adsp.b12

uerr_inject_crash.c:Should have crashed due to div0: 7/%u=%duerr_inject_crash.c:Should have crashed due to null access: %#x->%#xsns_dd_lsm6ds3_uimg.c:LSM6DS3 - signal de-register gpio (%d) sns_dd_lsm6ds3_uimg.c:LSM6DS3 - signal register gpio (%d) not registeredsns_dd_lsm6ds3_uimg.c:LSM6DS3 - signal register gpio (%d) sns_dd_lsm6ds3_uimg.c:LSM6DS3 - signal register gpio (%d) already registeredsns_dd_lsm6ds3_uimg.c:LSM6DS3 - INT sensor signal register/de-register failedsns_dd_lsm6ds3_uimg.c:LSM6DS3 - ODR changed event sent to smgr - sub_dev (%d) sensor (%d)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - create timer - timer NULL initializingsns_dd_lsm6ds3_uimg.c:LSM6DS3 - create timer - timer started timeout(%d)usec ticks(%d)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - create timer -  timer (%u)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - destroy timer -  timer (%u) reason (%d)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - enable_md - filter = %d cur_time(%u) acc_set_ts (%u) filter_set_time (%u)usecsns_dd_lsm6ds3_uimg.c:LSM6DS3 - Handle timer handle (%u) sns_dd_lsm6ds3_uimg.c:LSM6DS3 - Handle timer handle (%u) timer_info (%u) reason (%d)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - enable_wakeup_int failed status=%usns_dd_lsm6ds3_uimg.c:LSM6DS3 - SET_ACC_DATARATE - resetting/powering down rate idx (%d) cur_time (%u)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - set acc performance failed - status (%d)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - A - set_datarate: rate (%d) delay_us=(%u) tick odr_settled_ts=%usns_dd_lsm6ds3_uimg.c:LSM6DS3 - G - set_datarate: rate (%d) delay (%u) tick odr_settled_ts=%usns_dd_lsm6ds3_uimg.c:LSM6DS3 - handle_md_int: time=%u wake_src (%x)sns_dd_lsm6ds3_uimg.c:LSM6DS3 - get_data read bytes (%d) p_sensors (%d) num_sensors %dsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - lsm6ds3_enable_fifo_int ENTER: NOW time (%u) cur_wmk (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - sns_dd_lsm6ds3_enable_fifo_int: sensor (%d) fifo_info.fifo_enabled (%d) int_enabled (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - write reg failed . status=%usns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - lsm6ds3_enable_fifo_int EXIT: NOW time (%u) cur_wmk (%d) int_enabled (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - sns_dd_lsm6ds3_disable_fifo_int: sensor (%d) fifo_info.fifo_enabled (%d) fifo_info.fifo_int_enabled (%d)       sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - lsm6ds3_disable_fifo_int ENTER: NOW time (%u) cur_wmk (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - lsm6ds3_disable_fifo_int EXIT: sensor (%d) NOW time (%u) fifo_int (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - Failed status (%u) odr_idx (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - FIFO is getting FULL - reading slow status_reg (0x%x) updated total_in_fifo (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - FIFO FULL status - fifo resetting fifo_enabled (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - Flush_fifo: fifo_resetting %d fifo_enabled 0x%xsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - Flush_fifo: cur_time=%u last_ts=%u st=%usns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - handle_fifo_int: Overflow - fifo resetting fifo_enabled (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - trigger_fifo: get called, sensor (%d) num_samples=%u, cur_time=%usns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - trigger_fifo: SNS_DDF_EINVALID_PARAM , sensor=%u num_samples %dsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - trigger_fifo: returning .. trigger_now (%d) fifo_info.fifo_enabled (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - No raw buffer FIFO already disabledsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - cur_time (%u) last_timestamp (%u) total_in_fifo (%d) bytessns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - Resetting - FIFO bytes (%d) not multiple of 6 - pattern (%d)sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - handle_fifo_data: adjusting drift_time %u cur_time %u cal_sample_time %dsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - ERROR*** not enough bytes in fifo to make a samplesns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - read_and_split: bytes_to_read (%d) not even one samplesns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - sns_dd_send_fifo_data:invalid rate_idx (%d) sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - send_fifo_data: #T_samples=%d #invalid=%d intp_status %dsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - send_fifo_data: #sensor=%d #samples=%d #invalid=%dsns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - send_fifo_data: start_ts=%u end_ts=%u status=%usns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - send_fifo_data: #valid=%d ts=%u end_ts=%usns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - time_synthesis: avg_st (%d) use_time (%u) cal_end (%u) sns_dd_lsm6ds3_fifo_uimg.c:LSM6DS3 - time_synthesis: c_st (%d) e_st_s (%d) est_st_odr (%d)sns_dd_mag_fifo_akm099xx_uimg.c: set_operation start. mode=%dsns_dd_mag_fifo_akm099xx_uimg.c: Skip because same mode(%d) is specified.sns_dd_mag_fifo_akm099xx_uimg.c: Writing CNTL1 failed. status=%d.sns_dd_mag_fifo_akm099xx_uimg.c: Writing CNTL2 failed. status=%d.sns_dd_mag_fifo_akm099xx_uimg.c: after power_down mode change, time_prev_int=%d.sns_dd_mag_fifo_akm099xx_uimg.c: sample_fifo: num_sample=%u, in_irq=%usns_dd_mag_fifo_akm099xx_uimg.c: Set to SNS_DDF_EINVALID_DATA Count=%dsns_dd_mag_fifo_akm099xx_uimg.c: This is the first data.sns_dd_mag_fifo_akm099xx_uimg.c: Update time_prev_int and time_last_report_sample time for delay of the wm is changed.sns_dd_mag_fifo_akm099xx_uimg.c: ts_now= %u, last_report_sample= %u, sampleInterval= %u avg_sampling_intvl= %dsns_dd_mag_fifo_akm099xx_uimg.c: ts_now is incorrect, ts_now= %u, time_prev_in= %u, prev_average_interval= %d, avg_sampling_intvl= %dsns_dd_mag_fifo_akm099xx_uimg.c: FIFO data is get asynchronously.sns_dd_mag_fifo_akm099xx_uimg.c: After Validate: timestamp= %u, end_timestamp= %u, total_samples= %d, time_last_report_sample= %usns_dd_mag_fifo_akm099xx_uimg.c: After apply filter delay sent to SMGR: timestamp= %u, end_timestamp= %u ts_now= %u now= %usns_dd_mag_fifo_akm099xx_uimg.c: Sensor status incorrect! no 0x14c1sns_dd_mag_fifo_akm099xx_uimg.c: handle_irq: gpio_num=%dsns_dd_mag_fifo_akm099xx_uimg.c: FIFO WM event notify failed. Status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: FIFO overflow check failed. Status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: FIFO overflow event notify failed. Status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: handle_timersns_dd_mag_fifo_akm099xx_uimg.c: get_data: powerstate=%d, mode=%dsns_dd_mag_fifo_akm099xx_uimg.c: Setting timer failed. Status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: Unknown Power Status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: trigger_fifo_data: trigger_now = %u num_samples = %usns_dd_mag_fifo_akm099xx_uimg.c: Reading FIFO data failed. Status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: read_sensor: