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q6_fw.b08
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dog_hal_6290.c:Napier:Dog startup grace Timer callback deregister failed dog_hb.c:Napier:dog_hb_register() malloc failed dog_hb.c:Napier:DOG_HB detects task = %x and device_p->name = %s dog_hb.c:Napier:dog_hb_register() invalid inputs dog_hb.c:Napier:DOG_HB detects starvation of task %x, ping = 0x%x, triage with its owner(d.dump 0x%x) dog_hb.c:Napier:dog_hb_pong() failed. Handle NULL dog_hb.c:Napier:HAL_dogCbDeregister fail dog_hb.c:Napier:system shutdown signal received dog_hb.c:Napier:HAL_dogCbRegister fail dog_hb.c:Napier:dog_hb_report failed by task with dog_hb handle = 0x%x err_inject_crash.c:Napier:err_inject_crash: unhandled crash ID %#x err_inject_crash.c:Napier:Should have crashed due to null access: %#x->%#x err_inject_crash.c:Napier:Should have crashed due to div0: 7/%u=%d err_inject_crash.c:Napier:err_inject_crash: crash pending, ignoring subsequent request err_inject_crash.c:Napier:err_inject_crash: invalid crash ID %#x err_inject_crash.c:Napier:Could not read eic_crash_delay devcfg, using %d err_inject_crash.c:Napier:Could not read eic_crash_type devcfg err_inject_crash.c:Napier:Bad enum in eic_crash_type dalconfig err_inject_crash.c:Napier:Could not read eic_crash_enable devcfg err_root.c:Napier:Err service initialized. err_exception_handler.c:Napier:Failed to register with qurt_reg_error_handler: tid=%x err_exception_handler.c:Napier:Failed to copy failure result in qxdm_dbg_msg rcinit_qurt.c:Napier:RCINIT: failed to notify initgroups termination waiters tms_diag.c:Napier:Could not read image_id devcfg ipc_router_core.c:ipc_router_core: control message too short! ipc_router_core.c:ipc_router_core: failed to write control message type=%u to %u ipc_router_core.c:hello version bitmask %d ipc_router_core.c:register server %u:%u failure with %d ipc_router_core.c:handle data from %d->L:%d failed with ret = %d ipc_router_core.c:forward 0x%d->%d failed due to %d ipc_router_core.c:mcast: register client 0x%x:0x%x failed ret = %d! ipc_router_core.c:ipc_router_core: Xport cannot receive from processor: %d ipc_router_core.c:ipc_router_core: Unexpected msg of size %d instead of %d received from proc:%d ipc_router_core.c:ipc_router_core: illegible message received from proc:%d ipc_router_core.c:Invalid priority option: %d using default value ipc_router_database.c:ipc_router_database.c:%d malloc() error smem.c:smem_alloc: SMEM allocation failed! smem_type=%d, buf_size=%d smem.c:smem_alloc: Trying to allocate smem item=%d which is >= max item=%d! smem.c:smem_alloc: SMEM is not initialized state=%d! smem_type=%d, buf_size=%d. smem.c:smem_init: major version (%d) does not match all procs! smem.c:SMEM is not initialized by Boot. smem.c:SMEM base addr=0x%08X, size=%d memory mapping failed. smem_partition.c:Invalid padding data size:%d, size_item:%d smem_type:0x%04X. smem_partition.c:Invalid SMEM item size. Total size: %d, remaining: %d smem_partition.c:Invalid SMEM item size:%d, Partition size:%d smem_type:0x%04X. smem_partition.c:Invalid SMEM canary 0x%X at location 0x%X smem_partition.c:Invalid SMEM heap pointers. Uncached: 0x%X, cached: 0x%X smem_partition.c:Fixed buffer allocation not supported in new SMEM version smem_partition.c:SMEM Partition %d init failed with status 0x%x smem_partition.c:Invalid partition size(%d). Actual partition size:%d,host0:0x%04X, host1:0x%04X. smem_partition.c:Assertion "partition_offset < smem_size - SMEM_TOC_SIZE" failed smem_partition.c:Assertion "partition_offset > 0" failed smem_partition.c:Assertion "hdr->identifier == SMEM_PARTITION_HEADER_ID" failed smem_partition.c:Assertion "((unsigned int)hdr & SMEM_PAGE_ALIGN_MASK) == 0" failed smem_partition.c:Assertion "SMEM_READ_SMEM_4(&toc->num_entries) <= SMEM_MAX_PARTITIONS" failed smem_partition.c:Assertion "SMEM_READ_SMEM_4(&toc->version) == 1" failed smem_legacy.c:Invalid SMEM memory type, %d, requested. smem_legacy.c:Invalid memory type %d smem_legacy.c:Assertion "smem_legacy_info.smem_buf_data_tbl[buf_tbl_idx].tag != SMEM_INVALID" failed smem_legacy.c:Can't initialize heap info smem_target.c:Unexpected mutex value %d. Expected %d. smem_target.c:SMEM Target info is not present. smem_target.c:SMEM Target info addr=0x%08X memory mapping failed. smem_target.c:DAL devcfg wonce_offsets get failed! dal_result=%d, prop.dwType=%d, prop.dwLen=%d smem_target.c:DAL devcfg mutex_offsets get failed! dal_result=%d, prop.dwType=%d, prop.dwLen=%d smem_target.c:SMEM Target HW mutex mapping failed. smem_target.c:DAL devcfg tcsr_base_name get failed! dal_result=%d. smem_target.c:Cannot get DALProp handle dal_result=%d. smem_os_qurt.c:Failed to attach HWIO DalDevice. smem_os_qurt.c:Failed to map HW %s region. smem_os_qurt.c:Page mapping failed! offset=%x, size=%x, cacheability=%d diagpkt.c:Invalid Time API %d for ctrl packet %d diagpkt.c:Invalid version % for ctrl packet %d diagpkt.c:diagpkt_process_ctrl_msg: Invalid preset_id %d for ctrl msg %d diagpkt.c:diagpkt_delay_drop_cnt =%d diagpkt.c:Attempt to alloc too much: %d diagpkt.c:Bad parameters passed into diag_client_maskchange %d for proc id %d diagpkt.c:Non-0 request length (%d) and NULL request pointer! diag.c:allow_flow status is %d diag.c:Received Diag Req Pkt Size is %d Max Size For Req Pkt is %d diag.c:Invalid Time API to be set : %d diagbuf.c:Possbile Ring buffer corrupt! diagbuf.c:Attempt to alloc too much: %d diagbuf.c:invalid send_size %d diagdiag_common.c:Out of memory- Cannot send the delayed response diagdiag_common.c:Out of memory- Cannot send the response diagdiag_common.c:Panic mode test %d uid %d diagdiag_common.c:ERR Iter %d uid %d num_iter %d diagdiag_common.c:MSG_6 Iter %d uid %d num_iter %d procid %d %d %d diagdiag_common.c:MSG_5 Iter %d uid %d num_iter %d procid %d %d diagdiag_common.c:MSG_4 Iter %d uid %d num_iter %d procid %d diagdiag_common.c:MSG_3 Iter %d uid %d num_iter %d diagdiag_common.c:MSG_FATAL Iter %d uid %d num_iter %d diagdiag_common.c:MSG_ERROR Iter %d uid %d num_iter %d diagdiag_common.c:Client MSG_HIGH Iter %d uid %d num_iter %d diagdiag_common.c:MSG_2 Iter %d uid %d diagdiag_common.c:MSG_1 Iter %d diagdiag_common.c:Test MSG with no arg diagdiag_common.c:Failed to allocate q_item for stress test. diaglog.c:flush_last set in wrong state diaglog.c:Value of cmd code: %d diaglog.c:log_pkt_get_local_equipid_range(): Request packet pointer is NULL diaglog.c:MSG_3 cmd_code %d stream id %d equipment id %d diaglog.c:log_pkt_get_local_masks(): Request pointer is NULL diaglog.c:diag_ctrl_update_log_mask: Invalid lengths %d != %d diaglog.c:diag_ctrl_update_log_mask: Invalid lengths %d, %d diaglog.c:diag_ctrl_update_log_mask: Invalid equip_id %d diaglog.c:diag_ctrl_update_log_mask: Invalid stream_id %d diaglog.c:diag_ctrl_update_log_mask Sanity check failed diaglog.c:diag_ctrl_update_log_preset_mask: Invalid lengths %d != %d diaglog.c:diag_ctrl_update_log_preset_mask: Invalid stream_id %d diaglog.c:diag_ctrl_update_log_preset_mask: Invalid lengths %d, %d diaglog.c:diag_ctrl_update_log_preset_mask: Invalid equip_id %d diaglog.c:diag_ctrl_update_log_preset_mask Sanity check failed msg.c:MSG_1 cmd_code %d msg.c:msg_pkt_get_local_ssid_range(): Request pointer is NULL msg.c:Invalid stream_id = %d msg.c:MSG_2 cmd_code %d stream id %d msg.c:msg_pkt_get_local_masks(): Request pointer is NULL msg.c:update_msg_mask not found: stream_id=%d, ssid_first=%d, ssid_last=%d msg.c:diag_ctrl_update_msg_mask: No mask to update msg.c:diag_ctrl_update_msg_mask: Invalid lengths %d != %d msg.c:diag_ctrl_update_msg_mask: Invalid stream_id %d msg.c:diag_ctrl_update_msg_mask Sanity check failed msg.c:diag_ctrl_update_msg_preset_mask not found: stream_id=%d preset_id=%d, ssid_first=%d, ssid_last=%d msg.c:diag_ctrl_update_msg_preset_mask: No mask to update msg.c:diag_ctrl_update_msg_preset_mask: Invalid lengths %d != %d msg.c:diag_ctrl_update_msg_preset_mask: Invalid stream_id %d or preset_id %d msg.c:diag_ctrl_update_msg_preset_mask Sanity check failed event.c:Unexpected: Queue empty! event.c:Unexpected: Queue Empty! event.c:MSG_2 cmd_code %d stream id %d event.c:event_pkt_get_local_masks(): Request pointer is NULL event.c:diag_ctrl_update_event_mask: Invalid lengths %d != %d event.c:diag_ctrl_update_event_mask: Invalid stream_id %d event.c:diag_ctrl_update_event_mask Sanity check failed event.c:diag_ctrl_update_event_preset_mask: Invalid lengths %d != %d event.c:diag_ctrl_update_event_preset_mask: Invalid stream_id %d event.c:diag_ctrl_update_event_preset_mask Sanity check failed diagcomm_ctrl.c:diag_ctrl_malloc failed for buffer length: %d diagcomm_ctrl.c:diag_ctrl_malloc failed for item length %d diagcomm_ctrl.c:diag_ctrl_malloc allocation failed: %d diagcomm_ctrl.c:diagcomm_ctrl_send_mult_pkt - No pkt to write 0x%x %d diagcomm_ctrl.c:q_get returned NULL diag_mode.c:Invalid stream_id (%d) diag_mode.c:diag_drain_tx_buffer_stream - Invalid stream_id (%d) diag_mode.c:diag_set_tx_param_wm_stream - Invalid low percentage value %d for stream %d diag_mode.c:diag_set_tx_param_wm_stream - Invalid high percentage value %d for stream %d diag_mode.c:diag_set_tx_param_wm_stream - Invalid stream_id (%d) diag_mode.c:diag_get_tx_mode_stream - Invalid stream_id (%d) diag_mode.c:diag_set_tx_mode_stream - Cannot set invalid mode (%d) for stream_id (%d) diag_mode.c:diag_set_tx_mode_stream - Invalid stream_id (%d) diag_mode.c:Send drain status failed %d %d %d diagstartup.c:Hello World diagcomm_cmd.c:diagcomm_cmd_open - Could not open stream (%d, %d) diagcomm_io_udp.c:poll timedout! diagcomm_io_udp.c:poll returned error = %d diagcomm_io_udp.c:Got service with addr <%u,%u> diagcomm_io_udp.c:Setting socket type pref failed with rc= %d diagcomm_io_udp.c:Setting socket option failed with rc = %d diagcomm_io_udp.c:Control FD creation failed rc = %d! diagcomm_io_udp.c:Failed to bind address! Error code = %d diagcomm_io_udp.c:Connect returned %d diagcomm_io_udp.c:Could not create UDP socket - %d diagcomm_io_udp.c:diagcomm_io_udp_open: Number of sockets opened exceeds limit: %d diagcomm_io_udp.c:Getting server addr failed! diagcomm_io_udp.c:qrecvfrom returned an error %d diagcomm_io_udp.c:qpoll returned %d diagcomm_io_udp.c:diagcomm_io_udp_close:: Unsupported port_num: %d and channel_type: %d diagcomm_io_udp.c:diagcomm_io_udp_send:: Unsupported io_type: %d log_api.c:Attempt to allocate %d but Max Length of a log packet supported is %d diag_f3_trace_devcfg.c:Could not read diag_f3_trace_detail devcfg diag_f3_trace_devcfg.c:Could not read diag_f3_trace_control devcfg qmi_time_server_qurt.c:QMI Time Srv received unknown signal %d qmi_time_server_qurt.c:QMI time Server received unknown signal %d qmi_time_server.c:received null message qmi_time_server.c:wlan stop sending time updates to apps, base = %d, update = %d %x qmi_time_server.c:NULL request handle received qmi_time_server.c:Failure while getting time from wlan base = %d and time = 0x%x %x qmi_time_server.c:Successfully got time from wlan base = %d and time = 0x%x %x qmi_time_server.c:Apps requesting for wlan's time, base = %d, 0x%x %x qmi_time_server.c:Failure while updating wlan base = %d and time = 0x%x %x qmi_time_server.c:Successfully updated wlan base = %d and time = 0x%x %x qmi_time_server.c:Apps setting time on wlan, base = %d, time = 0x%x %x qmi_time_server.c:time Returning from the connect callback.........with connection handle set to :%p qmi_time_server.c:time Connect callback called.............. with server pointer:%p qmi_time_server.c:NULL time server object ptr received qmi_time_server.c:Disconnect callback called........with connection handle:%p, server handle:%p wal_hif_prio_mgr.c:bp_dur %u, drop_cnt %d, hp_ingress %d, lp_ingress %d, ce1 %d, ce2 %d, fifo_ele_max %d, fifo_max %d, evt_enqd_cnt %d wal_hif_prio_mgr.c:WMI_Event 0x%x Drop_cnt %d wal_hif_prio_mgr.c:htt_in %d, wmi_drop %d, htt_drop %d, max_hif_ele %d, max_full_per %d offload_mgr.c:_ofld_nondata_hdlr: status = 0x%x frmtyp = 0x%x offload_mgr.c:_ofld_nondata_hdlr: status_h8/sub_sts_8/ofld_id_16:0x%x frmtyp = 0x%x offload_mgr.c:wlan_rtt_action_frame_rx_handler: ERR: invalid frame type offload_mgr.c:wlan_rtt_action_frame_rx_handler: is_secure_frm:%d, iv_len:%d, is_11mc:%d, is_11az:%d, num_tlvs:%d, tlv_head:%p offload_mgr.c:wlan_rtt_action_frame_rx_handler: Ranging param IE not found offload_mgr.c:wlan_rtt_action_frame_rx_handler: ia_category:%d, ia_action:%d, rxbuf->totalLen:%d offload_mgr.c:wlan_rtt_action_frame_rx_handler: NULL peer ERR offload_mgr.c:wlan_rtt_action_frame_rx_handler: length ERR: totalLen:%d offload_mgr.c:_ofld_non_data_hdlr: peer = 0x%x addr1 0x%x addr2 = 0x%x offload_mgr.c:offldmgr_non_data_handler: Received rx buf as null for peer = 0x%x mac_id =0x%X rxbuf =0x%X offload_mgr.c:OFLD reg nondata name=0x%x, refcnt:0x%x offload_mgr.c:OFLD reg data vdev id=%d, max_len =%d offload_mgr.c:OFLD reg data name=0x%x, vdevid:0x%x, vdev_bitmap:0x%x offload_mgr.c:OFLD reg wmi name=0x%x, refcnt:0x%x offload_mgr.c:OFLD dereg nondata name=%d ref_cnt=%d offload_mgr.c:OFLD dereg data name=%d vdev id=%d,vdev mask=%d offload_mgr.c:OFLD drop wmi evt, id=%d, len:%d status:%d wlan_scan_sch.c:SCAN_SCH_SUPPRESS_REQ req_mod_id=%d sch_class = 0x%x id = 0x%x is_disable_scan = %d wlan_scan_sch.c:SCAN_SCH_CANCEL no match found wlan_scan_sch.c:SCAN_SCH_CANCEL already in progress wlan_scan_sch.c:SCAN_SCH_NEXT_SCAN_FAILED error_code=%d wlan_scan_sch.c:SCAN_SCH_SUPPRESS_MATCH scan_id = 0x%x, requestor = 0x%x, vdev_id = 0x%x, suppress_vdev_id_bitmap = 0x%x suppress_mod_bitmap[0:2] 0x%x 0x%x 0x%x wlan_scan_sch.c:SCAN_SCH_SUSPEND_NEXT_SCAN suspend_bitmap_63_32 = 0x%x, suspend_bitmap_31_0 = 0x%x wlan_scan_sch.c:SCAN_EVENT_SEND_FAILED scan_id = 0x%x vdev_id = %d ch_freq = %d req_sub_id = 0x%x reason = %d wlan_scan_sch.c:SCAN_INTERN_EVT (PREEMPTED) scan_id = 0x%x preempted_by (scan_id) = 0x%x reason = %d wlan_scan_sch.c:SCAN_INTERN_EVT (FOREIGN_CHANNEL) scan_id = 0x%x ch_freq = %d bss_ch_freq = %d passive/active = %d dwell_time = %d wlan_scan_sch.c:SCAN_INTERN_EVT evt_type=%x(1:start 2:compl 4:bss 8:frn_ch 10:deq 20:preempt 40:start_fail 80:restart 100:frn_ch_exit 200:susp 400:resume) scan_id=0x%x vdev_id=%d freq=%d req_sub_id=0x%x to_host(8b)|reason(8b)=0x%x abs_pri=%d dwell=%d wlan_scan_sch.c:SCAN_EVENT_COMPLETED really cancelled scan_id %d wlan_scan_sch.c:SCAN_SCH_CANCEL scan_id = 0x%x requestor_id = 0x%x vdev_id = %d req_type = %d wlan_scan_sch.c:SCAN_DETERM_HIGH_PRI cur scan not completed wlan_scan_sch.c:SCAN_SCH_START_NEW_REQ_FAILED error_code=%d wlan_scan_sch.c:SCAN_SCH_SUSPENDED suspend_bitmap_63_32 = 0x%x, suspend_bitmap_31_0 = 0x%x wlan_scan_sch.c:SCAN_SCH_CHECK_PARAMS_CH_INFO params->num_chan=%d 2g(3)|5g_act(3)|5g_pas(3)=%09d 6g_act(3)|6g_pas(3)=%06d sbs_or_dbs_enable=%d 5g_unii_L_act(3)|L_pas(3)=%06d 5g_unii_H_act(3)|H_pas(3)=%06d wlan_scan_sch.c:SCAN_SCH_START_FAIL err_code = %d(1:misc 2:vdev_invalid 3:no_mem_new_req 4:chunk_copy_fail) scan_id = 0x%d requestor_id = 0x%x req_sub_id = 0x%x requested_priority = %d ie_len = %d wlan_scan_sch.c:SCAN_SCH_START_INFO monitoring_interval = %d ie_len = %d ie_chunk_bitmap = 0x%x opmode = %d subopmode = %d wlan_scan_sch.c:SCAN_SCH_START scan_id = 0x%x requestor_id = 0x%x req_sub_id = 0x%x requested_priority = %d absolute_priority = %d actv_time_5g = %d actv_time_2g = %d pass_time = %d wlan_scan_sch.c:SCAN_SCH_START_PARAM_INVALID scan_id=0x%d param=0x%x wlan_scan_sch.c:SCAN_SCH_ENGINE_STOP_DUE_TO_TIMEOUT evt_scan_id = 0x%x evt_reason = 0x%x wlan_scan_sch.c:SCAN_EVENT_SEND_FAILED 0x%x wlan_scan_sch.c:SCAN_SCH_CSA_FAILED status = 0x%x wlan_scan_sch.c:SCAN_SCH_SUSPEND requestor_id = 0x%x suspend_bitmap_63_32 = 0x%x, suspend_bitmap_31_0 = 0x%x wlan_scan_sch.c:SCAN_SCH_RESUME requestor_id = 0x%x suspend_bitmap_63_32 = 0x%x, suspend_bitmap_31_0 = 0x%x wlan_scan_mgr.c:SCAN_MGR_CANCEL comp_pending=0x%x cancel_pending=0x%x wlan_scan_mgr.c:SCAN_MGR_CANCEL scan_id = 0x%x requstor = 0x%x stop_mode = %d scan_eng_start_pending = %d wlan_scan_mgr.c:SCAN_MGR_RESUME_EVENT 2g cur_chan = %d, 2g next_chan = %d, 5g cur_chan = %d, 5g next_chan = %d, band_5g_low(high)_num_chan_indices = %d(%d), band_5g_low(high)_num_chan_indices = %d(%d) wlan_scan_mgr.c:SCAN_MGR_STATE_CHANGE scan_id = 0x%x num_ssid = %d num_bssid = %d num_chan = %d new_scan_state = %d (0:completed 1:legacy 2:sync_DBS 3:async_DBS 4:agile 5:agile_DFS_2g 6:agile_DFS_5g) wlan_scan_mgr.c:SCAN_MGR_EVENT_PREEMPTED or SCAN_MGR_EVENT_SUSPENDED drop_event = %d wlan_scan_mgr.c:SCAN_MGR_EVENT_SUSPENDED scan_id = 0x%x cur_chan_index = 0x%x reason = 0x%x cur_scan_policy = %d wlan_scan_mgr.c:SCAN_MGR_EVENT_PREEMPTED scan_id = 0x%x cur_chan_index = 0x%x mac_id = %d 2g_next_idx = %d 2g_curr = %d 5g_next_idx = %d 5g_curr = %d reason = 0x%x cur_scan_policy = %d wlan_scan_mgr.c:SCAN_MGR_EVENT_PREEMP_SUSP engid_policy_susp_preempt = 0x%08x 2g_idx(8)|tot(8)|5g_idx(8) = 0x%x 5g_E8_H8_L8_LA8 = 0x%x cancel_pending_bitmask = %d comp_pending_bitmask = %d comp_pending_5g_LB = %d comp_pending_5g_LB_act_ch = %d wlan_scan_mgr.c:SCAN_MGR_EVENT_COMPLETED eng_id = %d scan_id = 0x%x num_ssid = %d num_bssid = %d num_chan = %d is_drop = %d wlan_scan_mgr.c:SCAN_MGR_EVENT_ASYNC_COMPLETE scan_handler_id = 0x%x band_5g_cur_chan_index = %d band_2g_cur_chan_index = %d comp_pending_bitmask = 0x%x comp_pending_5g_LB_act_ch = %d wlan_scan_mgr.c:SCAN_MGR_EVENT_FAIL: Invalid input - scan_handler_id = %d, current_scan_sch_req = 0x%x wlan_scan_mgr.c:SCAN_MGR_SCAN_POLICY_RECOMPUTE_END vdev_index = %d, chan_index = %d, policy_sel = %d, new_scan_policy = %d, cur_scan_policy = %d, scan_policy_max = %d, suppress mode bitmap = 0x%x, caller_id = 0x%x wlan_scan_mgr.c:SCAN_MGR_SCAN_POLICY_RECOMPUTE invalid chan index vdev_index=%d has_2g_chan=%d passive_5g=%d has_5g_chan_active=%d passive_6g=%d has_6g_ch_active=%d wlan_scan_mgr.c:SCAN_MGR_SCAN_POLICY_RECOMPUTE_START suppress mode bitmap = 0x%x is_scan_start = %d ch_list_mode(2)|suspend(2)|preempted(2) = %06d wlan_scan_mgr.c:SCAN_POLICY_EVENT current_allowed_policy = 0x%x new_allowed_policy = 0x%x current_scan_req = 0x%x suppress_mode_bitmap = 0x%x wlan_scan_mgr.c:SCAN_MGR_PDEV_SUSPEND_RESUME_CHANGE_EVT pdev_id = %d requestor = %d reason %d state = %d wlan_scan_mgr.c:SCAN_MGR_SCAN_START_NON_DBS scan_id = 0x%x cur_scan_policy = %d wlan_scan_mgr.c:SCAN_MGR_SCAN_START scan_id = 0x%x cur_scan_policy = %d scan_cfg_state = %d ch_list_mode = %d band_2g_next_chan_idx = %d band_5g_next_chan_idx = %d wlan_scan_mgr.c:SCAN_SCH_NEXT_SCAN_FAILED after setting new channel lists, error_code=%d wlan_scan_mgr.c:SCAN_MGR_BCN_RECV_FAIL err_code = %d(1:macid_invalid 2:cur_sch_scan_req_null) mac_id = %d wlan_scan_mgr.c:SCAN_MGR_BCN_RECV_WRONG_CH mac_id = %d freq = %d ch_freq = %d cur_freq = %d get_ch_freq_code = %d wlan_scan_mgr.c:SCAN_MGR_DS_PARAM mac_id = %d, chan = %d len = %d wlan_scan_mgr.c:SCAN_MGR_CH_MODE_CHANGE scan cancelled wlan_scan_unit_test.c:SCAN_NUM_SUPP_CHAN_LIST %d wlan_scan_6g_discv.c:SCAN_RNR_CACHE_TBL_ACT act_target_reason_attrib = 0x%08x num_items_in_cache = %d freq = %d s_ssid = 0x%08x bssid = %08x%04x wlan_scan_6g_discv.c:SCAN_RNR_HANDLER ret_code = %d wlan_scan_6g_discv.c:SCAN_FILSD_HANDLER_ERROR err_code = %d wlan_scan_6g_discv.c:SCAN_FILSD_PARSER_ERROR rx_freq = %d len = %d ret = 0x%x wlan_scan_wmi.c:SCAN_SCH_STOP_COMMAND_FAILED status = 0x%x wlan_scan_wmi.c:SCAN_START_COMMAND_FAILED err_ret_code = %d(1:normal 2:NOL) status = 0x%x wlan_scan_wmi.c:CheckNOL status = %d, p_cmd->num_chan = %d, numOfChans = %d, scan_id = %d, req_id = %d wlan_scan_wmi.c:%s: Invalid params wlan_scan_wmi.c:SCAN_SCH_WMI_START_SCAN s_ssid_bssid_cache = 0x%x num_hint_freq_short_ssid_list = %d num_hint_freq_bssid_list = %d dtime_act = %d dtime_pas = %d min_dtime = %d wlan_scan_wmi.c:SCAN_SCH_WMI_START_SCAN bssid = %02x:%02x:%02x:%02x:%02x:%02x wlan_scan_wmi.c:SCAN_SCH_WMI_START_SCAN num_ssid from %d to %d, num_bssid from %d to %d, num_chan = %d ie_len = %d wlan_scan_wmi.c:SCAN_SCH_WMI_START_SCAN 6ghz_ch 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x wlan_scan_wmi.c:SCAN_SCH_WMI_START_SCAN vdev_id = 0x%x is FREE wlan_scan_wmi.c:SCAN_SET_CHAN_LIST idx = %d, mhz = %d, is_passive = %d ch_info = 0x%x reg_info_1 = 0x%x reg_info_2 = 0x%x max_bd = %d is_nan_disabled = %d wlan_scan_wmi.c:SCAN_SET_CHANLIST_FAILED support_chan %d num_scan_chans %d wlan_scan_eng.c:AUTO_CHAN_EVT_HDNLR CURR_CHAN_STATS_ERROR error_code = %d (1:scan_handle NULL, 2:chan_freq 0) scan_id = %d evt_mac_id = %d type = 0x%x freq = 0x%x wlan_scan_eng.c:CHANNEL_CONGESTION_PRINTS cycle_cnt = %10u, busy = %10u, tx = %10u, rx = %10u, mr_rx = %10u, chan_freq= %d send_stats:%d wlan_scan_eng.c:SCAN_ENG_MAX_SCAN_TIMEOUT scanhandle_id = %d scan_id = 0x%x wlan_scan_eng.c:SCAN_ENG_PARAM_2 idle_time = %d msec repeat_probe_time = %d msec probe_spacing_time = %d msec probe_delay = %d msec burst_duration = %d msec max_num_probes(2g|5g) = %d cancel_probe_req_defer = %d wlan_scan_eng.c:SCAN_ENG_PARAM_1 dwell_time_active = %d dwell_time_active_2g = %d msec dwell_time_passive = %d msec min_rest_time = %d msec max_rest_time = %d msec max_scan_time = %d msec wlan_scan_eng.c:SCAN_ENG_START scan_id = 0x%x eng_id(3)|req_type(3) = %06d num_chans_[req(3)|granted_2g(3)|granted_5g(3)] = %09d num_[ssid(3)|bssid(3)] = %06d flags = 0x%x vdev_freq = %d cur_ch_idx_2g|5g = %d %d wlan_scan_eng.c:SCAN_ENG_CALC_CHAN num_6g_active = %d num_6g_passive = %d num_items_in_cache = %d scan_all_psc_chan = %d scan_all_non_psc_chan = %d match_hint = %d skip_non_rnr_chan = %d client_priority = %d wlan_scan_eng.c:SCAN_ENG_CALC_CHAN num_2g = %d num_5g = %d num_5g_active = %d (num_5g_low_act_ch = %d) num_5g_passive = %d double_passive_chan_scan = %d num_6g_ch = %d num_extra_6g_ch = %d wlan_scan_eng.c:SCAN_ENG_SPOOFED_MAC_ADDR full_mac_addr = %08x%04x partial_mac_addr = %08x%04x wlan_scan_eng.c:SCAN_ADJUST_PARAM active=%d active_2g=%d passive=%d rest=%d wlan_scan_eng.c:SCAN_SM_START_COMMAND_FAILED cur_sch_scan_req = NULL handle = 0x%x wlan_scan_eng.c:SCAN_ENG_START_IN_PROGRESS = 1 scan_id = 0x%x requestor = 0x%x req_sub_id = 0x%x priority = %d -> return EBUSY wlan_scan_eng.c:SCAN_ENG_CANCEL scanhandler_id = %d scan_id = 0x%x requestor= 0x%x stop_mode = %d scan_in_progress = %d cancel_in_progress = %d wlan_scan_eng.c:SCAN_BCN_RECVD mhz=%d at %08x is_scan_in_progress=%d (0 ignored) send_probe_req_on_DFS_ch=%d (1 ignored) wlan_scan_eng.c:SCAN_SM_SKIP_NON_RNR_CH freq = %d chan_index = %d wlan_scan_sm.c:SCAN_SM_TRANSITIONS_MAC_%d %d => %d wlan_scan_sm.c:SCAN_SEND_PROBE_REQ_RET err_ret = %d scan_id = 0x%x wlan_scan_sm.c:SCAN_SEND_PROBE_REQ_INFO scan_id = 0x%x band_2G_info = 0x%x band_5G_info = 0x%x probe_time = %d last_ssid_idx = %d last_bssid_idx = %d last_sent_probes = %d increase_probe_cnt:%d wlan_scan_sm.c:SCAN_SEND_PROBE_REQ scan_id = 0x%x mac_id = %d freq = %d cur_index = %d max_num_probe = %d probe_timer_count = %d chainmask = %d ppdu_info = 0x%x max_tx_power = %d wlan_scan_sm.c:SCAN_SM_PROBE_REQ_FRAME_GEN_FAILED scanhandler_id = %d wlan_scan_sm.c:SCAN_SM_PROBE_REQ_FRAME_GEN_FAILED scanhandler_id = %d 5g_freq = %d 2g_freq = %d wlan_scan_sm.c:SCAN_SEND_PROBE_REQ_6G_MGR err_ret = %d wlan_scan_sm.c:SEND_PROBE_ON_6GHZ_CH freq = %d bssid = %08x%04x (cur_20TU_idx = %d add_flags_save = 0x%x add_flags = 0x%x chainmask = 0x%x ppdu_info = 0x%x) wlan_scan_sm.c:SEND_PROBE_ON_6GHZ_CH freq = %d short_ssid = 0x%x (cur_20TU_idx = %d add_flags_save = 0x%x add_flags = 0x%x chainmask = 0x%x ppdu_info = 0x%x) wlan_scan_sm.c:SCAN_SM_PROBE_REQ_FRAME_GEN_FAILED scanhandler_id = %d 6g_freq = %d wlan_scan_sm.c:SCAN_SEND_PROBE_REQ_5G_RET scan_id = 0x%x freq = %d cur_index = %d flags = 0x%02x wlan_scan_sm.c:SCAN_SEND_PROBE_REQ_2G_RET scan_id = 0x%x freq = %d cur_index = %d flags = 0x%02x wlan_scan_sm.c:SCAN_SM_FOREIGN_CHAN_EVENT !error! not implemented scan policy: %d wlan_scan_sm.c:SCAN_SM_FOREIGN_CH actual_probe_delay = %d, scan_sch_handle->cancel_probe_req_defer = %d, params.cancel_probe_req_defer = %d wlan_scan_sm.c:SCAN_SM_LEGACY_MAC_CHANGE scanhandler_id = %d, last_legacy_macid = %d req_mac_id = %d, index = %d wlan_scan_sm.c:SCAN_SM_DISPATCH_MAC_%d %d < %d wlan_scan_sm.c:SCAN_SM_REQ_NEXT_CHAN !error! not implemented scan policy: %d wlan_scan_sm.c:SCAN_SM_REQ_NEXT_CHAN scan_id=0x%x cur_policy(8)|hdl_id(8)=0x%x 2g_idx(16)|tot(16)=0x%x 5g_idx(8)|tot(E8_H8_L8)=0x%x dwell=%dms dur=%dus freq_pri=%d freq_sec=%d wlan_scan_sm.c:SCAN_NEXT_CH_ERROR n_chan is not assigned wlan_scan_sm.c:SCAN_SM_REQ_NEXT_CHAN_ASYNC_CMPLT scanhandler_id = 0x%x wlan_scan_sm.c:SCAN_SM_REQ_NEXT_CHAN_ASYNC_CMPLT band_2g_num_chan_indices = %d band_2g_cur_chan_index = %d band_5g_low_num_chan_indices = %d band_5g_cur_chan_index = %d comp_pending_5g_low_band = %d wlan_scan_sm.c:SCAN_SM_REQ_NEXT_CH_AGILE agile scan totally complete (mac_5g) wlan_scan_sm.c:SCAN_SM_OCS_TIMEOUT scan_id 0x%x, requestor = %d, curr_index = %d, curr_policy = %d wlan_scan_sm.c:SCAN_SM_CANCEL scan_stop = 0x%x scan_timeout = %d wlan_vdev_misc.c:STA_KICKOUT: Reason=%d wlan_vdev_misc.c:Received IBSS Beacon peer = 0x%x send_to_host = %d wlan_vdev_misc.c:OMI: Error peernss = 0x%lx OMI nss = 0x%lx bssBw= %1x OMI Bw= %1x peerMaxBw = %d wlan_vdev_misc.c:wlan_vdev_reconfig: wlan_vdev vdev_id = %d is not up wlan_vdev_misc.c:wlan_vdev_fill_vdev_mac_entry: vdev_id=%d, pdev_id=%d wlan_vdev_misc.c:wlan_vdev_get_migrate_active_vdev_list vdev_id_list=0x%x wlan_vdev_misc.c:failed to allocate buffer for FD TMPL CMD wlan_vdev_misc.c:FD_TMPL_CMD: invalid vdev_id wlan_vdev_misc.c:FD_TMPL_CMD: buf_len is greater than max len wlan_vdev_misc.c:User configured fils discovery period (%d) is more than max supported value (%d). Capping fd period to max supported wlan_vdev_keepalive.c:IBSS Keep Alive last_rx_timestamp = 0x%x ibss_max_bcn_lost_uses = 0x%x current time = 0x%x wlan_vdev_keepalive.c:VDEV_MGR_AP_KEEPALIVE KICKOUT: vdevid:%d, aid:%d, max_inactivity:0x%x last_txrx_activity:0x%x curr_time:0x%x, data_act:0x%x, mgmt_ctrl_act:0x%x, IdleOption:%d wlan_vdev_keepalive.c:VDEV_MGR_AP_KEEPALIVE_UNRESPONSIVE vdev_id = %d assoc_id = 0x%x inact_gen = 0x%x n_buffered_mpdu = 0x%x wlan_vdev_keepalive.c:VDEV_MGR_AP_KEEPALIVE_INACTIVE vdev_id = 0x%x assoc_id = 0x%x inact_gen = 0x%x n_buffered_mpdu = 0x%x wlan_vdev_keepalive.c:VDEV_MGR_AP_KEEPALIVE_IDLE vdev_id = %d assoc_id = 0x%x inact_gen = 0x%x n_buffered_mpdu = 0x%x wlan_vdev_keepalive.c:VDEV_MGR_AP_HEARTBEAT_FUNC skip fake sleep and fake wake up for 11S MESH vdev_id = %d, assoc_id = %d, wal_peer = 0x%x wlan_vdev_keepalive.c:KA: wlan_vdev_keepalive_ready_to_send cur_txrx_ref_time = 0x%x last_txrx_time = 0x%x inactive_time_ms = %d wlan_vdev_keepalive.c:KA: VDEV_MGR_AP_KEEPALIVE_INACTIVE vdev_id = %d cur_txrx_ref_time = 0x%x last_txrx_time = 0x%xlast_tx_time = 0x%x last_rx_time = 0x%x wlan_vdev_keepalive.c:VDEV_MGR_BCN_IN_SYNC: vdev_id = %d wlan_vdev_keepalive.c:VDEV_MGR_FINAL_BMISS_DETECTED: vdev_id = %d wlan_vdev_keepalive.c:VDEV_MGR_FIRST_BMISS_DETECTED: vdev_id = %d wlan_vdev_schedule.c:VDEV_MGR_AP_TBTT_CONFIG: vdev_id = %d, chan_mhz = 0x%x, tbtt_link_type = 0x%x, ni_intval = 0x%x, ap_tbtt_offset = 0x%x, is_bt_enable:%d wlan_vdev_schedule.c:Corr_sta_tbtt_drift: vdev_id = %d, chan_mhz = 0x%x, start_tsf = 0x%x wlan_vdev_schedule.c:VDEV_MGR_AP_TBTT_CONFIG: vdev_id =%d, chan_mhz = 0x%x, tbtt_link_type = 0x%x, ni_intval = 0x%x, tbtt_offset = 0x%x, is_bt_enabled:%d wlan_vdev_schedule.c:VDEV_MGR_OCS_HP_LP_REQ_POSTED: vdev_id = %d, hp_ch_req = 0x%x, lp_ch_req = 0x%x wlan_vdev_schedule.c:VDEV_MGR_LOWPOWER_LP_CHREQ_ENABLED: vdev_id = %d, factor = 0x%x wlan_vdev_schedule.c:VDEV_MGR_HP_START_TIME: vdev_id = %d, chan_mhz = 0x%x, start_tsf = 0x%x, sta offset:0x%x wlan_vdev_schedule.c:VDEV_MGR_LOWPOWER_HP_CHREQ_ENABLED: vdev_id = %d, chan_mhz = 0x%x wlan_vdev_schedule.c:WMI_EVENT_SEND: vdev_id = %d, opmode = %d, event = WMI_VDEV_START_RESP_EVENTID wlan_vdev_schedule.c:WMI_EVENT_ALLOC_FAILURE: vdev_id = %d, opmode = %d, evt_id = WMI_VDEV_START_RESP_EVENTID wlan_vdev_schedule.c:multi_vdev WMI_EVENT_SEND: pdev_id = %d, event = WMI_PDEV_MULTIPLE_VDEV_RESTART_RESP_EVENTID wlan_vdev_schedule.c:WMI_EVENT_ALLOC_FAILURE: vdev_id = %d, opmode = %d, evt_id = WMI_PDEV_MULTIPLE_VDEV_RESTART_RESP_EVENTID wlan_vdev_schedule.c:multi_vdev response: vdev_id=%d, num_multi_vdev_restart_compl=%d, multi_vdev_restart_bitmap=0x%x wlan_vdev_schedule.c:WLAN_VDEV_DPD_CAL_START vdev_id:%d wlan_vdev_schedule.c:VDEV_MGR_VDEV_START_OCS_HP_REQ_STOP: vdev_id = %d wlan_vdev_schedule.c:VDEV_MGR_PEER_AUTHORIZED: vdev_id = %d wlan_vdev_schedule.c:VDEV_MGR_FIRST_BCN_RECEIVED: vdev_id = %d wlan_vdev_schedule.c:WLAN_VDEV_DPD_CAL_DONE vdev_id:%d ch:%d wlan_vdev_schedule.c:VDEV_MGR_VDEV_START_OCS_HP_REQ_COMPLETE: vdev_id = %d wlan_vdev_schedule.c:VDEV_MGR_VDEV_START_OCS_HP_REQ_COMPLETE without VDEV UP: vdev_id = %d, ch_req_flag = 0x%x wlan_vdev_schedule.c:VDEV_MGR_FIRST_BMISS_DETECTED: Post Critical ch_req wlan_vdev_schedule.c:vdev_bmiss_crit_ch_req_cb: ch_req completed without receiving beacon wlan_vdev_schedule.c:vdev_bmiss_crit_ch_req_cb: ch_req granted wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE_DELAY_UPDATE: vdev_id = %d avg_data_null_tx_delay = %d avg_rx_leak_window = %d pause_delay_us = %d is_bt_connected = %d wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE_COMP: vdev_id = %d pause_status = SUCCESS data_null_tx_delay = %d avg_data_null_tx_delay = %d actual_leak_window = %d avg_rx_leak_window = %d wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE_COMP: vdev_id = %d pause_status = FAILURE data_null_tx_delay = %d avg_data_null_tx_delay = %d actual_leak_window = %d avg_rx_leak_window = %d wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE_COMP: vdev_id = %d pause_status = LEAKY AP DETECTED data_null_tx_delay = %d actual_leak_window = %d pause_delay_us = %d consec_detect_leaky_ap_cnt = %d wlan_vdev_pause.c:VDEV Unpause Failure: VDEV ID = %d pause_bitmap = 0x%x in Unpause complete wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE: enable_null_leaky_ap_pause=0x%x no_null_to_ap_for_roaming=%d leakyAp_cts2s_enable=%d pause_delay_us=%d req from mod_id = %x wlan_vdev_pause.c:VDEV_PAUSE_FAIL ifPaused set with pause_bitmap = 0 in _wlan_vdev_pause wlan_vdev_pause.c:vdev->bcn_tx_paused_wlan_vdev_pause_1=0x%x wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE csa_roaming_ongoing and no host unpause wlan_vdev_pause.c:VDEV_MGR_VDEV_PAUSE unpause non_protocol_unpaused wlan_vdev_pause.c:VDEV_UNPAUSE_FAIL: ifPaused not set with pause_bitmap = 0x%x in _wlan_vdev_unpause wlan_vdev_pause.c:enable_null_leaky_ap_pause=0x%x wlan_vdev_pause.c:Disable leaky AP CTS2S: vdev_id = %d pause_delay_us = %d wlan_vdev.c:WMI_VDEV_MULTIPLE_PEER_GROUP_CMDID Invalid vdevid:%d wlan_vdev.c:WMI_VDEV_MULTIPLE_PEER_GROUP_CMDID Invalid pmac pdevid:%d wlan_vdev.c:wlan_vdev_handle_wfa_config_cmd override_rsnxe=%d, ignore_csa=%d, deauth_on_saquery_timeout=%d override_oci_chan frame_types=%d, override_oci_chan=%d wlan_vdev.c:KA: cmd handler() -> start timer vdev_id = %d keepalive_interval = 0x%x keepalive_method = 0x%x wlan_vdev.c:WMI_VDEV_GET_KEEPALIVE_CMDID: vdev_id = %d event alloc failed wlan_vdev.c:LIMIT_OFFCHAN_ARBITER_RESULT flag=0x%x max_offchan_time=%d rest_time=%d wlan_vdev.c:LIMIT_OFFCHAN_ARBITER client=%d flag=0x%x max_offchan_time=%d rest_time=%d wlan_vdev.c:LIMIT_OFFCHAN_ERROR vdev_id=%d wlan_vdev.c:set_restore_mac_addr status = %d, freq = %d, evh = 0x%x wlan_vdev.c:WMI NRP Config : addr1=%d, idx=%d, type=%d, action=%d wlan_vdev.c:WAL_DBGID_SET_M4_SENT_MANUALLY VDEV ID = %d, peer = 0x%x wlan_vdev.c:VDEV_INSTALL_KEY_FAIL_MESH vdev_id %d mac_addr %04x:%08x status %d wlan_vdev.c:VDEV_INSTALL_KEY_FAIL vdev_id %d mac_addr %04x:%08x status %d wlan_vdev.c:key cache POOL ALLOC FAILURE wlan_vdev.c:11w PMF vdevId=%d key_ix=%d cipher=%d is_group_key_valid %d group_key_ix %d wlan_vdev.c:Err: WMI_VDEV_PARAM_NTH_BEACON_TO_HOST command came for non STA vdev wlan_vdev.c:Setting CABQ to %x wlan_vdev.c:WMI_VDEV_PARAM_SMPS_INTOLERANT: vdev_id:%d, param:%d wlan_vdev.c:WMI_VDEV_PARAM_DISABLE_NOA_P2P_GO ic_mode:%d ic_subopmode:%d param:%d wlan_vdev.c:WLAN_VDEV_SET_PARAM_FAIL3 paramid:%d vdevp:0x%x vdevp->bss:0x%x wlan_vdev.c:vdev_id: %d vdev_set_param: id: 0x%x param_value: 0x%x wlan_vdev.c:WMI_CMD_PARAMS VdevId/AC/Arg1 = %d Cmd/Med-Time/Action/Arg2 = %d wlan_vdev.c:BIGDATA ERR: vdev NULL or FREE wlan_vdev.c:vdev id %d, ac %d, software retry type %d, software retry threshold %d, pdev->agg_retry_th %d, pdev->non_agg_retry_th %d wlan_vdev.c:WMI_VDEV_GET_ARP_STAT_CMDID: vdev_id = %d event alloc failed wlan_vdev.c:VDEV_DISPATCH_DISA_FRAME_TX failed status=%d wlan_vdev.c:DISA event sent to HOST: frame_len=%d wlan_vdev.c:Failed to allocate memory for DISA event!!! wlan_vdev.c:WMI_VDEV_ENCRYPT_DECRYPT_DATA_REQ_CMDID invalid data_len %d wlan_vdev.c:WMI_VDEV_ENCRYPT_DECRYPT_DATA_REQ_CMDID invalid vdev_id %d wlan_vdev.c:vdev id %d, aggregation type %d, ac %d, max num frames %d, enable_bitmap %d rx_size %d wlan_vdev.c:Error: vdev id %d, aggregation type %d, ac %d, max num frames %d, enable_bitmap %d wlan_vdev.c:vdev_set_mandatory_ie: not handled ie_id=%d wlan_vdev.c:vdev_set_mandatory_ie: ie_id=%d, id_len=%d wlan_vdev.c:vdev_set_mandatory_ie_by_band: ie_id=%d, band=%d, id_len=%d wlan_vdev.c:vdev_set_scan_default_ie status = 0x%x vdev_id=%d prunned_ie_len=%d wlan_vdev.c:vdev_extract_mandatory_ies: id=%d, len=%d wlan_vdev.c:dispatch_set_ie_cmd: ie_id = 0x%x, id_len = %d, source=%d, band=%d wlan_vdev.c:wlan_vdev_tsf_report: vdev_id = %d, tsf_low = 0x%x, tsf_high = 0x%x, qtimer_low=0x%x, qtimer_high=0x%x wlan_vdev.c:wlan_vdev_tsf_tstamp_action: vdev_id = %d, vdev_ifUp = %d wlan_vdev.c:wlan_vdev_tsf_tstamp_action:vdev_id = %d, action = 0x%x wlan_vdev.c:WMI_VDEV_SET_WMM_PARAMS_CMDID ac[31-16]/acm[15-0] = 0x%x cw_min = 0x%x cw_max = 0x%x txop_limit[31-16]/aifs[15-0] = 0x%x wlan_vdev.c:Invalid WAL VDEV in WMI_VDEV_SET_WMM_PARAMS_CMDID, VDEV ID = %d wlan_vdev.c:Invalid VDEV in WMI_VDEV_SET_WMM_PARAMS_CMDID, VDEV ID = %d wlan_vdev.c:dispatch_wmm_delts_cmd: end wlan_vdev.c:dispatch_wmm_delts_cmd: ac = %d vdev id = %d wlan_vdev.c:WMI_CMD_PARAMS AC = %d Med-Time usec = %d DwnGrd_Type = %d wlan_vdev.c:VDEV_STOP_EVT VDEV ID = %d HW Q depth= %d, SW Q depth = %d wlan_vdev.c:VDEV_STOP_ABORT_TX after_abort, hwq=0x%x, swq=0x%x wlan_vdev.c:VDEV_STOP_ABORT_TX abort_succeeds, hwq=0x%x, swq=0x%x wlan_vdev.c:VDEV_STOP_ABORT_TX abort_fails, hwq=0x%x, swq=0x%x wlan_vdev.c:VDEV_STOP_ABORT_TX try_to_abort, hwq=0x%x, swq=0x%x wlan_vdev.c:WAL Peer event Vdev ID = %d HW Q depth= %d, SW Q depth = %d wlan_vdev.c:WAL Peer event vdevp %d is_free %d, is_vdev_stopping %d wlan_vdev.c:VDEV EVT:RT thread handle vdev_stop_down_del msg cmd = %d, vdev_id = %d, vdev_mode = %d wlan_vdev.c:VDEV_START: vdev_id[31-24]/mode[23-16]/mode[15-8]/mac_id[7-0] = 0x%x chan_mhz = %d phy_mode=%d band_center_freq1=%d band_center_freq2=%d ldpc_rx_enabled=%d vdev_flags:0x%x wlan_vdev.c:VDEV_MGR_HP_START_TIME vdev_id = 0x%x chan_mhz = %d start_tsf = 0x%x wlan_vdev.c:resmgr link already exist: 0x%X vdev_id = %d wlan_vdev.c:wmi vdev send event %d wlan_vdev.c:VDEV EVT: vdev down id=%d, mode=%d wlan_vdev.c:wlan_vdev_migrate vdev_id[31-16]/from_mac[15-8]/to_mac[7-0] 0x%x, is_up[24]/is_active[16]/mode[15-8]/submode[7-0] 0x%x wlan_vdev.c:STA-DFS flag SET in wmi_channel for vdev %d wlan_vdev.c:WMI_EVENT_ALLOC_FAILURE: VDEV_REJECT_VDEV_START_REQ_RESP_EVENTID buffer failure wlan_vdev.c:Rejecting vdev_start request for vdev_id = %d from requestor_id = 0x%x. STA + STA not supported wlan_vdev.c:Rejecting vdev_start Invalid tx/rx streams vdev_id= 0x%x wlan_vdev.c:Rejecting vdev_start Home channel not in supported band vdev_id= 0x%x wlan_vdev.c:Rejecting vdev_start BSS Peer not created vdev_id= 0x%x wlan_vdev.c:Rejecting vdev_start Invalid Regdomain vdev_id= 0x%x, host_regdomain = %d regdomain = %d isDFSSTA=%d wlan_vdev.c:VDEV_MGR_STA_PS_EVENT: vdev_id=%d, event_type=%d wlan_vdev.c:VDEV EVT: vdev create id=%d, mode=%d submode=%d wlan_vdev.c:KA: wlan_vdev_up() -> start timer vdev_id = %d keepalive_interval = 0x%x keepalive_method = 0x%x wlan_vdev.c:VDEV RESMGR_LINK_ATTR_SMPS_VALID VHT mode:%d wlan_vdev.c:VDEV RESMGR_LINK_ATTR_SMPS_VALID Peer_flags:%d wlan_vdev.c:VDEV_MGR_VDEV_UP id=%d, mode=%d wlan_vdev.c:WLAN_DISPATCH_VDEV_UP !!!host sends wrong MBSSID param!!! wlan_vdev.c:WLAN_DISPATCH_VDEV_UP vdev_flags:0x%x vdev_bssid:%x_%x trans_bssid:%x_%x profile_idx:%d profile_num:%d wlan_vdev.c:VDEV free error, peer addr:0x%x, mac:0x%x 0x%x wlan_vdev.c:VDEV EVT: vdev delete id=%d, mode=%d wlan_vdev.c:allow during connecting, subtype:%x wlan_vdev.c:VDEV EVT:DATA offload thread handle vdev_stop_down_del msg cmd = %d, vdev_id = %d, vdev_mode = %d wlan_vdev.c:VDEV EVT: WMI_VDEV_DELETE_RESP_EVENTID vdevId=%d vdev_type: %d vdev_subtype: %d wlan_vdev.c:VDEV EVT peer not cleared idx=%d vdev_id = %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x usage_count = %d wlan_vdev.c:wlan_beacon_tx: vdev id = %d vdev delete return becasue bcn ctxt is not free yet wlan_vdev.c:VDEV EVT:RT thread handle vdev_stop_down_del cmd:%d, vdev_id:%d wlan_vdev.c:wlan_vdev_unit_test: vdev_id = %d, set_ctrl_path_sw_event_bitmap: value = 0x%x wlan_vdev.c:wlan_vdev_unit_test: vdev_id = %d, cmd = WMI_VDEV_PARAM_ABG_MODE_TX_CHAIN_NUM, value = 0x%x wlan_coex_utils.c:WLAN_COEX_TXRX_CB: frameType 0x%x vdev %d txSt 0x%x flush %d consFlshCnt %d wlan_coex_utils.c:WLAN_COEX_VDEV_PAUSE: status(%d) max_time(%u) pause(%u) softAp(%u) opmode(%u) wlan_coex_utils.c:WLAN_COEX_LEAKYAP_NULL: found(%u) vdev_id = %d, enable_null_pause = %d wlan_coex_utils.c:WLAN_COEX_SET_SWBMISS: wlan_vdev_t is NULL, enable: %u wlan_coex_utils.c:WLAN_COEX_MCS_RATE: status(%d) mcs(%u) wlan_coex_utils.c:WLAN_COEX_VDEV_CREATE: Error(0x%x) wlan_coex_utils.c:COEX_BT_ACTIVITY_NOTIFY: is_connected(%d) wlan_coex_utils.c:COEX_BT_ACTIVITY: prof_bitmap(0x%x), scan_bitmap(0x%x) wlan_coex_utils.c:COEX_VDEV_AUTH_MODE: coex_vdev_get_auth_mode: isEnterprise(%d) wlan_coex_utils.c:COEX_SBS_SCAN: disable_sbs_scan:%u wlan_coex_main.c:WLAN_COEX_VDEV_EVENT: vdev_id(%d), mac_id(%d) wlan_coex_11ax.c:COEX_BT_ACTIVITY: is_bt_on %u mac_2g %u wlan_coex_ps.c:COEX_PSP_SEND_PSPOLL: 0 wlan_coex_ps.c:COEX_PSP_READY_STATE: T2NonWlan(%u) EndTS(%d) MoreData(%u) ExpTS(%d) NonWlanIdleTime(%u) wlan_coex_ps.c:COEX_PSP_SPEC_POLL: En(%u) Count(%u) TS(%u) AllowSpecPsPollTx(%u) Delta(%u) Intrvl(%u) wlan_coex_ps.c:COEX_PSP_SEND_PSPOLL: State(0x%x) PSPNum(%u) wlan_coex_ps.c:COEX_PSP_MGR: Error(0x%x) Stimulus (%u) State(0x%x), Avg(%u) EstimationOverun(%u) SpecCount(%u) MoreData(%u) wlan_coex_ps.c:COEX_PSP_NONWLAN_INTERVAL: BaseIntrvl(%u) NonWlanIdleTime(%u) PsPollSpecInterval(%u) ApResponseTimeout(%u) wlan_coex_ps.c:COEX_PSP_RX_STATUS_STATE_1: ExpTS(%d) ActTS(%d) IsOverRun(%u) RespOverUnderRunTime(%d) ApResponseRxDuration(%u) wlan_coex_ps.c:COEX_PSP_ERROR: COEX_PSP_ERROR_VDEV_NULL Stimulus(%u) wlan_coex_ocs.c:WLAN_OCS_RESTART: rc(%d) vdev_id(%u) wlan_coex_ocs.c:WLAN_OCS_REQ: Error(0x%x), status(%d) ocs_req_state(0x%x) bt_req(0x%x) priority(%d) wlan_coex_ocs.c:WLAN_OCS_REQ: OCS Start: COEX_OCS_START_ERROR (0x%x), ocs_cal_req_state(0x%x) bt_cal_req(0x%x) wlan_coex_ocs.c:WLAN_OCS_REQ: OCS Start: COEX_OCS_START_ERROR (0x%x), ocs_req_state(0x%x) bt_req(0x%x) priority(%d) wlan_coex_ocs.c:WLAN_COEX_BTREQ: One Shot 0x%x 0x%x priority(%d) wlan_coex_ocs.c:WLAN_OCS_UPDATE: Error(0x%x) status(%d) ocs_req_state(0x%x) bt_req(0x%x) priority(%d) wlan_coex_ocs.c:WLAN_COEX_OCS_MGR: Stimulus(%u) Status(%u) State(0x%x) ExpBtStartTime(%d) now(%u) delta(%d) wlan_coex_ocs.c:COEX_GENERIC_ERROR: Enable NULL for Leaky AP Pause due to A2DP Start during Scan ! wlan_coex_ocs.c:COEX_GENERIC_ERROR: Defer the Disable NULL for Leaky AP Pause due to A2DP Stop during Scan to SCAN_COMPLETE ! wlan_coex_ocs.c:WLAN_COEX_OCS_RECOMP: State(0x%x) A2dpCrit(%u), ExpBtStartTime(%u), ExpBtStartTimeUT(%u), now (%u) delta(%d) delta_ut(%d) wlan_coex_cts2s.c:COEX_GENERIC_ERROR: COEX_ERROR_UNKNOWN_NULLPTR Status(%u) wlan_coex_cts2s.c:WLAN_COEX_CTS2S_TIMEOUT: Now : %u, WbPrepare: %u wlan_coex_wmi.c:COEX_CONFIG_CMD: Either Invalid 2G vdev ID or 2G Mac is not Enabled wlan_coex_wmi.c:COEX_REPORT_BT_INFO_ALLOCATION_FAILED: WMI EVT CLASS LOW Allocation faliure wlan_coex_wmi.c:COEX_REPORT_BT_INFO_TO_HOST: eventid(0x%x) coex_profile_evt(%d) wlan_coex_ps_handler.c:WLAN_COEX_SLEEP: status(%u) enable(%u) mac(%u) reason(%u) wlan_coex_ps_handler.c:COEX_PSP_SEND_PSPOLL: status(0x%x) PsPollState(0x%x) PsPollNum(%u) wlan_coex_ps_handler.c:COEX_PSP_STAT_2: DP(%u) Max(%u) RespIdx(%u) ValidDps(%u) PsPAvg(%u) wlan_coex_ps_handler.c:COEX_PSP_STAT_1: Resp0(%u) Resp1(%u) Resp2(%u) Resp3(%u) Resp4(%u) wlan_coex_ps_handler.c:COEX_PSP_MGR: Reset late data frame count wlan_coex_ps_handler.c:COEX_GENERIC_ERROR: Set TDM Guard Period to %d, Error (0x%x) wlan_coex_sar.c:COEX_MWS_OTHER: [SAR] WMI callback - error in parsing cmd(0x%x) buffer(0x%x) len(%d) wlan_coex_sar.c:WLAN_MODULE_COEX: [SAR] band_id=0x%x, chain_id=0x%x, mod_id=0x%x, limit_value=0x%x validity_bitmap=0x%x wlan_coex_sar.c:COEX_MWS_OTHER: [SAR] sar_enable=0x%x, num_limit_rows=0x%x commit_limits=0x%x wlan_coex_sar.c:COEX_GENERIC_ERROR: [SAR][Error] cannot get correct number of SAR limits from FW to send to host wlan_coex_sar.c:COEX_GENERIC_ERROR: [SAR][Error] cannot get SAR limits from FW to send to host wlan_pmf_offload.c:11W PMF : Beacon protection already enabled on vdev %d wlan_pmf_offload.c:igtk: Same key reinstalled wlan_pmf_offload.c:11W PMF: Update BiGTK vdevId=%d, keyIdx=%d, KeyLen=%d wlan_pmf_offload.c:11W PMF: Beacon add MMIE can not handle frame size: %d wlan_pmf_offload.c:11W PMF: Beacon add MMIE No BIGTK installed key length: %d wlan_pmf_offload.c:11W PMF: Beacon add MMIE No pmf_info or PMF is disabled wlan_pmf_offload.c:11W PMF: Send SA query vdevId=%d, transId=%d query_type=%d tx_status=%d wlan_pmf_offload.c:11W PMF: SA query timeout hdlr cur retry cnt=%d, max retry cnt=%d wlan_pmf_offload.c:11W PMF: SA query timeout