class NCQMHandler(MapsHandler):
pass
class NCQMWorker(MapsWorker):
MODULE_NAME = "ncqm"
MODULE_HANDLER = NCQMHandler
MODULE_TYPE = NCQM
POLLER_REQ_MSG_TYPE = 0x27
POLLER_RESP_MSG_TYPE = 0x28
bind_module(NCQMWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = NCQMWorker(rest_server)
lvap_server.register_message(worker.POLLER_RESP_MSG_TYPE, POLLER_RESP_MSG,
worker.handle_poller_response)
return worker
break
return out
class PacketsCounterHandler(ModuleHandler):
pass
class PacketsCounterWorker(CounterWorker):
MODULE_NAME = "packets_counter"
MODULE_HANDLER = PacketsCounterHandler
MODULE_TYPE = PacketsCounter
bind_module(PacketsCounterWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = PacketsCounterWorker(rest_server)
lvap_server.register_message(PT_STATS_RESPONSE, STATS_RESPONSE,
worker.handle_stats_response)
return worker
"""
for event in self.modules.values():
if event.tenant_id not in RUNTIME.tenants:
return
lvaps = RUNTIME.tenants[event.tenant_id].lvaps
if lvap.addr not in lvaps:
return
LOG.info("Event: LVAP Join %s", lvap.addr)
handle_callback(lvap, event)
bind_module(LVAPJoinWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVAPJoinWorker(rest_server)
lvap_server.register_message(PT_LVAP_JOIN, None, worker.on_lvap_join)
return worker
# update this object
if handler_response['retcode'] != 200:
error = handler_response['samples']
LOG.error("Error while polling %s: %s", handler.handler, error)
self.remove_module(handler.module_id)
return
handler.retcode = handler_response['retcode']
handler.samples = handler_response['samples']
# handle callback
handle_callback(handler, handler)
bind_module(ReadHandlerWorker)
def launch():
"""Initialize the module."""
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = ReadHandlerWorker(rest_server)
lvnf_server.register_message(PT_READ_HANDLER_RESPONSE,
None,
worker.handle_read_handler_response)
return worker
"""
for event in self.modules.values():
if event.tenant_id not in RUNTIME.tenants:
return
lvaps = RUNTIME.tenants[event.tenant_id].lvaps
if lvap.addr not in lvaps:
return
LOG.info("Event: LVAP Join %s", lvap.addr)
handle_callback(lvap, event)
bind_module(LVAPJoinWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVAPJoinWorker(rest_server)
lvap_server.register_message(PT_LVAP_JOIN, None, worker.on_lvap_join)
return worker
for event in list(self.modules.values()):
if event.tenant_id not in RUNTIME.tenants:
return
addr = EtherAddress(register['addr'])
cpps = RUNTIME.tenants[event.tenant_id].cpps
if addr not in cpps:
return
LOG.info("Event: CPP Up %s", addr)
handle_callback(cpps[addr], event)
bind_module(CPPUpWorker)
def launch():
""" Initialize the module. """
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = CPPUpWorker(rest_server)
lvnf_server.register_message(PT_REGISTER, None, worker.on_cpp_up)
return worker
# update this object
if handler_response['retcode'] != 200:
error = handler_response['samples']
LOG.error("Error while polling %s: %s" % (handler.handler, error))
self.remove_module(handler.module_id)
return
handler.retcode = handler_response['retcode']
handler.samples = handler_response['samples']
# handle callback
handle_callback(handler, handler)
bind_module(WriteHandlerWorker)
def launch():
"""Initialize the module."""