samples to read=%usns_dd_mag_fifo_akm099xx_uimg.c: Malloc error for sensor_data (%d).sns_dd_mag_fifo_akm099xx_uimg.c: Malloc error for sensor_sample (%d).sns_dd_mag_fifo_akm099xx_uimg.c: read_port() error (%d).sns_dd_mag_fifo_akm099xx_uimg.c: notify_smgr_err: status=%dsns_dd_mag_fifo_akm099xx_uimg.c: akm Validate timestamp:adjusting end time to current time by :%usns_dd_mag_fifo_akm099xx_uimg.c: akm Validate timestamp:adjusting end time bigger :%usns_dd_mag_fifo_akm099xx_uimg.c: Validate timestamp errorsns_dd_mag_fifo_akm099xx_uimg.c: Adjusted timestamps start %u-->%u end %u-->%usns_dd_mag_fifo_akm099xx_uimg.c: sns_logpkt_commit error = 0x%X.sns_dd_mag_fifo_akm099xx_uimg.c: Reading a port failed. status = %d.sns_dd_mag_fifo_akm099xx_uimg.c: sample_sensor: in_timer=%dsns_dd_mag_fifo_akm099xx_uimg.c: ts_now= %u, timestamp= %u, sampleInterval= %u, average_interval= %dsns_ddf_uimg_comm_bus_i2c.c:I2C_BatchTransfer fail,try to do sns_smgr_i2c_reconfig, result = %dsns_ddf_uimg_comm_bus_i2c.c:After I2C reconfig I2C transfer successsns_scm_ext.c:read gyro_cal algo config registry params, enable:%d sample rate:%d report rate:%dsns_scm_ext.c:Sending SMGR Cal Req SensorId x:%dsns_scm_ext.c:Sending SMGR Cal Req Bias x:%d, y:%d, z:%dsns_scm_ext.c:Sending SMGR Cal Req Scale x:%d, y:%d, z:%dsns_scm_ext.c:Sending SMGR Cal Req Accuracy x:%dsns_scm_ext.c:read qmag_cal algo config registry params, enable:%d sample rate:%d report rate:%dsns_smgr_ddf_if_uimg.c:DAF Indication ID: %d  size: %dsns_smgr_ddf_if_uimg.c:notify_daf_ind - conn_handle=0x%x ind_msg=0x%xsns_smgr_ddf_if_uimg.c:notify_daf_ind - conn_handle=0x%x ind_msg=0x%x ind_size=%usns_smgr_ddf_if_uimg.c:Indication size of %d is truncated to %dsns_smgr_ddf_if_uimg.c:calling callback function - heap size %d, peak heap %d, callback func num %dsns_smgr_ddf_if_uimg.c:default heap calling callback function i=%dsns_smgr_ddf_if_uimg.c:SNS_OS_MALLOC failed - size %dsns_smgr_main.c:WAKE_SIG curr state(%u) powerrail(%u) change count(%u)sns_smgr_main.c:SLEEP_SIG curr state(%u), change count(%u)sns_smgr_sensor_uimg.c:dri_fifo_async - ddf_sensor=%u #samples=%usns_smgr_sensor_uimg.c:validate_timestamps - sensor=%u sample_ts=%u now=%usns_smgr_sensor.c:update_sampling - mod orig: sensor=%u odr=%u depot=0x%X sampling=0x%Xsns_smgr_sensor.c:update_sampling - ddf val:  sensor=%u odr=%u depot=0x%X sampling=0x%Xsns_smgr_sensor.c:update_odr - sensor=%u req=%u old=%u new=%usns_smgr_sensor.c:idle_state_events - unexpected events=0x%xsns_smgr_sensor.c:config_odr - ddf_sensor=%d req=%u curr=%u new=%usns_smgr_sensor.c:turn_off_sensor - enter - sensor=%u state=%u flags=0x%xsns_smgr_sensor.c:turn_off_sensor - exit  - sensor=%d state=%u flags=0x%xsns_smgr_sensor.c:filter_done - ddf_sensor=%u fifo_intvl=%usns_smgr_sensor.c:md_state_events - unexpected events=0x%xsns_smgr_sensor.c:proc_cal - sensor=%u - unreliable accuracysns_rh_sol.c:deactivate_report - addr=0x%x state=%u #inds=%u queued=%usns_rh_sol.c:resched_rpts - rpt_id=%u/0x%x tick=%u #inds=%usns_rh_sol.c:handle_pending_rpt - rpt_id=%u/0x%x ext_state=0x%04x pending=0x%xsns_rh_sol.c:resume_sensor_clients - #reports=%usns_rh_sol.c:find_report - rpt_id=%u/0x%x found=%u suspended=%usns_rh_sol.c:sched_existing_report - state=%u/%u identical=%u rpt_pending=0x%xsns_rh_sol.c:sched_existing_report - deleting existing pending reportsns_rh_sol.c:activate_report - addr=0x%x proc=%u state=%u #reports=%usns_rh_sol.c:schedule_periodic_report - alloc %u bytes failedsns_rh_sol.c:schedule_buffering_rpt - alloc %u bytes failedsns_rh_sol.c:same_report_rate - id=%u/0x%x intvl=%u next=%usns_smgr_hw.c:i2c_reconfig NULLsns_smgr_hw.c:i2c_config_sda_1 = %dsns_smgr_hw.c:i2c_config_scl_1 = %dsns_smgr_hw.c:gpio_config - sleep=%usns_rh_main_uimg.c:data_type_latest_sample_ts(%u)sns_rh_main_uimg.c:WAKE_SIG curr state(%u) change count(%u)sns_rh_main_uimg.c:SLEEP_SIG curr state(%u), change count(%u)sns_smgr_ddf_if.c:notify_test_cmplt - sensor=%u status=%u err=%usns_smgr_ddf_if.c:set_attr - ddf_sensor=%u attrib=%u value=%u now=%usns_smgr_ddf_if.c:odr_changed_event - sensor=%u state=%usns_smgr_ddf_if.c:event_daf_active - ddf_sensor=%usns_smgr_ddf_if.c:event_daf_inactive - ddf_sensor=%usns_smgr_ddf_if.c:enable_sched_data - ddf_sensor=%u enable=%u stat=%u now=%usns_smgr_ddf_if.c:set_power_attr - !!WARNING!! powerstate going low while DAF is active!!sns_rh_mr.c:update_connection - conn=%u proc_type(was/now)=%u/%usns_smgr_reg.c:proc_reg_data - unable to find empty gpio_config slot for gpio_num %usns_rh_rpt_gen_uimg.c:RH: Out of bounds ind_ptr->Indices_len =%u, ind_ptr->Samples_len=%usns_rh_restricted_svc.c:cancel_restricted_req - conn_handle %usns_rh_sample_proc_uimg.c:process_sample - rpt_id=%u/0x%x quality=%usns_rh_sample_proc_uimg.c:process_sample - ts=%u status=%u last_proc=%u last_sent=%uqurt_elite_memorymap.cpp:qurt_elite_memorymap_add_remove_pool_page size or start addr is not a multiple of 4K (addr, size, status)->(0x%x, 0x%x, 0x%x)qurt_elite_memorymap.cpp:qurt_elite_memorymap_add_remove_pool_page  poolID:(%d, 0x%lx%lx, %lx)qurt_elite_memorymap.cpp:qurt_elite_memorymap_add_remove_pool_page  qurt_mem_pool_attach failed, poolID:(%d)qurt_elite_memorymap.cpp:qurt_elite_memorymap_add_remove_pool_page done. poolID:(%d, 0x%lx%lx, %lx). result 0x%lxsns_usmr.c:Client initiated : qmi_err %d, local idxsns_sam_main.c:sns_usam_initsns_sam_main.c:Algorithm %x has Sensor %x with Input Bin Count: %dsns_sam_main.c:Algorithm %x has Client %x with Output Bin Count: %dsns_sam_pm.c:Error voting for PM MIPS %isns_sam_error.c:Removing algorithm %x from error queuesns_sam_error.c:Disabling SAM algorithm %xsns_sam_error.c:Unable to send error ind for %x, error: %isns_sam_error.c:Cannot create mutex %isns_sam_error.c:Sending error ind of size %d with ptr %xsns_sam_error.c:Error sending error ind for %x, error: %isns_sam_error.c:Error getting struct size for %x, error: %isns_sam_error.c:Unable to register for SMR service check: %xsns_sam_error.c:Unregistering algo %x, due to dependency %xsns_sam_io.c:Exiting uImage: Exhausted TCM bins (%x)sns_sam_io.c:Exiting uImage: Unable to alloc input queue (%x)sns_sam_io.c:CB: Flush Island -> DDRsns_sam_io.c:CB: Drop unneeded Datasns_sam_init.c:Error initializing Prov FW %isns_sam_client.c:Service ID check failed %isns_sam_client.c:Checking for service %isns_sam_client.c:sns_sam_client_error_cb error: %dsns_sam_client.c:sns_sam_client_init_cb %isns_sam_cb.c:Sensor request not found for %xsns_sam_cb.c:Algorithm %x sending update request to %xsns_sam_cb.c:Error sending update request %isns_sam_ind.c:Error getting Service IDsns_sam_ind.c:Flushing all outputs not sent earliersns_sam_ind.c:Error resuming client timer %isns_sam_prov.c:Timeout expired for %isns_sam_prov.c:Error %i initializing PROV connection %isns_sam_prov.c:QMI Service ID Lookup error %isns_sam_prov.c:SAM client check failed %isns_sam_prov.c:Error registering provider %isns_sam_prov.c:Adding new sensor %xsns_sam_prov.c:Added sensor already exists %xsns_sam_prov.c:sns_sam_prov_stop_stream %xsns_sam_dep.c:Error starting dependency %x for %x. Removing algo instance.