hdlr vdevId=%d, query_state=%d wlan_pmf_offload.c:11W PMF: Update iGTK vdevId=%d, keyIdx=%d, KeyLen=%d wlan_pmf_offload.c:11W PMF: MMIE valid wlan_pmf_offload.c:11w PMF: BC/MC/Beacon GMAC MGMT frame MMIE MIC check Failed wlan_pmf_offload.c:11w PMF: BC/MC/Beacon CMAC MGMT frame MMIE MIC check Failed wlan_pmf_offload.c:11w PMF: BC/MC/Beacon MGMT IPN check Failed wlan_pmf_offload.c:11w PMF: IE is not Mgmt MIC IE or Invalid length wlan_pmf_offload.c:11w PMF: can not handle frame size: %d wlan_pmf_offload.c:EVENT_WLAN_FW_MMIE_MIC_VALIDATION type = 0x%x sub_type = 0x%x bip_protocol = 0x%x wh->i_addr2 = %08x%04x wh->i_addr1 = %08x%04x mic_validate_status = %d wlan_pmf_offload.c:11w PMF KEY ID MISMATCH MMIE is_bcn = %d key_id = %d, bigtk_key_id = %d igtk_key_id = %d wlan_pmf_offload.c:11w PMF send SA query state=%d wlan_pmf_offload.c:11w PMF deauth/disassoc reason_code %x frmType=%d wlan_pmf_offload.c:11w PMF SA query rsp with valid transId rcvd wlan_pmf_offload.c:11w PMF current transId=%d startTransId=%d wlan_pmf_offload.c:11w PMF action frm %x %x %x %x wlan_pmf_offload.c:11w PMF drop unenryp robust action category wlan_pmf_offload.c:11w PMF: PN Replay attack detected wlan_pmf_offload.c:11w PMF decrypt error, rx status 0x%x wlan_pmf_offload.c:11w PMF BIP check failed wlan_pmf_offload.c:11W PMF mgmt hdlr frame not from Associated AP wlan_pmf_offload.c:11W PMF mgmt hdlr pmf not enabled wlan_pmf_offload.c:11W PMF mgmt hdlr Beacon Protection not enabled wlan_pmf_offload.c:11W PMF mgmt hdlr subtype=%d len=%d wal_peer: %p vdev: %p wlan_peer:%p wlan_pmf_offload_init.c:11W PMF Offload CMD hdlr: WMI_PMF_OFFLOAD_SET_SA_QUERY_CMDID vdevId=%d, interval=%d, retry_count=%d wlan_pmf_offload_init.c:11w PMF: is_bcn=%d,mic_fail_cnt=%x wlan_pmf_offload_init.c:11w PMF: is_bcn=%d, replay_err_cnt=%x wlan_framegen.c:WLAN_FRMGEN_GET_NULLFUNC_WITH_HTCTRL FAIL! peer:0x%x addr1:0x%x addr3:0x%x wlan_framegen.c:SKIPPED inserting some IE's error_code:%d wlan_framegen.c:frmgen_insert_default_ie vdev_id=%d frm_type=0x%x sub_type=0x%x ies_len=%d wlan_framegen.c:frmgen_get_default_ie vdev_id=%d fc_type=0x%x length=%d wlan_framegen.c:wlan_rtt_copy_ies: INFO: frame_buf: %p, ie_params_info:%p wlan_framegen.c:wlan_rtt_copy_ies:2 ranging_param_ie_len:%d ranging_param_ie:0x%x tb_ntb_sub_elem_len:%d tb_ntb_sub_elem:0x%x sec_ltf_param_ie_len:%d sec_ltf_param_ie:0x%x wlan_framegen.c:wlan_rtt_copy_ies:1 lci_ie_len:%d lci_ie:0x%x civ_ie_len:%d civ_ie:0x%x ftm_ie_len:%d ftm_ie:0x%x vendor_ie_len:%d vendor_ie:0x%x wlan_framegen.c:wlan_frmgen_get_action_tmr: is_sec_ranging:%d iv_len:%d, ivmic_len:%d, seqnum:%d, fc_1:0x%x, frm_len:%d wlan_framegen.c:wlan_frmgen_get_action_tmr: addr1:%8x|%4x, addr2:%8x|%4x abf:%p wlan_framegen.c:wlan_frmgen_get_action_tmr: ERR: wal_peer:%p wlan_framegen.c:wlan_frmgen_get_action_tmr: ERR: null vdev wlan_framegen.c:wlan_frmgen_get_action_tm: iv_len:%d, ivmic_len:%d, seqnum:%d, fc_1:0x%x, frm_len:%d wlan_framegen.c:wlan_frmgen_get_action_tm: addr1:%8x|%4x, addr2:%8x|%4x abf:%p wlan_framegen.c:WLAN_FRMGEN_GET_ACTION_SMPS incorrect sm_power_control:0x%x wlan_framegen.c:bss color gen evt rpt ie_len=%d evt_token=%d evt_type=%d evt_status=%d wlan_framegen.c:frmgen_set_default_ie vdev_id=%d frm_type=0x%x ies_len=%d status=%d i=%d wlan_framegen.c:frmgen_set_default_ie: vdev=0x%x,frm_type=0x%x,buf=0x%x,len=%d wlan_frameparse.c:FRMPARSE he op ie heop_present=%d vht_op_present=%d 6ghz_op=%d max_co_loc_bssid_present=%d. wlan_frameparse.c:MLME_FRMPARSE_HE_OP remaining_len %d (exp %d) ignore this IE wlan_frameparse.c:FRMPARSE_WARN ie->ie_len %d (exp %d) remaining_len %d. ignore this IE wlan_frameparse.c:FRM_PARSE_IE_ITERATOR ERROR id=%d remaining_length(%d) < ie_len(%d) wlan_frameparse.c:FRM_PARSE_IE_ITERATOR ERROR remaining_length(%d) < ie_hdr_size(%d) wlan_frameparse.c:FRM_PARSE_IE_ITERATOR ie_buffer_start is NULL wlan_frameparse.c:bss color parse evt rpt ie_len=%d evt_token=%d evt_type=%d evt_status=%d wlan_frameparse.c:wlan_frmparse_get_mgmt_payload frm_len=%d iv_len=%d ivmic_len=%d htctrl_len=%u mac_hdr_len=%d wlan_frameparse.c:FRAME_PARSER frm_len=%d fils_d_size=%d wlan_key_mgmt.c:KEYMGMT_ADD_KEY_ENTRY_NO_MEM id=%d key_idx=%d wlan_key_mgmt.c:KEYMGMT_ADD_KEY_ENTRY_EXISTING key_idx=%d flags=0x%x len=%d wlan_key_mgmt.c:KEYMGMT_ADD_KEY_ENTRY id=%d key_idx=%d flags=0x%x len=%d wlan_key_mgmt.c:wal_peer_set_key type=%d, keyid=%d,pairwise=%d failed wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY ERROR key_ciper:%d wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY AES CCM ERROR key_len:%d wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY AES GCM ERROR key_len:%d wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY WEP ERROR key_len:%d wlan_key_mgmt.c:KEYMGMT_ADD_KEY_ENTRY_REINSTALLATION ERROR id=%d flags=0x%x len=%d wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY ERROR! wal_peer is NULL wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY open key_ciper:%d wlan_key_mgmt.c:KEYMGMT_ADD_PEER_ENTRY key_ciper:%d key_len:%d is_mcast:%d wlan_key_mgmt.c:KEYMGMT_ADD_GROUP_KEY ERROR key_ciper:%d wlan_key_mgmt.c:KEYMGMT_ADD_GROUP_KEY WEP ERROR key_len:%d wlan_key_mgmt.c:KEYMGMT_ADD_GROUP_KEY ERROR! wal_peer is NULL wlan_key_mgmt.c:KEYMGMT_CLR_KEY_ENTRY id=%d wlan_beacon.c:wlan_beacon_unit_test_beacon_start_stop %d %d wlan_beacon.c:wlan_beacon_unit_test_slot_time %d wlan_beacon.c:wlan_beacon_unit_test_module %d %d wlan_beacon.c:arbiter_clinet POOL ALLOC FAILURE wlan_beacon.c:BEACON_RESYNC_ARBITER_VDEV_INIT: vdev_id=%d wlan_beacon.c:WLAN_BEACON_CANCEL_RESYNC: vdev_id=%d, resyncBeacon=%d wlan_beacon.c:WLAN_BEACON_RESYNC: vdev_id=%d, resyncBeacon=%d wlan_beacon.c:BEACON_RESYNC_ARBITER_RESOLVE: vdev_id=%d, is_vdev_holding=%d, SLIST_EMPTY(hold_list)=%d wlan_beacon.c:BEACON_RESYNC_ARBITER_REMOVE_CLIENT: vdev_id=%d, client_id=%d wlan_beacon.c:BEACON_RESYNC_ARBITER_ADD_CLIENT: vdev_id=%d, client_id=%d wlan_beacon.c:BEACON_RESYNC_ARBITER_REQUEST: vdev_id=%d, client_id=%d wlan_beacon.c:BEACON_RESYNC_ARBITER_CANCEL_ALL_REQUESTS: vdev_id=%d wlan_beacon.c:nextdtim: 0x%08x%08x wlan_beacon.c:beacon_init POOL ALLOC FAILURE wlan_beacon.c:BEACON_RESYNC_ARBITER_VDEV_DEINIT: vdev_id=%d wlan_beacon.c:WLAN_BEACON_TBTTOFFSET_UPDATE_HANDLER vdev_map mismatch i:%d vdev_map:0x%x vdev_id_map:0x%x max_diff:0x%x wlan_beacon.c:WLAN_BEACON_TBTTOFFSET_UPDATE_HANDLER ERROR! pmac is NULL wlan_beacon.c:WLAN_BEACON_WAL_TBTTOFFSET_UPDATE_HANDLER ERROR! pmac is NULL wlan_mbssid.c:MBSSID_IS_BSSID_MATCHED fail, len:%d err_code:%d (5:invalid_idx, 6:invalid_prof_id) wlan_mbssid.c:MBSSID_IS_SSID_MATCHED profile_id = %d ssid_len = %d wlan_mbssid.c:MBSSID_IS_SSID_MATCHED legacy case wlan_mbssid.c:MBSS: MBSSID_GET_NONTRANS_BSSID_PROF_NUM profile_num = %d wlan_mbssid.c:MBSS: ELEMENT ID: %d, IE length: %d wlan_mbssid.c:MBSS: Unhandled wlan_mbss_index_update_type: %d wlan_mbssid.c:MBSS: SET: Transmit_id:%d tmpl_idx:%d mbssid_idx: %d, dtimperiod:%d, frm_dtimcnt:%d, vdev_dtim_cnt %d, recvd_dtim:%d, settingdtm:%d wlan_mbssid.c:MBSS: UPDATE: Transmit_id:%d tmpl_idx:%d mbssid_idx:%d, period:%d, *dtim_cnt:%d, vdev_dtim_intval:%d wlan_mbssid.c:MBSS: Couldn't find (mbssid_ind %d) %x:%x:%x:%x:%x:%x, DP: %d, DC:%d wlan_mbssid.c:MBSS: SSID IE length:%d ssid:%s wlan_mbssid.c:MBSS: NONTRAN_BSSID_CAP IE length: %d, NontxBssidCap: 0x%x, profile_num=%d wlan_phyerr_internal.c:phyerr event, lo:%d, now_mac:%d, now_os:%d, phy0:%d, phy1:%d wlan_phyerr_internal.c:phyerr event: alloc event failure wlan_phyerr_internal.c:phyerr event err: buf_len:%d>%d wlan_dfs_phyerr_offload.c:ADFS_DUMPS PROTOCOL-Starting timer for cac_duration_ms:%d, current_time:%d wlan_dfs_phyerr_offload.c:ADFS_DUMPS PROTOCOL-Inside wlan_adfs_cac_timer_handler, current_time = %d wlan_dfs_phyerr_offload.c:ADFS_DUMPS PROTOCOL-Sending WMI_VDEV_ADFS_OCAC_COMPLETE_EVENTID center_freq1=%d, center_freq2=%d, bandwidth=%d, status=%d, vdev_id=%d wlan_dfs_phyerr_offload.c:ADFS_DUMPS WMI_VDEV_ADFS_CH_CFG_CMD center_freq1=%d, center_freq2=%d, chan_width=%d, cac_duration_ms=%d, ocac_mode=%d, flags=%d, vdev_id=%d wlan_dfs_phyerr_offload.c:PHYERR unexpected offload disable command for HKv2! wlan_dfs_phyerr_offload.c:PHYERR offload enable pdev_id=%d wlan_dfs_phyerr_offload.c:PHYERR offload cac timeout vdevId=%d wlan_dfs_phyerr_offload.c:PHYERR offload mac_id=%d enabled=%d wlan_dfs_phyerr_offload.c:PHYERR offload not enabled, mac_id=%d vdev_id=%d wlan_dfs_phyerr_offload.c:PHYERR offload cac check not DFS chan wlan_dfs_phyerr_offload.c:PHYERR offload det mode=%d, chan_freq=%d det_id=%d seg_id=%d wlan_dfs_phyerr_offload.c:PHYERR offload send radar detection evt WMI pdevId=%d wlan_dfs_phyerr_offload.c: register - WMI_SERVICE_DFS_PHYERR_OFFLOAD wlan_txbf.c:TXBFEE_DBGID_HOST_CONFIG_CMDID ID=0x%x Value=0x%x wlan_txbf.c:TXBF: SUBFee=0x%x MUBFee=0x%x SUBFer=0x%x MUBFer=0x%x chan->phy_mode=%d wlan_txbf.c: TXBFEE_DBGID_NDPA_RECEIVED vdev_id=%d vht_he=%d staInfo=0x%x token_num=%d wlan_txbf.c:TXBFEE_DBGID_BRPOLL_RECEIVED vdev_id = %d fbSegBmap=0x%x wlan_txbf.c:TXBFEE_DBGID_GID_RECEIVED vdev_id = %d gid=0x%x userpos=0x%x wlan_txbf.c:Gid=%d wlan_txbf.c:i=%d, membership=0x%x wlan_txbf.c:Non-directed GID frame wlan_beacon_tx_offload.c:QUIET IE AP_swba: SWBA disable value = %x wlan_beacon_tx_offload.c:QUIET IE AP_swba: SWBA Enable value = %x wlan_beacon_tx_offload.c:QUIET IE AP_swba: BCN_CTXT Null wlan_beacon_tx_offload.c:OPTDBG: vdevid:%d, vdev chan_idx:%d, vdev opclass:%d, regdomain:%d, rnr opclass: %d, rnr_chidx:%d wlan_beacon_tx_offload.c:BCN_TMPL_CMDID: dtim_count:%d, pp:%d new_pp_eff_in_bcn:%d wlan_beacon_tx_offload.c:BCN_TMPL_CMDID: dtim_count_tmpl0:%d, nonTxVdevMap: 0x%x 0x%x Cur_idx:%d wlan_beacon_tx_offload.c:BEACON_DIAG: TX_FAIL pdev|vdev:%d seq_num:%d TBTT:%luus compl_TS:%luus last_tx_ok_seq_num:%d cons_fail:%d err_st:%d tx_attm:%d flush_rc:%d wlan_beacon_tx_offload.c:BEACON_DIAG: TX_OK pdev:%d vdev:%d seq_num:%d TBTT:%luus compl_TS:%luus delay_from_TBTT:%luus bcn_delta:%d.%dms consec_bcn_fail:%d wlan_beacon_tx_offload.c:WOW_BEACON_OFFLOAD_TX pdev_id = %d vdev_id = %d completion_status = 0x%x bcn_pending_count = 0x%x bcn_buf_initialized = 0x%x, beacon_comp_timestamp = 0x%x wlan_beacon_tx_offload.c:WOW_RECV_MGMT frame_type = 0x%x wlan_beacon_tx_offload.c:BEACON TX bcn_ctxt->do_not_send_bcn_h8/bcn_ctxt->csa_in_progress_8/send_evt_to_host_16 : 0x%x ,update_switch_count:%x, bcn_ctxt->current_csa_count:%x, bcn_ctxt->csa_event_bitmap:%d pmac->csa_cur_sw_count:%d wlan_beacon_tx_offload.c:BEACON TX ignored, vdev id:%x, mac_id:%x, bcn_tx_paused:%x, pdev_id:%x, swba_delay:%d consec_beacon_skip:%d, on_chan = %x wlan_beacon_tx_offload.c:HE_RTS_THRESHOLD_DBG: exit: he_op_ie rts_thresh: %lu wlan_beacon_tx_offload.c:HE_RTS_THRESHOLD_DBG: middle: he_rts_load_enable_threshold: %d, load_metric: %d, active_user_count: %d, rx_load_pct: %d wlan_beacon_tx_offload.c:HE_RTS_THRESHOLD_DBG: enter: he_op_ie rts_thresh: %lu wlan_beacon_tx_offload.c:MU_EDCA_DEBUG: id: %d, VO: cwmin: %d, cwmax: %d, aifsn: %d, edca_timer: %d wlan_beacon_tx_offload.c:MU_EDCA_DEBUG: id: %d, VI: cwmin: %d, cwmax: %d, aifsn: %d, edca_timer: %d wlan_beacon_tx_offload.c:MU_EDCA_DEBUG: id: %d, BE: cwmin: %d, cwmax: %d, aifsn: %d, edca_timer: %d wlan_beacon_tx_offload.c:MU_EDCA_DEBUG: id: %d, BK: cwmin: %d, cwmax: %d, aifsn: %d, edca_timer: %d wlan_beacon_tx_offload.c:MU_EDCA_DEBUG: id: %d, update_cnt: %d wlan_beacon_tx_offload.c:WOW_PROBE_RESP_TX: tx done cb, compl status=%d wlan_beacon_tx_offload.c:WOW_PROBE_RESP_TX: send probe resp wlan_beacon_tx_offload.c:WOW_PROBE_RESP_TX: Err sending probe response not on home channel vdev home channel = %d, mac cahnnel = %d wlan_beacon_tx_offload_wmi.c:QUIET IE AP_swba: TIM Enable value = %x wlan_beacon_tx_offload_wmi.c:QUIET IE AP_swba: TIM Disable value = %x wlan_beacon_tx_offload_wmi.c:buf POOL ALLOC FAILURE wlan_beacon_tx_offload_wmi.c:offload_ctxt POOL ALLOC FAILURE wlan_beacon_tx_offload_wmi.c:WOW_PROBE_RESP_TX: PRB TMPL CMDID, probe_resp_len=%d flags=%x wlan_beacon_tx_offload_wmi.c:bcn_ctxt POOL ALLOC FAILURE wlan_beacon_tx_offload_wmi.c:Probe response template length is %d and is greater than max size %d wlan_beacon_tx_offload_wmi.c:QUIET IE AP: vdev_id= %x period = %x duration = %x off = %x flag = %x wlan_beacon_tx_offload_wmi.c:tmplt_idx %d >= profile_period %d wlan_beacon_tx_offload_wmi.c:BCN_TMPL_CMDID: vdevid:%d, tmplt_idx:%d, first:%d, last:%d, pp:%d, maxpp:%d, vdev_flags:0x%x wlan_beacon_tx_offload_wmi.c:Beacon template length is %d and is greater than max size %d wlan_beacon_tx_offload_wmi.c:WOW_PROBE_RESP_TX offload flags = 0x%x enabled = %d wlan_beacon_tx_offload_wmi.c:QUIET IE AP: num_args= %x failed wlan_beacon_tx_offload_wmi.c:11w Bcn prot test : CSA IE not added by host wlan_nth_beacon_offload_wmi.c:wlan_nth_bcn_ctx_deint nth_value = %d, timer_status = %d, is_nth_beacon_enable = %d wlan_nth_beacon_offload_wmi.c:wlan_nth_beacon_to_host_ofld_init nth_value = %d, timer_status = %d, is_ofld_active = %d wlan_nth_beacon_offload_wmi.c:nth beacon vdev notification registration failed wlan_nth_beacon_offload_wmi.c:wlan_update_value_nth_bcn_ofld nth_value = %d, timer_ststus = %d, is_ofld_active = %d wlan_nth_beacon_offload.c:wlan_nth_bcn_ofld_run_timer timeout_val_ms = %d, nvalue = %d, status = %d, is_nth_beacon_enable = %d, drift_ms = %d, next_tbtt = 0x%x, cur_tsf =0x%x bi_us = 0x%x wlan_nth_beacon_offload.c:wlan_nth_beacon_ofld_handler bcn received n_value = %d, nth_ctx->tmr_status = %d, is_nth_beacon_enable = %d, WOW_STATE = %d , host_wake_alwd = %d wlan_nth_beacon_offload.c:wlan_nth_bcn_ofld_run_timer error can't start timer nvalue = %d, ifup = %d, active = %d csa_offload_main_wmi.c:CSA_OFFLOAD_WMI_EVENT_ERROR vdev_id = %d csa_proc=0x%x csa_offload_main_wmi.c:pause vdev, csa:%x csa_offload_main_wmi.c:CSA_OFFLOAD_CSA_RECV_ERROR_IE: CSWRAP IE len: %d csa_offload_main_wmi.c:CSA_OFFLOAD_CSA_RECV_ERROR_IE vdev_id = %d tbtt_cnt=0x%x csa_ies_valid = %d csa_offload_main_wmi.c:CSA_OFFLOAD_CSA_RECV_ERROR_IE vdev_id = %d tbtt_cnt=0x%x csa_offload_main_wmi.c:CSA_OFFLOAD_BEACON_CSA_RECV, CSA_IE vdev_id = %d tbtt_cnt=0x%x, curr_chan_freq :0x%x, csa_chan %d csa_freq:0x%x, prev csa ch freq:0x%x csa_offload_main_wmi.c:CSA_OFFLOAD_BEACON_CSA_RECV, XCSA_IE vdev_id = %d tbtt_cnt=0x%x, curr_chan_freq :0x%x, csa_chan %d csa_freq:0x%x, prev csa ch freq:0x%x csa_offload_main_wmi.c:csa handle ie: enable:%x pause_until_beacon:%x, csa state:%x csa_offload_main.c:CSA_OFFLOAD_CSA_TIMER_EXP vdev_id = %d csa_proc=0x%x curr_tsf=0x%x csa_offload_main.c:CSA_OFFLOAD_CSA_TIMER_ERROR vdev_id = %d csa_proc/bcn_tsf=0x%x curr_tsf=0x%x csa_offload_main.c:CSA_OFFLOAD_CSA_TIMER_ERROR vdev_id=0x%x state=0x%x csa_offload_main.c:csa_check_ies_valid chan_valid = %d, tbtt_valid = %d pcl = %d csa_offload_main.c:_csa_action_frame_handler: wbw_ie 0x%x len: %d csa_offload_main.c:SSID MATCH fail len:%d err_code:%d csa_offload_main.c:pause disable csa_offload_main.c:csa vdev_start notif,csa ch freq:0x%x, prev csa ch freq:0x%x csa_offload_main.c:_csa_vdev_notif_handler: enable:%x pause_until_beacon:%x, csa state:%x, notify:%x obss_offload_api.c:bss color: SCAN_SCH_START_ALLOC_FAIL, %d bss_color_offload_int.c:bss color he op ie: new_rts_thres=%d curr_rts_thres=%d bss_color_offload_int.c:bss color: restart color collision detection vdev_id=%d bss_color_offload_int.c:bss color: stop color collision detection vdev_id=%d bss_color_offload_int.c:bss color chg ie: new_bss_color=%d countdown=%d remain_time_us=%d bss_color_offload_int.c:bss color: event report,vdev id:%d, evt_type:%d, color bitmap:32to63 0x%x 0to31 0x%x bss_color_offload_int.c:bss color action: iv_len=%d, category=%d, code=%d bss_color_offload_int.c:bss color: collission detected for different color vdevId=%d cur color=%d last reported color=%d bss_color_offload_int.c:bss color he op ie: bcn_bss_color=%d bss_color_disabled=%d curr_bss_color=%d bss_color_offload_int.c:bss color: Send evt report vdevId=%d, tx_status=%d bss_color_offload_int.c:bss color: check color collision detection evt_type=%d free_slot_timer=%d det_period=%d bss_color_offload_int.c:bss color: check color collision detection vdev_id=%d vdev_mode=%d col_detect=%d bss_color_offload_int.c:bss color: scan_evt_handler evt->type = %d bss_color_offload_int.c:BSS COLOR: SCAN_START_COMMAND_FAILED, %d bss_color_offload_int.c:BSS COLOR: SCAN_START_COMMAND_FAILED, vdev bss NULL bss_color_offload_int.c:11d: STOP_COMMAND_FAILED, %d bss_color_offload_int.c:bss color: bss clr chg timeout hdlr vdev_id=%d bss_color_offload_int.c:bss color: obss clr colli det timeout hdlr vdev_id=%d bss_color_offload_int.c:bss color offload: vdev id:%d, enable=%d bss_color_offload_int.c:bss color offload: not support: vdev id:%d bss_color_offload_int.c:bss color vdev cfg: det_per=%d scan_per=%d expiry_per=%d bss_color_offload_int.c:bss color offload: collision det cmd: vdev id:%d, evt_type=%d obss_offload_priv.c:bss color: wrong type:%d, sub:%d obss_offload_priv.c:bss color: len wrong:%d obss_spatial_reuse_api.c:obss spatial reuse: vdev_id = %d, enable=%d obss_spatial_reuse_api.c:spatial reuse: peer != HE obss_spatial_reuse_api.c:spatial reuse : wrong type:%d, sub:%d obss_spatial_reuse_api.c:spatial reuse: vdev > 1 obss_spatial_reuse_api.c:spatial reuse: len wrong:%d obss_spatial_reuse_api.c:obss spatial reuse: pdev init num_vdev: obss_spatial_reuse_api.c:POOL ALLOC FAILURE wlan_quiet_ie_ap.c:QUIET IE AP: post migration,vdevId:%d, cac:%d, vdevPaused:%d wlan_quiet_ie_ap.c:QUIET IE AP: quiet IE Start time=0x%x Curr_time=0x%x timeout=0x%x wlan_quiet_ie_ap.c:QUIET IE AP: bi_us=%d diff=%d curr_wal_time=0x%x wlan_quiet_ie_ap.c:QUIET IE AP: cancel current quiet IE config wlan_quiet_ie_ap.c:QUIET IE AP: start quiet IE: input duration out of range, duration_us = %d wlan_quiet_ie_ap.c:QUIET IE AP: start quiet IE: module id=%d, vdev id=%d, dur=%d, beaconing_cnt=%d wlan_quiet_ie_ap.c:QUIET IE AP: quiet duration time-usec:0x%x wlan_quiet_ie_ap.c:QUIET IE AP: timer cb-next evt:%d, cac:%d, paused:%d wlan_quiet_ie_ap.c:QUIET IE AP: vdev init vdevId=%d wlan_quiet_ie_ap.c:QUIET IE AP: append quiet IE, tbtt cnt=%d dur=0x%x offset=0x%x len=%d wlan_quiet_ie_ap.c:QUIET IE AP: not appending quiet IE. time_to_quite_period_start = 0x%x, time_to_bcn_tx = 0x%x wlan_quiet_ie_ap.c:QUIET IE AP: test cb status=%d wlan_quiet_ie_ap.c:QUIET IE AP: test cfg success start_time=0x%x wlan_quiet_ie_ap.c:QUIET IE AP: test cfg fail wlan_quiet_ie_ap.c:QUIET IE AP: test input num_args=%d vdevId=%d dur=%d cnt=%d wlan_quiet_ie_sta.c:QUIET IE STA, time-usec:0x%x, vdevId=%d, evt:%d, all_tids_tx_blocked:%d, supend_alwd:%d, period:0x%x wlan_quiet_ie_sta.c:QUIET IE STA: Quiet period starts in=0x%x, vdevId=%d wlan_quiet_ie_sta.c:QUIET IE STA: wake recved in OFF period timer:0x%x, nxt_evnt:%d wlan_quiet_ie_sta.c:QUIET IE STA: wake recved in ON period timer:0x%x, nxt_evnt:%d wlan_quiet_ie_sta.c:QUIET IE STA: time_diff_us = 0x%x , current_quite_ie = 0x%x, sum =0x%x, ref_time = 0x%x, curr_ts=0x%x wlan_quiet_ie_sta.c:QUIET IE STA: PS SM callback , time-usec:0x%x, vdevId=%d, next_evt:%d, all_tids_tx_blocked:%d, supend_alwd:%d, period:0x%x, sleep = %d wlan_quiet_ie_sta.c:QUIET IE STA: cancel current quiet IE config wlan_quiet_ie_sta.c:QUIET IE STA: vdevId=%d, next_start=%d, period=%d, duration=%d, quiet_enabled=%d wlan_quiet_ie_sta.c:QUIET IE STA: test cfg success wlan_quiet_ie_sta.c:QUIET IE STA: test cfg fail wlan_quiet_ie_sta.c:QUIET IE STA: test cfg, vdev not up or incorrect mode wlan_quiet_ie_sta.c:QUIET IE STA: test cfg, vdev is NULL wlan_quiet_ie_sta.c:QUIET IE STA: test input num_args=%d vdevId=%d dur=%d per=%d wlan_opmode.c:WLAN_OPMODE_SET_PMAC_LATENCY: mac_id=%d, opmode_latency=%d wlan_opmode.c:WLAN_OPMODE_UPDATE_PMAC_LATENCY: mac_id=%d, final_latency=%d, power_state=%d, is_pmac_idle=%d wlan_opmode.c:WLAN_OPMODE_WAL_PDEV_EVT: pmac_id=%d, event=0x%x wlan_opmode.c:WLAN_OPMODE_VDEV_EVT: vdev_id=%d, event=%d wlan_opmode.c:WLAN_OPMODE_VDEV_INIT: vdev_id=%d [!A_OK returned] wlan_opmode.c:WLAN_OPMODE_VDEV_INIT: vdev_id=%d wlan_opmode.c:WLAN_OPMODE_VDEV_FREE: vdev_id=%d wlan_pm_arbiter.c:PS_STA_PM_ARB_RESOLVE: mac/power_state/request/mod_id = 0x%x bitmask[0]=0x%x, bitmask[1]=0x%x, bitmask[2]=0x%x, bitmask[3]=0x%x wlan_pm_arbiter.c:wlan_pm_arbiter_vdev_migration: vdevid=%d, old_mac_id=%d, new_mac_id=%d wlan_pm_arbiter.c:wake_monitor mac:%d s_list mod:%d vdev:%d total_time:%dms total_cnt:%d max_time:%dms wlan_pm_arbiter.c:wake_monitor mac:%d w_list mod:%d vdev:%d total_time:%dms total_cnt:%d max_time:%dms wlan_pm_arbiter.c:wake_monitor mac:%d win_len:%dms wlan_powersave_ap.c:wlan_ps_ap_send_message: null cmd_data wlan_powersave_ap.c:wlan_ps_ap_send_message: is_vdev_valid:%d, is_command_data_valid:%d wlan_powersave_ap.c:AP_PS_DBGID_CAB_FINISH vdev_id = %d wlan_powersave_ap.c:AP_PS_DBGID_DELIVER_CAB vdev_id = %d Tid = %d NumMPDU = %d Flags = 0x%x RetryOther = %d wlan_powersave_ap.c:AP_PS_DBGID_START_CAB vdev_id = %d wlan_powersave_ap.c:AP_PS_DBGID_VDEV_CREATION_FAILURE AP PS:vdev_id = %d vdev alloc