206     auto result = WriteEvent(req);  in EnableSensor()  local
207     if (result == TransportResult::Success) {  in EnableSensor()
233     auto result = WriteEvent(req);  in DisableSensor()  local
234     if (result == TransportResult::Success) {  in DisableSensor()
283     TransportResult result = WriteEvent(request);  in PrintBridgeVersion()  local
284     if (result != TransportResult::Success) {  in PrintBridgeVersion()
286              static_cast<int>(result));  in PrintBridgeVersion()
372     auto result = WriteEvent(req);  in CalibrateSingleSensor()  local
373     if (result != TransportResult::Success) {  in CalibrateSingleSensor()
387     result = ReadAppEvents(cal_event_handler, kCalibrationTimeoutMs);  in CalibrateSingleSensor()
388     if (result != TransportResult::Success) {  in CalibrateSingleSensor()
389       LOGE("Error reading calibration response %d", static_cast<int>(result));  in CalibrateSingleSensor()
406     auto result = WriteEvent(req);  in TestSingleSensor()  local
407     if (result != TransportResult::Success) {  in TestSingleSensor()
421     result = ReadAppEvents(test_event_handler, kTestTimeoutMs);  in TestSingleSensor()
422     if (result != TransportResult::Success) {  in TestSingleSensor()
423       LOGE("Error reading test response %d", static_cast<int>(result));  in TestSingleSensor()
456         auto result = reinterpret_cast<const TripleAxisCalibrationResult *>(  in HandleCalibrationResult()  local
458         success = SetCalibration(sensor.sensor_type, result->xBias,  in HandleCalibrationResult()
459                                  result->yBias, result->zBias);  in HandleCalibrationResult()
464         auto result = reinterpret_cast<const FloatCalibrationResult *>(  in HandleCalibrationResult()  local
468                                      (sensor.cal_ref - result->value));  in HandleCalibrationResult()
474         auto result = reinterpret_cast<const FourAxisCalibrationResult *>(  in HandleCalibrationResult()  local
476         success = SetCalibration(sensor.sensor_type, result->xBias,  in HandleCalibrationResult()
477                                  result->yBias, result->zBias, result->wBias);  in HandleCalibrationResult()
482         auto result = reinterpret_cast<const FloatCalibrationResult *>(  in HandleCalibrationResult()  local
484         if (sensor.have_cal_ref && (result->value != 0.0f)) {  in HandleCalibrationResult()
486                                      (sensor.cal_ref / result->value));  in HandleCalibrationResult()
520     TransportResult result;  in ReadAppEvents()  local
532         result = ReadEvent(&event, timeout_ms);  in ReadAppEvents()
538         if (result == TransportResult::Success && event->IsAppToHostEvent()) {  in ReadAppEvents()
543             if (result != TransportResult::Success) {  in ReadAppEvents()
544                 LOGE("Error %d while reading", static_cast<int>(result));  in ReadAppEvents()
545                 if (result != TransportResult::ParseFailure) {  in ReadAppEvents()
546                     return result;  in ReadAppEvents()
558     TransportResult result;  in ReadSensorEvents()  local
563         result = ReadEvent(&event);  in ReadSensorEvents()
564         if (result == TransportResult::Success && event->IsSensorEvent()) {  in ReadSensorEvents()
569             if (result != TransportResult::Success) {  in ReadSensorEvents()
570                 LOGE("Error %d while reading", static_cast<int>(result));  in ReadSensorEvents()
571                 if (result != TransportResult::ParseFailure) {  in ReadSensorEvents()
591     auto result = WriteEvent(req);  in SendCalibrationData()  local
592     return (result == TransportResult::Success);  in SendCalibrationData()
603     ContextHub::TransportResult result = ReadEvent(responseBuf, timeout_ms);  in ReadEvent()  local
604     if (result == TransportResult::Success) {  in ReadEvent()
607             result = TransportResult::ParseFailure;  in ReadEvent()
610     return result;  in ReadEvent()