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = WriteHandlerWorker(rest_server)
lvnf_server.register_message(PT_WRITE_HANDLER_RESPONSE,
None,
worker.handle_write_handler_response)
return worker
"""
for event in self.modules.values():
if event.tenant_id not in RUNTIME.tenants:
return
lvaps = RUNTIME.tenants[event.tenant_id].lvaps
if lvap.addr not in lvaps:
return
LOG.info("Event: LVAP Leave %s", lvap.addr)
handle_callback(lvap, event)
bind_module(LVAPLeaveWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVAPLeaveWorker(rest_server)
lvap_server.register_message(PT_LVAP_LEAVE, None, worker.on_lvap_leave)
return worker
Returns:
None
"""
for event in list(self.modules.values()):
tenant = RUNTIME.tenants[event.tenant_id]
if lvnf.lvnf_id not in tenant.lvnfs:
continue
LOG.info("Event: LVNF Join %s", lvnf.lvnf_id)
handle_callback(lvnf, event)
bind_module(LVNFJoinWorker)
def launch():
""" Initialize the module. """
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVNFJoinWorker(rest_server)
lvnf_server.register_message(PT_LVNF_JOIN, None, worker.on_lvnf_join)
return worker
return out
class BytesCounterHandler(ModuleHandler):
pass
class BytesCounterWorker(CounterWorker):
MODULE_NAME = "bytes_counter"
MODULE_HANDLER = BytesCounterHandler
MODULE_TYPE = BytesCounter
bind_module(BytesCounterWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = BytesCounterWorker(rest_server)
lvap_server.register_message(PT_STATS_RESPONSE,
STATS_RESPONSE,
worker.handle_stats_response)
return worker
return
# update this object
if handler_response['retcode'] != 200:
error = handler_response['samples']
LOG.error("Error while polling %s: %s" % (handler.handler, error))
self.remove_module(handler.module_id)
return
handler.retcode = handler_response['retcode']
handler.samples = handler_response['samples']
# handle callback
handle_callback(handler, handler)
bind_module(WriteHandlerWorker)
def launch():
"""Initialize the module."""
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = WriteHandlerWorker(rest_server)
lvnf_server.register_message(PT_WRITE_HANDLER_RESPONSE, None,
worker.handle_write_handler_response)
return worker
if rates.rates_id not in self.modules:
return
counter = self.modules[rates.rates_id]
# update cache
lvap = RUNTIME.lvaps[counter.lvap]
lvap.rates = {x[0]: x[1] for x in rates.rates}
# update this object
counter.rates = {x[0]: x[1] for x in rates.rates}
# call callback
handle_callback(counter, counter)
bind_module(LinkStatsWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LinkStatsWorker(rest_server)
lvap_server.register_message(PT_RATES_RESPONSE, RATES_RESPONSE,
worker.handle_rates_response)
return worker
Returns:
None
"""
for event in list(self.modules.values()):
tenant = RUNTIME.tenants[event.tenant_id]
if lvnf.lvnf_id not in tenant.lvnfs:
continue
LOG.info("Event: LVNF Leave %s", lvnf.lvnf_id)
handle_callback(lvnf, event)
bind_module(LVNFLeaveWorker)
def launch():
""" Initialize the module. """
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVNFLeaveWorker(rest_server)
lvnf_server.register_message(PT_LVNF_LEAVE, None, worker.on_lvnf_leave)
return worker
tenant_id = UUID(stats_response['tenant_id'])
lvnf_id = UUID(stats_response['lvnf_id'])
tenant = RUNTIME.tenants[tenant_id]
if lvnf_id not in tenant.lvnfs:
return
stats.stats = stats_response['stats']
# handle callback
handle_callback(stats, stats)
bind_module(LVNFStatsWorker)
def launch():
"""Initialize the module."""