failed wlan_powersave_ap.c:AP_PS_DBGID_HOST_TX_PAUSE vdev_map = %0x, pause: %d wlan_powersave_sta.c:PS_STA_INACTIVITY_INFO ITO picked = %d us, current ITO = %d, wlan_powersave_sta.c:STA PS vdev_id = %d, No buffers available for null frames wlan_powersave_sta.c:wlan_ps_sta_check_data_stall_detected: current_index=%0x, notxrx_count=%d, notxrx_max_count=%d wlan_powersave_sta.c:PS_STA_SET_PARAM vdev_id = %d param = 0x%x value = 0x%x wlan_powersave_sta.c:PS_STA_RESYNC vdev_id = %d VDevUpCnt = %d IsBTConnected = 0x%x Flags = 0x%08x VDevSubMode = 0x%x BitMap = 0x%x wlan_powersave_sta.c:wlan_ps_sta_long_inactive_monitor_timeout: start timer again wlan_powersave_sta.c:STA PS: wlan_ps_sta_health_monitor_timeout: vdev_id=%d sta_flags=0x%X wlan_powersave_sta.c:sta_handle POOL ALLOC FAILURE wlan_powersave_sta.c:wlan_ps_sta_pause: vdev_id=%d, module_id=%u, timeout_us=%u wlan_powersave_sta.c:wlan_ps_sta_unpause: vdev_id=%d, mod_id=%u wlan_powersave_sta.c:PS_STA_PSPOLL_ALLOW vdev_id = %d Allow = %d Flags = 0x%x Time = %d wlan_powersave_sta.c:PS_STA_DELIVER_EVENT vdev_id = %d EventType = %d Statue = %d wlan_powersave_sta.c:PS_STA_COEX_MODE vdev_id = %d Enable = %d wlan_powersave_sta.c:PS_STA_PSPOLL_SEQ_DONE vdev_id = %d QueueTime = %d CompleteTime = %d ResponseTime = %d ResponseDuration = %d ResponseFrameCtrl/QosCtrl = 0x%x wlan_powersave_sta.c:STA PS: VOWiFi: voip_notify: vdev_id=%u, vo_call_start=%d, intvl_ms=%d media_quality=%d wlan_powersave_sta.c:wlan_ps_sta_check_long_inactive_duration: is_enabled=%d, duration_ms=%d wlan_powersave_sta.c:wlan_ps_sta_force_data_stall_event: flags_3=0x%x wlan_powersave_sta.c:wlan_ps_sta_enable_disable_dbg_logs vdev_id = %d, enable = %d wlan_powersave_sta_sm.c:wlan_ps_sta_tx_sent_send_nullfunc: vdevid=%d, force_ps=0X%x, sta_handle=%p, peer_type=%d, blocked_tids=0X%x wlan_powersave_sta_sm.c:SPEC_PSPOLL_TIMEOUT: vdevid=%d, spec=%d, timeout=%d wlan_powersave_sta_sm.c:total_spec_pspoll_count reaches MAX: reset it wlan_powersave_sta_sm.c:sleep_awake_event_rx: is_qos_null:%d, wakeup_dur=%d, nodata_cnt=%d, nodata_max_cnt=%d, flags=0x%x, pspoll_cnt=%d wlan_powersave_sta_sm.c:sleep_awake_event_rx: MD=%d, pspoll_count=%d, is_qos_null:%d, nodata_count=%d wlan_powersave_sta_sm.c:PS_STA_SPECPOLL_TIMER_STOPPED: vdev_id = %d wlan_powersave_sta_sm.c:wlan_ps_sta_state_active_entry: start long_inactive_monitor_timer wlan_powersave_sta_sm.c:PS_STA_SPECPOLL_TIMER_STARTED vdev_id = %d SpecPsPollNoDataCnt = %d wlan_powersave_sta_sm.c:wlan_ps_sta_data_activity_pending: vdev_id=%d, inactive_time_us=%d wlan_powersave_sta_sm.c:wlan_ps_sta_state_pause_event: vdev id = %d, pause_stat_rx_frms_leaked = %d wlan_powersave_sta_sm.c:wlan_ps_sta_state_active_entry: cancel long_inactive_monitor_timer wlan_smps.c:SMPSVC CHNL START : STA_SMPS_INVALID_SM_EVENT event = %d dynamicSMPSSupported = %d wlan_smps.c: STA_SMPS_VIRTUAL_CHAN_SMPS_START : vc_handle = %d, vc_handle->enabled = %d wlan_smps.c:STA_SMPS_VIRTUAL_CHAN_SMPS_STOP : vc_handle = %d, vc_handle->enabled = %d wlan_smps.c:wlan_smps_virtual_chan_update : smps action frame sent wlan_smps.c:wlan_smps_virtual_chan_update : smps restarted wlan_smps.c:wlan_smps_virtual_chan_update : vc_handle = %d, vc_handle->enabled = %d,vc_handle->cfg_notification_mode = %d, vc_handle->fw_forced_mode =%d , vc_handle->host_forced_mode = %d, smps_cur_state = %d wlan_smps.c:SMPS_CFG_CHANGE_NOTIFY: Invalid VC handle %p wlan_smps.c:SMPS_CFG_CHANGE_NOTIFY: mhz: 0x%x, ret = %d, prev_vc_rx_chain_mode: %d, next_vc_rx_chain_mode: %d, chain_mask_change_stage: %d wlan_smps.c:SMPS_CFG_CHANGE_NOTIFY: ONLY CFG PARAM CHANGE mhz: 0x%x, ret = %d, Notification mask = 0x%x wlan_smps.c:SMPS_CFG_CHANGE_NOTIFY: rejected due to duplicate request wlan_smps.c:invalid smps cfg notification value new_cfg.channel_width = %d wlan_smps.c:vdev level notification is requested = 0x%x wlan_smps.c:invalid smps cfg notification requested ul_disablemu = %d, channel_width = %d rx_chainmask = 0x%x, tx_chainmask = 0x%x, update cfg = %x, vdev map = %x wlan_smps.c:wlan_smps_vc_cfg_notify queued cb = 0x%x, ret = %d wlan_smps.c:wlan_smps_rejecting_queuing, something is already queued wlan_smps.c:wlan_smps_vc_cfg_notify vc_handle->cfg_change_stage=%d, new_cfg.update_cf=%x, new_cfg.vdev_map = %d wlan_smps.c:SMPS not supported on current channel 0x%x wlan_smps.c:wlan_smps_vc_cfg_notify : compl_arg%d, req.rx_chainmask=0x%x, currVCrxnss=0x%x, new_channel_width=%d, updatecfg=0x%x, is_vdev_notif=%d wlan_smps.c:wlan_smps_vc_cfg_notify queued cfg wlan_smps.c:STA_SMPS_VC_ACTION_FRAME_TX_COMPL : action_valid = %d wlan_smps.c:STA_SMPS_VC_ACTION_FRAME_TX_COMPL : fallback on legacy SMPS configuration wlan_smps.c:STA_SMPS_VC_ACTION_FRAME_TX_COMPL : incorrect state readjustment wlan_smps.c:wlan_smps_set_current_cfg vdev level notification hence no update vdev_map = 0x%x wlan_smps.c:wlan_smps_chainmask_change_handle_done: status:%d, stage:%d->0,smps_cfg_notify_compl_args.ctxt=%d cur_chain_h16/next_chain=0x%x,smstate:%d wlan_smps.c:wlan_smps_cfg_notify_done: status:%d, stage:%d->0 smps_cfg_notify_compl_args.ctxt=%d wlan_smps.c:STA_SMPS_VC_ACTION_FRAME_TX_COMPL Additional params: prev_forced_mode = %d channel mhz = 0x%x wlan_smps.c:STA_SMPS_VC_ACTION_FRAME_TX_COMPL_OLD_DBG : power control = %d vc_handle->last_frame_sm_pwr_ctrl = %d completion status = %d current_state = %d vc_handle->cfg_change_stage = %d wlan_smps.c:wlan_smps_get_peer_bandwidth channel_width = %d, peer_bw = %d wlan_smps.c:SMPS_STA Action frame send power_control: %d ret_value:%d wlan_smps.c:wlan_smps_sta_send_action_frame IEEE80211_NODE_HE wlan_smps.c:SMPS_STA Action frame could not send BW OMN/OMI notification wrong tx NSS wlan_smps.c:SMPS_STA Action frame could not send BW OMN/OMI notification wrong rx NSS wlan_smps.c:SMPS_STA Action frame could not send BW OMN/OMI notification connection is not VHT wlan_smps.c:wlan_smps_virtual_chan_update_dtim_chmask WAL_PM_MAC_PARAM_RSSI_INDICATION = %d wlan_smps.c:STA_SMPS_CREATE_STA_INSTANCE : sta_handle = %d wlan_smps.c:STA_SMPS_DELETE_STA_INSTANCE : sta_handle = %d wlan_smps.c:STA_SMPS_SEND_VHT_OPMODE_NOTIF_FRAME_TO_PEER vdevid = %d peerid = %d ret_value = %d wlan_smps.c:SMPS Build Operation mode notification IE: enable = %d wlan_smps.c:SMPS action frame attempt mask %d smps_power_control %d wlan_smps.c:SMPS Action TX frame not sent, attemps:%d wlan_smps.c:STA_SMPS_VHT_OP_MODE_NOTIF_PEER_COMPLETE : vdevid = %d peerid = %d completion_status = %d peer_smps_frames_sent_mask = %d vedevNotif = %dsm_power_control = %d, vcLastSMpwrCntrl = %d wlan_smps.c:SMPS_AP Action frame could not send BW OMN notification connection is not VHT wlan_smps.c:STA_SMPS_CREATE_NON_STA_INSTANCE vdevid = %d smps_handle = %d wlan_smps.c:STA_SMPS_DELETE_NON_STA_INSTANCE : vdevid = %d smps_handle = %d wlan_smps.c:STA_SMPS_CREATE_VIRTUAL_CHAN_INSTANCE : vc_handle = %d wlan_smps.c:wlan_smps_cfg_change_timeout wlan_smps.c:STA_SMPS_DELETE_VIRTUAL_CHAN_INSTANCE : vc_handle = %d wlan_smps.c:SMPS get Operation mode notification IE length %d %p wlan_smps_sm.c:SMPS_STATE_STATIC_EVENT: chain: %d, dropped ev:%d wlan_powersave_sta_wmi.c:PS_STA_UAPSD_AUTO_TRIG_PER_AC vdev_id = %d WMM_AC = %d UserPriority = %d SrvIntl = %d SuspIntl = %d DelayIntl = %d wlan_powersave_sta_wmi.c:PS_STA_UAPSD_AUTO_TRIG VdevID = %d NumAC = %d wlan_twt_ap.c:AP TWT: Cant find peer lsb_mac=%x:%x:%x wlan_twt_ap.c:AP TWT: Vdev id = %d not TWT enabled wlan_twt_ap.c:twt_stats WMI_EVENT_ALLOC_FAILURE: pdev_id = %d evt_id = WMI_TWT_SESSION_STATS_EVENTID, length=%d wlan_twt_ap.c:twt_stats wlan_twt_wmi_session_stats_event: twt wmi events are disabled pdev=%d wlan_twt_ap.c:AP TWT: peer id = %d not TWT enabled wlan_twt.c:wlan_twt_wmi_enable_complete_event: pdev_id=%d, status=%d wlan_twt.c:wlan_twt_wmi_enable: pdev_id=%d, sta_cong_timer_ms=%d, pdev-flags=0x%x wlan_twt.c:wlan_twt_wmi_disable_complete_event: pdev_id=%d wlan_twt.c:wlan_twt_wmi_disable: pdev_id=%d, flags=0x%x, reason_code = %d wlan_twt.c:wlan_twt_wmi_add_dialog_complete_event: vdev=%d, id=%d, status=%d wlan_twt.c:wlan_twt_wmi_add_dialog: vdev_id=%d, id=%d wlan_twt.c:wlan_twt_wmi_del_dialog: vdev_id=%d, id=%d, b_twt_persistence=%d wlan_twt.c:wlan_twt_wmi_pause_dialog_complete_event: vdev=%d, id=%d, status=%d wlan_twt.c:wlan_twt_wmi_resume_dialog_complete_event: vdev=%d, id=%d, status=%d wlan_twt.c:wlan_twt_wmi_del_dialog_complete_event: vdev=%d, id=%d, status=%d wlan_twt.c:wlan_twt_wmi_pause_dialog: vdev_id=%d, id=%d wlan_twt.c:wlan_twt_wmi_resume_dialog: vdev_id=%d, id=%d, next_twt_size=%d wlan_twt.c:wlan_twt_wmi_nudge_dialog: vdev_id=%d, id=%d, suspend_duration_ms=%d, next_twt_size=%d wlan_twt.c:wlan_twt_wmi_btwt_remove_sta_complete_event: vdev=%d, id=%d, status=%d wlan_twt.c:wlan_twt_wmi_btwt_invite_sta_complete_event: vdev=%d, id=%d, status=%d wlan_twt.c:wlan_twt_wmi_btwt_invite_sta: WMI_PEER_TYPE_SELF: lsb_mac=%x:%x:%x wlan_twt.c:wlan_twt_wmi_btwt_remove_sta: WMI_PEER_TYPE_SELF: lsb_mac=%x:%x:%x wlan_twt.c:AP TWT: Cant find peer: lsb_mac=%x:%x:%x wlan_twt.c:wmi_twt_btwt_remove_sta: vdev_id=%d, id=%d wlan_twt.c:wmi_twt_btwt_invite_sta: vdev_id=%d, id=%d wlan_twt_protocol.c:wlan_twt_action_frame_handler: cat=%d, act=%d, len=%d wlan_pps.c:PPS wmi_set_vdev_pkt_pwr_save: old:0x%x, new:0x%x wlan_rtt.c:Event buffer allocation for cancel measurement response failed wlan_rtt.c:RTT_REPORT arg1 = 0x%x arg2 = 0x%x arg3 = x%x arg4 = 0x%x wlan_rtt.c:wlan_rtt_exit_clean wlan_rtt.c:All requests done nothing to schedule wlan_rtt.c:wlan_rtt_process_report_buffer: Else part wlan_rtt.c:wlan_rtt_process_report_buffer: invoke wal_report_type2_buffer_done wlan_rtt.c:wlan_rtt_process_report_buffer: invoke wal_report_type2_buffer_update_loop_info wlan_rtt.c:wlan_rtt_process_report_buffer: wlan_rtt_is_request_id_complete:%d wlan_rtt.c:Event buffer allocation for send_rtt_error_report failed wlan_rtt.c:RTT_ERROR_WMI_EVENT: ERROR: client_id: %d req_id:%d reason:%d init_ctxt: 0x%08x wlan_rtt.c:wlan_rtt_process_report_buffer: report_buffer_error:%d, initialized:%d, report_type:%d, request_id_complete:%d wlan_rtt.c:wlan_rtt_pm_arb_req(): mac_id: %d state: %d wlan_rtt.c:wlan_rtt_burst_instance_done: num_burst_done:%d total_bursts:%d curr_state:%d burst_duration:%d, index:%d ftm1_done:%d num_meas:%d ftm_per_burst:%d wlan_rtt.c:RTT_CALL_FLOW: WLAN_RTT_DFS_EXIT wlan_rtt.c:cancel_measurement_req: vdev_type: %d, req_id: %d, free_curr_init: %d, is_cancelled: %d frame_type_handler_called %d wlan_rtt.c:Unregistered wlan_rtt_vdev_notify_handler() for init context vdev = 0x%08x status = 0x%x wlan_rtt.c:wlan_rtt_cancel_all_rtt_operation attached to vdev_id: %d p_pdev_rtt_ctxt: 0x%08x wlan_rtt.c:wlan_rtt_sta_resp_chan_switch: channel.mhz: %d band_center_freq1: %d phy_mode: %d wlan_rtt.c:Event buffer allocation for send_responder_cfg_info response failed wlan_rtt.c:wlan_internal_disable_responder wlan_rtt.c:Unregistered wlan_rtt_vdev_notify_handler() for resp context vdev = 0x%08x status = 0x%x wlan_rtt.c:wlan_rtt_resp_free_existing_slot 0x%x 0x%x 0x%x dest_mac:%08x%02x wlan_rtt.c:wlan_rtt_resp_exit_clean() resp_ctxt %p ftm_state %d wlan_rtt.c:wlan_rtt_resp_exit_clean() state: %d tmr_subtype:%d, meas_cnt:%d wlan_rtt.c:wlan_rtt_terminate_resp_context() state: %d busrt_exp: %d burst_count: %d wlan_rtt.c:wlan_rtt_terminate_all_ftm_resp_context() idx: %d resp_ctxt = 0x%08x vdev = 0x%08x ftm_state = %d wlan_rtt.c:wlan_rtt_vdev_notify_handler() vdev = 0x%08x vdev_id = %d notification type = %d wlan_rtt.c:wlan_rtt_free_init_ctxt() usage flags = 0x%x wlan_rtt.c:wmi_send_rtt_error_report_event: req_id: %d reason: %d init_ctxt: 0x%08x vdev_type: %d nan_req_active: %d wlan_rtt.c:RTT_TIMER_STOP wlan_rtt.c:wlan_rtt_local_send()status: %d pmac_mac_id: %d vdev_mac_id: %d selfgen_chm: 0x%x abf: 0x%08x peer_type: %d vdev_id: %d wlan_rtt.c:wlan_rtt_send_tmr_frame: channel: %x pmac = 0x%08x spoofed_seqno = %d wlan_rtt.c:RTT_ERROR_REPORT :ALLOCATE_FRAME_BUFFER_ERROR wlan_rtt.c:Sending RTT Trigger frame resp_tsf_h = 0x%x resp_tsf_l = 0x%x wlan_rtt.c:RTT_CALL_FLOW: WLAN_RTT_SET_VENDOR_IE_HT_VHT_ACK ts = %u wlan_rtt.c:RTT_FTM_PARAM_INFO arg1 = 0x%x arg2 = 0x%x arg3 = 0x%x arg4 = 0x%x arg5 = 0x%x wlan_rtt.c:RTT TMR frame Tx status: %d curr_state: %d ftmr_tx_ts: %u wlan_rtt.c:wlan_rtt_band_change_req: rtt_2g: %d result: %d wlan_rtt.c:wlan_rtt_start_burst_periodic_timer: timeout_ms:%dms wlan_rtt.c:wlan_rtt_tmr_post_ch_switch_handler: call wal_rtt_ctxt_init wlan_rtt.c:RTT add_random_mac_addr failed. status: 0x%x wlan_rtt.c:wlan_rtt_tmr_post_ch_switch_handler: init_ctxt:%p, req_id:%d, frame_type:%d, tmr_subtype:%d wlan_rtt.c:wlan_rtt_tmr_handler wlan_rtt.c:RTT NULL frame Tx failed: abf: 0x%08x ret: %d wlan_rtt.c:wlan_rtt_send_null_frame: abf: 0x%08x channel: %x pmac = 0x%08x spoofed_seqno = %d wlan_rtt.c:Null frame ack handler: tx_fail_count: %d, num_meas:%d, Tx fail thresold:%d wlan_rtt.c:RTT Null frame Tx status: %d tx_fail_count: %d num_meas: %d terminate: %d wlan_rtt.c:wlan_rtt_measurement_report: client_id: %d curr_init_ctxt:0x%08x size: %d freq: %d wlan_rtt.c:RTT_CHANNEL_SWITCH_REQ module_id %d duration = %d channel = %d priority = %d, fn:%s, start_tsf:%d, flags:%x wlan_rtt.c:Channel Granted(Responder): Responder operating freq = 0x%x pmac = 0x%08x Granted on freq: 0x%x phymode: %d wlan_rtt.c:wlan_rtt_resp_chan_switch_hdl() ev_id = %d ftm_state:%d is_ftmr_pending:%d, ts_ms = %u wlan_rtt.c:Downgraded the BW: New bw: %d chnl_format: %u rate_info: %u, tmr_subtype:%d wlan_rtt.c: wlan_rtt_get_ftm_chnl_code bw:%d preamble:%d phy_mode:%d, is_11az:%d wlan_rtt.c:Channel Granted(Initiator): RTT requested freq: %d phymode: %d Grant came on freq: %d phymode: %d chan_flags: 0x%04x wlan_rtt.c:vdev mac id(%d) not same as pmac mac id(%d): change PM lock & set mac address: %d wlan_rtt.c:RTT_CHANNEL_SWITCH_GRANT NULL values, return wlan_rtt.c:RTT_CHANNEL_SWITCH_GRANT ev_id = %d p_pdev_rtt_ctxt = 0x%x p_owner = 0x%x p_rtt_ctxt = 0x%x, index:%d, req_id:%d, ts_ms = %u wlan_rtt.c:RTT_CHANNEL_SWITCH_GRANT ev_id = %d p_pdev_rtt_ctxt = %p wlan_rtt.c:RTT_CHANNEL_DFS_SWITCH_HDL ev = %d sw_ctxt->arg = 0x%08x sw_ctxt->cb_fn 0x%08x, ts_ms = %u wlan_rtt.c:wlan_rtt_init_handler_pt2: curr_init_ctxt:%p, frame_type:%d, tmr_subtype:%d wlan_rtt.c:wlan_rtt_dfs_chan_init_handler rtt_ctxt->chnl_switch_ctxt.cb_fn %d rtt_ctxt->chnl_switch_ctxt.owner%d wlan_rtt.c:RTT_CALL_FLOW: WLAN_RTT_BEACON_RX wlan_rtt.c:wlan_rtt_buffer_init() p_pdev_rtt_ctxt:0x%p mac_is:%d init_ctxt:0x%p, ctxt->index:%d wlan_rtt.c:Registered wlan_rtt_vdev_notify_handler() for init context : vdev = %p vdevid = %d status = 0x%x wlan_rtt.c:RTT request on a different vdev than the one set during channel change wlan_rtt.c:wlan_rtt_init_handler: Starting initiator with mac_addr = %08x%04x init_idx = %d init_ctxt_usage_flags = 0x%x pmac: %p mac_id: %d vdev: %p rate_info: 0x%x wlan_rtt.c:wlan_rtt_band_change_req_init_cb: event: %d init_ctxt: 0x%08x rtt_2g: %d wlan_rtt.c:wlan_rtt_nan_init_scheduler: init_ctxt_usage_flag 0x%x num_nan_req %d discovery_termination_pending %d wlan_rtt.c:wlan_oem_rtt_measreq_hdl: Request with id %d won't be served because of an error wlan_rtt.c:wlan_rtt_init_set_self_sta_address vdev_type %d set_random %d wlan_rtt.c:wlan_rtt_init_update_channel mhz=%d bw=%d preamble=%d rate_info=0x%x chnl_format=%d tmr_subtype:%d, error_code=%d wlan_rtt.c:wlan_rtt_init_update_channel ERR: tmr_subtype:%d while preamble :%d wlan_rtt.c:wlan_rtt_ftm_init_burst_periodic_timeout: ERR: Some other request is in progress; skip current burst %d for dest_mac:%x%x wlan_rtt.c:wlan_rtt_ftm_init_burst_periodic_timeout: dest_mac:%x%x is_multiburst(%d) is_repetitive_ss(%d) current_burst:%d total_bursts:%d curr_state: %d wlan_rtt.c:Init PTSF fired resp_tsf_h = 0x%x resp_tsf_l = 0x%x wlan_rtt.c:RTT_MEAS_REQ_BODY:2 MinTBMeas:%d, MaxTBMeas:%d wlan_rtt.c:RTT_MEAS_REQ_BODY:1 idx = %d dest_mac_0to31 = 0x%x dest_mac_32to47 = 0x%x sppof_bssid_0to31 = 0x%x spoof_bssid_32to47 = 0x%x control_flag = 0x%x meas_inf = 0x%x meas_params1 = 0x%x meas_params2 = 0x%x wlan_rtt.c:RTT_MEAS_REQ_HEAD ch_mhz = %d, center_freq1 = %d ch_mode = %d sta_num:%d, max_reg_power: %d antenna_max: %d, max_tx_power: %d, ch_flags: 0x%04x wlan_rtt.c:RTT_MEAS_REQ_HEAD req_id = %d num_chan = %d sps = %d client: %d wlan_rtt.c:wlan_oem_rtt_measreq_hdl: client %d running. cannot new req from client: %d. So Dropping req_id: %d wlan_rtt.c:wmi_channel_width_to_rtt_cap_bw: ERR: unknown WMI BW: %d, fallback to WMI_RTT_CAP_160M wlan_rtt.c:Event buffer allocation for wlan_rtt_cap_msg_req response failed wlan_rtt.c:wlan_rtt_is_wmi_event_to_send: invalid client_id (%d) wlan_rtt.c:wlan_rtt_cap_msg_req_hdl: client_id: %d Req:%d Reqid:%d Major:%d Minor:%d Revision:%d wlan_rtt.c:wlan_wmi_oem_req: INFO: OEM Req received with sub_type:%d, req_id:%d client: %d wlan_rtt.c:_wlan_wmi_oem_req: Non TLV format msg received; tlv_head: %d wlan_rtt.c:RTT_UNIT_TEST_CMD 2 status = %d wlan_rtt.c:RTT_11AZ_UNIT_TEST_CMD TMR_subtype=%d format_bw(ChnlFrmt)=%d numFrms(num_meas)=%d reportType=%d sec_mode= %d min_time_bw_meas:%u max_time_bw_meas:%u i2r_fdbk_policy:%u, ranging_priority:%d wlan_rtt.c:RTT_UNIT_TEST_CMD numFrms=%d ChnlFrmt=%d frmType=%d reportType=%d burstDr= %d asap_mode= %d, burst_exp:%d, force_leg_ack:%d wlan_rtt.c:Channel not configured wlan_rtt.c:MAC address not configured wlan_rtt.c:RTT_UNIT_TEST_CMD 1 num_args = %d arg0(CMD) = %d vdev_id = %d mac_id = %d wlan_rtt.c:wlan_rtt_check_iftmr_ie: received invalid FTMR frame wlan_rtt.c:wlan_rtt_check_iftmr_ie: ERR: 11mc and 11az both IEs present together, sub_elemId:%d wlan_rtt.c:wlan_rtt_check_iftmr_ie: ERR: IE len (%d) < min len(%d), subelemId:%d wlan_rtt.c:RTT_RESP_BUSY wlan_rtt.c:RTT_RESP_REQ_ACCEPT wlan_rtt.c:RTT_RESP_CTXT_EXIST wlan_rtt.c:wlan_rtt_get_ie: received invalid frame, ie_len=%u, len=%u wlan_rtt.c:RTT_CALL_FLOW: WLAN_RTT_DFS_TIMEOUT_HANDLER wlan_rtt.c:wlan_rtt_init_scheduler => index:%d curr_index:%d schedule_timeout:%d next_mb_slot_index: %d wlan_rtt.c:wlan_rtt_init_scheduler: Skipping initiator with index %d as it may creep into next multiburst start time wlan_rtt.c:wlan_rtt_init_scheduler => next_mb_slot_index:%d wlan_rtt.c:wlan_rtt_init_scheduler => diff1:%d diff2:%d wlan_rtt.c:wlan_rtt_init_scheduler => curr_init:0x%x init_ctxt_usage_flags:0x%x wlan_rtt.c:wlan_rtt_send_measurement_report_hdl: client_id: %d curr_init_ctxt: 0x%08x token_id:%d frag_idx:%d more_frag: %d buf:0x%08x buf_len:%d wlan_rtt.c:wlan_rtt_tm_rx_hdl: status: 0x%x RTT_TWOSIDED_RESP_CNT number = %2d recv_state: %d init_ftmr_tx_ts: %10u ftm_rx_ts: %10u init_ftmr_offset: %6u delta_ftm_act: %6u wlan_rtt.c:RTT_ERROR_REPORT :TM_SEQUENCE_RESTART wlan_rtt.c:RTT_ERROR_REPORT :TM_CFR_CAPTURE_ERROR wlan_rtt.c:RTT_ERROR_REPORT :TM_TOKEN_MISMATCH wlan_rtt.c:RTT_ERROR_REPORT :RTT_GET_TM_NOTWAIT_TM wlan_rtt.c:RTT TM FTM curr_tsf_delta = 0x%x new_tsf_delta = 0x%x wlan_rtt.c:state = %d tsf_sync_info = 0x%x resp_tsf = 0x%x Diff: %d ftm_req_start_time = 0x%x ftm_req_complete_time = 0x%x current_tsf = 0x%x wlan_rtt.c:RTT_ERROR_REPORT :RTT_GET_INVALID_TMR_STOP wlan_rtt.c:rtt_tmr_rx_hdl() ftmr_rx_ts: %10u begin_tsf_sap_resp: %10u wlan_rtt.c:wlan_rtt_resp_init_body: ftm_state: %u asap: %u resp_ctxt: 0x%08x wlan_rtt.c:wlan_rtt_resp_init_body:ftm_state: %d asap: %d resp_ctxt: 0x%08x wlan_rtt.c:END_FTM_INVALID_REQUEST: ftm_state: %d asap: %d resp_ctxt: 0x%08x wlan_rtt.c:wlan_rtt_resp_init_new_session: slot: %d param_info.status: %d wlan_rtt.c:wlan_rtt_resp_house_keeping: channel_mhz: %d nearest_sched_resp_tsf_ctxt_index: %d wlan_rtt.c:wlan_rtt_resp_init_rate: vdev_id: %d phy_mode: %d mhz: %d ftm_chnl_format: %d param_ie_valid: %d tx_bw: %d tx_preamble: %d mcs: %d wlan_rtt.c:wlan_rtt_populate_resp_ftm_param: ftm_param.burst_period: %u resp_param_info.burst_period: %u wlan_rtt.c:wlan_rtt_populate_resp_ftm_param: next_sched_tsf: %u diff_tsf: %u nearest_tsf: %u resp_partial_tsf: %u next_burst_tsf: 0x%08x%08x wlan_rtt.c:wlan_rtt_populate_resp_ftm_param: next_sched_tsf: %u resp_ref_tsf: %u partial_tsf: %u diff_tsf: %u current_resp_tsf64: 0x%08x%08x wlan_rtt.c:wlan_rtt_resp_get_free_slot 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x dest_mac:%08x%02x wlan_rtt.c:wlan_rtt_resp_ftm1_timeout: ftm_state: %d asap: %d resp_ctxt: 0x%08x wlan_rtt.c:wlan_rtt_ftm_resp_burst_timeout: ftm_state: %d num_burst_exp: %d no_burst_count: %d wlan_rtt.c:wlan_rtt_ftm_delta_timeout() Ignore ctxt freed %p wlan_rtt.c:Registered wlan_rtt_vdev_notify_handler() for resp context vdev: 0x%08x vdev_type: %d pmac: 0x%08x status: 0x%x wlan_rtt.c:wlan_rtt_resp_init_body: asap: %d ftm_state: %d session_active: %d wlan_rtt.c:wlan_rtt_resp_init_body: session_active: %d init_new_session: %d ftm_state: %d wlan_rtt.c:Duplicate FTM frame received, drop!! wlan_rtt.c:wlan_rtt_resp_init NAN channel req not active !! wlan_rtt.c:wlan_rtt_send_tm_frame: abf: 0x%08x freq: %d pmac = 0x%08x resp_ctxt: 0x%08x tkn = %d follow_tkn = %d tx_bw = %d resp_ctxt ftm state = %d chan_flags = 0x%04x wlan_rtt.c:wlan_rtt_tm_ack_success:Don't continue