%xsns_sam_dep.c:Inform algorithm %x of min report period: %isns_sam_dep.c:Unable to send batch request %isns_sam_dep.c:New sensor available %xsns_sam_dep.c:Alerting algo %x of dependency %xsns_sam_dep.c:Updating batch period for sensor %x request %i to %dsns_sam_req.c:Algorithm instance state allocated in DDR due to insufficient TCMsns_sam_req.c:Received batch request (request: %i ms)sns_sam_algo_utils.c:ERROR: Out of bounds indPtr->Indices_len =%dsns_batchbuff.c:batchbuff free ptr error %xsns_batchbuff.c:batchbuff free ptr not found %xsns_batchbuff.c:sam heap calling callback function - heap usage %d, largest_free %d, checkCounter %d,sns_batchbuff.c:sam heap calling callback function i=%dsns_batchbuff.c:SNS_OS_SENSOR_HEAP_MALLOC failed - size %dsns_dd_bmi160_uimg.c:BMI160-sbrd:%d$sns_dd_bmi160_uimg.c:BMI160-<sbus_read> <@0x%02x:0x%02x status:%d>$sns_dd_bmi160_uimg.c:BMI160-ERROR!!! sbus_read err: %d$sns_dd_bmi160_uimg.c:BMI160-sbus in susp pmu$sns_dd_bmi160_uimg.c:BMI160-sbwd:%d$sns_dd_bmi160_uimg.c:BMI160-<sbus_write> <@0x%02x:0x%02x status:%d>$sns_dd_bmi160_uimg.c:BMI160-ERROR!!! sbus_write err: %d$sns_dd_bmi160_uimg.c:BMI160-CMD_WARN!!! hw_err_st: 0x%x %d %d$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! hw_err_st: mag_drdy_err$sns_dd_bmi160_uimg.c:BMI160-ERROR!!! sbus read err: %d %d %d some samples might likely be lost$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! cor_param_out: %d$sns_dd_bmi160_uimg.c:BMI160-cmd: 0x%x still in exec$sns_dd_bmi160_uimg.c:BMI160-timer cmd_exec start: 0x%x est of expire: %u$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! time rewind: <%u %u %u>$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! ts_hi:%u|%u$sns_dd_bmi160_uimg.c:BMI160-dl_meta<:0x%x,%d,%u,%u,%u:>$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! gap too big<%u %u %u>$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! end_timestamp exceeds ts_curr <%u %u %u>$sns_dd_bmi160_uimg.c:BMI160-dl_data<:0x%x, %d,%d,%d:>$sns_dd_bmi160_uimg.c:BMI160-dl_data<:0x%x, %d, %d:>$sns_dd_bmi160_uimg.c:BMI160-[fifo_fill_cache] WARNING!!! acc buf overruns: %d$sns_dd_bmi160_uimg.c:BMI160-[fifo_fill_cache] WARNING!!! acc buf NULL$sns_dd_bmi160_uimg.c:BMI160-fill_cache_acc <@idx: %d %d %d %d>$sns_dd_bmi160_uimg.c:BMI160-[fifo_fill_cache] WARNING!!! gyr buf overruns: %d$sns_dd_bmi160_uimg.c:BMI160-[fifo_fill_cache] WARNING!!! gyr buf NULL$sns_dd_bmi160_uimg.c:BMI160-fill_cache_gyr <@idx: %d %d %d %d>$sns_dd_bmi160_uimg.c:BMI160-[bmi160_fifo_flush] num_samples: %d caller: %d ff_count: %d$sns_dd_bmi160_uimg.c:BMI160-gpio1 high $sns_dd_bmi160_uimg.c:BMI160-timer_sbus cancel tried: %u$sns_dd_bmi160_uimg.c:BMI160-timer_sbus expired at: %u$sns_dd_bmi160_uimg.c:BMI160-timer cmd_exec expired at: %u with 0x%x$sns_dd_bmi160_uimg.c:BMI160-55555600 - <bmi160_if_ trigger_fifo_data> sensor: %d num_samples: %d trigger_now: %d$sns_dd_bmi160_uimg.c:BMI160-bmi160_cp_ ignore same cmd in exec: 0x%x$sns_dd_bmi160_uimg.c:BMI160-cmd: 0x%x queued at: %u$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! invalid cmd req: %x %x$sns_dd_bmi160_uimg.c:BMI160-cmd: 0x%x queued at: %u ext: %d$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! cmd ext failed$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! cmd : 0x%x dropped$sns_dd_bmi160_uimg.c:BMI160-boost read size$sns_dd_bmi160_uimg.c:BMI160-b2r:%d br:%d @rnd:0x%x$sns_dd_bmi160_uimg.c:BMI160-bmi160_cp_ dry_run: %d %d$sns_dd_bmi160_uimg.c:BMI160-bmi160_cp_ ts_dev_ff_needed$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! overflow detected$sns_dd_bmi160_uimg.c:BMI160-%d bytes left for proc$sns_dd_bmi160_uimg.c:BMI160-[read_out_fifo]NOTICE!!! did not get sensortime from fifo, give up$sns_dd_bmi160_uimg.c:BMI160-[read_out_fifo]INFO!!! did not get sensortime from fifo, retry @round: %d$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! odd state: <%p>$sns_dd_bmi160_uimg.c:BMI160-[cor_ff_count] odr: %d ff_count: %d aug: %d$sns_dd_bmi160_uimg.c:BMI160-@%d f_end$sns_dd_bmi160_uimg.c:BMI160-[ffp]frame_header = 0x%02x fh_mode: 0x%02x fh_param: 0x%02x$sns_dd_bmi160_uimg.c:BMI160-[ffp]INFO!!! partial read of frame, %d bytes yet to be read, total: %d fh: 0x%x$sns_dd_bmi160_uimg.c:BMI160-ff_cache_full: %d$sns_dd_bmi160_uimg.c:BMI160-ff_cache_full_agm: %d$sns_dd_bmi160_uimg.c:BMI160-[ffp]@%d frame_ctrl WARNING!!! frames_skipped = 0x%02x some samples are missing due to delay of FIFO read$sns_dd_bmi160_uimg.c:BMI160-[ffp]@%d INFO!!! frame_ctrl sensortime partial read, %d more bytes needed$sns_dd_bmi160_uimg.c:BMI160-@%d f_ctrl st:0x%x %u$sns_dd_bmi160_uimg.c:BMI160-[ffp]@%d f_ctrl Fifo_Input_Config=0x%02x$sns_dd_bmi160_uimg.c:BMI160-[ffp]@%d frame_unknown WARNING!!! frame format unknown frame_header: 0x%02x$sns_dd_bmi160_uimg.c:BMI160-[ffp]@%d frame_unknown WARNING!!! unknown fifo frame_header: 0x%02x$sns_dd_bmi160_uimg.c:BMI160-[ffp] WARNING!!! error seen during parsing: <err: 0x%04x %d %d>$sns_dd_bmi160_uimg.c:BMI160-all_masters_ready: %d$sns_dd_bmi160_uimg.c:BMI160-INFO!!! frame sync exception: %d %d$sns_dd_bmi160_uimg.c:BMI160-ff_all_synced: %d$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! hw_mod_ff_master_NULL$sns_dd_bmi160_uimg.c:BMI160-ff_on_sync: %u %u %u %u$sns_dd_bmi160_uimg.c:BMI160-ff_on_sync: %u %u %d$sns_dd_bmi160_uimg.c:BMI160-ff_on_sync no ref$sns_dd_bmi160_uimg.c:BMI160-!!! bmi160_cp_ good luck 1: ts_dev_ff est: 0x%x$sns_dd_bmi160_uimg.c:BMI160-!!! bmi160_cp_ good luck 2: ts_dev_ff est: 0x%x$sns_dd_bmi160_uimg.c:BMI160-[est_itvl]dry_run$sns_dd_bmi160_uimg.c:BMI160-[estimr]bmi160_cp_ short_itvl_est:%u %u %d$sns_dd_bmi160_uimg.c:BMI160-[estimr]<s1:%u d1:0x%x s2:%u d2:0x%x>$sns_dd_bmi160_uimg.c:BMI160-[estimr]<lsb:%d msb:0x%x itvl:%d ts_ref:%u>$sns_dd_bmi160_uimg.c:BMI160-cor_ts_dev_ff$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! cor_ts_dev_ff: %d %d 0x%x 0x%x$sns_dd_bmi160_uimg.c:BMI160-[est_ts_ref] 0x%x %d %u$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! get %d acc frames when WML is 0$sns_dd_bmi160_uimg.c:BMI160-acc ff_ur:%d$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! get %d gyr frames when WML is 0$sns_dd_bmi160_uimg.c:BMI160-gyr ff_ur:%d$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! %d acc frames when WML is 0$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! %d gyr frames when WML is 0$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! NULL pointer <%p %p>$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! odd situation: <%d,%d|%d,%d> this could cause wrong timestamps$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! odd state detected, could cause wrong timestamp <fc: %d marker: %d,%d fc_master: %d>$sns_dd_bmi160_uimg.c:BMI160-bmi160_cp_ fw_ts_calc$sns_dd_bmi160_uimg.c:BMI160-bmi160_cp_ fw ts calc$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! no ts ref$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! time offset l.e >= t.s <%u %u %u>$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! time est error, t.s > t.e <l.e:%u t.s:%u t.e:%u cor:%u>$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! time est error, possible error of last_ts<%u %u>$sns_dd_bmi160_uimg.c:BMI160-[populate_sample_ts] WARNING!!! time est error, l.e >= t.e <%u %u %u>$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! t.e corrected %u %u