
elif(cbt.action == 'DEL_MAPPING'):
self.ip_map.pop(cbt.data) # Remove mapping if it exists
elif(cbt.action == 'RESOLVE'):
# Modify the CBT with the response data and send it back
cbt.action = 'RESOLVE_RESP'
# Compute the IP4 address
cbt.data = ipoplib.gen_ip4(cbt.data, self.ip_map, self.CMConfig["ip4"])
# Swap inititator and recipient
cbt.initiator, cbt.recipient = cbt.recipient, cbt.initiator
self.CFxHandle.submitCBT(cbt)
elif (cbt.action == 'QUERY_IP_MAP'):
cbt.action = 'QUERY_IP_MAP_RESP'
cbt.data = self.ip_map
cbt.initiator, cbt.recipient = cbt.recipient, cbt. initiator
self.CFxHandle.submitCBT(cbt)
elif(cbt.action == 'REVERSE_RESOLVE'):
# Modify the CBT with the response data and send it back
cbt.action = 'REVERSE_RESOLVE_RESP'
ip = cbt.data
cbt.data = None
# Iterate through all items in dict for reverse lookup
for key, value in self.ip_map.items():
if(value == ip):
cbt.data = key
break
# Swap inititator and recipient
cbt.initiator, cbt.recipient = cbt.recipient, cbt.initiator
self.CFxHandle.submitCBT(cbt)
else:
logCBT = self.CFxHandle.createCBT(initiator='AddressMapper',
recipient='Logger',
action='warning',
data="AddressMapper: "
"Invalid CBT received"
" from " + cbt.initiator)
self.CFxHandle.submitCBT(logCBT)
def processCBT(self, cbt):
# new CBTs request for services from other modules by issuing CBTs; if no
# services are required, the CBT is processed here.
# con_ack packages and moves cas over XMPP/Overlay
# con_resp is cas received from tin-can after transport allocation is done.
if not self.checkMapping(cbt):
if cbt.action in ["TINCAN_MSG", "XMPP_MSG"]:
msg = cbt.data
msg_type = msg.get("type", None)
if msg_type in ["con_req", "con_resp", "con_ack"]:
stateCBT = self.registerCBT('Watchdog', 'QUERY_IPOP_STATE')
self.CBTMappings[cbt.uid] = [stateCBT.uid]
mapCBT = self.registerCBT('AddressMapper', 'RESOLVE',
msg['uid'])
self.CBTMappings[cbt.uid].append(mapCBT.uid)
ip_mapCBT = self.registerCBT('AddressMapper',
'QUERY_IP_MAP')
self.CBTMappings[cbt.uid].append(ip_mapCBT.uid)
conn_stat_CBT = self.registerCBT('Monitor',
'QUERY_CONN_STAT',
msg['uid'])
self.CBTMappings[cbt.uid].append(conn_stat_CBT.uid)
peer_list_CBT = self.registerCBT('Monitor',
'QUERY_PEER_LIST')
self.CBTMappings[cbt.uid].append(peer_list_CBT.uid)
self.pendingCBT[cbt.uid] = cbt
self.log("put in cbt queue {0}".format(msg_type))
elif cbt.action == "QUERY_PEER_LIST_RESP":
# cbt.data contains a dict of peers
self.__link_trimmer(cbt.data)
else:
log = '{0}: unrecognized CBT {1} received from {2}'\
.format(cbt.recipient, cbt.action, cbt.initiator)
self.registerCBT('Logger', 'warning', log)
# CBTs that required servicing by other modules are processed here
else:
# get the source CBT of this request
sourceCBT_uid = self.checkMapping(cbt)
self.pendingCBT[cbt.uid] = cbt
# wait until all requested services are complete
if self.allServicesCompleted(sourceCBT_uid):
if self.pendingCBT[sourceCBT_uid].action in [
'TINCAN_MSG', 'XMPP_MSG'
]:
msg = self.pendingCBT[sourceCBT_uid].data
msg_type = msg.get("type", None)
if msg_type in ["con_req", "con_resp", "con_ack"]:
for key in self.CBTMappings[sourceCBT_uid]:
if self.pendingCBT[
key].action == 'QUERY_IPOP_STATE_RESP':
self.ipop_state = self.pendingCBT[key].data
elif self.pendingCBT[key].action == 'RESOLVE_RESP':
ip4 = self.pendingCBT[key].data
elif self.pendingCBT[
key].action == 'QUERY_CONN_STAT_RESP':
conn_stat = self.pendingCBT[key].data
elif self.pendingCBT[
key].action == 'QUERY_PEER_LIST_RESP':
peer_list = self.pendingCBT[key].data
elif self.pendingCBT[
key].action == 'QUERY_IP_MAP_RESP':
ip_map = self.pendingCBT[key].data
# process the original CBT when all values have been received
self.log("Received {0} action of type {1}".format(
self.pendingCBT[sourceCBT_uid].action, msg_type))
if self.CMConfig["multihop"]:
conn_cnt = 0
for k, v in peer_list.items():
if "fpr" in v and v["status"] == "online":
conn_cnt += 1
if conn_cnt >= self.CMConfig["multihop_cl"]:
return
if self.check_collision(msg_type, msg["uid"],
conn_stat):
return
fpr_len = len(self.ipop_state["_fpr"])
fpr = msg["data"][:fpr_len]