burst: ftm_state: %d num_burst_exp: %d no_burst_count: %d wlan_rtt.c:wlan_rtt_tm_ack_success: ftm_state: %d num_burst_exp: %d no_burst_count: %d wlan_rtt.c:RTT_TWOSIDED_RESP_CNT number = %d wlan_rtt.c:wlan_rtt_tm_ack_handle_completion: init_ftmr_rx_ts: %10u completion_status: %d ftm_tx_ts: %10u init_ftmr_offset: %6u delta_ftm_act: %6u wlan_rtt.c:wlan_rtt_tm_ack_handle_completion: ftm_state: %d num_burst_exp: %d no_burst_count: %d wlan_rtt.c:RTT TM frame Tx status: %d wlan_rtt.c:wlan_rtt_send_tm_frame: vdev is seen as NULL in resp_ctxt wlan_rtt.c:wlan_rtt_resp_init: Received a frame which we are not in slot send FTM stop frame. session_index: %d slot: %d wlan_rtt.c:wlan_rtt_is_burst_in_slot: diff_tesf: %u next_burst_tsf: %u cur_tsf: %u wlan_rtt.c:Received FTMR resp_tsf_h = 0x%x resp_tsf_l = 0x%x curslot_slot_idx: 0x%x cur_diff: 0x%x resp_ref_tsf: 0x%x wlan_rtt.c:wlan_rtt_resp_init:current session is active: session_index: %d slot: %d wlan_rtt.c:rtt_tmr_rx_hdl() rtt_resp not supported wlan_rtt.c:rtt_tmr_rx_hdl() wal_vdev not found wlan_rtt.c:rtt_tmr_rx_hdl() vdev not found wlan_rtt_tlv_helper.c:ERROR: Didn't found WMI TLV attribute definitions for is_req:%d rtt_cmd_event_id: %d wlan_rtt_tlv_helper.c:WMI TLV attributes for is_req:%d rtt_cmd_event_id: %d TLV order %d [tlv %d] wlan_rtt_tlv_helper.c:ERROR: TLV order %d greater than num_of_tlvs:%d for is_req:%d rtt_cmd_event_id: %d wlan_rtt_tlv_helper.c:WMI TLV attribute definitions for is_req:%d found; rtt_cmd_event_id: %d num_of_tlvs:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: Successfully processed TLVs for sub_type:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: Some loop(cnt = %d) didn't ended properly for sub_type:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: WARN: TLV needs padding. tlv_size_diff=-%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: WARN: TLV truncated. tlv_size_diff=%d, curr_tlv_len=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: WARN: ERROR Need to handle this tag ID %d for variable length wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Maximum inner loops reached for sub_type:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Wrong TLV length %d for loop start for sub_type:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Exceeded given max loop count %d, for sub_type:%d tlv_index:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: VERBOSE: Processing of loop %d done for sub_type:%d; left out loop instances:%d TLVs per loop:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Loop start and End mismatch for sub_type:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Wrong TLV length %d for loop end for sub_type:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: TLV has wrong tag in order for sub_type=%d. Given=%d, Expected=%d. wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: VERBOSE: First TLV Tag ID (tlv_index:%d) for last entered loop start (total_active_loops=%d) matched (looping loop_cnt:%d) with tag:%d for sub_type=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: WARN: First TLV Tag ID (%d) for last entered loop start (index=%d) doesn't match; skipping this tlv with tag:%d for sub_type=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Can't get the first TLV Tag ID (tlv_index:%d) for last entered loop start (cnt=%d) for sub_type=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: VERBOSE: Tag ID expecting is Loop end for loop started at index %d but received tag %d.num_active_loops: %d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: VERBOSE: [tlv %d]: tag=%d, len=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: No TLV attributes found for sub_type=%d Tag_order=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Invalid TLV length for sub_type=%d Tag_order=%d buf_idx=%d Tag:%d Len:%d TotalLen:%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS: ERROR: Couldn't get expected number of TLVs for sub_type=%d wlan_rtt_tlv_helper.c:RTTTLV_CHECK_AND_PAD_TLVS is_req = %d buf_ptr = 0x%x buf_len = %d sub_type = %d wlan_obss_scan_offload_wmi.c:obss scan stop, refer cnt:%d, status wlan_obss_scan_offload_wmi.c:Channel not in 2.4 GHz sent wlan_obss_scan_offload_wmi.c:obss scan vdev pool alloc failed=%d wlan_obss_scan_offload_wmi.c:obss scan start vdev id =%d wlan_obss_scan_offload.c:OBSS_SCAN_SEND_ACTION idx:%x, op class:%d, intolerent len:%x, frame len:%d wlan_obss_scan_offload.c:obss scan send action, add ch id:%x, op class:%d wlan_obss_scan_offload.c:obss coex action frame buf null, vdev id:%x wlan_obss_scan_offload.c:obss send: num_of_scans:%x,send cnt:%x wlan_obss_scan_offload.c:obss merge: num_of_scans:%x, idx:%x wlan_obss_scan_offload.c:obss scan TE-A found_dup=%x, index:%d, op:%d,ch_id:%d wlan_obss_scan_offload.c:obss scan TE-A rec null wlan_obss_scan_offload.c:obss scan TE-A type=%d, index:%d wlan_obss_scan_offload.c:obss scan HT cap present=%d, teb:0x%x wlan_obss_scan_offload.c:Beacon parser invoked, mac_id:%d, ch:%d umac_wmi_events.c:drop mgmt as size:%d,limit:%d umac_wmi_events.c:BEACON_EVENT_SWBA_SEND_FAILED umac_wmi_events.c:WMI_CHAN_INFO_EVT chan_tx_pwr_tp = %d, rx_frm_cnt = %d, my_bss_rx_cycle_cnt = %d, rx_11b_mode_data_dur = %d, tx_frm_cnt = %d, mac_clk_mhz = %d umac_wmi_events.c:WMI_CHAN_INFO_EVT err_code = %d, freq = %d, cmd_flags = %d, nf = %d, rx_clr_cnt = %d, cycle_cnt = %d, chan_tx_pwr_range = %d umac_wmi_events.c:WMI_CHAN_INFO_EVENT_ALLOC_FAILURE EventId = 0x%x chan_freq = 0x%x PendingEvents = %d umac_wmi_events.c:WMI_EVENT_ALLOC_FAILURE vdev_id = %d EventId = 0x%x AssocId/VdevMap = 0x%x wmi_svc.c:WMI_CMD_RX handle in data offload cmd=%d length=%d endPt=%d, pHTCbuf=%x wmi_svc.c:WMI_CMD_RX handle in BE cmd=%d length=%d endPt=%d, pHTCbuf=%x wmi_svc.c:WMI_CMD_RX handle in RT cmd=%d length=%d endPt=%d, pHTCbuf=%x wmi_svc.c:WMI_CMD_RX cmd comp. handle in hif --free buf cmd=%d length=%d endPt=%d, pHTCbuf=%x wmi_svc.c:WMI_EVT completion msg to RT pEvt=%p, thread_id=%d wmi_svc.c:WMI_CMD_RX send dispatch msg to threads, cmd=%d length=%d endPt=%d, pHTCbuf=%x msg_size=%d wmi_svc.c:WMI_CMD_RX process inline cmd=%d length=%d endPt=%d, pHTCbuf=%x wmi_svc.c:WMI_SEND_EVENT_WRONG_TLV CmdId/EventId = 0x%x wmi_svc.c:WMI_CMD_RX CmdId=0x%x Len=%d wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x 0x%08x 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x wmi_svc.c:WMI_CMD_PARAMS 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x wmi_svc.c:WMI_EVT_SEND EvtId=0x%x ep=%d wmi_svc.c:_WMI_SendEvent_HIF EventId=%d wmi_svc.c:WMI_EVENT_SEND drop EventId = 0x%x, action:0x%x wmi_svc.c: pending EventId = 0x%x wmi_svc.c:RT WMI_EVT EventId=%d length=%d pEvt=%p filterAction:%d wmi_svc.c:WMI_EVT msg to HIF EventId=%d length=%d pEvt=%p evt_tracer.c:suspend_en:%d, module %d, evt_trace_in_suspend %d platform.c:plat_alloc_and_init_arena_hk: error - arena %d does not exist. platform_bdf_and_cal.c:QMI Platform: Sending FW READY ind... platform_bdf_and_cal.c:sending cal_done indication before changing state platform_bdf_and_cal.c:Initiating cal update (halphy)...temp_bin = 0x%x | file_size = %d platform_bdf_and_cal.c:QMI Platform: Cold Cal done signal received platform_bdf_and_cal.c:QMI Platform: Cal Update remaining bytes = %d, platform_bdf_and_cal.c:QMI Platform: Cal download REQ received, seg_id 0x%x platform_bdf_and_cal.c:platform_proc_bdf_download_req: BDF download done, current_size = %d, platform_bdf_and_cal.c:platform_proc_bdf_download_req: BDF download curr_size = %d, platform_bdf_and_cal.c:platorm_idx= %d, platform_bdf_and_cal.c:platorm_idx__download_req= %d, platform_bdf_and_cal.c:Cal download complete...cal file size = %d platform_bdf_and_cal.c:Initiating cal download (halphy)...temp_bin = 0x%x platform_m3.c:PHY M3: entreis = %d, base vaddr = 0x%x; MAC M3: entries = %d, base vaddr = 0x%x txde_thread.c:%d [RING_STATS:(RINGSZ - 12)]==> 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x txde_thread.c:%d [RING_STATS:RING_50_75_PER]==> 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x txde_thread.c:%d [RING_STATS:RING_0_50_PER]==> 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x txde_thread.c:%d [RING_STATS:RING_FULL]==> 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x txde_thread.c:%d [RING_STATS:RING_EMPTY]==> 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x 0x%08x wdiag.c:wdiag_set_type_id_debug_mask: type is not between %d and %d, type = %d wdiag.c:wdiag_cmd_set_debug_mask_handle: type is not between %d and %d, type = %d wdiag.c:wdiag_cmd_set_debug_mask_handle: pkt_len is not %d, pkt_len = %d wdiag.c:wdiag_cmd_set_debug_mask_handle: request pointer is NULL wdiag.c:wdiag_cmd_set_auto_upload_buf_flag_handle: request pointer is NULL wdiag.c:wdiag_cmd_set_msg_mask_handle: type is not between %d and %d, type = %d wdiag.c:wdiag_cmd_set_msg_mask_handle: numModule is greater than %d , numModule = %d wdiag.c:wdiag_cmd_set_msg_mask_handle: request pointer is NULL wdiag.c:wdiag_cmd_set_log_mask_handle: logcode= %d is not between 0x%x, 0x%x wdiag.c:wdiag_cmd_set_log_mask_handle: numLogPackets is greater than %d , numLogPackets = %d wdiag.c:wdiag_cmd_set_log_mask_handle: request pointer is NULL wdiag.c:wdiag_cmd_clear_event_mask_handle: request pointer is NULL wdiag.c:wdiag_cmd_clear_log_mask_handle: request pointer is NULL wdiag.c:wdiag_cmd_set_event_mask_handle: eventId = %d is not between %d and %d wdiag.c:wdiag_cmd_set_event_mask_handle: numEvents is greater than %d , numEvents = %d wdiag.c:wdiag_cmd_set_event_mask_handle: request pointer is NULL cmnos_timer.c:cmnos timer thread_id %d cmnos_intmux.c:cmnos_intmux_dsr_attach error: handler = %p, pinum = %p, pparg=%p cmnos_allocram.c:arena_flags: 0x%x, bytes:%d, call1:0x%x, call2:0x%x cmnos_allocram.c:unknown proxy_flag:0x%x, ret:0x%x, ret1:0x%x,ret2:0x%x cmnos_allocram.c:END: cmnos_allocram_info_dump() cmnos_allocram.c:arena: %d, start: 0x%p, current: 0x%p, used = %d, remaining: %d, num_allocs: %d cmnos_allocram.c:BEGIN: cmnos_allocram_info_dump() cmnos_allocram.c:Wrote: %d bytes cmnos_allocram.c:Dumping allocram info into buffer... cmnos_allocram.c:Creating file... cmnos_thread.c:assert:r0=0x%x, r1=0x%x, line:0x%x cmnos_thread.c:cmnos_threads_delete: do global cleanups cmnos_thread.c:cmnos_threads_delete: clean up thread barriers cmnos_thread.c:cmnos_threads_delete: clean up mutex locks cmnos_thread.c:cmnos_threads_delete: thread app id 0x%x is done cmnos_thread.c:cmnos_threads_delete: wait for thread app id 0x%x to exit cmnos_thread.c:cmnos_threads_delete: send exit to 0x%x thread app id cmnos_thread.c:cmnos_threads_delete cmnos_thread.c:thread exit exception:r0=0x%x, r1=0x%x, line:0x%x cmnos_thread.c:LACK ROOM IN %s THREAD'S MSG QUEUE FIFO (need %d, have %d); readIndex=%d writeIndex=%d cmnos_thread.c:CMNOS_Buf_Alloc_Failure Buffer_Full_thread_id = %d Current_thread_id = %d platform_deinit.c:QMI Platform: Threads killed... platform_deinit.c:QMI Platform: Deinit started... platform_common.c:plat_set_one_ce_service_map_cfg: ERROR - idx %d > PIPE_TO_CE_MAP_CNT %d platform_athdiag.c:plat_athdiag_white_list_add: only support limited security area platform_athdiag.c:plat_athdiag_proc_read_req: Sending msg to RT thread to do athdiag read platform_athdiag.c:QMI Platform: Athdiag read REQ received...offset = 0x%x | mem_type = 0x%x | data_len = %d platform_athdiag.c:platform_proc_athdiag_read_req: can't access restrict area platform_athdiag.c:QMI Platform: Athdiag write REQ received...offset = 0x%x | mem_type = 0x%x | data_len = %d platform_athdiag.c:platform_proc_athdiag_write_req: can't access restrict area platform_thread.c:M3SSR recipe complete mac_id:%x ts:%x qmi_platform.c:qmi_plat_check_state: error - Try to send SOC WAKE at wrong state %d qmi_platform.c:qmi_plat_check_state: error - Try to send Cal Done Ind at wrong mode 0x%x and wrong state %d qmi_platform.c:qmi_plat_check_state: error - Try to send CAL Done Ind at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received MODE REQ w/ mode = 0x%x at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received CFG REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: error - Try to send FW Ready ind at wrong mode 0x%x and wrong state %d qmi_platform.c:qmi_plat_check_state: error - send FW INIT Done at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received M3_INFO REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received CAL_REPORT REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received BDF DOWNLOAD REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received device info at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received CAPABILITY REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received MSA READY REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: error - sending MSA READY IND at wrong state %d qmi_platform.c:qmi_plat_check_state: error - received MSA INFO REQ at wrong state %d qmi_platform.c:qmi_plat_check_state: ERROR: wrong state %d to receive msg_id 0x%x qmi_platform.c:qmi_plat_check_state: WARNING: wrong state to send remote ddr mem cfg indication, state = %d qmi_platform.c:qmi_plat_check_state: error - received HOST_CAP_REQ at wrong state %d qmi_platform.c:qmi_event_history_log: msg_id = 0x%x, client_handle = 0x%x, event = 0x%x, tick = 0x%x qmi_platform.c:Ind with id 0x%x not sent to client handle 0x%x qmi_platform.c:Indication sent failed. Err code = 0x%x id = 0x%x qmi_platform.c:Handle 0x%x, fw_status_mask = 0x%x qmi_platform.c:Setting fw_status_mask in handle 0x%x with FW READY; new value = 0x%x qmi_platform.c:Ind with id 0x%x sent to client handle 0x%x qmi_platform.c:Client with handle 0x%x connected qmi_platform.c:Client with handle 0x%x disconnected qmi_platform.c:Error code 0x%x in msg_id 0x%x qmi_platform.c:QMI Platform: sending QMI_M3_DUMP_UPLOAD_REQ_IND_V01 qmi_platform.c:wlfw_handle_m3_dump_upload_done invalid data received qmi_platform.c:QMI Platform: sending QMI_WLFW_QDSS_TRACE_SAVE_IND_V01 qmi_platform.c:QMI Platform: sending QMI_WLFW_QDSS_TRACE_FREE_IND_V01 qmi_platform.c:platform_proc_fw_ini_cfg_download_req_int: FW INI cfg download done, current_size = %d, qmi_platform.c:platform_proc_fw_ini_cfg_download_req_int: FW INI cfg download curr_size = %d, qmi_platform.c:Client with unique ID 0x%x found in client_list qmi_platform.c:Client with unique ID 0x%x registering qmi_platform.c:QMI Platform: Ind register REQ received qmi_platform.c:QMI Platform: sending QMI_WLFW_FILE_SAVE_IND_V01 qmi_platform.c:QMI Platform: QMI_WLFW_FILE_DATA_RESP_V01 sent, data %d, end %d qmi_platform.c:QMI Platform: QMI_WLFW_FILE_DATA_REQ_V01 received, cur_seg_id qmi_platform.c:QMI Platform: QMI_WLFW_FILE_DATA_REQ_V01 received, cur_seg_id %d qmi_platform.c:QMI Platform: QMI_WLFW_FILE_DATA_REQ_V01 received, invalid parameter, req_id %d, cur_seg_id %d qmi_platform.c:platform_proc_qdss_cfg_download_req: QDSS cfg download done, current_size = %d, qmi_platform.c:platform_proc_qdss_cfg_download_req: QDSS cfg download curr_size = %d, qmi_platform.c:qmi_plat_check_state: error - received CFG download REQ at wrong state %d qmi_platform.c:QDSS mem info REQ received qmi_platform.c:QMI Platform: restart level req received qmi_platform.c:QMI Platform: device info REQ received qmi_platform.c:QDSS mode REQ received, mode = 0x%x qmi_platform.c:QMI Platform: platform state %d qmi_platform.c:QMI Platform: Shutdown req recvd qmi_platform.c:Valid mac addr received from modem NV: %x : %x : %x : %x : %x : %x qmi_platform.c:QMI Platform: MAC addr enqury received qmi_platform.c:QMI Platform: MAC addr REQ received qmi_platform.c:QMI Platform: M3 download REQ received, paddr = %ul, size = %d qmi_platform.c:QMI Platform: BDF download REQ received, seg_id 0x%x qmi_platform.c:QMI Platform: Cal report REQ received qmi_platform.c:wlfw_handle_wlan_mode_req: hw_debug_valid = d, hw_debug = d qmi_platform.c:QMI Platform: Wlan mode REQ received, mode = 0x%x qmi_platform.c:QMI Platform: Did not recieve INI REQ, enablefwlog_valid = %d, enablefwlog = %d qmi_platform.c:QMI Platform: recieved INI REQ, enablefwlog_valid = %d, enablefwlog = %d qmi_platform.c:QMI Platform: INI REQ received, debug mode = %d qmi_platform.c:wlfw_handle_wlan_cfg_req: svc_cfg_len - %d qmi_platform.c:QMI Platform: Wlan Cfg REQ received qmi_platform.c:QMI Platform: Cap REQ received qmi_platform.c:wlfw_handle_remote_ddr_mem_req: INFO: num_mem_cfg = %d qmi_platform.c:wlfw_handle_host_cap_req: num_clients=%x, nm_modem=%x platform_init.c:QMI Platform: Sending msg to RT thread to do cold cal init... platform_init.c:QMI Platform: Starting wlan tasks... platform_init.c:WLAN Adrastea/MSL HW init, enable_hw_debug =%d platform_init.c:WLAN Platform: Starting wlan tasks... pool_mgr_api.c:product resulting in buffer overflow: num_of_elem * elem_sz = 0x%x latency_profile.c:profile_report: could not alloc, size=%d latency_profile.c:profile_report: #profiles enabled > WMI limit (=%d) sm.c:SM: %x:%x:%p : allocation from event pool failed for event %d sm.c:[SM:RcvEvt] Evt:%d not handled in CurS:%d mod_id=%x instance=%x vapid =%d make_sm = 0x%x extra = 0x%x extra2 = 0x%x extra3 = 0x%x sm.c:SM: %x :%x :%p : event %d not handled in state %d sm.c:[SM:RcvEvt] CurS:%x<-Evt:%x mod_id/inst/evt_q=%x vapid =%d ext1/2/3=0x%x/0x%x/0x%x sm.c:SM: %x:%x:%p : invalid event %d sm.c:[SM:ChgSta] CurS:%x->NxtS:%x mod_id/inst/evt_q=%x vapid=%d ext1/2/3=0x%x/0x%x/0x%x ABT_dal.c:NOC Error: SENSEIN0: 0x%8x ABT_dal.c:NOC Error: FLAGINSTATUS0: 0x%8x ABT_dal.c:NOC Error: ERRLOG6: 0x%8x ABT_dal.c:NOC Error: ERRLOG5: 0x%8x ABT_dal.c:NOC Error: ERRLOG4: 0x%8x ABT_dal.c:NOC Error: ERRLOG3: 0x%8x ABT_dal.c:NOC Error: ERRLOG2: 0x%8x ABT_dal.c:NOC Error: ERRLOG1: 0x%8x ABT_dal.c:NOC Error: ERRLOG0: 0x%8x ABT_dal.c:NOC Error: ERRCLEAR: 0x%8x ABT_dal.c:NOC Error: FAULTEN: 0x%8x ABT_dal.c:NOC Error: ERRVLD: 0x%8x ABT_dal.c:NOC Error: Name: %s ABT_dal.c:ABTimeout: Bus %s hang; Number of Slaves: %d ABT_dal.c:ABTimeout: Bus %s hang; Syndrome HREADY: 0x%x ABT_dal.c:ABTimeout: Bus %s hang; Syndrome ADDR1: 0x%x ABT_dal.c:ABTimeout: Bus %s hang; Syndrome ADDR0: 0x%x ABT_dal.c:ABTimeout: Bus %s hang; Syndrome ID: 0x%x whal_hwsch.c:PM_STATE_DBG: reg_val: 0x%x, pm:%u, weight:%u, valid:%u, lock:%u, whal_hwsch.c:WHAL_FATAL_ERR_UNKNOWN: pdev_id:%d - Ignore, since wdog statuses got cleared whal_hwsch.c:WHAL_FATAL_ERR_UNKNOWN:%x whal_hwsch.c:hwsch2_wdog_timeout: reg_wdog=%x, reg_cmd_ring_wdog=%x status_cfg(h: 0x%x ph: 0x%x t: 0x%x) whal_hwsch.c:config_txop_sel (pdev=%d,q=%d): reg=0x%x, lifetime_exp=%d, txop_sel=%d whal_interrupt.c:GetPendingInterrupts-whalPending:0x%x whal_interrupt.c:Clear false RXPCU WDOG, status %x, limit %x whal_interrupt.c:SM_IX_2 value:%x whal_interrupt.c:RXPCU WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXPCU1 WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:TXPCU WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x, PhyErr 0x%x whal_interrupt.c:TXDMA WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXOLE WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:TXOLE WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:CRYPTO WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:AMPI WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:PDG WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:HWSCH WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:MXI WDOG error interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x GXI-err-stats-reg 0x%x whal_interrupt.c:CRYPTO panic interrupt TLV ready 0x%x, MAC idle states 0x%x, Crypto sm states 0x%x whal_interrupt.c:CRYPTO panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:TXPCU0 panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:TXDMA panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA1 panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:AMPI panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXPCU0 panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXPCU_R1_PMI_ERROR_STATUS 0x%x whal_interrupt.c:RXPCU1 panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:PDG panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:MCMN panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:HWSCH panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:MXI panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x GXI-err-stats-reg 0x%x whal_interrupt.c:TXOLE panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXOLE_R1_SM_STATES:0x%x whal_interrupt.c:RXOLE panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:SFM panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA_SRC_RNG panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA_DST_RNG panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA1_DST_RNG panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_interrupt.c:RXDMA1_SRC_RNG panic interrupt on PDEV ID-%d, mask 0x%x, total count 0x%x whal_recv.c:RXPCU_FSM_STATUS 0/1/2: 0x%x, 0x%x, 0x%x, SFM_R0_AVAILABLE_BUFFERS : 0x%x whal_recv.c:startPcuReceive on mac:%d, phy_is_off:%d leave_phy_off:%d whal_recv.c:RX_DRAIN_DEST