274     auto event_printer = [&limit, continuous](const SensorEvent& event) -> bool {  in PrintAllEvents()  argument
275         printf("%s", event.ToString().c_str());  in PrintAllEvents()
291     auto event_handler = [&success](const AppToHostEvent &event) -> bool {  in PrintBridgeVersion()  argument
293         auto rsp = reinterpret_cast<const BrHostEventData *>(event.GetDataPtr());  in PrintBridgeVersion()
294         if (event.GetAppId() != kAppIdBridge) {  in PrintBridgeVersion()
296         } else if (event.GetDataLen() < sizeof(BrHostEventData)) {  in PrintBridgeVersion()
298                  "at least %zu", event.GetDataLen(), sizeof(BrHostEventData));  in PrintBridgeVersion()
304         } else if (event.GetDataLen() < (sizeof(BrHostEventData) +  in PrintBridgeVersion()
307                  "length %u, expected at least %zu", event.GetDataLen(),  in PrintBridgeVersion()
332     auto event_printer = [type, &limit, continuous](const SensorEvent& event) -> bool {  in PrintSensorEvents()  argument
333         SensorType event_source = event.GetSensorType();  in PrintSensorEvents()
335             printf("%s", event.ToString().c_str());  in PrintSensorEvents()
336             limit -= event.GetNumSamples();  in PrintSensorEvents()
345     auto event_printer = [&sensors, &limit, continuous](const SensorEvent& event) -> bool {  in PrintSensorEvents()  argument
346         SensorType event_source = event.GetSensorType();  in PrintSensorEvents()
350                 printf("%s", event.ToString().c_str());  in PrintSensorEvents()
351                 limit -= event.GetNumSamples();  in PrintSensorEvents()
379     auto cal_event_handler = [this, &sensor, &success](const AppToHostEvent &event) -> bool {  in CalibrateSingleSensor()  argument
380         if (event.IsCalibrationEventForSensor(sensor.sensor_type)) {  in CalibrateSingleSensor()
381             success = HandleCalibrationResult(sensor, event);  in CalibrateSingleSensor()
413     auto test_event_handler = [this, &sensor, &success](const AppToHostEvent &event) -> bool {  in TestSingleSensor()  argument
414         if (event.IsTestEventForSensor(sensor.sensor_type)) {  in TestSingleSensor()
415             success = HandleTestResult(sensor, event);  in TestSingleSensor()
442         const AppToHostEvent &event) {  in HandleCalibrationResult()  argument
443     auto hdr = reinterpret_cast<const SensorAppEventHeader *>(event.GetDataPtr());  in HandleCalibrationResult()
457             event.GetDataPtr());  in HandleCalibrationResult()
465             event.GetDataPtr());  in HandleCalibrationResult()
475             event.GetDataPtr());  in HandleCalibrationResult()
483             event.GetDataPtr());  in HandleCalibrationResult()
500         const AppToHostEvent &event) {  in HandleTestResult()  argument
501     auto hdr = reinterpret_cast<const SensorAppEventHeader *>(event.GetDataPtr());  in HandleTestResult()
529         std::unique_ptr<ReadEventResponse> event;  in ReadAppEvents()  local
532         result = ReadEvent(&event, timeout_ms);  in ReadAppEvents()
538         if (result == TransportResult::Success && event->IsAppToHostEvent()) {  in ReadAppEvents()
540                 event.get());  in ReadAppEvents()
562         std::unique_ptr<ReadEventResponse> event;  in ReadSensorEvents()  local
563         result = ReadEvent(&event);  in ReadSensorEvents()
564         if (result == TransportResult::Success && event->IsSensorEvent()) {  in ReadSensorEvents()
566                 event.get());  in ReadSensorEvents()