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVNFStatsWorker(rest_server)
lvnf_server.register_message(PT_LVNF_STATS_RESPONSE,
None,
worker.handle_lvnf_stats_response)
return worker
"""
for event in self.modules.values():
if event.tenant_id not in RUNTIME.tenants:
return
lvaps = RUNTIME.tenants[event.tenant_id].lvaps
if lvap.addr not in lvaps:
return
LOG.info("Event: LVAP Leave %s", lvap.addr)
handle_callback(lvap, event)
bind_module(LVAPLeaveWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVAPLeaveWorker(rest_server)
lvap_server.register_message(PT_LVAP_LEAVE, None, worker.on_lvap_leave)
return worker
for event in list(self.modules.values()):
if event.tenant_id not in RUNTIME.tenants:
return
addr = EtherAddress(register['addr'])
cpps = RUNTIME.tenants[event.tenant_id].cpps
if addr not in cpps:
return
LOG.info("Event: CPP Up %s", addr)
handle_callback(cpps[addr], event)
bind_module(CPPUpWorker)
def launch():
""" Initialize the module. """
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = CPPUpWorker(rest_server)
lvnf_server.register_message(PT_REGISTER, None, worker.on_cpp_up)
return worker
break
return out
class BytesCounterHandler(ModuleHandler):
pass
class BytesCounterWorker(CounterWorker):
MODULE_NAME = "bytes_counter"
MODULE_HANDLER = BytesCounterHandler
MODULE_TYPE = BytesCounter
bind_module(BytesCounterWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = BytesCounterWorker(rest_server)
lvap_server.register_message(PT_STATS_RESPONSE, STATS_RESPONSE,
worker.handle_stats_response)
return worker
"""
for event in self.modules.values():
if event.tenant_id not in RUNTIME.tenants:
return
wtps = RUNTIME.tenants[event.tenant_id].wtps
if wtp.addr not in wtps:
return
LOG.info("Event: WTP Down %s", wtp.addr)
handle_callback(wtp, event)
bind_module(WTPDownWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = WTPDownWorker(rest_server)
lvap_server.register_message(PT_BYE, None, worker.on_wtp_down)
return worker
if event.tenant_id not in RUNTIME.tenants:
return
addr = caps_response.wtp
wtps = RUNTIME.tenants[event.tenant_id].wtps
if addr not in wtps:
return
wtp = wtps[addr]
LOG.info("Event: WTP Up %s", wtp.addr)
handle_callback(wtp, event)
bind_module(WTPUpWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = WTPUpWorker(rest_server)
lvap_server.register_message(PT_CAPS_RESPONSE, None, worker.on_wtp_up)
return worker
Returns:
None
"""
for event in list(self.modules.values()):
tenant = RUNTIME.tenants[event.tenant_id]
if lvnf.lvnf_id not in tenant.lvnfs:
continue
LOG.info("Event: LVNF Join %s", lvnf.lvnf_id)
handle_callback(lvnf, event)
bind_module(LVNFJoinWorker)
def launch():
""" Initialize the module. """
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LVNFJoinWorker(rest_server)
lvnf_server.register_message(PT_LVNF_JOIN, None, worker.on_lvnf_join)
return worker
length=20,
seq=wtp.seq,
trigger_id=trigger.module_id,
sta=lvap.addr.to_raw(),
relation=RELATIONS[trigger.relation],
value=trigger.value)
LOG.info("Deleting trigger for sta %s: RSSI @ %s %s %s (id=%u)",
lvap.addr, wtp.addr, trigger.relation, trigger.value,
trigger.module_id)
msg = DEL_RSSI_TRIGGER.build(del_trigger)
wtp.connection.stream.write(msg)
bind_module(RSSIWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = RSSIWorker(rest_server)
lvap_server.register_message(PT_HELLO, None, worker.handle_hello)
lvap_server.register_message(PT_LVAP_JOIN, None, worker.handle_lvap_join)
lvap_server.register_message(PT_LVAP_LEAVE, None, worker.handle_lvap_leave)
lvap_server.register_message(PT_BYE, None, worker.handle_bye)
lvap_server.register_message(PT_RSSI, RSSI_TRIGGER, worker.handle_trigger)
if event.tenant_id not in RUNTIME.tenants:
return
addr = EtherAddress(bye['addr'])
cpps = RUNTIME.tenants[event.tenant_id].cpps
if addr not in cpps:
return
cpp = cpps[addr]
LOG.info("Event: CPP Down %s", cpp.addr)
handle_callback(cpp, event)
bind_module(CPPDownWorker)
def launch():
""" Initialize the module. """
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = CPPDownWorker(rest_server)
lvnf_server.register_message(PT_BYE, None, worker.on_cpp_down)
return worker
class UCQMHandler(MapsHandler):
pass
class UCQMWorker(MapsWorker):
MODULE_NAME = "ucqm"