Rx Dest Draining completed dev_id %d lmac_id %d drain_dest_fifo_mask 0x%x RXDMA_RXDMA1_IDLE %d RX_IDLE %d whal_recv.c:Non fatal info : Drain Dest ring 0x%x not configured (RXDMA2WBM_DRAIN_DEST %d) (RXDMA1_2SW_DRAIN_DEST %d) whal_recv.c:RX_DRAIN_DEST Restoring Rx dest sring to original state done for ring 0x%x status %d whal_recv.c:RX_DRAIN_DEST Drain ring head %d tail %d avail_bytes_to_read %d p_desc_list[%d] buffer_addr_31_0 0x%x buffer_addr_39_32 0x%x sw_buffer_cookie 0x%x p_drained_desc %p p_desc_list %p whal_recv.c:RX_DRAIN_DEST Drain ring 0x%x head %d tail %d avail_bytes_to_read %d whal_recv.c:RX_DRAIN_DEST After waiting %d usec Drain ring head %d tail %d avail_bytes_to_read %d rxdma_fifo_not_empty_post_drain_wait %d whal_recv.c:RX_DRAIN_DEST Rx Drain Dest ring Init done for ring 0x%x head %d tail %d whal_recv.c:After TXPCU_R1_DEBUG_RX_MESSAGE: COUNT0 0x%x, COUNT1 0x%x, COUNT2 0x%x RXPCU_R1_DEBUG_RX_MESSAGE_COUNT0: 0x%x whal_recv.c:Before TXPCU_R1_DEBUG_RX_MESSAGE: COUNT0 0x%x, COUNT1 0x%x, COUNT2 0x%x RXPCU_R1_DEBUG_RX_MESSAGE_COUNT0: 0x%x whal_recv.c:StopPcuReceive on mac:%d, phy on-%x, force_rx_abort-%x whal_recv.c:rssi_legacy rssi_comb:%d getPri20ChRssi:ch0:0x%x ch1:0x%x ch2:0x%x ch3:0x%x whal_recv.c:fse_watchdog %x, sm_state_reg %x, cache_response %x whal_recv.c:whalSetBssColor: parameters bsscolor|en|bss_id = %08x, caller = 0x%x:0x%x whal_recv.c:TxRx overlap TLV_READY reg_val: 0x%x whal_recv.c:RX_DRAIN_DEST Enq FW2WBM rel ring entry %d (total %d): buffer_addr_31_0 0x%x buffer_addr_39_32 0x%x cookie 0x%x rbm %d release src %d bm %d rxdm push reason %d whal_recv_recovery.c:ring type [0x%x] wmi pending:%d, empty %x whal_recv_recovery.c:ring type [0x%x] empty error ts-0x%x, pre hp:0x%x, ts 0x%x, hp 0x%x, tp 0x%x whal_recv_recovery.c:MO FW2RXDMA_LINK ring empty whal_recv_recovery.c:MO FW2RXDMA_STATBUF ring empty whal_recv_recovery.c:MO SW2RXDMA_BUF ring empty whal_recv_recovery.c:FW2RXDMA_LINK ring empty whal_recv_recovery.c:WBM2RXDMA_LINK ring empty whal_recv_recovery.c:whalBufRingEmptyCheck invalid dev_id:%x whal_recv_recovery.c:FW2RXDMA_STATBUF ring empty whal_recv_recovery.c:FW2RXDMA_BUF ring empty whal_recv_recovery.c:SW2RXDMA_BUF ring empty whal_recv_recovery.c:ring [0x%x] full ts-0x%x, hp 0x%x, tp 0x%x, reo2sw1: 0x%x, reo2sw4:0x%x, reo2tcl:0x%x, rxdma2sw:0x%x whal_recv_recovery.c:TXRX OVLAP hit on MAC-%d whal_recv_recovery.c:RXOLE hang type [0x%x], cnt %d, error ts-0x%x, rin type: %x, mask 0x%x whal_recv_recovery.c:RXPCU hang type [0x%x] empty error ts-0x%x, mask 0x%x, 0x%x whal_recv_recovery.c:RXDMA hang type [0x%x], cnt %d, error ts-0x%x, rin type: %x, mask 0x%x:0x%x whal_recv_recovery.c:RXCRYPTO hang type [0x%x] empty error ts-0x%x, mask 0x%x, 0x%x whal_reset.c:DEBUG_CACHE::args_type=%d, addr=0x%x, bitmask=%d, bitshift=%d, value=0x%x whal_reset.c:DEBUG_CACHE::Invalid num args type whal_reset.c:DEBUG_CACHE::Reseting the cache idx whal_reset.c:DEBUG_CACHE::Invalid address whal_reset.c:DEBUG_CACHE::Clearing the cache whal_reset.c:DEBUG_CACHE::Invalid Access type whal_reset.c:DEBUG_RESTORE::Invalid num_args_type at idx = %d whal_reset.c:DEBUG_RESTORE::Bitmask Write::addr=0x%x, bitmask=%d, bitshift=%d, value=0x%x whal_reset.c:DEBUG_RESTORE::Write::addr=0x%x, value=0x%x whal_reset.c:DEBUG_RESTORE::Bitmask Read::addr=0x%x, bitmask=%d, bitshift=%d, value=0x%x whal_reset.c:DEBUG_RESTORE::Read::addr=0x%x, value=0x%x whal_reset.c:DEBUG_RESTORE::Invalid access type whal_reset.c:whalSetMACNAVOverrideCfg: value = 0x%x whal_reset.c:whalConfigProxyStaParams Unhandled BSS_ID :%d whal_reset.c:channelSwitch: Homechan = %d ANI = %d Reset_Synth_Spur = %d Cal = %d Mutex_Unlock = %d Tot = %d PF = %d whal_reset.c:channelSwitch: Homechan = %d Mac = %d HALPHY_CLK_RESET= %d INI = %d MAC_MTU = %d TPC = %d HALPHY_SetChan = %d WHAL_XMIT = %d whal_reset.c:channelSwitch: INI = %d TPC = %d Cal = %d Tot = %d PF = %d whal_rtt.c:whal_rtt_recv_sta_txrx_chain_handle_event: mode %d event %d tx_mask 0x%02x rx_mask 0x%02x tx_dirty %d rtt_selfgen_tx_chain_idx %u rtt_rx_chain_idx %d whal_rtt.c:whal_rtt_frame_prepare() HW is already prepared for RTT return !!! whal_rtt.c:whal_rtt_frame_recover() HW was not configured for RTT!!! return whal_rtt.c:rtt_get_tx_rate: rate: %d bit_rate_kbps: %d whal_rtt.c:RXLocInf2 %u whal_rtt.c:RXLocInf1 0x%08x,0x%08x,0x%08x,0x%08x,0x%08x,0x%08x,0x%08x,0x%08x,0x%08x whal_rtt.c:ar_wal_rtt_get_rssi_chain: rssi_info 0x%08x%08x whal_rtt.c:ar_wal_get_rssi_chain: invalid rssi_info for %p whal_rtt.c:recv sta rssi 0x%08x chain:%d whal_rtt.c:send sta rssi 0x%08x chain:%d whal_rtt.c:rtt_get_toda: txrx_msg_buf=%p toda_type=%d toda_phy_clk=%u ppdu_id=%d txrx_delay=%d status=%d whal_rtt.c:rtt_get_delay_ps: delay_tbl_idx=%d toda_type=%d preamble=%u whalRate%d chainNum=%d preamble=%d, pkBW=%d, HELTF=%d, rt_mode=%d whal_rtt.c:DEBUG-PERF: %lu,%lu whal_rtt.c:DEBUG-PERF: %d,%d,%lu,%lu,%lu,%lu,%lu,%lu whal_rtt.c:DEBUG-PERF: %lu,%lu,%lu,%lu,%lu,%lu,%lu,%lu,%d whal_rtt.c:DEBUG-TKNS: %d,%d,%lu,%lu,%lu,%lu whal_rtt.c:rtt_recv_sta_get_rxbw: rx_bw=%d rx_preamble=%d whal_rtt.c:rtt_send_sta_get_txbw: packet_bw=0x%x whal_rtt.c:rtt_send_sta_get_rxbw: rtt_pkt_bw=0x%x whal_rtt.c:ar_wal_rtt_tx_ppdu_completion_handler: excess zero values in receive_rssi_info whal_rtt.c:whal_cfir_setup_fixed_rx_rtt_chain: mode %d rtt_rx_chain_idx%d whal_cfir.c:whal_cfir_enable: enaRttPerBurst %d enaFixedStrChain %d fixedStrChainIdx 0x%02x whal_cfir.c:whal_cfir_configure: rtt %d capture_cfr %d capture_cir %d whal_tqm.c:link_Desc_tshd register value:%02x whal_xmit.c:Old mcs %x New mcs %x New rate_mask %x whal_xmit.c:ABT_Timeout debug: q = %d alt_prebkoff = %d callers = %08x:%08x whal_xmit.c:ABT_Timeout debug: q = %d callers = %08x:%08x whal_xmit.c:g_dbg_on_lt_exp_cnt %d MAX_LT_EXPIRY_CNT %d whal_xmit.c:whalXmitReset: RegisterWrites = %d bkoff_cca_mask = %d Total = %d whal_xmit.c:whalXmitReset: HomeChan = %d Init_ResetTxQueue = %d InitPowerCtlTbl = %d HEMisConfig_Inits = %d GenRespChainMask_CCK_OFDM = %d Rtt = %d GenRespChainMask_11ax = %d whal_xmit.c:whalSetupCbfRateParams: rate code %x, flags %x whal_xmit.c:InfoTPC: Max TPC = %d Min TPC = %d whal_xmit.c:KEY_DBG peer_id %d qos_ctl 0x%x pn_128_ptr[0] %llu temporal_key0 0x%x 0x%x 0x%x 0x%x seq_no 0x%x whal_xmit.c:Info: TPC = %u, %u whal_xmit.c:TXDMA WDG TXDMA_R1_DEBUG_STATES_0 reg_val: 0x%x whal_xmit.c:FIPS %x whal_xmit.c:FIPS nxt_p null whal_xmit.c:FIPS hp null whal_xmit.c:FIPS nxt_p %x whal_xmit.c:FIPS hp %x tp %x whal_xmit.c:wal_sw_peer_key allocation SUCCESS whal_xmit.c:wal_sw_peer_key allocation failed...!!! blockack.c:TX_BA_LOG: delay post BA timer complete peer 0x%x tid %d thread %d blockack.c:TX_BA_LOG: BA_NOT_SETUP state: peer 0x%x, mac %x, tid %d blockack.c:RX_BA_LOG: DELBA send successful: peer 0x%x, mac %x, tid %d blockack.c:RX_BA_LOG: BA restarting: peer 0x%x, mac %x, tid %d blockack.c:RX_BA_LOG: ADDBA rsp fail: peer 0x%x, mac %x, tid %d blockack.c:RX_BA_LOG: ADDBA rsp send successful: peer 0x%x, mac %x, tid %d blockack.c:RX_BA_LOG: return from EV_START add resp2: peer 0x%x, mac %x, tid %d, aggr %d, qos_en %d, conn_st %d blockack.c:RX_BA_LOG: addba_resp gen failed: peer 0x%x, mac %x, tid %d, ssn %d, rc %d blockack.c:RX_BA_LOG: addba_resp queued: peer 0x%x, mac %x, tid %d, ssn %d, rc %d blockack.c:RX_BA_LOG: return from EV_START add resp1: peer 0x%x, mac %x, tid %d, aggr %d, qos_en %d, conn_st %d blockack.c:wal_ba_send_addba_rsp: amsdusupported=%d, buffersize=%d blockack.c:wal_ba_rx_sm: their_buf_size:%d, our_buf_size:%d blockack.c:BA_RX_SM: peerid=%d tid_num=%d state=%d event=%d blockack.c:peer %x BA tx %p complete status %x, %x bufs blockack.c:TX_BA_LOG: delba sent. tearing down session: peer 0x%x, mac %x, tid %d blockack.c:TX_BA_LOG:delay post BA timer started: peer 0x%x tid %d thread_id %d unblock delay %dms blockack.c:TX_BA_LOG: Tx BA setup complete: peer 0x%x, mac %x, tid %d, win_sz %d, amsdu_sup %d, delayed unblock %d blockack.c:TX_BA_LOG: addba_req Tx success: peer 0x%x, mac %x, tid %d, resp timeout %d blockack.c:TX_BA_LOG: send_addba_req ERR: peer 0x%x, mac %x, tid %d, ba->tx_st_bmap 0x%x, actv_tid_no_ba %d, wal_soc %d blockack.c:TX_BA_LOG: addba_req queued: peer 0x%x, mac %x, tid %d, ssn %d, win_sz %d blockack.c:BA_DBG after wal_get_configured_ba_size %d blockack.c:TX_BA_LOG: tx_sm_ctxt NULL: peer 0x%x, mac %x, tid %d blockack.c:TX_BA_LOG: ADDBA request pending in frameQ: tid=%d bmap=0x%x blockack.c:TX_BA_LOG: alloc context when BA neg in prog: peer 0x%x, mac %x, tid %d blockack.c:TX_BA_LOG: defer BA setup: peer 0x%x, mac %x, tid %d, ba->tx_st_bmap 0x%x, active_tid_no_ba_setup %d blockack.c:TX_BA_LOG: return from EV_START: peer 0x%x, mac %x, tid %d, aggr %d, qos_en %d, conn_st %d blockack.c:BA_TX_SM: peerid=%d tid_num=%d state=%d event=%d blockack.c:Error: ba_handle is NULL for wal_peer_id = %d blockack.c:ADDBA Req dropped WEP:%d MFP_SUPPORT:%d blockack.c:wal_ba_event_peer_rx IEEE80211_ACTION_BA_ADDBA_REQUEST: buffersize=%d blockack.c:TX_BA_LOG delba RX success: peer 0x%x, mac %x, tid %d, frm seq %d blockack.c:TX_BA_LOG addba response recieve failure: peer 0x%x, mac %x, tid %d, frm seq %d, buffersize %d, amsdusupport %d blockack.c:TX_BA_LOG addba response recieved: peer 0x%x, mac %x, tid %d, frm seq %d, buffersize %d, amsdusupport %d blockack.c:wal_ba_event_peer_rx: amsdusupported=%d, buffersize=%d blockack.c:wal_ba_event_peer_rx IEEE80211_ACTION_BA_ADDBA_RESPONSE: buffersize=%d blockack.c:RX_BA_LOG drop dup frame: type %d peer %d dropped %d blockack.c:BA_LOG: skipped wal_ba_tx_sm: peer 0x%x, mac %x, tid %d, is data tid %d, addba mode %d blockack.c:BA_LOG: ba_peer_handle NULL: peer 0x%x, mac %x, tid %d blockack.c:BA tear down on mismatch ack type for tid:%d blockack.c:wal_ba_event_retry_timeout peer:%x blockack.c:wal_ba_check_pending_teardown reserve delba: peer %d tid %d blockack.c:BA-Link-Monitor implementation Start blockack.c:add 0x%p ba_abf_list to peer 0x%p blockack.c:BA peer 0x%p migrate %x buffer data_rx.c:DATA_TXRX_DBGID_DUP_CHECK da_is_mcbc=%x, da_is_valid=%x data_rx.c:DATA_TXRX_DBGID_DUP_CHECK vdev_id = %d SN=0x%x Len=0x%x WalRxCnt=0x%x DataRxCnt=0x%x data_rx.c:DATA_TXRX_DBGID_DUP_CHECK vdev_id = %d tcp_info=0x%x SN=0x%x last_pn_valid=0x%x offset_winsize=0x%x data_rx_pn.c:DATA_TXRX_DBGID_REPLAY_CHECK 0x%x KeyId=0x%x oldPN=0x%x newPN=0x%x data_rx_pn.c:DATA_TXRX_DBGID_REPLAY_CHECK_WAR KeyId=0x%x oldPN=0x%llx newPN=0x%llx htt_tgt_rx.c:cmd_data:[0x%lx] [0x%lx] [0x%x] ring_base[0x%llx] remote_hp[0x%llx] remote_tp[0x%llx] htt_tgt_rx.c:htt_tgt_sring_setup [%d] [%d] [%d] [%d] [%d] [%d] htt_tgt_rx.c:IP src [%x][%x][%x][%x] dest [%x][%x][%x][%x] htt_tgt_rx.c:htt_tgt_fse_operation pdev,ipsec,src/dest ports,proto:[%d][%d] [%d][%d] [%d] htt_tgt_rx.c:htt_tgt_fse_setup:[%d] [%d] [%d] [0x%lx] [0x%lx] RT: [%d] htt_tgt_rx.c:3-tuple Configuration value rcvd : flow_id_toeplitz_enable : [%x] toeplitz_2_or_4_field_enable : [%x] htt_tgt_rx.c:htt_tgt_sring_setup_done -[%d] htt_tgt_rx.c:ring_selection_cfg [%x] [%x] [%x] [%x] [%x] [%x] [%x] htt_tgt_rx_event.c:RX event msg buf_len type[%x] peer_id [%x] vdev_id [%x] htt_tgt_rx_event.c:htt_tgt_rx_event_backpressure -[%x], [%x], [%x], [%x], [%x], [%x] mac_core_main.c:mac_core_work_loop_init: invalid wlan_driver_mode 0x%x pktgen.c:Tx done MAC id %lu pktgen.c:0x%X pktgen.c:%s: we're dead - %u is in use now Bitmap pktgen.c:%s: Unable to get tcl entry pktgen.c: pktgen.c:0x%x pktgen.c:%s: we're dead - try to free cookie %lu notused Bitmap: pktgen.c:pktgen_data_tx_start_msg_send dev->running=0x%x pktgen.c:pktgen_calc_aggr_size: adjust pkt len: orig=%d adjust=%d mpdu=%d pktgen.c:pktgen_tx_msg_handler msg hdlr: pkt len = %d pdev_id = %d mode = %d pktgen.c:pktgen_data_tx_stop_msg_send pktlog.c:Dropped buffer for pktlog_type:%d pktlog.c:_pktlog_getbuf: pool_list_alloc failed with size %u type=%u qheap=%d missed=%d pktlog.c:DEBUG_PKTLOG: _pktlog_enable: enable %u evlist %08x pktlog.c:DEBUG_PKTLOG: _pktlog_enable: already enabled, bmap=0x%x pktlog.c:DEBUG_PKTLOG: _pktlog_disable: already disabled, bmap=0x%x wal_channel_change_hw.c:wal_channel_change: DPD_AbortSpectral = %d tx_abort = %d rx_suspend = %d pm_pre = %d WhalChanSwitch = %d pm_post = %d rx_resume = %d tx_resume = %d DPD_ResumeSpectral = %d wal_channel_change_hw.c: phyId %d Caling DPD SM for home channel %d wal_channel_change_hw.c:WAL_DBGID_CHANNEL_CHANGE: mhz = %04d cfreq1 = %04d cfreq2 = %04d mac_id = %d phy_mode = %02d flags = 0x%04x pf_cnt = %02d wal_channel_change_hw.c:WAL_DBGID_CHANNEL_CHANGE_FORCE_RESET: mhz = %04d cfreq1 = %04d cfreq2 = %04d mac_id = %d phy_mode = %02d flags = 0x%04x rx_stop|tx_stop = 0x%x pf_cnt = %02d wal_channel_change_hw.c:GreenAP wal_set_greenap_channel error tx/rx chainmask: %d/%d, phy_mode: %d, flag: %d wal_channel_change_hw.c:ADFS_DUMPS rc=%d wal_channel_change_hw.c:ADFS_DUMPS MAC-Received agile channel command for center_freq1:%d center_freq2:%d flags=%d ar_wal_tx_de.c:security: WAL_DBGID_TX_EAPOL_PKT wbm2fw: sw_peer_id:%d cookie:0x%x flags:0x%x msdu_len:%d rel_md:%d rel_reason:%d ar_wal_tx_de.c:DE wbm2fw from_host: enq_tqm/bypass=%d/%d, enq_disc=%d, compl_tqm/bypass/reinject=%d/%d/%d ar_wal_tx_de.c:DE wbm2fw from_host: pdev=%d, tot_enq=%d, tot_compl=%d, tot_wbm2sw=%d ar_wal_tx_de.c:DE wbm2fw: cookie=0x%x sw_peer_id=%d flags=0x%x msdu_len=%d rel_md=%d,rel_reason=%d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler vdev_id = %d, thread_id = %d, msg_id = %d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler WAL_VDEV_DEL_ALL_PEER_TCL_DUMMY_FRAME_DONE & WAL_VDEV_DEL_ALL_PEER_TQM_DUMMY_FRAME_DONE vdev_id = %d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler WAL_VDEV_DEL_ALL_PEER_TQM_DUMMY_FRAME_DONE vdev_id = %d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler WAL_BUFFERID_TX_DELETE_ALL_PEER_TQM_DUMMY_FRAME vdev_id = %d, peer_id = %d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler WAL_VDEV_DEL_ALL_PEER_TCL_DUMMY_FRAME_DONE vdev_id = %d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler WAL_BUFFERID_TX_DELETE_ALL_PEER_TCL_DUMMY_FRAME vdev_id = %d, peer_id = %d ar_wal_tx_de.c:wal_tx_de_wbm_complete_handler vdev_id = %d, buffer_id = %d ar_wal_tx_de.c:RXDMA buffer leak : Count : %d current_time_stamp_in_ms : %u sw_buffer_cookie : %x ar_wal_tx_de.c:invalid_msdu - about to free to host ar_wal_tx_de.c:invalid_msdu - about to free to FW ar_wal_tx_de.c:security: WAL_DBGID_TX_EAPOL_PKT lookup failed: enq_discard ret:%d ar_wal_tx_de.c:DE enq from_host: enq_tqm/bypass=%d/%d, enq_disc=%d, compl_tqm/bypass/reinject=%d/%d/%d ar_wal_tx_de.c:DE enq from_host: pdev=%d, tot_enq=%d, tot_compl=%d, tot_wbm2sw=%d ar_wal_tx_de.c:security: WAL_DBGID_TX_EAPOL_PKT DE enq: sw_peer_id:%d peer_flags:0x%x tid:%d tid_flags:0x%x is_rc4:%d, fc:0x%x msdu_flags:0x%x len:%d enq_status:%d ar_wal_tx_de.c:DE enq: sw_peer_id=%d tid=%d fc=0x%x type=%d msdu_flags=0x%x len=%d id=0x%x svc_class_id=%d ar_wal_tx_de.c:tcl_res->addrx_ast_hash_idx = %u(%u), tcl_res->search_type = %u, (tid_num = %u) ar_wal_tx_de.c:ASE override: sw_peer_key->flow_mask = %u ar_wal_tx_de.c:tx_de_input: invalid TCL frame descriptor ret %d ar_wal_tx_de.c:tx_de_input stats: htt learning frame ret=%d ar_wal_tx_de.c:tx_de_input: IPV6 Jambogram Packet with packet length 0 ret=%d ar_wal_tx_de.c:SAWF: ERROR Mapping flow to MSDUQ TX_DE fail on tid %d svc_class_id %d ar_wal_tx_de.c:_tx_de_input_tx_classify: allow data is not set ar_wal_tx_de.c:_tx_de_input_tx_classify: pdev, vdev and peer are invalid ar_wal_tx_de.c:WAL_DBGID_TX_EAPOL_PKT M3 is already enqueued ar_wal_tx_de.c:WAL_DBGID_TX_EAPOL_PKT Gtk pkt drop ar_wal_tx_de.c:WAL_DBGID_TX_EAPOL_PKT M4 is already enqueued ar_wal_tx_de.c:security: WAL_DBGID_TX_EAPOL_PKT sw_peer_id:%d M%d or G%d key_type:%d key_val:0x%x packet type %d ar_wal_tx_de.c:security: sw_peer_id=%d WAL_DBGID_TX_EAPOL_PKT rc4_pkt type=%d ar_wal_tx_de.c:security: sw_peer_id=%d WAL_DBGID_TX_EAPOL_PKT Non-key EAPOL packet type=%d ar_wal_tx_de.c:security: sw_peer_id=%d WAL_DBGID_TX_EAPOL_PKT PEER_MISMATCH Non-key EAPOL packet type=%d ar_wal_tx_de.c:security: WAL_DBGID_TX_EAPOL_PKT typeorlen:0x%x sw_peer_id:%d peer_mac:0x%x encap_type:%d hdr_len:%d msdu_ethertype:0x%x eapol_pkt_type:%d len:%d is_vlan_tagged:%d ar_wal_tx_de.c:WAL_DBGID_TX_EAPOL_PKT peer is disassoced ar_wal_tx_de.c:tx_de_input_tx_classify fail: qpeer migration is in progress ar_wal_tx_de.c:tx_de_input_tx_classify fail: peer delete in progress/deleted ar_wal_tx_de.c:tx_de_input_tx_classify fail: peer entry is not valid ar_wal_tx_de.c:tx_de_input_tx_classify fail: ethertype is not ip ar_wal_tx_de.c:tx_de_input_tx_classify fail: ast peer entry is invalid ar_wal_tx_de.c:tx_de_input_tx_classify stats: DE frame needs host inspection ar_wal_tx_de.c:tx_de_input_tx_classify fail: AP vdev is invalid ar_wal_tx_de.c:tx_de_input_tx_classify fail: unicast on AP bss qcache peer ar_wal_tx_de.c:tx_de_input_tx_classify fail: qcache peer entry is invalid ar_wal_tx_de.c:tx_de_input_tx_classify bss peer does not exist ar_wal_tx_de.c:tx_de_input_tx_classify classify_failed : peer delete in progress/deleted ar_wal_tx_de.c:tx_de_input_tx_classify: vdev bss_peer not found ar_wal_tx_de.c:tx_de_input_tx_classify: invalid MC/BC EAPOL ar_wal_tx_de.c:tx_de_input_tx_classify MCAST frame needs host inspection ar_wal_tx_de.c:tx_de_input_tx_classify avoid bcast/mcast storm, use_4addr is set ar_wal_tx_de.c:tx_de_input_tx_classify interbss traffic should be blocked ar_wal_tx_de.c:tx_de_input_tx_classify classify_failed : No peer for the vdev ar_wal_tx_de.c:tx_de_input_tx_classify status: DHCP frame needs host inspection ar_wal_tx_de.c:DE enq: DHCP|actual_tid_num = %d %d ar_wal_tx_de.c:DEBUG_NUD_FAILURE: MAX consecutive ARPs enqueued with out response ar_wal_tx_de.c:ARP packet details = %x %x %x %x %x %x %x %x ar_wal_tx_de.c:DE enq: ARP req|actual_tid_num = %d %d arp_debug_cnt = %d arp_type = %x ar_wal_tx_de.c:DE classify: invalid bcast mcast ar_wal_tx_de.c:tx_de_input: multi group key is invalid ret=%d ar_wal_tx_de.c:tx_de_input: invalid L3 type and unrecognizable LLC/SNAP ret=%d ar_wal_tx_de.c:tx_de_input: vdev migration is in progress ret=%d ar_wal_tx_de.c:tx_de_input: invalid pdev ret=%d ar_wal_tx_de.c:tx_de_input: invalid vdev ret=%d ar_wal_tx_de.c:restore SN: tid=%x, mpdu_last_seq_num=%X, frameq=%p %x ar_wal_tx_de.c:wal_tx_de_delete_all_peer_handler vdev_id = %d wal_phy_dev_hw.c:cpr_dbg Issue detected increasing voltage level cpr_volt = %d wal_phy_dev_hw.c:cpr_dbg Issue not detected resetting. wal_phy_dev_hw.c:WAL_PDEV_SUSPEND_REQ req = %d, reason %d, is_pdev_pause = %d, force_sync = %d, resume_inline = %d pdev_state = %d wal_phy_dev_hw.c:WAL_PDEV_RESUME_REQ req = %d, is_pdev_pause = %d pdev_state = %d wal_phy_dev_hw.c:ctrl_path_stats_dbg: mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wal_phy_dev_hw.c:wal_htt_sring_name_publish ring_name is null for ring_id:%d, group_id:%d wal_phy_dev_hw.c:wal_htt_sring_cfg_pulish sring is null for ring_id:%d, group_id:%d wal_phy_dev_hw.c:PHY M3 Assert for PHY: %x wal_phy_dev_hw.c:M3SSR asserted on pdev:%x MAC_ID:%x ts:%x wal_phy_dev_hw.c:PHY M3 SSR is enabled, restarting M3: %x wal_phy_dev_hw.c:PHY M3 requested WARM reset for PHY: %x wal_phy_dev_hw.c:ucode_stats(%d):tx 11a=%08X,11b=%08X,11n=%08X,11ac=%08X,11ax=%08X,gf=%08X wal_phy_dev_hw.c:ucode_stats(%d):rx 11a=%08X,11b=%08X,11n=%08X,11ac=%08X,11ax=%08X,gf=%08X wal_phy_dev_hw.c:dynamic_cca_algo: pre_rx_bkoff=%d, lt_exp_pre_rx_dis=%d, rx_det_pre_rx_en=%d, consec_lt_exp=%04d, time_since_last_lt_exp_us=%08X:%08X wal_phy_dev_hw.c:Triggering PHY_RESET for 100% rx_frame_detection_accuracy wal_phy_dev_hw.c:dynamic_cca_algo: num_gi_corr_toggle=%u, num_pre_rx_toggle=%u, a_ms=%u, durxrssi=%d, dur=%u, rssi=%d, ed_cca_thr_p20=%d wal_phy_dev_hw.c:dynamic_cca_algo: pdev_id=%u, tx= %u, my_rx=%u, rx=%u, pre_rx=%u, cycle_cnt=%u,cca_busy=%u, rx_frame_det_accuracy=%u wal_phy_dev_hw.c:WAL_DBGID_DEV_TX_TIMEOUT 0x%x wal_soc_dev_hw.c:TCL1 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:TCL0 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:TQM2 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:TQM1 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:TQM0 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:GXI panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:REO4 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:REO3 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:REO2 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:REO1 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:RE0 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:WBM2 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:WBM1 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:WBM0 panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:MEM panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:APB panic interrupt mask : 0x%x, total count 0x%x wal_soc_dev_hw.c:Hardware chip version:%x family:%x wal_soc_dev_hw.c:Ignoring NOC error VIHKVTWO-2148 errCode = 0x%0x iflow = 0x%0x TIME_IN_US = %d wal_soc_dev_hw.c:Ignoring