curr:%u$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! potential ts error: %u %u %u$sns_dd_bmi160_uimg.c:BMI160-[ppts]<info:0x%x fc:%d mk(fc:%d fc_m:%d)>$sns_dd_bmi160_uimg.c:BMI160-[ppts]<av:%d ref(fc:%d ts_sys:%u) itvl:%u>$sns_dd_bmi160_uimg.c:BMI160-[ppts]nsync <info:0x%x ref(%d %d %u)>$sns_dd_bmi160_uimg.c:BMI160-[ppts]<fc(%u %u) dev:0x%x itvl:%u>$sns_dd_bmi160_uimg.c:BMI160-bmi160_cp_ cache purged:%d$sns_dd_bmi160_uimg.c:BMI160-[handle_irq_ff_full] fc_curr <%d %d %d>$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! event: SNS_DDF_EVENT_FIFO_OVERFLOW acc$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! event: SNS_DDF_EVENT_FIFO_OVERFLOW gyr$sns_dd_bmi160_uimg.c:BMI160-[get_data_for_inertial_test] acc <%d %d %d>$sns_dd_bmi160_uimg.c:BMI160-[get_data_for_inertial_test] gyr <%d %d %d>$sns_dd_bmi160_uimg.c:BMI160-<bmi160_iff_isr>ts:%u$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! NULL ptr$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! false interrupt ignored$sns_dd_bmi160_uimg.c:BMI160-retry: %d$sns_dd_bmi160_uimg.c:BMI160-ist<0x%x,0x%x>$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! bus read ERROR: %d$sns_dd_bmi160_uimg.c:BMI160-NOTICE!!! bmi160_cp_ event_int_unserved: 0x%x$sns_dd_bmi160_uimg.c:BMI160-read_ff_part: %u status: 0x%x$sns_dd_bmi160_uimg.c:BMI160-restore int_map_1$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! [handle_irq_ff_wml] ff_count corrected from 0 to : %d suggested: %d$sns_dd_bmi160_uimg.c:BMI160-ff_ur after reread$sns_dd_bmi160_uimg.c:BMI160-[handle_irq_drdy] <0x%02x %d %d %d>$sns_dd_bmi160_uimg.c:BMI160-[handle_irq_drdy] WARNING! hw_mod not updated properly$sns_dd_bmi160_uimg.c:BMI160-[handle_irq_drdy] <ts_ctx_sys: %u  ts_ctx_dev: 0x%x ts_cor: %u>$sns_dd_bmi160_uimg.c:BMI160-WARNING!!! l.e >= t.s <%u %u>$sns_dd_bmi160_uimg.c:BMI160-[handle_irq_md] MD interrupt detected @timestamp = %u$sns_dd_bmi160_uimg.c:BMI160-event: SNS_DDF_EVENT_MOTION$sns_dd_bmi160_uimg.c:BMI160-attach temp data: <%d %d>$sns_dd_mag_fifo_akm099xx.c: Entering init().sns_dd_mag_fifo_akm099xx.c: init: Failed to allocate memory space.sns_dd_mag_fifo_akm099xx.c: init: Failed to open port.sns_dd_mag_fifo_akm099xx.c: init: Failed to initialize timer.sns_dd_mag_fifo_akm099xx.c: Cannot determine device parameter (0x%02X).sns_dd_mag_fifo_akm099xx.c: init finished.sns_dd_mag_fifo_akm099xx.c: Writing RST bit failed. status=%d.sns_dd_mag_fifo_akm099xx.c: reset done.sns_dd_mag_fifo_akm099xx.c: set_attr: sensor=%d, attr=%dsns_dd_mag_fifo_akm099xx.c: Invalid ODR %d Hz was specified.sns_dd_mag_fifo_akm099xx.c: Skip because same odr (%d).sns_dd_mag_fifo_akm099xx.c: Transition to power-down mode failed.sns_dd_mag_fifo_akm099xx.c: Transition to mode (%d) failed.sns_dd_mag_fifo_akm099xx.c: ATTRIB_ODR avg_sampling_intvl Q16:%d sampling_intvl_factor Q16:%dsns_dd_mag_fifo_akm099xx.c: set_odr: odr=%d, powerstate=%d, delay=%ldsns_dd_mag_fifo_akm099xx.c: FIFO is not available on the current device.sns_dd_mag_fifo_akm099xx.c:   Invalid WM was set. WM = %d.sns_dd_mag_fifo_akm099xx.c: Skip because same watermark (%d).sns_dd_mag_fifo_akm099xx.c: Transition to power-down mode failed. Status = %d.sns_dd_mag_fifo_akm099xx.c: Set to continuous mode failed. status = %d.sns_dd_mag_fifo_akm099xx.c: set_fifo: wm=%dsns_dd_mag_fifo_akm099xx.c: get_attr: sensor=%d, attr=%dsns_dd_mag_fifo_akm099xx.c: Undefined Parameter is requested.sns_dd_mag_fifo_akm099xx.c: self-test: test=%dsns_dd_mag_fifo_akm099xx.c: Transition to test mode is only from power down mode.sns_dd_mag_fifo_akm099xx.c: Requested test (test = %d) is not supported.sns_dd_mag_fifo_akm099xx.c: Port open failed. Status = %d.sns_dd_mag_fifo_akm099xx.c: Couldn't allocate memory.sns_dd_mag_fifo_akm099xx.c: enable_sched_data: sensor=%d, enable=%dsns_dd_mag_fifo_akm099xx.c: This device does not have DRDY.sns_dd_mag_fifo_akm099xx.c: Failed to read device id. status = %d.sns_dd_mag_fifo_akm099xx.c:  WIA1,WIA2 = 0x%02X,0x%02X.sns_dd_mag_fifo_akm099xx.c:  RSV1,RSV2 = 0x%02X,0x%02X.sns_dd_mag_fifo_akm099xx.c: Unknown company id (0x%02X).sns_dd_mag_fifo_akm099xx.c: Unknown device id (0x%02X).sns_dd_mag_fifo_akm099xx.c: sens_adj: type=%dsns_dd_mag_fifo_akm099xx.c: Writing CNTL2 failed. Status = %d.sns_dd_mag_fifo_akm099xx.c: Reading ASA* data failed. Status = %d.sns_dd_mag_fifo_akm099xx.c:  ASA = 0x%02X,0x%02X,0x%02X.sns_dd_mag_fifo_akm099xx.c: clear data cachesns_dd_mag_fifo_akm099xx.c: config_powerstate: state=%dsns_dd_mag_fifo_akm099xx.c: test_self_sw:sns_dd_mag_fifo_akm099xx.c: Device reset failed. Status = %d.sns_dd_mag_fifo_akm099xx.c: test_val=%6d, %6d, %6dsns_dd_ltr579.c: In function sns_dd_ltr579_init INITsns_dd_ltr579.c: use reg data cust info for ltr579!sns_dd_ltr579.c: get far_ct = %u!sns_dd_ltr579.c: update to SNS_DD_ALSPS_NV_SOURCE_REG!sns_dd_ltr579.c: sns_dd_ltr579_alsps_init_data_struct due to nvparms are not avaliable!sns_dd_ltr579.c: sns_dd_ltr579_alsps_init_data_structsns_dd_ltr579.c: cali_ratio: %4.2fsns_dd_ltr579.c: cali_flag: %dsns_dd_ltr579.c: sns_dd_ltr579_init: nv_params->status: %dsns_dd_ltr579.c: nvprams: visible_ratio 0x%xsns_dd_ltr579.c: nvprams: ir_ratio 0x%xsns_dd_ltr579.c: nvprams: dc_offset 0x%xsns_dd_ltr579.c: nvprams: thresh_near 0x%xsns_dd_ltr579.c: nvprams: thresh_far 0x%xsns_dd_ltr579.c: nvprams: prx_factor 0x%xsns_dd_ltr579.c: nvprams: als_factor 0x%xsns_dd_ltr579.c: nvprams: id 0x%xsns_dd_ltr579.c: Exit sns_dd_ltr579_initsns_dd_ltr579.c: Enter sns_dd_ltr579_hw_initsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init Read addr LTR579_PART_ID (0x06) failedsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init sns_dd_ltr579_set_pwr_mode Wrong part_id.  Read 0x%02x as part_id, expected 0x%02xsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init Set ALS integration time and meas_rate at addr LTR579_ALS_MEAS_RATE (0x04) failedsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init Set ALS with gain 3x at addr LTR579_ALS_GAIN (0x05) failedsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init Write to PS_LED reg at addr LTR579_PS_LED (0x01) failedsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init Set pulses to addr LTR579_PS_PULSES (0x02) failedsns_dd_ltr579.c: In function sns_dd_ltr579_hw_init Set ALS and PS persist at addr LTR579_INTERRUPT_PRST (0x1A) failedsns_dd_ltr579.c: In function sns_dd_ltr579_set_pwr_mode Turn on ALS and PS at addr LTR579_MAIN_CTRL (0x00) failedsns_dd_ltr579.c: Exit sns_dd_ltr579_hw_initsns_dd_ltr579.c: Enter sns_dd_ltr579_resetsns_dd_ltr579.c: In function sns_dd_ltr579_reset sns_dd_ltr579_set_pwr_mode not return SNS_DDF_SUCCESSsns_dd_ltr579.c: Exit sns_dd_ltr579_resetsns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_init_data_structsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_init_data_structsns_dd_ltr579.c: Enter sns_dd_ltr579_set_attribsns_dd_ltr579.c: state is NULL or value is NULLsns_dd_ltr579.c: sns_dd_ltr579_set_attrib Enter case SNS_DDF_ATTRIB_POWER_STATE attributesns_dd_ltr579.c: sns_dd_ltr579_set_attrib Enter case SNS_DDF_ATTRIB_ODR attributesns_dd_ltr579.c: set SNS_DDF_SENSOR_PROXIMITY_ODR :%dsns_dd_ltr579.c: set SNS_DDF_SENSOR_AMBIENT_ODR :%dsns_dd_ltr579.c: Exit sns_dd_ltr579_set_attribsns_dd_ltr579.c: Enter