def process_cisco_kv(new_msg):
"""
Processes a msg using gpb-kv
"""
telemetry_msg = cisco_telemetry_pb2.Telemetry()
telemetry_msg.ParseFromString(new_msg.data)
#jsonStrTelemetry = MessageToJson(telemetry_msg)
#grpc_message = json.loads(jsonStrTelemetry)
grpc_message = MessageToDict(telemetry_msg)
return grpc_message
def MdtDialout(self, message, context):
grpcPeerStr = context.peer()
grpcPeer = {}
(grpcPeerProto, grpcPeer['telemetry_node'],
grpcPeer['telemetry_node_port']) = grpcPeerStr.split(":")
grpcPeer['telemetry_node_vendor'] = "Cisco"
jsonTelemetryNode = json.dumps(grpcPeer)
for new_msg in message:
telemetry_msg = cisco_telemetry_pb2.Telemetry()
telemetry_msg.ParseFromString(new_msg.data)
jsonStrTelemetry = MessageToJson(telemetry_msg)
dictTelemetry = json.loads(jsonStrTelemetry)
(proto, path) = telemetry_msg.encoding_path.split(":")
if (proto == "Cisco-IOS-XR-infra-statsd-oper"):
for new_row in telemetry_msg.data_gpb.row:
dictIfStats = {}
ifStats_msg = cisco_ifstatsbag_generic_pb2.ifstatsbag_generic(
)
ifStats_msg.ParseFromString(new_row.content)
dictIfStatsContent = MessageToDict(
ifStats_msg,
including_default_value_fields=True,
preserving_proto_field_name=True,
use_integers_for_enums=True)
dictIfStats['row'] = {}
dictIfStats['row']['content'] = dictIfStatsContent
dictIfStats['row']['timestamp'] = new_row.timestamp
dictTelemetry['dataGpb'] = dictIfStats
sendJsonTelemetryData(jsonTelemetryNode, dictTelemetry)
else:
sendJsonTelemetryData(jsonTelemetryNode, dictTelemetry)