NOC error VIHKVTWO-2188 TIME_IN_US = %d wal_soc_dev_hw.c:NOC Error: ERRLOG3: 0x%8x INIT: 0x%0x OPC: 0x%0x MID: 0x%0x PID: 0x%0x TGT: 0x%x ERRORCODE: %0x errvld: %0x wal_soc_dev_hw.c:PN dummy MSDU(%x) returned direct_dma_config.c:dma_prepare %p status %d host_ring_reader.c:host ring reader %p failed to copy from address 0x%08x%08x with status %d host_ring_reader.c:host_ring_reader_read_elems_compl: host ring reader %p read %u elements host_ring_reader.c:tail dirty host ring reader %p head index is %u, shadow tail index is %u host_ring_reader.c:host_ring_reader_read_elems: reader %p head_idx %u tail_idx %u shadow_tail_idx %u num_avail %u num_free %u host_ring_reader.c:host ring reader %p stop request host_ring_reader.c:host ring reader %p has base address 0x%08x%08x, %u elements, tail address 0x%08x%08x, head address 0x%08x%08x pcss_ring_feeder.c:pcss_ring_feeder_handle_ipc : num elems_dmaed = %u for out_ring pcss_ring_feeder.c:pcss_ring_feeder_handle_ipc : head = %u shadow_head = %u and num_elems = %u for out_ring pcss_ring_feeder.c:PHY %d ring %d has %u elements remaining pcss_ring_feeder.c:pcss_ring_status_print: PHY %d ring %d event %c%u head_idx %u tail_idx %u num_avail %u num_free %u pcss_ring_feeder.c:PHY %d ring %d needs %u elements; have %u ar_wal_local_frames.c:LOCAL abf completion internal,peer=%x,abf=%x,flags=%d,abf_thread=%x,cur_thread=%d ar_wal_local_frames.c:LOCAL abf completion msg:peer_id=%x,abf=%x,flag=%d,abf_thread=%x,cur_thread=%d,target_thread=%x ar_wal_local_frames.c:local_frame_handle_completion: thread=%d/%d, status=%d ar_wal_local_frames.c:local_frame_handle_completion: SN=%u/%u, type=0x%x, thread=%d/%d, status=%d ar_wal_local_frames.c:WAL_DBGID_TX_MGMT_COMP_DESCID_STATUS vdev_id=%d tx_status=0x%x ar_wal_local_frames.c:WAL_DBGID_TX_MGMT_COMP_DESCID_STATUS vdev_id/mac_id=0x%x dec_id=0x%x tx_status=0x%x tid=0x%x tid_flags=0x%x buffer_id=0x%x reset_cnt=%d ar_wal_local_frames.c:MGMT_TX_WMI_FROM_HOST TX COMP: flags = 0x%x buffer_id = 0x%x fc = 0x%x ar_wal_local_frames.c:local_frame_handle_completion_tqm, DA:%X-%X,type=0x%X,DATA:0x%X,thread=%d/%d,cookie=%X,status=%d,flags=0x%x ar_wal_local_frames.c:ctrl_path_stats_dbg: mac_address equal mac_0 = 0x%x mac_2 =0x%x subtype = %d ar_wal_local_frames.c:DBG WAL_DBGID_TX_MGMT_DESCID_SEQ_TYPE_LEN vdev_id=%d mac_id=%d cookie=0x%x seq_num=%d type=0x%x len=0x%x tid_flg=0x%x ar_wal_local_frames.c:WAL_DBGID_TX_MGMT_DESCID_SEQ_TYPE_LEN vdev_id=%d mac_id=%d cookie=0x%x seq_num=%d type=0x%x len=0x%x tid_flg=0x%x ar_wal_local_frames.c:tid=%x isnt pre-allocated, qpeer_flags=%x ar_wal_local_frames.c:WAL_DBGID_TX_MGMT_ENQUEUE_FAILED vdev_id = %d tid:%d ar_wal_local_frames.c:Deliver LOCAL buffer sending msg failure: tid=%x,peer=%x,abf=%x,flag=%d,target_thread=%x, is_data:%x ar_wal_local_frames.c:local_mgmt, peer(%p, sw_peer_id:%x) pdev mismatch(%p:%p) ar_wal_local_frames.c:local_data_frame_send vdev_id=%d mac_id=%d seq_num=0x%x type=0x%x status =0x%x ar_wal_local_frames.c:Local data send: use tqm-tid %d, num:%d, msdu_flags:0x%x peer_encrypted %d qpeer_flags:%x peer_flags %x ar_wal_local_frames.c:Local EAPOL M4 after key installation, peer:%x, qpeer-flag=%x peer-flags=%x ar_wal_local_frames.c:Local EAPOL with M4 SENT flag, peer:%x, qpeer-flag=%x peer-flags=%x ar_wal_local_frames.c:Local EAPOL M4 duplicated, peer:%x, qpeer-flag=%x peer-flags=%x ar_wal_local_frames.c:Local data send: use default tid, requested TID:%d, tid_alloc_status=%d ar_wal_local_frames.c:local_data, peer(%p, sw_peer_id:%x) pdev mismatch(%p:%p) ar_wal_local_frames.c:local_data drop , allow data is not set tid_num %d ar_wal_local_frames.c:local_data drop , abf null ar_wal_local_frames.c:WAL_DBGID_MGMT_TX_FAIL vdev_id=%d, err_code=%x, cookie=%d, status=%d, fc[0]=%x ar_wal_local_frames.c:DBG WAL_DBGID_TX_MGMT_DESCID_SEQ_TYPE_LEN vdev_id=%d mac_id=%d cookie=0x%x seq_num=%d type=0x%x len=0x%x ar_wal_local_frames.c:WAL_DBGID_TX_MGMT_DESCID_SEQ_TYPE_LEN vdev_id=%d mac_id=%d cookie=0x%x seq_num=%d type=0x%x len=0x%x ar_wal_local_frames.c:MGMT_TX_WMI_FROM_HOST flags = %x, is_wmi = %d ar_wal_local_frames.c:host_mgmt, peer(%p, sw_peer_id:%x) pdev mismatch(%p:%p) ar_wal_local_frames.c:send local buffer fail: status=%x, flags=%x ar_wal_local_frames.c:send local buffer fail: sw_peer_id=%d migration in progress mac_addr_31_0=%x mac_addr_47_32=%x ar_wal_monitor.c:%s %s send signal=%d to thread=%s to yield ar_wal_monitor.c:_wal_txrx_monitor_pdev_record: type %x rx msdu %x ppdu %x, tx msdu %x ppdu %x phy_mode %d ar_wal_monitor.c:%s %s send signal=%d to thread=%s to start timer ar_wal_monitor.c:dev-%d:INIT_STATE --> MONITOR_TIMER_RUNNING_STATE ar_wal_monitor.c:dev-%d:TIMER_RUNNING_STATE --> MONITOR_STATS_COLLECTION_STATE ar_wal_monitor.c:Tput Monitor pdev_id: %d, msdu_byte_cnt -> [BE]:0x%x%x, [BK]:0x%x%x, [VI]:0x%x%x, [VO]:0x%x%x ar_wal_monitor.c:Tput Monitor pdev_id: %d, MSDU Bandwidth: %d bits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, MSDU Bandwidth: %d Kbits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, MSDU Bandwidth: %d.%d Mbits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, MSDU Bandwidth: %d.%d Gbits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, mpdu_byte_cnt -> [BE]:0x%x%x, [BK]:0x%x%x, [VI]:0x%x%x, [VO]:0x%x%x ar_wal_monitor.c:Tput Monitor pdev_id: %d, Bandwidth: %d bits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, Bandwidth: %d Kbits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, Bandwidth: %d.%d Mbits/sec ar_wal_monitor.c:Tput Monitor pdev_id: %d, Bandwidth: %d.%d Gbits/sec ar_wal_monitor.c:PEER_DELETE_QUEUED_UP peer_id = %u peer_delete_sm_state = %d qpeer->flags = %d del_all_peer_sched_batched = %u ar_wal_monitor.c:dev-%d:WAIT_POLICY_ENFORCE_STATE --> MONITOR_POLICY_ENFORCE_STATE ar_wal_monitor.c:dev-%d:POLICY_ENFORCE_STATE --> MONITOR_TIMER_RUNNING_STATE ar_wal_monitor.c:wal_monitor, wbm2sw2 monitor: pdev %d: timestamp(ms)=%d ring hp=%d tp=%d free_buf_cnt=%d ar_wal_monitor.c:CONGCTRL peer_id:%d tid_num:%d msduq_mask:0x%08x ar_wal_monitor.c:CONGCTRL FW_CONTROL UPDATE aid:%d tid_num:%d new drop_threshold:%d ar_wal_monitor.c:CONGCTRL HOST_CONTROL UPDATE aid:%d tid_num:%d new drop_threshold:%d ar_wal_monitor.c:CONGCTRL HOST_CONTROL UPDATE aid:%d tid_num:%d threshold_1:%d threshold_2:%d ar_wal_monitor.c:CONGCTRL HOST_CONTROL peer_id:%d tid_num:%d traffic_enq:%d drop:%d deq:%d old_threshold:%d new_threshold:%d ar_wal_monitor.c:dev-%d:STATS_COLLECTION_STATE --> MONITOR_STATS_COLLECTION_STATE last_peer_idx:%d ar_wal_monitor.c:dev-%d:STATS_COLLECTION_STATE --> MONITOR_WAIT_POLICY_ENFORCE_STATE ar_wal_monitor.c:qstats_update peer_id:%d tid_num:%d qtype:%d wal_cce.c:_wpm_cce_migrate_vdev_filter_to_new_pdev___RAM: rule_exist:%d, delete_src:%d, rule_no:%d, bitmap:%x wal_cce.c:_wpm_cce_migrate_vdev_filter_to_new_pdev___RAM: old:%d, new:%d, srule_no:%d ar_wal_ast.c:WAL_DBGID_AST_DEL_WDS_ENTRY 0x%x 0x%x 0x%x ar_wal_ast.c:WAL_DBGID_AST_ADD_WDS_ENTRY 0x%x 0x%x 0x%x 0x%x 0x%x pdev_id:%d ar_wal_ast.c:WAL_DBGID_AST_ADD_WDS_ENTRY 0x%x 0x%x 0x%x 0x%x 0x%x ar_wal_ast.c:onchip_ast_idx:0x%x sw_peer_id:%d ar_wal_ast.c:WAL_DBGID_AST_ENTRY_FULL WAL_ENOSPC ar_wal_ast.c:WAL_DBGID_AST_DEL_MONITOR_DIRECT_ENTRY 0x%x 0x%x 0x%x 0x%x ar_wal_ast.c:WAL_DBGID_AST_UPDATE_WDS_ENTRY des_mac is not next_hop 0x%x 0x%x 0x%x 0x%x ar_wal_ast.c:WAL_DBGID_AST_UPDATE_WDS_ENTRY 0x%x 0x%x 0x%x 0x%x ar_wal_ast.c:WAL_DBGID_AST_UPDATE_WDS_ENTRY FAILED due to dest mac search failed 0x%x 0x%x pdev_id:%d ar_wal_ast.c:WAL_DBGID_AST_UPDATE_WDS_ENTRY FAILED due to peer mac search failed 0x%x 0x%x pdev_id:%d ar_wal_ast.c:WAL_DBGID_AST_ADD_MONITOR_DIRECT_ENTRY 0x%x 0x%x 0x%x 0x%x pdev_id:%d ar_wal_ast.c:WAL_DBGID_AST_ADD_MONITOR_DIRECT_ENTRY 0x%x 0x%x 0x%x 0x%x ar_wal_ast.c:WAL_DBGID_AST_FREE_WDS_ENTRY des_mac is not next_hop or monitor direct 0x%x 0x%x ar_wal_ast.c:ar_wal_ast_dummy_alloc_peer ast_index = %d ar_wal_ast.c:WAL_AST_ALLOC_PEER peer_mac:0x%x ast_index:0x%x sw_peer_id:0x%x ast_flags:0x%x ar_wal_ast.c:WAL_DBGID_AST_ENTRY_EXIST WAL_EEXIST ar_wal_ast.c:WAL_DBGID_AST_DEL_ALL_MONITOR_DIRECT_ENTRY 0x%x 0x%x ar_wal_ast.c:HIF_memcpy: rx_reo_queue_desc_addr_31_0:%x rx_reo_queue_desc_addr_39_32:%x queue_addr_lo:%x queue_addr_hi:%x ar_wal_ast.c:Update reorder queue peer_mac-0x%x, sw_peer_id-%d, queue_addr-0x%x:0x%x, queue-%x, ba_win-0x%x:0x%x ar_wal_ast.c:SW peer key not found, peer_mac-0x%x ar_wal_peer.c:qdepth_thresh_update_cmd_handler: qtype:%d host_drop_th:%d ar_wal_peer.c:qdepth_thresh_update_cmd_handler: not valid tqm tid tidno:%d ar_wal_peer.c:qdepth_thresh_update_cmd_handler: not valid TID give tidno:%d ar_wal_peer.c:qdepth_thresh_update_cmd_handler: peer delete in progress ar_wal_peer.c:qdepth_thresh_update_cmd_handler: is_self_peer or bss_peer ar_wal_peer.c:qdepth_thresh_update_cmd_handler: Invalid peer ar_wal_peer.c:qdepth_thresh_update_cmd_handler: Invalid sw_peer_key ar_wal_peer.c:wal_peer_set_ptk_m4_sent, peer:%x, peer-flags=%x ar_wal_peer.c:HW overwritten tx_flow_number:%d and corressponding sw_peer_id:%d ar_wal_peer.c:SAWF_ALLOC: remapped_tid=%d ar_wal_peer.c:alloc msduq for tid_num = %u, wal_msdu_qtype = %u ar_wal_peer.c:ar_wal_peer_clean_up_flow:%x,%x,%x ar_wal_peer.c:pdev_id: %d ar_wal_peer_clean_up_flow:%x,%x,%x,%x,%x, ar_wal_peer.c:ar_wal_sw_peer_key_alloc sw_peer_key 0x%x alloc_flag 0x%x remote_sw_peer_key_in_local_mem %d remote_sw_peer_key_cnt_in_local_mem %d ar_wal_peer.c:ar_wal_sw_peer_key_free sw_peer_key 0x%x remote_sw_peer_key_in_local_mem %d remote_sw_peer_key_cnt_in_local_mem %d ar_wal_peer.c:_wal_peer_alloc_tid: adding tid %d to temp tid list ar_wal_peer.c:ul_dbg_tid_alloc: peer=0x%x, tidno=%d, ac=%d, timeout_ms=%d, tid_ptr=0x%x ar_wal_peer.c:_wal_peer_alloc_tid: got tid flush handle for tidno %d sw_peer_id:%d ar_wal_peer.c:WAL_PEER_PARAM_FW_CONGESTION_DISABLE:%x ar_wal_peer.c:WAL_DBGID_UNSET_M4_SENT_MANUALLY peer = 0x%x ar_wal_peer.c:WAL_DBGID_SET_M4_SENT_MANUALLY PEER = 0X%X ar_wal_peer.c:OMI: Set new a_ctrl = 0x%lx ar_wal_peer.c:OMI: Set new bw = 0x%lx ar_wal_peer.c:OMI: Set new nss = 0x%lx ar_wal_peer.c:update MPDUq hdrlen, peer=%x,tid_num=%x,tid_flg=%x %x,orig=%x,new=%x,wow=%x ar_wal_peer.c:security: WAL_DBGID_SECURITY_ENCR_EN, peer %d, refcnt=%x,htc=%x,remap=%x,security=%x ar_wal_peer.c:security: WAL_PEER_PARAM_TX_KEYID peer_key:%p and peer:%d val:%d ar_wal_peer.c:DYN_MIMO_PS : sw_peer_id %d, dyn_mimo_ps %d, force_dyn_mimo_ps %d ar_wal_peer.c:security: set_param_authorized: peer:%d peer_flags:%02x, is_remote_peer:%d, is_assoc_link:%d ar_wal_peer.c:security: wal_tqm_setkey_update_sync_cb_func: sw_peer_id:%d peer_flags:0x%x, qpeer_flags=0x%x ar_wal_peer.c: WAPI : WAL_PEER_PARAM_QOS_EN : ====>> qcache_peer flags %x ar_wal_peer.c: WAPI : qos: flag: %d and peer_id is %d and qos_flag_rcvd:%d ar_wal_peer.c:WAL_DBGID_SECURITY_SAFE_MODE on: %d ar_wal_peer.c:ADDR_TYPE_C self: mac_adr_31_0=0x%x, mac_addr_32_47=0x%x ar_wal_peer.c:ADDR_TYPE_B peer: mac_adr_31_0=0x%x, mac_addr_32_47=0x%x ar_wal_peer.c:ADDR_TYPE_A: mac_adr_31_0=0x%x, mac_addr_32_47=0x%x ar_wal_peer.c:PEER_ALLOC: peer_id=%d: Fail to allocate wmm_param ar_wal_peer.c:wal_peer_delete_resume: peer = %d, delete_in_progress %d pdev_peer_deletes_in_progress = %d ar_wal_peer.c:_wal_peer_free: peer = %d delete_in_progress %d ar_wal_peer.c:WAL_ALLOC_PEER_AST_FAIL peer_addr 0x04%x08%x peer_type:%d, error:%d ar_wal_peer.c:FREE_AST_ENTRY: peer=%p mac_addr=0x%x %x ast_index=0x%x valid_bmap[ast_index]=0x%x ar_wal_peer.c:A_TIMER_CURRENT_TIME_IN_TICKS time_stamp_32_61 = 0x%x time_stamp_0_31 = 0x%x ar_wal_peer.c:Index= %d, time_stamp_32_61 = 0x%x, time_stamp_0_31= 0x%x, flags = 0x%x ar_wal_peer.c:_wal_peer_del_msg_hdlr: thread_id =%d, sw_peer_id=%d, peer->peer_flgs=0x%x ar_wal_peer.c:wal_peer_delete_conf_msg_hdlr: peer = %d, pdev_peer_deletes_in_progress = %d ar_wal_peer.c:wal_peer_disable_pdg_notify_acceleration sw_peer_id %x notify_acc_enabled %d notify_reg_index %d peer_count %d vdev_type %d rate_code %x ar_wal_peer.c:wal_peer_disable_pdg_notify_acceleration update bss notify reg 1 ar_wal_peer.c:wal_peer_delete_conf_msg_hdlr: peer=%d,num_del_in_pro=%d ar_wal_peer.c:security: wal_peer_set_key: peer:%d peer_flags:%02x ar_wal_peer.c:security: ar_wal_peer_set_key_block_cb: peer_id:%d peer_flags:%02x authrized:%d qpeer_flags:%x ar_wal_peer.c:security: wal_tqm_setkey_update_unblock_cb_func: peer:%p peer_flags:%02x ar_wal_peer.c:security: ar_wal_peer_set_key_block_cb sw_peer_id %d peer_key_valid %d key_type %d key_id %d set_key_id_flag %d ar_wal_peer.c:security: postponing set key for peer_id:%d peer_flags:%02x ar_wal_peer.c:security: ar_wal_peer_set_mcast_key_block_cb: peer_id:%d peer_flags:%02x authrized:%d ar_wal_peer.c:security: wal_peer_tid_flush_handler: peer_id:%d peer_flags:%02x authrized:%d ar_wal_peer.c:_wal_peer_mcast_key_id_update: peer :%0x key_id:%d ar_wal_peer.c:WAL_DBGID_SECURITY_MCAST_KEY_SET 0x%x ar_wal_peer.c:WAL_DBGID_SECURITY_UCAST_KEY_SET 0x%x MAC:%x ar_wal_peer.c:_wal_peer_set_key: is_already_set_key_pending:%d ar_wal_peer.c:_wal_peer_set_key: key_id:%d ignored, PMF ar_wal_peer.c:security: wal_peer_set_key: peer:%d, key_info:%p, key_id:%d is_mcast:%d key_type:%d key_flags:%02x ar_wal_peer.c:delete_all_peer wal_peer_tid_free_mem: WLAN_THREAD_COMM_FUNC_VDEV_DEL_ALL_PEER peer_id:%d ar_wal_peer.c:wal_peer_tid_free_mem: sw_peer_id=%d, tidno = %d ar_wal_peer.c:_ar_wal_peer_free_tid: sending tid flush cmd to tac thread_id=%d, tidno=%d ar_wal_peer.c:_ar_wal_peer_free_tid: sw_peer_id=%d, tidno=%d ar_wal_peer.c:_ar_wal_peer_tidq_empty: thread_id =%d,tidq->tid_num=%d ar_wal_peer.c:wal_vdev_delete_all_peer_queue_dummy_frame_into_tqm: vdev = %d, sw_cookie = %d, buffer_id = %d ar_wal_peer.c:wal_vdev_delete_all_peer_queue_dummy_frame_into_tcl: vdev = %d, sw_cookie = %d, buffer_id = %d ar_wal_peer.c:Htt stats is requested without setting in_progress: Caller 0 %x Caller 1 %x ar_wal_peer.c:OMI: Change a_ctrl from 0x%lx to 0x%lx, ULMU Disable is 0x%lx ar_wal_peer.c:TRIGGER PDEV MISMATCH, thread:%x, tid:%x ar_wal_peer.c:security: WAL_DBGID_SECURITY_PM4_SENT peer_id:%d, peer_flag:0x%x, qpeer_flag:0x%x ar_wal_peer.c:reconstruct_tqm_mpdus: no TIDs to block ar_wal_peer.c:mpdu_reconstruct_block_cb:pdev(%d)peer %d,flags=0x%x,del=%d,block=0x%x,recon=0x%x ar_wal_peer.c:mpdu_reconstruct:pdev(%d)peer %d,flags=0x%x,del=%d,recon=0x%x ar_wal_peer.c:wal_peer_update_reg_pdg_notify_params sw_peer_id %x rate_code=%x preamble=%x ar_wal_rx.c:rx_is_ipv4_wai_frame ether_type:0x%x, WAI swap:0x%x ar_wal_rx.c:pdev %x, rx reap normal sq %d, buffer[%x] ar_wal_rx.c:pdev %x, rx reap error sq %d, buffer 0x%x ar_wal_rx.c:RX PPDU dev: %d peer_id: %d seq_no: %d mpdu_ok: %d mpdu_fail: %d fcs_err_bmap_L32 0x: %x fcs_err_bmap_U32 0x: %x ar_wal_rx.c:RX PPDU dev: %d peer_id: %d ts: %d mcs: %d nss: %d,dur: %d ar_wal_rx.c:RX PhyErr: dev=%d, pkt_type=%x, err=%x, rx_err_cnt=%x ar_wal_rx.c:ctrl_path_stats_dbg rx: mac_address equal mac_0 = 0x%x mac_2 =0x%x subtype = %d ar_wal_rx.c:rx msg 0x%p, head:0x%p, 0x%p, %x buffers ar_wal_rx.c:rxdma_error_code: %x, sw_peer_id =%x ,sw group_id %x, %x,%x, ts= %u ar_wal_rx.c:rx pop ppdu %x, sw_frame_group_id %x, err code %x, peer %p ar_wal_rx.c:wal_rx_delete_all_peer_hdlr vdev_id = %d ar_wal_rx.c:rx_src_ring_setup ring_id:%d ring_sz : %d max_entries:%d ar_wal_rx.c:rx resume on pdev :%d, module:%d, flag:%x, caller:0x%x ar_wal_rx.c:rx_suspend on pdev:%d, module:%d, status:%d, flags %x, caller: %x ar_wal_rx.c:RX_DRAIN_DEST Rx Draining and recycle to FW2WBM rel ring successfully completed in delta_us %d for saving %d descs (along with attached link descs and buffers). Total exercised for %d times (total rx_descs_saved_cnt %d). Is Err injection test running:%d. ar_wal_rx.c:rx_dest_ring_setup ring_id:%d ring_sz:%d max_entries:%d ar_wal_rx.c:rx_suspend_resume_msg on pdev:%d, data_value:%d, status ring flag %x, head %x, tail %x, ms:%x ar_wal_rx.c:WAL_DBGID_RX_BA_SETUP 0x%x 0x%x 0x%x 0x%x 0x%x MAC:%x ar_wal_rx.c:%s: filter0 (0x%x) filter1 (0x%x) ar_wal_rx_offload.c:rx local notify: 0x%p, flags: 0x%x, ts: %u ar_wal_rx_recovery.c:pdev %x, rx reap recovery sq %d, buffer[%x] ar_wal_rx_recovery.c:pdev %x, rx empty recovery sq %d, buffer[%x] ar_wal_rx_recovery.c:wal_rx_rings_reset pdev:%d, cnt:%d ar_wal_rx_recovery.c:restart remote timers for pdev:%d ar_wal_rx_recovery.c:SFM_PENDING_RXPCU ignored.. ar_wal_rx_recovery.c:SFM_PENDING_RXPCU (SFM_REG) detected dev_id:0x%x,rxpcu_sfm_num_dwords=0x%x,MCMN_R0_MCMN_MAC_IDLE=0x%x,detection_type= 0x%x ar_wal_rx_recovery.c:g_dbg_local_buf_debug_enable %x ar_wal_rx_recovery.c:clear crash mask ar_wal_rx_recovery.c:RX set crash mask 0x%x ar_wal_rx_recovery.c:SFM_PENDING_RXPCU DETECTION_TYPE: 0x%x RECOVERY_TYPE = 0x%x NUM_RESETS : %d ar_wal_rx_recovery.c:RX ppdu sfm no resource drop count is valid? %d :%x,%x mpdu drop count:%x,%x ar_wal_rx_recovery.c:pkt_route: %d type_bmap: %d ar_wal_rx_recovery.c:UL OFDMA usr index: %d, Qos Control value: 0x%x, Qos Control count: 0x%x ar_wal_rx_recovery.c:UL OFDMA usr index: %d, HE Control value: 0x%x, HE Control count: 0x%x ar_wal_rx_recovery.c:RX phy error count: CNT_1:%d CNT_2:%d CNT_3:%d ar_wal_rx_refill.c:Skip host ring TP updating for inactive pdev %d ar_wal_rx_refill.c:Skip monitor ring HP updating for inactive pdev %d ar_wal_rx_refill.c:Skip refill ring HP updating on pdev %d ar_wal_rx_refill.c:pdev %d CE pending in src ring %d ar_wal_rx_refill.c:pdev %d CE pending in dest ring %d ar_wal_rx_refill.c:pdev %d CE pending in refill ring %d ar_wal_rx_uplink.c:ul_dbg_update_peer_queue_stats_from_HT_CTRL ac=%d, time_delta=%u, qdepth_prev=%u, qdepth_curr=%u, time_now_ms=%u, bsr timeout=%u, last_non_zero_qdepth_ts=%u ar_wal_rx_uplink.c:smart_basic_trig : stats_from_htctrl_field buffer_depletion_time=%lu, buffer_filling_interval=%d, buffer_filling_interval_bytes=%d, sample_count=%d, smart_basic_trigger=%d, qdepth_curr=%d, ac=%d, aid=%d ar_wal_rx_uplink.c:UL_MUMIMO_DBG: update from_htctrl. aid %d, queue size %u, ptid_tidno=%d reset UL implicit ar_wal_rx_uplink.c:ul_dbg_update_peer_queue_stats_from_HT_CTRL: aci_bitmap=0x%x, aci_high=0x%x, qsize_all=%u, qsize_high=%u ar_wal_rx_uplink.c:UL_MAX_PPDU_SIZE_DBG_2: aid: %d, rx_mpdu_bytes_count: %lu, ul_ofdma_estimated_max_ppdu_bytes: %lu g_dbg_min_no_of_mpdus_before_padding : %d ar_wal_rx_uplink.c:UL_MAX_PPDU_SIZE_DBG_1: aid: %d,average_mpdu_len: %lu, rx_mpdu_count: %lu, rx_mpdu_bytes_count: %lu, rx_null_delim_bytes: %lu, sum_qdepth_bytes: %lu ar_wal_rx_uplink.c:ul_dbg_efficiency: peer_aid=%d,rx_mpdu_ok: %lu, rx_mpdu_fail: %lu, rx_mpdu_bytes_count: %lu, extra_delim_bytes: %lu, tcp_ack_msdu_cnt=%lu, ppdu_dur_us=%u ar_wal_rx_uplink.c:ULMU_QUEUE_TRACK: peer_aid=%d ,peer_aid=%d, rx_mpdu_ok: %lu, rx_mpdu_fail: %lu, rx_mpdu_bytes_count: %lu, tcp_ack_msdu_cnt=%lu, ppdu_dur_us=%u ar_wal_rx_uplink.c:ul_dbg_update_peer_ul_data_for_bsr: time_delta=%u,qdepth_prev=%u, qdepth_curr=%u, time_now_ms=%u, bsr_timeout_ms=%u, last_non_zero_update_ts=%u ar_wal_rx_uplink.c:ul_dbg_update_peer_ul_data QOS_BITMAP: peer_aid=%d, tid_num=%d, ul_tid_state=0x%x, tid_bitmap=0x%x, eosp_bitmap=0x%x, qsize=%u, qos_ctrl_15_8=%u, mu_basic=%d, reception_type_ofdma=%d ar_wal_rx_uplink.c:smart_basic_trig : qos_ctrl_info buffer_depletion_time=%lu, buffer_filling_interval=%d, buffer_filling_interval_bytes=%d, received_bytes=%d, bsr_trig=%d, ignore_received_bytes=%d, ac=%d, aid=%d ar_wal_rx_uplink.c:smart_basic_trig : qos_ctrl_info sample_count=%d, average_ul_qdepth_bytes=%u, qdepth_curr=%d, is_11ax_pkt=%d ar_wal_rx_uplink.c:smart_basic_trig : Reset parameters due to consecutive QOS NULLs ar_wal_rx_uplink.c:ul_dbg_update_peer_ul_data: fc_valid:%x, fc_field:0x%x, ht_ctrl_valid=%x, ht_control_field=0x%x,ht_ctrl_null_valid=%x, ht_control_null_field=0x%x,qos_data_tid_bitmap=0x%x, qos_data_tid_eosp_bitmap=0x%x ar_wal_rx_uplink.c:ul_dbg_update_peer_ul_data: peer_aid=%d, peer=0x%x, ul_rate_info=0x%x, bsr_recvd=%d, bsr_trig=%u ar_wal_rx_uplink.c:ul_dbg_fake_qdepth_updated: peer=0x%x, ac=%d ar_wal_rx_uplink.c:ul_dbg_fake_qdepth_timer_handler: pdev=0x%x ar_wal_rx_uplink.c:UL_ACTIVITY_DBG_USR: PEER_AID=%d, USER_INDEX=%d, BASIC_FAIL=%d, BASIC_SUCCESS=%d, QDEPTH_RESET=%d, BASIC_TRIG=%d, BSR_TRIG=%d, RX_DONE=%d, UL_MPDU_OK=%d ar_wal_rx_uplink.c:UL_ACTIVITY_DBG: TRIG_TYPE=%d, NUM_USER=%d, RX_DONE=%d, TX_DONE=%d, RX_FLUSH_TIMEOUT=%d CMD_RESULT=%d TSF=%d TSTAMP_MS=%d ar_wal_rx_uplink.c:FDRSSI: rx done %d, ipc done %d, flush out %d. ar_wal_rx_uplink.c:UL_MUMIMO_DBG, EVM, mu_type %d, user %d, stream %d, pilot %d, raw_evm %d, sig_pwr_db4 %d, evm_pwr_db4 %d, pilot_evm_dB %d, mean_pilot_evm %d ar_wal_rx_uplink.c:FDRSSI: sw_peer_id: %d, ul_mu_type %d, user %d, nss %d, ru_size %d, ru_idx %d, min_total_gain %d, Raw %d, Final %d. ar_wal_rx_uplink.c:FDRSSI Skip: CRC check failed - SCHEDULE ID : %x CRC from uCode : %x, num_ul_user = %u ar_wal_rx_uplink.c:FDRSSI Skip: Invalid transcation / RSSI not needed wal_htt_ppdu_stats.c:Dropped ppdu stats due to full QHEAP wal_htt_ppdu_stats.c:Dropped tac ppdu stats due to full QHEAP wal_htt_ppdu_stats.c:Dropped ppdu