void
AgentSubscription::on_message(const struct mosquitto_message* mosqmessage)
{
char *topic = mosqmessage->topic;
uint8_t *buffer = (uint8_t *) mosqmessage->payload;
// Call the base message
MessageBus::on_message(mosqmessage);
// Build a telemetry stream
TelemetryStream *stream = new TelemetryStream;
if (!stream) {
_stream_alloc_failures++;
return;
}
// Deserialize the bytes
std::string data((const char *) buffer, mosqmessage->payloadlen);
if (!stream->ParseFromString(data)) {
_stream_parse_failures++;
delete stream;
return;
}
// Build the OpenConfig format desired towards collector
Telemetry::OpenConfigData oc_data;
// Fill in the common header
oc_data.set_system_id(stream->system_id());
oc_data.set_component_id(stream->component_id());
oc_data.set_sub_component_id(stream->sub_component_id());
// TODO ABBAS --- Change this to extracted path from sensor_name
oc_data.set_path(topic);
oc_data.set_sequence_number(stream->sequence_number());
oc_data.set_timestamp(stream->timestamp());
// Iterate and convert to data stream
EnterpriseSensors *EnterpriseSensors_handle;
JuniperNetworksSensors *JuniperNetworksSensors_handle;
EnterpriseSensors_handle = stream->mutable_enterprise();
JuniperNetworksSensors_handle =
EnterpriseSensors_handle->MutableExtension(juniperNetworks);
std::string ext_type = get_oc_extension_type(JuniperNetworksSensors_handle);
// Dispatch based on the extension type
OpenConfig *oc = OpenConfig::find(ext_type);
if (!oc) {
_oc_lookup_failures++;
return;
}
oc->iterate(JuniperNetworksSensors_handle, &oc_data);
// Send it over to the server via the transport channel
if (getActive()) {
_transport->write(&oc_data);
}
// Done
delete stream;
return;
}
void
AgentSubscription::on_message (const struct mosquitto_message* mosqmessage)
{
uint8_t *buffer = (uint8_t *) mosqmessage->payload;
// Count message
_count_message(mosqmessage);
// Build a telemetry stream
TelemetryStream *stream = new TelemetryStream;
if (!stream) {
_stream_alloc_failures++;
return;
}
// Deserialize the bytes
std::string data((const char *) buffer, mosqmessage->payloadlen);
if (!stream->ParseFromString(data)) {
_stream_parse_failures++;
delete stream;
return;
}
// Build the OpenConfig format desired towards collector
telemetry::OpenConfigData oc_data;
// Fill in the common header
oc_data.set_system_id(stream->system_id());
oc_data.set_component_id(stream->component_id());
oc_data.set_sub_component_id(stream->sub_component_id());
// Path is sensor name which is
// "internal_sensor_name:internal_path:external_path:component"
// e.g.:
// "sensor_1006:/junos/system/linecard/cpu/memory/:/junos/system/linecard/cpu/memory/:PFE"
if (global_config.subscribe_topic_name == TOPIC_PATH) {
oc_data.set_path(mosqmessage->topic);
} else if (global_config.subscribe_topic_name == TOPIC_INTERNAL_SUB_ID) {
oc_data.set_path(stream->sensor_name());
}
oc_data.set_sequence_number(stream->sequence_number());
oc_data.set_timestamp(stream->timestamp());
// Iterate and convert to data stream
EnterpriseSensors *EnterpriseSensors_handle;
JuniperNetworksSensors *JuniperNetworksSensors_handle;
EnterpriseSensors_handle = stream->mutable_enterprise();
JuniperNetworksSensors_handle =
EnterpriseSensors_handle->MutableExtension(juniperNetworks);
std::string ext_type = get_oc_extension_type(JuniperNetworksSensors_handle);
// Dispatch based on the extension type
OpenConfig *oc = OpenConfig::find(ext_type);
if (!oc) {
_oc_lookup_failures++;
delete stream;
return;
}
// Insert export timestamp. The timestamp in the agent header corresponds
// to time at the source. Inserting the current time will give us an
// idea of any latencies inside the system
oc->insertExportTimestamp(&oc_data);
// Iterate through the internal fields and translate them to OC
oc->iterate(JuniperNetworksSensors_handle, &oc_data);
// Send it over to the server via the transport channel
if (getActive()) {
_transport->write(&oc_data);
}
// Done
delete stream;
return;
}