cas = msg["data"][fpr_len + 1:]
ip4 = ipoplib.gen_ip4(msg["uid"], ip_map,
self.ipop_state["_ip4"])
if (msg_type == "con_resp"):
# My cas recvd from tin-can, send it wrapped in a
# con_ack to peer
target_uid = msg["uid"]
data = msg["data"]
self.send_msg_srv("con_ack", target_uid, data)
log = "recv con_resp from Tincan for {0}".format(
msg["uid"])
self.registerCBT('Logger', 'info', log)
else:
self.create_connection(msg["uid"], fpr, 0,
self.CMConfig["sec"], cas,
ip4)
def processCBT(self, cbt):
# In case of a fresh CBT, request the required services
# from the other modules, by issuing CBTs. If no services
# from other modules required, process the CBT here only
if(not self.checkMapping(cbt)):
if(cbt.action == "TINCAN_MSG"):
msg = cbt.data
msg_type = msg.get("type", None)
# we ignore connection status notification for now
if msg_type == "con_stat":
pass
elif msg_type == "con_req" or msg_type == "con_resp":
stateCBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Watchdog',
action='QUERY_IPOP'
'_STATE',
data="")
self.CFxHandle.submitCBT(stateCBT)
self.CBTMappings[cbt.uid] = [stateCBT.uid]
mapCBT = self.CFxHandle.createCBT(initiator='BaseTopology'
'Manager',
recipient='Address'
'Mapper',
action='RESOLVE',
data=msg['uid'])
self.CFxHandle.submitCBT(mapCBT)
self.CBTMappings[cbt.uid].append(mapCBT.uid)
ip_mapCBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Address'
'Mapper',
action='QUERY_IP_MAP',
data="")
self.CFxHandle.submitCBT(ip_mapCBT)
self.CBTMappings[cbt.uid].append(ip_mapCBT.uid)
conn_stat_CBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Monitor',
action='QUERY_'
'CONN_STAT',
data=msg['uid'])
self.CFxHandle.submitCBT(conn_stat_CBT)
self.CBTMappings[cbt.uid].append(conn_stat_CBT.uid)
peer_list_CBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Monitor',
action='QUERY_'
'PEER_LIST',
data='')
self.CFxHandle.submitCBT(peer_list_CBT)
self.CBTMappings[cbt.uid].append(peer_list_CBT.uid)
# Add CBT to pendingCBT dictionary
self.pendingCBT[cbt.uid] = cbt
# Pass for now
elif msg_type == "send_msg":
pass
elif(cbt.action == "QUERY_PEER_LIST_RESP"):
# cbt.data is a dict of peers
self.__link_trimmer(cbt.data)
else:
logCBT = self.CFxHandle.createCBT(initiator='BaseTopology'
'Manager',
recipient='Logger',
action='warning',
data="BaseTopologyManager:"
" Unrecognized CBT "
"from " + cbt.initiator)
self.CFxHandle.submitCBT(logCBT)
# Case when one of the requested service CBT comes back
else:
# Get the source CBT of this request
sourceCBT_uid = self.checkMapping(cbt)
self.pendingCBT[cbt.uid] = cbt
# If all the other services of this sourceCBT are also completed,
# process CBT here. Else wait for other CBTs to arrive
if(self.allServicesCompleted(sourceCBT_uid)):
if(self.pendingCBT[sourceCBT_uid].action == 'TINCAN_MSG'):
msg = self.pendingCBT[sourceCBT_uid].data
msg_type = msg.get("type", None)
if msg_type == "con_req" or msg_type == "con_resp":
for key in self.CBTMappings[sourceCBT_uid]:
if(self.pendingCBT[key].action ==
'QUERY_IPOP_STATE_RESP'):
self.ipop_state = self.pendingCBT[key].data
elif(self.pendingCBT[key].action ==
'RESOLVE_RESP'):
ip4 = self.pendingCBT[key].data
elif(self.pendingCBT[key].action ==
'QUERY_CONN_STAT_RESP'):
conn_stat = self.pendingCBT[key].data
elif(self.pendingCBT[key].action ==
'QUERY_PEER_LIST_RESP'):
peer_list = self.pendingCBT[key].data
elif(self.pendingCBT[key].action ==
'QUERY_IP_MAP_RESP'):
ip_map = self.pendingCBT[key].data
logCBT = self.CFxHandle.createCBT(initiator='Base'
'TopologyManager',
recipient='Logger',
action='info',
data="Received"
" connection request"
"/response")
self.CFxHandle.submitCBT(logCBT)
if self.CMConfig["multihop"]:
conn_cnt = 0
for k, v in peer_list.iteritems():
if "fpr" in v and v["status"] == "online":
conn_cnt += 1
if conn_cnt >= self.CMConfig["multihop_cl"]:
return
if self.check_collision(msg_type, msg["uid"],
conn_stat):
return
fpr_len = len(self.ipop_state["_fpr"])
fpr = msg["data"][:fpr_len]
cas = msg["data"][fpr_len + 1:]
ip4 = ipoplib.gen_ip4(msg["uid"],
ip_map,
self.ipop_state["_ip4"])
self.create_connection(msg["uid"], fpr, 1,
self.CMConfig["sec"], cas, ip4)
