def ProcessApplicationData(data):
print("application data: ", Hexify(data))
data = command.MaybePatchCommand(data)
k = (data[0], data[1])
table = z.SUBCMD_TO_PARSE_TABLE[k[0] * 256 + k[1]]
print("parse table: ", table)
value = command.ParseCommand(data)
print(value)
data2 = command.AssembleCommand(k, value)
print("assembled data: ", Hexify(data2))
assert data == data2
def _HandleMessageApplicationCommand(self, ts, m):
_ = m[4] # status
n = m[5]
size = m[6]
try:
data = [int(x) for x in m[7:7 + size]]
if len(data) < 2:
logging.error("impossible short message: %s", repr(data))
return
data = command.MaybePatchCommand(data)
value = command.ParseCommand(data)
if value is None:
logging.error("[%d] parsing failed for %s", n, Hexify(data))
return
# hack for multichannel devices
if (data[0], data[1]) == z.MultiChannel_CapabilityReport:
logging.warning("FOUND MULTICHANNEL ENDPOINT: %s", value)
# fake node number
n = MakeSplitMultiChannelNode(n, value["endpoint"])
# fake NIF
value["commands"] = value["classes"]
value["controls"] = []
self._PushToListeners(
n, ts, command.CUSTOM_COMMAND_APPLICATION_UPDATE,
value)
return
elif (data[0], data[1]) == z.MultiChannel_CmdEncap:
n = MakeSplitMultiChannelNode(n, data[2])
data = data[4:]
value = command.ParseCommand(data)
except Exception as e:
logging.error("[%d] cannot parse: %s", n,
zmessage.PrettifyRawMessage(m))
print("-" * 60)
traceback.print_exc(file=sys.stdout)
print("-" * 60)
return
self._PushToListeners(n, ts, (data[0], data[1]), value)
def _HandleMessageApplicationCommand(self, ts, m):
_ = m[4] # status
n = m[5]
size = m[6]
try:
data = [int(x) for x in m[7:7 + size]]
data = command.MaybePatchCommand(data)
value = command.ParseCommand(data)
if value is None:
logging.error("[%d] parsing failed for %s", n, Hexify(data))
return
except Exception as _e:
logging.error("[%d] cannot parse: %s", n,
zmessage.PrettifyRawMessage(m))
print("-" * 60)
traceback.print_exc(file=sys.stdout)
print("-" * 60)
return
self._PushToListeners(n, ts, (data[0], data[1]), value)