113   sns_std_suid suid;  member
252                               const sns_std_suid& suid,  in encodeSnsResamplerConfig()  argument
260     .sensor_uid = suid,  in encodeSnsResamplerConfig()
356 bool prepSnsClientReq(sns_std_suid suid, uint32_t msgId,  in prepSnsClientReq()  argument
375     req->suid = suid;  in prepSnsClientReq()
415   sns_std_suid suid = {};  in decodeSnsSuidEventSuid()  local
416   bool success = pb_decode(stream, sns_std_suid_fields, &suid);  in decodeSnsSuidEventSuid()
421     suids->push_back(suid);  in decodeSnsSuidEventSuid()
429   if (!suidsMatch(info->suid, kSuidLookup)) {  in decodeSnsSuidEvent()
431          " %" PRIx64, info->suid.suid_high, info->suid.suid_low);  in decodeSnsSuidEvent()
439     .suid.funcs.decode = decodeSnsSuidEventSuid,  in decodeSnsSuidEvent()
440     .suid.arg = &suids,  in decodeSnsSuidEvent()
465       for (const auto& suid : suids) {  in decodeSnsSuidEvent()  local
466         outputSuids->push_back(suid);  in decodeSnsSuidEvent()
702           || !suidsMatch(info->suid, info->sync->syncSuid)) {  in decodeSnsStdAttrEvent()
1055         info->suid, hasBias, offset.val, hasScale, scale.val,  in decodeSnsCalEvent()
1058     SensorType sensorType = calHelper->getSensorTypeFromSuid(info->suid);  in decodeSnsCalEvent()
1196       && suidsMatch(info->suid, info->remoteProcSuid->value())) {  in assignPayloadCallback()
1198   } else if (suidsMatch(info->suid, kSuidLookup)) {  in assignPayloadCallback()
1294     sns_client *client, const sns_std_suid& suid,  in getSensorTypeFromSensorInfo()  argument
1299     if (suidsMatch(sensorInfo.suid, suid)) {  in getSensorTypeFromSensorInfo()
1310              client, suid.suid_high, suid.suid_low);  in getSensorTypeFromSensorInfo()
1506       data->info.suid = data->event.suid;  in handleSnsClientEventMsg()
1509           data->info.client, data->info.suid, mSensorInfos);  in handleSnsClientEventMsg()
1526                data->info.suid.suid_high, data->info.suid.suid_low);  in handleSnsClientEventMsg()
1554                  data->info.suid.suid_high, data->info.suid.suid_low);  in handleSnsClientEventMsg()
1625 bool SeeHelper::getAttributesSync(const sns_std_suid& suid,  in getAttributesSync()  argument
1638       success = sendReq(suid, attr, nullptr /* syncDataType */,  in getAttributesSync()
1680       if (suidsMatch(sensorInfo->suid, mResamplerSuid.value())) {  in makeRequest()
1694       success = sendReq(sensorInfo->client, sensorInfo->suid,  in makeRequest()
1713     success = sendReq(sensorInfo->client, sensorInfo->suid,  in flush()
1722 bool SeeHelper::configureOnChangeSensor(const sns_std_suid& suid, bool enable) {  in configureOnChangeSensor()  argument
1727       suid, nullptr /* syncData */, nullptr /* syncDataType */,  in configureOnChangeSensor()
1797     sns_client *client, const sns_std_suid& suid,  in sendReq()  argument
1806   if (prepSnsClientReq(suid, msgId, payload, payloadLen, batchValid,  in sendReq()
1809       prepareWaitForInd(suid, syncData, syncDataType);  in sendReq()
1821 void SeeHelper::prepareWaitForInd(const sns_std_suid& suid, void *syncData,  in prepareWaitForInd()  argument
1828   mSyncSuid = suid;  in prepareWaitForInd()
1875     SensorType sensorType, const sns_std_suid& suid, bool resample,  in registerSensor()  argument
1886     const sns_std_suid& reqSuid = doResample ? mResamplerSuid.value() : suid;  in registerSensor()
1893       if (suidsMatch(reqSuid, sensorInfo.suid)) {  in registerSensor()
1916         .suid = reqSuid,  in registerSensor()
1919         .physicalSuid = suid,  in registerSensor()