sns_dd_ltr579_get_attribsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_DRIVER_INFO attributesns_dd_ltr579.c: In function sns_dd_ltr579_get_attrib sns_ddf_memhandler_malloc for driver_info_ptr failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_DEVICE_INFO attributesns_dd_ltr579.c: In function sns_dd_ltr579_get_attrib sns_ddf_memhandler_malloc for device_info_ptr failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_REGISTRY_GROUP attributesns_dd_ltr579.c: In function sns_dd_ltr579_get_attrib sns_ddf_memhandler_malloc for reg_group_ptr failedsns_dd_ltr579.c: In function sns_dd_ltr579_get_attrib sns_ddf_memhandler_malloc for reg_group_data_ptr failedsns_dd_ltr579.c: Enter generic_attribsns_dd_ltr579.c: Enter case SNS_DDF_SENSOR_AMBIENT attributesns_dd_ltr579.c: Enter case SNS_DDF_SENSOR_PROXIMITY attributesns_dd_ltr579.c: Exit sns_dd_ltr579_get_attribsns_dd_ltr579.c: Enter sns_dd_ltr579_als_attribsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_RANGE attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for value case SNS_DDF_ATTRIB_RANGE failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_RESOLUTION_ADC attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for resp_adc case SNS_DDF_ATTRIB_RESOLUTION_ADC failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_RESOLUTION attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for resp case SNS_DDF_ATTRIB_RESOLUTION failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_POWER_INFO attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for power_ptr case SNS_DDF_ATTRIB_POWER_INFO failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_ACCURACY attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for accu_ptr case SNS_DDF_ATTRIB_ACCURACY failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_ODR attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for odr_ptr case SNS_DDF_ATTRIB_ODR failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_DELAYS attributesns_dd_ltr579.c: In function sns_dd_ltr579_als_attrib sns_ddf_memhandler_malloc for delays case SNS_DDF_ATTRIB_DELAYS failedsns_dd_ltr579.c: Exit sns_dd_ltr579_als_attribsns_dd_ltr579.c: Enter sns_dd_ltr579_ps_attribsns_dd_ltr579.c: In function sns_dd_ltr579_ps_attrib sns_ddf_memhandler_malloc for value case SNS_DDF_ATTRIB_RANGE failedsns_dd_ltr579.c: In function sns_dd_ltr579_ps_attrib sns_ddf_memhandler_malloc for resp case SNS_DDF_ATTRIB_RESOLUTION_ADC failedsns_dd_ltr579.c: In function sns_dd_ltr579_ps_attrib sns_ddf_memhandler_malloc for power_ptr case SNS_DDF_ATTRIB_POWER_INFO failedsns_dd_ltr579.c: In function sns_dd_ltr579_ps_attrib sns_ddf_memhandler_malloc for accu_ptr case SNS_DDF_ATTRIB_ACCURACY failedsns_dd_ltr579.c: Enter case SNS_DDF_ATTRIB_THRESHOLD attributesns_dd_ltr579.c: In function sns_dd_ltr579_ps_attrib sns_ddf_memhandler_malloc for thresh_ptr case SNS_DDF_ATTRIB_THRESHOLD failedsns_dd_ltr579.c: In function sns_dd_ltr579_ps_attrib sns_ddf_memhandler_malloc for odr_ptr case SNS_DDF_ATTRIB_ODR failedsns_dd_ltr579.c: Exit sns_dd_ltr579_ps_attribsns_dd_ltr579.c: Enter sns_dd_ltr579_start_general_timersns_dd_ltr579.c: In function sns_dd_ltr579_start_general_timer wrong sensor typesns_dd_ltr579.c: In function sns_dd_ltr579_start_general_timer Timer already startedsns_dd_ltr579.c: In function sns_dd_ltr579_start_general_timer Timer cannot be startedsns_dd_ltr579.c: Exit sns_dd_ltr579_start_general_timersns_dd_ltr579.c: Enter sns_dd_ltr579_stop_general_timersns_dd_ltr579.c: In function sns_dd_ltr579_stop_general_timer wrong sensor typesns_dd_ltr579.c: Exit sns_dd_ltr579_stop_general_timersns_dd_ltr579.c: Enter sns_dd_ltr579_handle_timersns_dd_ltr579.c: start sns_dd_ltr579_handle_daf_DAF>>>>>>>>>>sns_dd_ltr579.c: handle_timer - Unexpected DAF timer event!!sns_dd_ltr579.c: sns_dd_ltr579_notify AMBIENT >>>>>>>>>>sns_dd_ltr579.c: sns_dd_ltr579_notify PROXIMITY>>>>>>>>>>sns_dd_ltr579.c: Exit sns_dd_ltr579_handle_timersns_dd_ltr579.c: Enter sns_dd_ltr579_set_pwr_modesns_dd_ltr579.c: Enter SNS_DDF_POWERSTATE_ACTIVE modesns_dd_ltr579.c: PS auto xtalk_avg: %d,Hi_limit: %d,Lo_limit: %dsns_dd_ltr579.c: PS factory cali crosstalk: %d,Hi_limit2: %d,Lo_limit2: %d sns_dd_ltr579.c: go autoclibration flow!sns_dd_ltr579.c: In function sns_dd_ltr579_alsps_ps_data_ready Set PS resolution and meas_rate at addr LTR579_PS_MEAS_RATE (0x03) failedsns_dd_ltr579.c: Enter SNS_DDF_POWERSTATE_LOWPOWER modesns_dd_ltr579.c: In function sns_dd_ltr579_set_pwr_mode Turn off ALS and PS at addr LTR579_MAIN_CTRL (0x00) failedsns_dd_ltr579.c: Exit sns_dd_ltr579_set_pwr_modesns_dd_ltr579.c: Enter sns_dd_ltr579_get_alsps_datasns_dd_ltr579.c: Enter sns_dd_ltr579_get_alsps_data for case SNS_DDF_SENSOR_AMBIENTsns_dd_ltr579.c: Enter sns_dd_ltr579_get_alsps_data for case SNS_DDF_SENSOR_PROXIMITYsns_dd_ltr579.c: In function sns_dd_ltr579_get_alsps_data wrong sensor typesns_dd_ltr579.c: Exit sns_dd_ltr579_get_alsps_datasns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_als_prepare_data_from_devicesns_dd_ltr579.c: In function sns_dd_ltr579_alsps_als_prepare_data_from_device sns_dd_als_db.pend_state not SNS_DD_PEND_STATE_IDLEsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_als_prepare_data_from_devicesns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_ps_prepare_data_from_devicesns_dd_ltr579.c: In function sns_dd_ltr579_alsps_ps_prepare_data_from_device sns_dd_ps_db.pend_state not SNS_DD_PEND_STATE_IDLEsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_ps_prepare_data_from_devicesns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_req_datasns_dd_ltr579.c: In function sns_dd_ltr579_alsps_req_data invalid sensor typesns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_req_datasns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_data_readysns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_data_ready for SNS_DDF_SENSOR_PROXIMITY pollingsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_data_ready invalid sensor typesns_dd_ltr579.c: In function sns_dd_ltr579_alsps_data_ready Read register LTR579_MAIN_STATUS (0x07) failed status: 0x%xsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_data_ready Read register LTR579_MAIN_STATUS : 0x%x(0x%x)sns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_data_ready for SNS_DDF_SENSOR_PROXIMITY interruptsns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_data_ready for SNS_DDF_SENSOR_AMBIENT interruptsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_data_readysns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_als_data_readysns_dd_ltr579.c: In function sns_dd_ltr579_alsps_als_data_ready sns_dd_als_db.pend_state not SNS_DD_PEND_STATE_PENDsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_als_data_ready Read ALS data starting from addr LTR579_ALS_DATA_0 (0x0D) failedsns_dd_ltr579.c: In function sns_dd_ltr578_alsps_als_data_ready Read clear data starting from addr LTR578_CLEAR_DATA_0 (0x0A) failedsns_dd_ltr579.c: lsec: %dsns_dd_ltr579.c: Calc raw_data %d, als_factor %d, als_gainrange %dsns_dd_ltr579.c: Calc luxVal factory: %dsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_als_data_readysns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_ps_data_readysns_dd_ltr579.c: In