MODULE_HANDLER = UCQMHandler
MODULE_TYPE = UCQM
POLLER_REQ_MSG_TYPE = 0x25
POLLER_RESP_MSG_TYPE = 0x26
bind_module(UCQMWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = UCQMWorker(rest_server)
lvap_server.register_message(worker.POLLER_RESP_MSG_TYPE,
POLLER_RESP_MSG,
worker.handle_poller_response)
return worker
seq=wtp.get_next_seq(),
trigger_id=trigger.module_id,
limit=trigger.limit,
every=trigger.every,
sta=lvap.addr.to_raw())
LOG.info("Deleting summary for sta %s @ %s (id=%u)",
lvap.addr,
wtp.addr,
trigger.module_id)
msg = DEL_SUMMARY.build(del_trigger)
wtp.connection.stream.write(msg)
bind_module(SummaryWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = SummaryWorker(rest_server)
lvap_server.register_message(PT_HELLO, None, worker.handle_hello)
lvap_server.register_message(PT_LVAP_JOIN, None, worker.handle_lvap_join)
lvap_server.register_message(PT_LVAP_LEAVE, None, worker.handle_lvap_leave)
lvap_server.register_message(PT_BYE, None, worker.handle_bye)
lvap_server.register_message(PT_SUMMARY,
return
counter = self.modules[rates.rates_id]
# update cache
lvap = RUNTIME.lvaps[counter.lvap]
lvap.rates = {x[0]: x[1] for x in rates.rates}
# update this object
counter.rates = {x[0]: x[1] for x in rates.rates}
# call callback
handle_callback(counter, counter)
bind_module(LinkStatsWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = LinkStatsWorker(rest_server)
lvap_server.register_message(PT_RATES_RESPONSE,
RATES_RESPONSE,
worker.handle_rates_response)
return worker
return
# update this object
if handler_response['retcode'] != 200:
error = handler_response['samples']
LOG.error("Error while polling %s: %s", handler.handler, error)
self.remove_module(handler.module_id)
return
handler.retcode = handler_response['retcode']
handler.samples = handler_response['samples']
# handle callback
handle_callback(handler, handler)
bind_module(ReadHandlerWorker)
def launch():
"""Initialize the module."""
lvnf_server = RUNTIME.components[LVNFPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = ReadHandlerWorker(rest_server)
lvnf_server.register_message(PT_READ_HANDLER_RESPONSE, None,
worker.handle_read_handler_response)
return worker
sta=lvap.addr.to_raw(),
relation=RELATIONS[trigger.relation],
value=trigger.value)
LOG.info("Deleting trigger for sta %s: RSSI @ %s %s %s (id=%u)",
lvap.addr,
wtp.addr,
trigger.relation,
trigger.value,
trigger.module_id)
msg = DEL_RSSI_TRIGGER.build(del_trigger)
wtp.connection.stream.write(msg)
bind_module(RSSIWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = RSSIWorker(rest_server)
lvap_server.register_message(PT_HELLO, None, worker.handle_hello)
lvap_server.register_message(PT_LVAP_JOIN, None, worker.handle_lvap_join)
lvap_server.register_message(PT_LVAP_LEAVE, None, worker.handle_lvap_leave)
lvap_server.register_message(PT_BYE, None, worker.handle_bye)
lvap_server.register_message(PT_RSSI, RSSI_TRIGGER, worker.handle_trigger)
"""
for event in self.modules.values():
if event.tenant_id not in RUNTIME.tenants:
return
wtps = RUNTIME.tenants[event.tenant_id].wtps
if wtp.addr not in wtps:
return
LOG.info("Event: WTP Down %s", wtp.addr)
handle_callback(wtp, event)
bind_module(WTPDownWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = WTPDownWorker(rest_server)
lvap_server.register_message(PT_BYE, None, worker.on_wtp_down)
return worker
type=PT_DEL_SUMMARY,
length=22,
seq=wtp.get_next_seq(),
trigger_id=trigger.module_id,
limit=trigger.limit,
every=trigger.every,
sta=lvap.addr.to_raw())
LOG.info("Deleting summary for sta %s @ %s (id=%u)", lvap.addr,
wtp.addr, trigger.module_id)
msg = DEL_SUMMARY.build(del_trigger)
wtp.connection.stream.write(msg)
bind_module(SummaryWorker)
def launch():
""" Initialize the module. """
lvap_server = RUNTIME.components[LVAPPServer.__module__]
rest_server = RUNTIME.components[RESTServer.__module__]
worker = SummaryWorker(rest_server)
lvap_server.register_message(PT_HELLO, None, worker.handle_hello)
lvap_server.register_message(PT_LVAP_JOIN, None, worker.handle_lvap_join)
lvap_server.register_message(PT_LVAP_LEAVE, None, worker.handle_lvap_leave)
lvap_server.register_message(PT_BYE, None, worker.handle_bye)
lvap_server.register_message(PT_SUMMARY, SUMMARY_TRIGGER,