function sns_dd_ltr579_alsps_ps_data_ready sns_dd_ps_db.pend_state not SNS_DD_PEND_STATE_PENDsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_ps_data_ready Read 2 bytes starting from register LTR579_PS_DATA_0 (0x08) failedsns_dd_ltr579.c: LTR579_MAIN_STATUS (0x07): %dsns_dd_ltr579.c: ps_data_cache: %dsns_dd_ltr579.c: ps data:%d,lo limit:%d,hi limit:%dsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_ps_data_readysns_dd_ltr579.c: Enter ps_set_calibration crosstalk:%d, near_ct:%d, faraway_ct:%dsns_dd_ltr579.c: run 0~200!sns_dd_ltr579.c: run 201~400!sns_dd_ltr579.c: run 401~600!sns_dd_ltr579.c: run 601~800!sns_dd_ltr579.c: In function sns_dd_ltr579_ps_setting_pri_interrupt Set PS thres starting from addr LTR579_PS_THRES_UP_0 (0x1B) failedsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_ps_set_calibrationsns_dd_ltr579.c: LTR579ALSPS Log Data - err_code is %dsns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_async_notifysns_dd_ltr579.c: In function sns_dd_ltr579_alsps_async_notify sns_ddf_malloc for sensor_data failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_async_notify sns_ddf_malloc for buf_ptr failedsns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_async_notify for SNS_DDF_SENSOR_PROXIMITYsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_async_notify invalid sensor typesns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_async_notifysns_dd_ltr579.c: Enter sns_dd_ltr579_als_reset_intrrupt_thres: lux = %d, raw = %dsns_dd_ltr579.c: sns_dd_ltr579_als_reset_intrrupt_thres 1: new thres up:%d, low: %dsns_dd_ltr579.c: sns_dd_ltr579_als_reset_intrrupt_thres high thres: wr_buffer1[0]:%d, wr_buffer1[1]: %d, wr_buffer1[2]: %dsns_dd_ltr579.c: sns_dd_ltr579_als_reset_intrrupt_thres low thres: wr_buffer2[0]:%d, wr_buffer2[1]: %d, wr_buffer2[2]: %dsns_dd_ltr579.c: sns_dd_ltr579_als_reset_intrrupt_thres 2: new thres up:%d, low: %dsns_dd_ltr579.c: sns_dd_ltr579_als_reset_intrrupt_thres 3: new thres up:%d, low: %dsns_dd_ltr579.c: sns_dd_ltr579_als_reset_intrrupt_thres 3: new thres up is lager than max, recalc value:%dsns_dd_ltr579.c: In function sns_dd_ltr579_als_reset_intrrupt_thres Write 3 bytes to starting from addr LTR579_ALS_THRES_UP_0 (0x21) failedsns_dd_ltr579.c: In function sns_dd_ltr579_als_reset_intrrupt_thres Write 3 bytes to starting from addr LTR579_ALS_THRES_LOW_0 (0x24) failedsns_dd_ltr579.c: Exit sns_dd_ltr579_als_reset_intrrupt_thressns_dd_ltr579.c: Enter sns_dd_ltr579_handle_irqsns_dd_ltr579.c: Exit sns_dd_ltr579_handle_irqsns_dd_ltr579.c: Enter sns_dd_ltr579_ps_setting_pri_interruptsns_dd_ltr579.c: Exit sns_dd_ltr579_ps_setting_pri_interruptsns_dd_ltr579.c: Enter sns_dd_ltr579_enable_sched_datasns_dd_ltr579.c: In sns_dd_ltr579_enable_sched_data enable interruptsns_dd_ltr579.c: In sns_dd_ltr579_enable_sched_data disable interruptsns_dd_ltr579.c: Exit sns_dd_ltr579_enable_sched_datasns_dd_ltr579.c: Enter sns_dd_ltr579_enable_interruptsns_dd_ltr579.c: In function sns_dd_ltr579_enable_interrupt wrong sensor typesns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_ps_get_crosstalksns_dd_ltr579.c: In function sns_dd_ltr579_enable_interrupt - SNS_DDF_SENSOR_PROXIMITYsns_dd_ltr579.c: In function sns_dd_ltr579_enable_interrupt - SNS_DDF_SENSOR_AMBIENTsns_dd_ltr579.c: In function sns_dd_ltr579_enable_interrupt Write 3 bytes to starting from addr LTR579_ALS_THRES_UP_0 (0x21) failedsns_dd_ltr579.c: In function sns_dd_ltr579_enable_interrupt Write 3 bytes to starting from addr LTR579_ALS_THRES_LOW_0 (0x24) failedsns_dd_ltr579.c: Enter sns_dd_ltr579_disable_interruptsns_dd_ltr579.c: Exit sns_dd_ltr579_disable_interruptsns_dd_ltr579.c: Enter sns_dd_ltr579_probesns_dd_ltr579.c: In function sns_dd_ltr579_probe Read addr LTR579_PART_ID (0x06) failedsns_dd_ltr579.c: In function sns_dd_ltr579_probe Wrong part_id.  Read 0x%02x as part_id, expected 0x%02xsns_dd_ltr579.c: Exit sns_dd_ltr579_probesns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test - SNS_DDF_TEST_SELFsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Read addr LTR579_MAIN_CTRL (0x00) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Write to addr LTR579_ALS_MEAS_RATE (0x04) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Write to addr LTR579_ALS_GAIN (0x05) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Write to addr LTR579_PS_PULSES (0x02) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Write to addr LTR579_PS_LED (0x01) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Write to addr LTR579_PS_MEAS_RATE (0x03) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Write to addr LTR579_MAIN_CTRL (0x00) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Read addr LTR579_PART_ID (0x06) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Wrong part_id.  Read 0x%02x as part_id, expected 0x%02xsns_dd_ltr579.c: Enter sns_dd_ltr579_alsps_control_registersns_dd_ltr579.c: In function sns_dd_ltr579_alsps_control_register Read register 0x%x failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_control_register invalid sensor typesns_dd_ltr579.c: In function sns_dd_ltr579_alsps_control_register Write register 0x%x failedsns_dd_ltr579.c: Exit sns_dd_ltr579_alsps_control_registersns_dd_ltr579.c: In function sns_dd_ltr579_alsps_ps_set_thres first time Set PS thres starting from addr LTR579_PS_THRES_UP_0 (0x1B) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_ps_set_thres Set PS thres starting from addr LTR579_PS_THRES_UP_0 (0x1B) failedsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_run_test Read 2 bytes starting from addr LTR579_PS_DATA_0 (0x08) failedsns_dd_ltr579.c: ps_init_kept_data[i]: %d, i: %dsns_dd_ltr579.c: In function sns_dd_ltr579_alsps_als_get_calibration Read 3 bytes starting from addr LTR579_ALS_DATA_0 (0x0D) failedsns_dd_ltr579.c: raw_data: %d, i: %d, sum: %dsns_dd_ltr579.c: Error sending DAF ind %dsns_dd_ltr579.c: SNS_DAF_PROX_POLLING_START_V01: ##raw_data = %dsns_dd_ltr579.c: SNS_DAF_ALS_RGB_POLLING_START_V01: ##raw_data = %dsns_dd_ltr579.c: handle_daf_req_timer - unknown DAF request %dsns_dd_ltr579.c: In function sns_dd_ltr579_update_factory_nv Set PS thres starting from addr LTR579_PS_THRES_UP_0 (0x1B) failedsns_dd_ltr579.c: process_daf_req handle is NULLsns_dd_ltr579.c: sns_dd_ltr579_process_daf_req: req_id %dsns_dd_ltr579.c: SNS_DAF_GENERAL_WHO_AM_I_V01sns_dd_ltr579.c: Error reading port %dsns_dd_ltr579.c: daf error - memhandler %dsns_dd_ltr579.c: ALSPRX - hardware ID %d (0x%08x)sns_dd_ltr579.c: ALSPRX - firmware ID %d (0x%08x)sns_dd_ltr579.c: SNS_DAF_GENERAL_ECHO_V01sns_dd_ltr579.c: SNS_DAF_GENERAL_REVERB_START_V01sns_dd_ltr579.c: daf error - timer_start %dsns_dd_ltr579.c: daf error - smgr_notify_event %dsns_dd_ltr579.c: ALSPRX - echo %d reverb_period %dsns_dd_ltr579.c: SNS_DAF_GENERAL_REVERB_STOP_V01sns_dd_ltr579.c: daf error - timer cancel %dsns_dd_ltr579.c: SNS_DAF_PROX_POLLING_START_V01sns_dd_ltr579.c: sns_dd_ltr55_: ##Failed to write to Reg[0x%02X]sns_dd_ltr579.c: sns_dd_ltr55x_: ##Failed to write to Reg[0x%02X]sns_dd_ltr579.c: SNS_DAF_PROX_POLLING_STOP_V01sns_dd_ltr579.c: SNS_DAF_GENERAL_SEND_BYTE_ARRAY_V01sns_dd_ltr579.c: daf - als_factor %dsns_dd_ltr579.c: daf - dc_offset %dsns_dd_ltr579.c: daf - far_threshold %dsns_dd_ltr579.c: daf - near_threshold %dsns_dd_ltr579.c: daf - visible_ratio %dsns_dd_ltr579.c: far_ct in calibration: %usns_dd_ltr579.c: cancel_daf_trans handle is NULLsns_dd_ltr579.c: sns_dd_ltr579_cancel_daf_trans: conn_handle %dsns_dd_ltr579.c: sns_dd_ltr579_cancel_daf_trans: error canceling timer %dsns_dd_ltr579.c: sns_dd_ltr579_cancel_daf_trans: error notifying SMGR %dsns_dd_ltr579.c: Linson ps_data = %d >>> not to do!sns_dd_ltr579.c: Linson ps_data = %d >>> 800 < ps_data >>> go to factory-cali value[1]sns_dd_ltr579.c: Linson ps_data = %d >>>ps change too smaller!!sns_dd_ltr579.c: Linson ps_data = %d >>> ps_data < nv_db.thresh_far >>> go to factory-cali value[2]sns_dd_ltr579.c: Linson ps_data = %d >>> go to calibrate!sns_dd_ltr579.c: In function sns_dd_ltr579_daf_enable_sensor Read 1 bytes starting from addr LTR579_MAIN_CTRL failedsns_dd_ltr579.c: In function sns_dd_ltr579_daf_enable_sensor write 1 bytes starting to addr LTR579_MAIN_CTRL failedsns_dd_bmi160.c:BMI160-failed to allocate memory$sns_dd_bmi160.c:BMI160-too many sensors for the subdev slot$sns_dd_bmi160.c:BMI160-[handle_dev_err] 0x%02x fatal_err: %d drop_cmd_err: %d$sns_dd_bmi160.c:BMI160-WARNING!!! sub_dev NULL for signal_register$sns_dd_bmi160.c:BMI160-signal registered$sns_dd_bmi160.c:BMI160-signal deregistered$sns_dd_bmi160.c:BMI160-55555560 - <bmi160_reset_subdev> sensor_type: %d caller: 0x%x$sns_dd_bmi160.c:BMI160-sbus in susp pmu$sns_dd_bmi160.c:BMI160-[reset_state] <0x%02x 0x%02x %d %d>$sns_dd_bmi160.c:BMI160-hw_mod_odr_max: %d$sns_dd_bmi160.c:BMI160-%d %p %p$sns_dd_bmi160.c:BMI160-%d %d %d$sns_dd_bmi160.c:BMI160-incorrect nv_params passed for tap settings$sns_dd_bmi160.c:BMI160-[parse_nv_params] sensor_type: %d$sns_dd_bmi160.c:BMI160-[parse_nv_params] no nv ram data$sns_dd_bmi160.c:BMI160-[parse_nv_params] %d %d %d$sns_dd_bmi160.c:BMI160-%d %p %d$sns_dd_bmi160.c:BMI160-BMI160_init: Null Pointer argument found.$sns_dd_bmi160.c:BMI160-55555501 bmi160_init: number of sensors: %u first sensor: %u gpio1: %d$sns_dd_bmi160.c:BMI160-55555501 %d %d %d$sns_dd_bmi160.c:BMI160-55555501 bmi160_init new dev I2C addr: 0x%X bus instance: 0x%X$sns_dd_bmi160.c:BMI160-%d %p, %d$sns_dd_bmi160.c:BMI160-55555501 %d %d %p$sns_dd_bmi160.c:BMI160-bmi160_init - unable to initialize any sensors$sns_dd_bmi160.c:BMI160-[bmi160_if_init] succeeds for %p sensor_type: %d num_sensors: %d$sns_dd_bmi160.c:BMI160-%d Finished initializing %u sensor(s). First sensor %u$sns_dd_bmi160.c:BMI160-55555520 - <bmi160_if_ set_attrib> dd_handle: %p sensor_type: %d attrib: %d$sns_dd_bmi160.c:BMI160-55555521 NULL ptr got from SMGR$sns_dd_bmi160.c:BMI160-55555521 dd_handle: %p state: %p sub_dev: %p$sns_dd_bmi160.c:BMI160-55555521 cannot figure out handle$sns_dd_bmi160.c:BMI160-%d 0x%x %d$sns_dd_bmi160.c:BMI160-55555521 set attrib for all!$sns_dd_bmi160.c:BMI160-[bmi160_if_set_attrib] succeeds$sns_dd_bmi160.c:BMI160-55555530 - <bmi160_if_ get_attrib> dd_handle: %p sensor_type: %d attrib: %d$sns_dd_bmi160.c:BMI160-55555531 dd_handle: %p state: %p sub_dev: %p$sns_dd_bmi160.c:BMI160-55555531 cannot figure out handle$sns_dd_bmi160.c:BMI160-No memory for SNS_DDF_ATTRIB_SUPPORTED_ODR_LIST$sns_dd_bmi160.c:BMI160-No memory for fifo_attr$sns_dd_bmi160.c:BMI160-No memory for share_sensors[%d]$sns_dd_bmi160.c:BMI160-SNS_DDF_ATTRIB_FIFO: sensor_type = %u max_watermark = %u$sns_dd_bmi160.c:BMI160-SNS_DDF_ATTRIB_FIFO shared sensor %u handle=%p$sns_dd_bmi160.c:BMI160-[bmi160_if_get_attrib] succeeds$sns_dd_bmi160.c:BMI160-<bmi160_if_ reset> dd_handle: %p sensor_type: %d$sns_dd_bmi160.c:BMI160-55555560 - [bmi160_if_reset] s_2_ticks: %d ms_2_ticks: %d size: %d$sns_dd_bmi160.c:BMI160-[bmi160_if_reset] WARNING!!! hw_mod ref_cnt: %d not updated properly, will be reset to 0$sns_dd_bmi160.c:BMI160-[bmi160_if_reset] succeeds$sns_dd_bmi160.c:BMI160-55555570 - <bmi160_if_ self_test> dd_handle: %p sensor_type: %d test_type: %d$sns_dd_bmi160.c:BMI160-55555571 - [self_test] sWARNING!!! some client is still using the sensor, suggest to close it before doing the selftest, self test conflicts with data streaming functions, acc_odr_req: 0x%x gyr_odr_req: %d mag_odr_req: %d$sns_dd_bmi160.c:BMI160-55555571 - [self_test] sWARNING!!! some client is still using the interrupts <%d %d %d %d>$sns_dd_bmi160.c:BMI160-[self_test] call the reset function for: %d$sns_dd_bmi160.c:BMI160-55555590 *num_sensors: %d %d %c$sns_dd_bmi160.c:BMI160-[bmi160_if_probe] succeeds$sns_dd_bmi160.c:BMI160-55555580 - <bmi160_if_ enable_sched_data> sensor_type: %d enable: %d ff_wml: %d$sns_dd_bmi160.c:BMI160-[dump_core_reg] enter en_int_drdy: 0x%x en_int_fifo: 0x%x en_int_md: %d en_int_dbt: %d$sns_dd_bmi160.c:BMI160-[dump_core_reg] en_int_drdy_agm: %d %d %d$sns_dd_bmi160.c:BMI160-[dump_core_reg] en_int_fifo_agm: %d %d %d$sns_dd_bmi160.c:BMI160-enable_sched_data regvc_int_map_1: 0x%x$sns_dd_bmi160.c:BMI160-[dump_core_reg] exit  en_int_drdy: 0x%x en_int_fifo: 0x%x en_int_md: %d en_int_dbt: %d$sns_dd_bmi160.c:BMI160-[reset_single_ts_ref]: %d$sns_dd_bmi160.c:BMI160-ID=0x%X$sns_dd_bmi160.c:BMI160-55555523 [set_attr_range] state: %p sensor_type: %d range_idx: %d caller: %d$sns_dd_bmi160.c:BMI160-55555521 [set_attr_ps] before sensor_type: %d power_state: %d hw_mod->ref_cnt: %d caller: %d$sns_dd_bmi160.c:BMI160-failed to cancel timer$sns_dd_bmi160.c:BMI160-sbus in susp$sns_dd_bmi160.c:BMI160-55555521 [set_attr_ps] after sensor_type: %d power_state: %d hw_mod->ref_cnt: %d$sns_dd_bmi160.c:BMI160-[check4acc_lpm]0x<%x %x %d>$sns_dd_bmi160.c:BMI160-[check4acc_lpm]%d$sns_dd_bmi160.c:BMI160-5555552d [set_attr_odr] enter sensor_type: %d odr_curr: %d odr_req: %d caller: %d$sns_dd_bmi160.c:BMI160-HW ODR not changed$sns_dd_bmi160.c:BMI160-NOTICE!!! odr_change_on_the_fly with FIFO on$sns_dd_bmi160.c:BMI160-bmi160_cp_ fifo_reset_state_skipped 1$sns_dd_bmi160.c:BMI160-bmi160_cp_ fifo_reset_state_skipped 2$sns_dd_bmi160.c:BMI160-self triggered MDLP status: %d$sns_dd_bmi160.c:BMI160-sub_dev: %p$sns_dd_bmi160.c:BMI160-event: SNS_DDF_EVENT_ODR_CHANGED$sns_dd_bmi160.c:BMI160-5555552d [set_attr_odr] exit  sensor_type: %d odr_curr: %d odr_req: %d$sns_dd_bmi160.c:BMI160-[fifo_reset_state] itvl_exp: %u$sns_dd_bmi160.c:BMI160-[fifo_reset_state] <ff_master: %d master_odr: %d ff_avail_mask: %d>$sns_dd_bmi160.c:BMI160-55555521 [set_attr_md] sensor_type: %d enable: %d odr_acc_curr: %d caller: %d$sns_dd_bmi160.c:BMI160-WARNING!!! md with non-accel sensor: %d %d %d$sns_dd_bmi160.c:BMI160-[set_attr_md] mode: %d selected$sns_dd_bmi160.c:BMI160-[md_mode1_enter]$sns_dd_bmi160.c:BMI160-[md_mode1_enter_post] odr_curr: %d$sns_dd_bmi160.c:BMI160-failed to cancel timer md$sns_dd_bmi160.c:BMI160-sbus in susp md$sns_dd_bmi160.c:BMI160-[md_mode1_exit]$sns_dd_bmi160.c:BMI160-[md_mode0_enter]$sns_dd_bmi160.c:BMI160-[md_mode0_exit]$sns_dd_bmi160.c:BMI160-[set_attr_fifo] sensor_type: %d wml_frames: %d caller: %d$sns_dd_bmi160.c:BMI160-restore int_map_1 inst 2$sns_dd_bmi160.c:BMI160-bmi160_cp_ fifo_reset_state_skipped 3$sns_dd_bmi160.c:BMI160-NOTICE!!! [set_attr_fifo] wml_req_adj %d %d$sns_dd_bmi160.c:BMI160-ERROR!!! [set_attr_fifo] failed due to memory shortage$sns_dd_bmi160.c:BMI160-ff_buf free due2 size chg: %p %d$sns_dd_bmi160.c:BMI160-ff_buf new: %p %d$sns_dd_bmi160.c:BMI160-ERROR!!! ff_buf malloc err: %d using old buf: %p %d$sns_dd_bmi160.c:BMI160-using old buffer: %p$sns_dd_bmi160.c:BMI160-WARNING!!! odd <%d %d %d>$sns_dd_bmi160.c:BMI160-ff_buf free: %p %d$sns_dd_bmi160.c:BMI160-ff_buf free: %p$sns_dd_bmi160.c:BMI160-ERROR!!! mfree err: %d %p$sns_dd_bmi160.c:BMI160-bmi160_cp_ ff_wmi_missing_possible$sns_dd_bmi160.c:BMI160-odr_curr <%d %d %d>$sns_dd_bmi160.c:BMI160-fc_when_time_expires<%d %d %d> fc_wml_master: %d$sns_dd_bmi160.c:BMI160-[calc_wml_ldt] ff_wml_bytes: %d ff_suggested_bytes2read: %d$sns_dd_bmi160.c:BMI160-wml adj: %d -> %d$sns_dd_bmi160.c:BMI160-[get_attr_odr] sensor_type: %d prim: %d odr_curr: %d odr: %d$sns_dd_bmi160.c:BMI160-[run_test_sw_oem] sensor_type: %d status: %d err: 0x%x$sns_dd_bmi160.c:BMI160-wait4cmd: %u %u %d(us)$sns_dd_bmi160.c:BMI160-[test_notify] sensor_type: %d status: %d err: %d$sns_dd_bmi160.c:BMI160-[test_notify] bias: %d %d %d$sns_dd_bmi160.c:BMI160-event: SNS_DDF_EVENT_BIAS_READY$sns_dd_bmi160.c:BMI160-diff_val_acc_static_x: <%d %d %d>$sns_dd_bmi160.c:BMI160-diff_val_acc_static_y: <%d %d %d>$sns_dd_bmi160.c:BMI160-diff_val_acc_static_z: <%d %d %d>$sns_dd_bmi160.c:BMI160-[run_test_sw_hw] sensor_type: %d status: %d err: 0x%x$sns_dd_bmi160.c:BMI160-NOTICE!!! irq_asserting still$sns_ddf_timer.c:obj_match - timer 0x%x idx %u changed to %usns_ddf_timer.c:start - timer 0x%x not foundsns_ddf_timer.c:cancel - timer 0x%x not foundsns_ddf_timer.c:release - timer 0x%x not foundsns_ddf_timer.c:calling callback function - heap size %d, peak heap %d, callback func num %dsns_ddf_timer.c:default heap calling callback function i=%dsns_ddf_timer.c:SNS_OS_MALLOC failed - size %dsns_ddf_timer.c:que_add - queue full!!!sns_ddf_timer.c:que_del - timer 0x%x not found!!!sns_dd_lsm6ds3.c:LSM6DS3 - sensor (%d) new_rate (%d) invalid parameterssns_dd_lsm6ds3.c:LSM6DS3 - update_rate new_rate_idx (%d) update_rate_idx (%d) cur_fifo_rate_idx (%d)sns_dd_lsm6ds3.c:LSM6DS3 - Active  subdev_idx (%d) s_dev_idx(%d) sensor (%d)sns_dd_lsm6ds3.c:LSM6DS3 - ODR MATCH failed desired_rate (%d) STM_LSM6DS3_MAX_ODR (%d)sns_dd_lsm6ds3.c:LSM6DS3 - enable_md dd_handle (%u)sns_dd_lsm6ds3.c:LSM6DS3 - esp_enabled (%d) md_thresh (%d) md_odr (%d)sns_dd_lsm6ds3.c:LSM6DS3 - enable_wakeup_int failed status=%usns_dd_lsm6ds3.c:LSM6DS3 - enable md - Exit enable_md status %dsns_dd_lsm6ds3.c:LSM6DS3 - disable_md dd_handle sns_dd_lsm6ds3.c:LSM6DS3 - disable_md: status=%dsns_dd_lsm6ds3.c:LSM6DS3 - Temp timer started: temp_cur_rate (%d) sns_dd_lsm6ds3.c:LSM6DS3 - Temp timer cancelled: temp_cur_rate (%d) fifo_enabled (0x%x)sns_dd_lsm6ds3.c:LSM6DS3 - Reset - called for subdev_idx (%d) sensor (%d)sns_dd_lsm6ds3.c:LSM6DS3 - write_port failed status (%d) sns_dd_lsm6ds3.c:LSM6DS3 - read_port failed-  read_count  does not match - read_count (%d)sns_dd_lsm6ds3.c:LSM6DS3 - Reset already done!sns_dd_lsm6ds3.c:LSM6DS3 - set acc performance failed - status (%d)sns_dd_lsm6ds3.c:LSM6DS3 - Found device index %d name = %s WHOAMI id = 0x%xsns_dd_lsm6ds3.c:LSM6DS3 - Device detection failed WHOAMI - read = %dsns_dd_lsm6ds3.c:LSM6DS3 - INIT sensor is ESP SENSORsns_dd_lsm6ds3.c:LSM6DS3 - ESP not enabled - Init failed sensor (%d) status (%d)sns_dd_lsm6ds3.c:LSM6DS3 - cur_time (%u) now (%u) delay (%u) sns_dd_lsm6ds3.c:LSM6DS3 - INIT sensor HW reset successsns_dd_lsm6ds3.c:LSM6DS3 - reset failed  status=%usns_dd_lsm6ds3.c:LSM6DS3 - INIT sensor SW reset successsns_dd_lsm6ds3.c:LSM6DS3 - INIT Success sub_dev_idx (%d) sensor %dsns_dd_lsm6ds3.c:LSM6DS3 - no free sub dev slotsns_dd_lsm6ds3.c:LSM6DS3 - INIT state (%p) dd_handle_ptr (%p) sub_dev_idx %d sns_dd_lsm6ds3.c:LSM6DS3 - GET_ATTRIB attrib (%d) sensor (%d) p_sensor (%d)sns_dd_lsm6ds3.c:LSM6DS3 - Get_ATTRIB_ODR sensor(%d) odr (%d)sns_dd_lsm6ds3.c:LSM6DS3 - SET_ACC_RANGE - set range_idx - (%d) ctrl1_a 0x%xsns_dd_lsm6ds3.c:LSM6DS3 - SET_ACC_RANGE - set range_idx - (%d) reg_value (%x)sns_dd_lsm6ds3.c:LSM6DS3 - SET_GYR_RANGE - set range_idx - (%d) reg_value (%x)sns_dd_lsm6ds3.c:LSM6DS3 - SET_ATTRIB attrib (%d) sensor (%d) p_sensor (%d)sns_dd_lsm6ds3.c:LSM6DS3 - set_odr attrib (%d) sensor (%d) value (%d) sns_dd_lsm6ds3.c:LSM6DS3 - +++ enable MD +++ sns_dd_lsm6ds3.c:LSM6DS3 - --- disable MD --- sns_dd_lsm6ds3.c:LSM6DS3 - fill_sub_dev i (%d) sensor %dsns_dd_lsm6ds3.c:LSM6DS3 - acc_attrib_setrate data_rate (%d) fifo_enabled (%d) sns_dd_lsm6ds3.c:LSM6DS3 - gyr_attrib_setrate data_rate (%d) fifo_enabled (%d)sns_dd_lsm6ds3_selftest.c:LSM6DS3 - Data not ready for 50ms sns_dd_lsm6ds3_selftest.c:LSM6DS3 - avg data: x = %d, y = %d, z = %dsns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3 run test sensor (%d) test (%d) %dsns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3 run test returning error - status %d %d %dsns_dd_lsm6ds3_selftest.c:LSM6DS3 -  WHO AM Ifailedsns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3 run test sensor (%d) reset failed (%d) (%d)sns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3 run test sensor (%d) set power failed (%d),(%d)sns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3, self-test result: Sensor(%d), test_type(%d), status(%d)sns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3, self-test result: err(0x%x), rsvd(%d), rsvd(%d)sns_dd_lsm6ds3_selftest.c:LSM6DS3 - gyr_selftest_timeout:lsm6ds3_search_subdev_by_sensortype status==%u sns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3 HW self test write port failed status %d %d %dsns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3 gyro_selftest timeout returning status(%d) err(0x%x) sns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3, self-test notify event: sensor(%d), SNS_DDF_EVENT_BIAS_READY(%d), status(%d)sns_dd_lsm6ds3_selftest.c:LSM6DS3 - LSM6DS3, self-test notify exit: Sensor(%d), status(%d), err(%d)sns_dd_lsm6ds3_fifo.c:LSM6DS3 - free fifo_acc_data samples failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - free fifo_temp_data samples failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - free gyr_fifo_data samples failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - ACC is not availablesns_dd_lsm6ds3_fifo.c:LSM6DS3 - free raw_buffer failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - malloc fifo_acc_data samples failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - malloc fifo_temp_data samples failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - malloc fifo_gyr_data samples failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - malloc raw_buffer failed. status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - lsm6ds3_enable_fifo ENTER: NOW time (%u) acc_cur_rate_idx (%d) cur_gyr_rate_idx (%d) sns_dd_lsm6ds3_fifo.c:LSM6DS3 - lsm6ds3_enable_fifo: Memory alloc failed status %d sensor %dsns_dd_lsm6ds3_fifo.c:LSM6DS3 - lsm6ds3_enable_fifo EXIT: watermark=%u fifo_info.fifo_enabled (%d) NOW_time (%u)sns_dd_lsm6ds3_fifo.c:LSM6DS3 - lsm6ds3_disable_fifo ENTER: NOW time (%u) fifo_rate_idx (%d)sns_dd_lsm6ds3_fifo.c:LSM6DS3 - lsm6ds3_disable_fifo: sensor (%d) fifo_info.fifo_enabled (%d) cur_wmk (%d)sns_dd_lsm6ds3_fifo.c:LSM6DS3 - set fifo wmk fail in disable fifo  status=%usns_dd_lsm6ds3_fifo.c:LSM6DS3 - lsm6ds3_disable_fifo EXIT:  fifo_info.fifo_enabled (%d) cur_wmk (%d) Now_time (%u)