stats due to ring full wal_htt_ppdu_stats.c:Dropped tqm ppdu stats due to full QHEAP wal_htt_ppdu_stats.c:Dropped tqm ppdu stats due to ring full wal_htt_ppdu_stats.c:Dropped mgmt ppdu tlv due to ring full wal_htt_ppdu_stats.c:Dropped self gen ppdu tlv due to ring full ring_id:%d wal_htt_ppdu_stats.c:Dropped flush stats due to full QHEAP wal_htt_ppdu_stats.c:Dropped flush stats due to ring full ar_wal_thermal.c:pdev_id(%d),tx_chainmask(%d), rx_chainmask(%d), num_chains(%d) ar_wal_tqm.c:wal_tqm_flow_update_helper not_init, fw_initialized:%x, counter:%x ar_wal_tqm.c:wal_tqm_flow_empty_helper not_init, counter:%d ar_wal_tqm.c:_wal_tqm_process_update_tx_msdu_flow_status tx_flow_number:%d update_requirements_not_met:%d ar_wal_tqm.c:tickle tid peer_id is %d tid %d ar_wal_tqm.c:wal_tqm_process_flow_not_empty_status new flow:%x ar_wal_tqm.c:tqm tickle pending due to assoc_flag=0 peer %d ar_wal_tqm.c:peer_id=0x%x, _set_flow_to_be_cleanup:%x, tx_flow_number:%x,caller:%x ar_wal_tqm.c:DROP wal_tqm_process_remove_mpdu_status peer_id:%u tid:%u msdu_removed: %u mpdu_removed: %u ar_wal_tqm.c:DROP wal_tqm_process_remove_msdu_status peer_id:%u tid:%u msdu_removed: %u ar_wal_tqm.c:qstats_status peer_id:%u tid_num:%u qtype:%u ar_wal_tqm.c:DROP flowq peer_id:%u tid:%u qtype:%u drops %u deque %u enque %u ar_wal_tqm.c:invalid_msdu - about to send message to DE thread ar_wal_tqm.c:invalid_msdu - message could not be sent.. ar_wal_tqm.c:invalid_msdu - Invalid msdu flow status ar_wal_tqm.c:peer_id= 0x%x, wal_tqm_process_flush_cache_status:%x,%x,%x ar_wal_tqm.c:Fired timer and paused TCL rings ring link descriptor counters mac0:%d mac1:%d mac2:%d sum:%d ar_wal_tqm.c:Fired timer again TQM link descriptor counter:%d ar_wal_tqm.c:TCL rings unpaused ar_wal_tqm.c:wal_tqm_peer_qos_update_helper() sw_peer_id:%d qos:%d ar_wal_tx_send.c:update_hw_wmm_params: ac:%x,ul_resp=%x,txqid=%x,cw_min/cw_max:%x,aifs:%x,type=%x,txop_limit=%x %x ar_wal_tx_send.c:seq not cleaned ! queue_id:%x, txq:%p, seq_ctrl:%p ar_wal_tx_send.c:TX resuming on MAC: %p, %lx ar_wal_tx_send.c:twt_dbg_leak_ul: update_ul_stats twt_sp leakage detected by %u us ar_wal_tx_send.c:twt_dbg_leak_ul: update_ul_stats: sch_eval_start_ts=%u, sch_eval_end_ts=%u, twt_sp_end=%u, offset_tsf2=%u ar_wal_tx_send.c:twt_dbg_leak_ul: update_ul_stats: txqid=%d, sched_id=%d, tx_sw_status=%d, fes_start=%u, fes_end=%u, fes_duration=%u, sched_ref_time_start=%u, sched_ref_time_end=%u ar_wal_tx_send.c:TXPPDU_0 ppdu_id:0x%08x sched_result:%d flush_reason:%d uid1__uid2:0x%08x ar_wal_tx_send.c:twt_dbg_leak: update_dl_stats twt_sp leakage detected by %u us ar_wal_tx_send.c:twt_dbg_leak: update_dl_stats: start_tsTstamp=%u, duration_us=%u, sch_eval_end_ts=%u, twt_sp_end=%u, offset_tsf2=%u ar_wal_tx_send.c:twt_dbg: update_dl_stats txqid=%d, sched_id=%d, ftype=%u, tx_status=%d, queued=%d, tried=%d, failed=%d,sched_ref_time_start=%u, sched_ref_time_end=%u ar_wal_tx_send.c:TXPPDU_3 seq_ctrl:%08x:flags:%08x:sch_eval:start:%08X:end:%08X:delta:%08d:ssn:%04X: ar_wal_tx_send.c:TXPPDU_2 sched_id:%08x sch_flg:%08x swppdu_flg:%08x msdu_mpdu:%08x tpc_lb1_lb0_cmndpwr1_pwr0:%08x cca_cycle:%08x txrx_frm:%08x pwrsurge_timestmp_size1cnt_rssi:%08x pad1_ani_cck_ofdma_leg_ovs_abort_crc:%08x ar_wal_tx_send.c:TXPPDU_1_256 ssn__basn:0x%08x compl_bitmap:%08x_%08x_%08x_%08x_%08x_%08x_%08x_%08x ar_wal_tx_send.c:TXPPDU_1_064 ssn__basn:0x%08x enq_bitmap:%08x_%08x compl_bitmap:%08x_%08x ar_wal_tx_send.c:TXPPDU_0 peerid_tidnum_hwq:0x%08x ppdu_id:0x%08x wait_dur:%5u tstamp:0x%08x dur:%5u sw_sched_id__mpdutried__failed:0x%08x mcs_nss_bw_pream:0x%08x seqnum__sifs__sch:0x%08x tries__fes__flush:0x%08x ar_wal_tx_send.c:delimiter user track: peer_aid:%d runs out of data ar_wal_tx_send.c:twt_dbg/ul_tcp: dsr_proc_ppdu_done txqid=%d, sched_id=%d, tx_status=%d, peer=%u, ftype=%u, queued=%d, tried=%d, failed=%d ar_wal_tx_send.c:UL_MUMIMO_DBG: estimate ul data peer=%u, implicit_qdepth=%d, ul_tcp_data_bytes=%d, mpdus_tried=%d, num_tcp_data=%d, curr_time=%u, tcp_sched_ts=%u, amsdu_aggr_final=%u ar_wal_tx_send.c:ul_tcp_dbg3: dsr_proc_ppdu_done peer_sw_id=%u, implicit_qdepth_ac=%u,ul_tcp_ack_bytes=%u, mpdus_tried=%u, num_tcp_acks=%u, curr_time=%u, tcp_sched_ts=%u, amsdu_aggr_final=%u ar_wal_tx_send.c:ul_tcp_dbg1, UL_MUMIMO_DBG:dsr_proc_ppdu_done peer_sw_id=%u, avg_msdu_bytes=%u, num_msdu=%u, total_bytes=%u, dequeue_cnt_msdu=%u ar_wal_tx_send.c:tx_send_dsr_ppdu_done clear peer->consecutive_eap_cnt : %d, sw_peer_id: %d ar_wal_tx_send.c:tx_send_dsr_ppdu_done increment peer->consecutive_eap_cnt : %d, sw_peer_id: %d ar_wal_tx_send.c:ppdu_fail_time:%x current_time:%x delta:%x type:%x ar_wal_tx_send.c:WAL_DBGID_STA_KICKOUT 0x%x 0x%x ar_wal_tx_send.c:pdev:8/vdev:8 0x%08x peer=0x%x consecutive_failure:%d cur_time:%x elapsed_ppdu_fail_time:%x tid_retryfailure:%x vdevtype:%x ar_wal_tx_send.c:pdev:8/vdev:8 =0x%08x, peer=0x%x,tid=0x%x (flags=0x%x %x), consecutive failure=%d, kickout thresh=%d ar_wal_tx_send.c:WAL_DBGID_XCESS_FAILURES %p 0x%x MAC:%x ar_wal_tx_send.c:consecutive_failure_reset : pdev=%d, vdev=%d, peer=0x%x, tid=0x%x (flags=0x%x), failure=%d -> 0 ar_wal_tx_send.c:Retried BAR for %d times, clear BAR flag ar_wal_tx_send.c:pdev %d, WIFIMISSING_MPDU_INFO_E cnt: %d ar_wal_tx_send.c:HWSelfgen_dbg :Flush Request Reason = %d ,Start Timestamp = %d,Duration = %d ar_wal_tx_send.c:HWSelfgen_dbg: Unknown resp reason ar_wal_tx_send.c:HWSelfgen_dbg: WIFIMU_UL_RESPONSE_TO_RESPONSE_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIAX_UNASSOC_WILDCARD_TRIGGER_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIAX_WILDCARD_TRIGGER_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIAX_SU_TRIGGER_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFICBF_FRAME_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIUAPSD_FRAME_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIPSPOLL_TRIGGER_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIQBOOST_TRIGGER_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIBA_FRAME_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFIACK_FRAME_E ar_wal_tx_send.c:HWSelfgen_dbg: WIFICTS_FRAME_E ar_wal_tx_send.c:pdev:%u, pause ring(%x:%x) ar_wal_tx_send.c:pdev:%u, RING(%x) pause finished(%x) ar_wal_tx_send.c:CONSECUTIVE_FLUSH9: pdev id %d,reset_mode %d consecutive flush 9 happen for %d times.Total WAR trigger %d times. ar_wal_tx_send.c:BEACON_DIAG: BEACON Stuck Detected on PDEVID %d, LastCmdResult=%d, FlushReqReason=%d, Total Hit Count = %d ar_wal_tx_send.c:legacy frame with HT-ctrl, tid=%x ar_wal_tx_send.c:legacy frame with HT-ctrl not allowed if QPEER_ALLOW_DATA, tid=%x ar_wal_tx_send.c:UL_MUMIMO_DBG peer_id %d, is_ul_tcp_data %d, implicit_qdepth %d, total_queue_bytes %d ar_wal_tx_send.c:UL_MUMIMO_DBG peer_id %d, time_diff_us=%d, implicit qdepth %d ar_wal_tx_send.c:ul_tcp_dbg_dl_payload: peer_sw_id=%u, dl_tcp_msdu_payload_size=%u, dl_tcp_total_payload_size =%u, tcp_dl_msdus=%u, rate_kbps=%u, txtime_us=%u, mpdu_bytes=%u, mpdu_pending=%u, msdu_queued=%u ar_wal_tx_send.c:UL_MUMIMO_DBG check_tcp_block peer_id=%u, dl_tcp_msdus=%u, dl_tcp_msdu_payload_size=%u, dl_mpdus_pending=%u, dl_mpdu_bytes=%u, dl_total_msdus=%u, dl_stateless_msdu_bytes=%u, dl_ave_tcp_msdu_size=%u ar_wal_tx_send.c:ppdu start time (%u) is in the past of current tsf (%u), deliver 1ms ar_wal_tx_send.c:POST_PPDU_TO_HW: latency=%d frm_ctrl=0x%0x ar_wal_tx_send.c:allow_n_flags 0x%x sendn_frms_allowed %d sendn_frms_tried %d subfrms_max %d encap_type %d ar_wal_tx_send.c:wal_peer_wow_null_per_stats_update: stats_start_time = 0x%x null_success = %d, null_fail = %d, cumulative_wake_time_ps_sta_ms = %d ar_wal_tx_send.c:TX_ABORT FAILED 0x%x ar_wal_tx_send.c:HWSelfgen_debug: MU UL Response to Response cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: AX Unassoc wildcard trigger cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: AX Wildcard trigger cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: AX SU trigger cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: CBF Frame cnt =%d ar_wal_tx_send.c:HWSelfgen_debug: UAPSD trigger cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: PSPOLL trigger cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: QBoost trigger cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: BA frame cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: ACK frame cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: CTS frame cnt = %d ar_wal_tx_send.c:HWSelfgen_debug: SELFGEN_RESP_REASON_STATS_DISPLAY ar_wal_tx_send.c:HWSelfgen_debug: Phytx Abort reason count = %d ar_wal_tx_send.c:HWSelfgen_debug: Underflow MPDU Count = %d ar_wal_tx_send.c:HWSelfgen_debug: HW Flush Count = %d ar_wal_tx_send.c:HWSelfgen_debug: SELFGEN_RESP_STATS_DISPLAY ar_wal_tx_send.c:MSDUTTL TQM peer_id:%d deq:%d tid_num:%d qtype:%d ar_wal_tx_send.c:TTL tid:%d ppdu:%d %d,cmd:%d txq_id:%d,flg:%x %x,caller:%x ar_wal_tx_send.c:no BE HIPRI HOL msduq, qpeer:%P ar_wal_tx_send.c:Received GTK frame for Qpeer=%p, but PTK not set ar_wal_tx_disa_send.c: DISA tx_frame After Delay tx_buf_count %d ar_wal_tx_disa_send.c: DISA tx_frame tx_buf_count %d ar_wal_tx_disa_send.c:disa tx_frame NOT EXPECTED since no status would be recv ar_tx_q_enque.c:WAL_DBGID_TX_DISCARD frame header: 0x%x 0x%x 0x%x, 0x%x ar_tx_q_enque.c:WAL_DBGID_TX_DISCARD id: %x, flag:%lx, flags %x, frame cntrl %x, tid %x, type %x ar_tx_q_enque.c:tx_q_enque_tqm_bypass: tid_num=0x%x, pdev_id=0x%0x, tid_paused=0x%x, type=0x%0x, len=0x%0x, num_mpdus_in_fq=0x%0x ar_tx_q_enque.c:tx_q_enque_tqm_bypass: peer is not connected ar_tx_q_enque.c:tx_q_enque_tqm_bypass: TID frameq is NULL ar_tx_q_enque.c:pn_alloc:fc=%x,comp_type=%x,flen=%lx,msdu_flags=%lx,id=%x,buffer_id=%x,enque_id=%x,pending_local=%x ar_tx_q_enque.c:pn_alloc failed: id:%x,flags:%x,tid_no:%x,fc:%x,enqeu_id=%x,pending_local=%x ar_tx_q_enque.c:pn_alloc_complete:fc=%x,flen=%lx,msdu_flags=%lx,tid_num=%x,enque_id=%x,pn_idx=%x,pn=%llx ar_tx_q_enque.c:tx_q_enque tid_num %d, tq: %p, info: s%p ar_tx_q_enque.c:tx_q_enque tid_num %d, %p, msdu_flags=0x%x tid_flags=0x%x tid_ext_flags=0x%x ar_wal_tx_halphy_send.c:PAPRD dpd start tlv event : start evt latency %d ar_wal_tx_halphy_send.c: HALPHY_TX_ABORT : DPD packet is aborted ar_wal_tx_halphy_send.c: HALPHY_TX_TBTT_FLUSH : DPD packet is flushed out ar_wal_tx_halphy_send.c: tx_send_halphy_abort_ppdu : DPD packet is aborted ar_wal_tx_halphy_send.c:PAPRD Total PHY OFF %d Tx suspend fail %d Rx suspend fail %d Tx suspend %d, Tx suspend %d ar_wal_tx_dbg.c:HK_DBG last_cycle_enqueue_count = %d last_cycle_dequeue_count = %d last_cycle_drop_count = %d current_drop_th = %d ar_wal_tx_dbg.c:HK_DBG HTT_MSDU_FLOW_STATS_TLV: last_update_timestamp = %d last_add_timestamp = %d last_remove_timestamp = %d total_processed_msdu_count = %d cur_msdu_count_in_flowq %d sw_peer_id = %d tx_flow_no = %d tid_num = %d drop_rule = %d ar_wal_tx_dbg.c:HK_DBG HTT_MSDU_FLOW_STATS_TLV: msduq_info not valid ar_wal_tx_dbg.c:HK_DBG pause_module_id = %d block_module_id = %d rsvd = %d allow_n_flags = %d sendn_frms_allowed = %d ar_wal_tx_dbg.c:HK_DBG HTT_TX_TID_STATS_V1_TLV: sw_peer_id = %d tid_num = %d num_sched_pending = %d num_ppdus_in_hwq = %d tid_flags = %u qdepth_num_msdu = %u max_qdepth_n_msdus = %u max_qdepth_bytes = %u last_scheduled_tsmp = %u ar_wal_tx_dbg.c:HK_DBG rx_pream 4:%d, 5:%d ar_wal_tx_dbg.c:HK_DBG rx_pream 0:%d, 1:%d, 2:%d, 3:%d ar_wal_tx_dbg.c:HK_DBG rx_bw 3:%d, ar_wal_tx_dbg.c:HK_DBG rx_bw 0:%d, 1:%d, 2:%d, ar_wal_tx_dbg.c:HK_DBG rx_nss 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6=%d, 7=%d ar_wal_tx_dbg.c:HK_DBG rx_mcs 6:%d, 7:%d, 8:%d, 9:%d, 10:%d , 11:%d ar_wal_tx_dbg.c:HK_DBG rx_mcs 0:%d, 1:%d, 2:%d, 3:%d, 4:%d , 5:%d ar_wal_tx_dbg.c:HK_DBG HTT_RX_PEER_RATE_STATS_TLV: nsts = %d rx_ldpc = %d rssi_mgmt:8/rssi_data:8 = 0x%08x ar_wal_tx_dbg.c:HK_DBG tx_pream 0:%d, 1:%d, 2:%d, 3:%d ar_wal_tx_dbg.c:HK_DBG tx_bw 3:%d, ar_wal_tx_dbg.c:HK_DBG tx_bw 0:%d, 1:%d, 2:%d, ar_wal_tx_dbg.c:HK_DBG tx_nss 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6=%d, 7=%d ar_wal_tx_dbg.c:HK_DBG tx_mcs 6:%d, 7:%d, 8:%d, 9:%d, 10:%d , 11:%d ar_wal_tx_dbg.c:HK_DBG tx_mcs 0:%d, 1:%d, 2:%d, 3:%d, 4:%d , 5:%d ar_wal_tx_dbg.c:HK_DBG HTT_TX_PEER_RATE_STATS_TLV: tx_ldpc = %d rts_cnt = %d ack_rssi = %d ar_wal_tx_dbg.c:HK_DBG last_rssi = %d enqueued_count = %llu dequeued_count = %llu dropped_count = %llu transmitted_bytes %llu ttl_removed_count %u ar_wal_tx_dbg.c:HK_DBG HTT_TX_PEER_RATE_STATS_TLV: ppdu_cnt = %d mpdu_cnt = %d msdu_cnt = %d pause_bitmap = %x block_bitmap %x ar_wal_tx_dbg.c:HK_DBG HTT_PEER_DETAILS_TLV3: mac_addr = %02x:%02x:%02x:%02x:%02x:%02x ar_wal_tx_dbg.c:HK_DBG HTT_PEER_DETAILS_TLV1: peer_type = %u sw_peer_id = %u vdev_id = %u peer_flags = %xHK_DBG HTT_PEER_DETAILS_TLV2: pdev_id = %u ast_idx = %u qpeer_flags = %x ar_wal_tx_dbg.c:data_stall debug support is not allowed as the vdev_type is not STA pdev_id:8/vdev_id:8 0x%08x vdev:0x%x pdev:0x%x ar_wal_tx_dbg.c:RX_DRAIN_DEST rx_drain_ok_mac_idle %d rx_drain_ok_mac_not_idle %d rx_drain_skip_for_non_lmac_reset %d rx_drain_prerequisite_invld %d rxdma_fifo_not_empty_post_drain_wait %d ar_wal_tx_dbg.c:RX_DRAIN_DEST leak deteced count rxdma2reo:%d rxdma2fw:%d rxdma2wbm:%d rxdma1_2sw:%d ar_wal_tx_dbg.c:RX_DRAIN_DEST success rx_descs_leak_prevention_done %d total rx_descs_saved_cnt %d reo2sw backpressure test %d disable_recv_buf_leak_recovery %d disable_process_drain_dest_ring %d rx_drain_dest_alloc_completed %d ar_wal_tx_dbg.c:SAWF_DBG: Disabling Dummy ast allocations ar_wal_tx_dbg.c:SAWF_DBG: Enabling Dummy ast allocations ar_wal_tx_dbg.c:SAWF_DBG: Please input either 1 or 0 to either enable dummy ast allocation or not ar_wal_tx_dbg.c: %02d | %02d | %02d | %02d | %lx ar_wal_tx_dbg.c:============================================================ ar_wal_tx_dbg.c: HLOS_TID| TID | HTT_MSDUQ_IDX | SVC_CLASS_ID ar_wal_tx_dbg.c: SAWF QUEUES FOR SW Peer ID: %d ar_wal_tx_dbg.c:SAWF_DBG: No valid peer %u ar_wal_tx_dbg.c:SAWF_DBG: peer %u deleted ar_wal_tx_dbg.c:TCL from_host: not supported in this product ar_wal_tx_dbg.c:TCL from_host: disc_vdev/pdev/mig/llc/desc = %d/%d/%d/%d/%d ar_wal_tx_dbg.c:TCL from_host: enq_tqm/bypass=%d/%d, enq_disc=%d, compl_tqm/bypass/reinject=%d/%d/%d ar_wal_tx_dbg.c:TCL from_host: pdev=%d, tot_enq=%d, tot_compl=%d, tot_wbm2sw=%d ar_wal_tx_dbg.c:DEBUG_PKTLOG: Pktlog enabled:%d Pktlog-decode-info-WMI-event sent with valid contents:%d ar_wal_tx_dbg.c:Set OFDM scrambler seed=%d pdev_id=%d ar_wal_tx_dbg.c:tx_dbg: txq stuck is set to %d %d ar_wal_tx_dbg.c:tx_dbg: clear msdu_drop for peer %d ar_wal_tx_dbg.c:tx_dbg: set msdu_drop for peer %d ar_wal_tx_dbg.c:tx_dbg: tx resume timeout %d ms is not allowed. Please use 100<timeout<1000 ar_wal_tx_dbg.c:tx_dbg: tx resume timeout %d ms is set ar_wal_tx_dbg.c:TX_BA_LOG: delay post BA timer value is %d ms ar_wal_tx_dbg.c:TX_BA_LOG:delay post BA is %d ar_wal_tx_dbg.c:WBM delink: Recovery WAR hit count rxdma_tlv_frm_err_rx_flush : %d, PDEVID %d ar_wal_tx_dbg.c:Freq_BSRP trig err : %d ar_wal_tx_dbg.c:Freq_BSRP trig : %d ar_wal_tx_dbg.c:NON_QOS_STEER : OFDM MCS STATS MCS_%d : %d ar_wal_tx_dbg.c:NON_QOS_STEER : HT MCS STATS MCS_%d : %d ar_wal_tx_dbg.c:NON_QOS_STEER : CV Query Stats idx %d, num times %d ar_wal_tx_dbg.c:NON_QOS_STEER : Num PPDUs Failed %d ar_wal_tx_dbg.c:NON_QOS_STEER : Num PPDUs Tried %d ar_wal_tx_dbg.c:NON_QOS_STEER : Num PPDUs Queued %d ar_wal_tx_dbg.c:NON_QOS_STEER : Num Schedules Posted %d ar_wal_tx_dbg.c:NON_QOS_STEER : Num Frames Host Queued %d ar_wal_tx_dbg.c:g_debug_mgmt_fail_assert set %08x %08x %08x ar_wal_tx_dbg.c:g_debug_mgmt_fail_assert not set ar_wal_tx_dbg.c:g_debug_arp_assert set %d ar_wal_tx_dbg.c:g_debug_arp_assert not set ar_wal_tx_dbg.c:Custom Basic trigger g_dbg_null_response %d g_dbg_null_term %d g_dbg_trig_count %d g_dbg_cust_basic_trig_err %d ar_wal_tx_dbg.c:twt_debug: g_dbg_stop_seq_cnt:%u,g_dbg_stop_burst_seq_for_twt:%u ar_wal_tx_dbg.c:DUMP_CONN_PAUSE_PEER_STATE: Peer not found ar_wal_tx_dbg.c:PM_STATE_DBG: for %2x:%2x:%2x:%2x:%2x:%2x ar_wal_tx_dbg.c:MAC clock gating: %d ar_wal_tx_dbg.c:tqm_sync_pipeling_stats: tqm_sync_sent = %d, tqm_sync_proc = %d, TAC/IST post = %d, tqm_sync_not_proc = %d, tqm_ist post = %d ar_wal_tx_dbg.c:IPA wbm2sw2 ring monitor configure: logging hp/tp in every %d sec ar_wal_tx_dbg.c:Sending Delayed TX DELBA msg on vdev %d ar_wal_tx_dbg.c:CONG_CTRL Multicast_DBG buf_id:%d hcm_bin_idx:%d cur:%d, min:%d, max:%d ar_wal_tx_dbg.c:NOC_PENDING_TRANSACTIONS lmac_noc_transaction_pending_cnt %d ar_wal_tx_dbg.c:TX abort/resume in progress. Ignoring request! ar_wal_tx_dbg.c:Num of seq start during resume: ISR - %d, DSR - %d ar_wal_tx_dbg.c:Num of sched commands during TX abort - %d ar_wal_tx_dbg.c:Num of sched commands dropped due to session ID mismatch - %d ar_wal_tx_dbg.c:delimiter user track: Number of total MU PPDU %d, MU PPDUs with delimiter users: %d, Percent:%d Average MU number of delimiter users %d ar_wal_tx_dbg.c: VOW_TTL dbg_tid_ttl_start_time %d dbg_tid_ttl_last_time %d dbg_tid_ttl_count %d ar_wal_tx_dbg.c:Exception stats service_time_above%d_count %x ar_wal_tx_dbg.c:Exception stats service_time_above%d_below%d_count %x ar_wal_tx_dbg.c:Exception stats service_time_below%d_count %x ar_wal_tx_dbg.c:Exception stats max time %x ar_wal_tx_dbg.c:Exception stats min time %x ar_wal_tx_dbg.c:s_stats!ERROR!:use:wifitool athX setUnitTestCmd 0x48 2 283 <hist_int> ar_wal_tx_dbg.c:BEACON_DIAG: Recovery WAR hit count %d PDEVID %d ar_wal_tx_dbg.c:ibf_stats legacy_snd_ibf: %d legacy_steer_ibf:%d ar_wal_tx_dbg.c:BAR for resp mismatch %d, prev cnt %d ar_wal_tx_dbg.c:s_stats: num_pcss_elem_zero : %u num_in_elem_zero : %u num_out_elem_zero : %u num_elem_moved : %u ar_wal_tx_dbg.c:s_stats: DET_AGILE - FW Debug stats ar_wal_tx_dbg.c:s_stats: ScanNoIpcBufAvail : %u ar_wal_tx_dbg.c:s_stats: SRdyIntrpt : %u, SPfmd : %u, IntrptsSent : %u, Scanpending : %u ar_wal_tx_dbg.c:s_stats: ChnMask : %u, SEna : %u, SUpdtMask : 0x%x ar_wal_tx_dbg.c:s_stats: ScanPri : %u, SCount : %u, SPrd : %u ar_wal_tx_dbg.c:s_stats: VREG_DET_AGILE : ar_wal_tx_dbg.c:s_stats: DET1 - FW Debug stats ar_wal_tx_dbg.c:s_stats: SRdyIntrpt : %u, SPfmd : %u, IntrptsSent : %u , Scanpending : %u ar_wal_tx_dbg.c:s_stats: VREG_DET1: ar_wal_tx_dbg.c:s_stats: DET0 - FW Debug stats ar_wal_tx_dbg.c:s_stats: ScanNoIpcBufAvail : %u ScanFFTdiscardCount %u ScanRecaptureFFTdiscardCount %u ScanRecaptureCount %u ar_wal_tx_dbg.c:s_stats: SRdyIntrpt : %u, SPfmd : %u, IntrptsSent : %u, Scanpending : %u ar_wal_tx_dbg.c:s_stats: VREG_DET0 : ar_wal_tx_dbg.c:s_stats: IPC_ring_%u : HI : %u TI : %u, S_TI : %u, S_HI : %u ar_wal_tx_dbg.c:s_stats: OUT_ring_HI : %u TI : %u, S_TI : %u, S_HI : %u ar_wal_tx_dbg.c:s_stats: IN/SHADOW_ring_HI : %u, TI : %u, S_TI : %u, S_HI : %u ar_wal_tx_dbg.c:s_stats: HOST_ring_HI : %u, TI : %u, S_TI : %u ar_wal_tx_dbg.c:s_stats: dbg_num_bufs: %u, dbg_num_evt: %u ar_wal_tx_dbg.c:s_stats!ERROR!:use:wifitool athX setUnitTestCmd 0x48 2 260 0/1 ar_wal_tx_dbg.c:ctrl_path_stats_dbg: sw_peer_id found peer %d, mac %x %x ar_wal_tx_dbg.c:ctrl_path_stats_dbg: peer %d, mac %x %x ar_wal_tx_dbg.c:ctrl_path_stats_dbg: self ar_wal_tx_dbg.c:ctrl_path_stats_dbg: bss ar_wal_tx_dbg.c:ctrl_path_stats_dbg: vdev %d ar_wal_tx_dbg.c:ctrl_path_stats_dbg: SW Peer ID Check ar_wal_tx_dbg.c:ctrl_path_stats_dbg : mac_addr_31_0 = 0x%x mac_addr_47_32 = 0x%x ar_wal_tx_dbg.c:ctrl_path_stats_dbg : args[2] = 0x%x args[3] = 0x%x args[4] = 0x%x args[5] = 0x%x args[6] = 0x%x args[7] = 0x%x ar_wal_tx_dbg.c:ctrl_path_stats_dbg : Error seen Usage ctrl_path_stats_dbg: To Enable Stats: wifitool athX setUnitTestCmd 0x48 8 244 1 <mac_addr_0> <mac_addr_1> <mac_addr_2> <mac_addr_3> <mac_addr_4> <mac_addr_5> ctrl_path_stats_dbg: To Disable Stats: wifitool athX setUnitTestCmd 0x48 2 244 0 ar_wal_tx_dbg.c:ctrl_path_stats_dbg : Disabling peer_dbg logs ar_wal_tx_dbg.c: Profile ID : %d hist_intvl: %d hist[0] : %d hist[1] : %d hist[2] : %d ar_wal_tx_dbg.c: Profile ID : %d Count: %d Min : %d Max : %d ar_wal_tx_dbg.c: Profile Enabled : %d hist_intvl : %d ar_wal_tx_dbg.c:REMOTE: ul_tid_state_pool total_alloc_cnt:%d cur_alloc_cnt:%d ar_wal_tx_dbg.c:LOCAL: ul_tid_state_pool total_alloc_cnt:%d cur_alloc_cnt:%d ar_wal_tx_dbg.c:REMOTE: tid_state_pool total_alloc_cnt:%d cur_alloc_cnt:%d ar_wal_tx_dbg.c:LOCAL: tid_state_pool total_alloc_cnt:%d cur_alloc_cnt:%d ar_wal_tx_dbg.c:REMOTE: msduq_pool_ctxt total_alloc_cnt:%d cur_alloc_cnt:%d ar_wal_tx_dbg.c:LOCAL: msduq_pool_ctxt total_alloc_cnt:%d cur_alloc_cnt:%d ar_wal_tx_dbg.c:twt_dbg_leak_hist_ul: Bins0-4: %u, %u, %u, %u, %u ar_wal_tx_dbg.c:twt_dbg_leak_hist_dl: Bins5-9: %u, %u, %u, %u, %u ar_wal_tx_dbg.c:twt_dbg_leak_hist_dl: Bins0-4: %u, %u, %u, %u, %u ar_wal_tx_dbg.c:SIFS burst time ratio : %x ar_wal_tx_dbg.c:PHYDBG: g_dbg_phydbg_default_events: 0x%08x, g_dbg_phydbg_pmi_events: 0x%08x, g_dbg_phydbg_mpi_events: 0x%08x, g_dbg_phydbg_rxtd_events: 0x%08x, g_dbg_phydbg_robe_events: 0x%08x ar_wal_tx_dbg.c:g_ack_all_6Mbps : %d ar_wal_tx_dbg.c:WAL_PPDU: MU PPDU VAL:%d ar_wal_tx_dbg.c:flush_38_hist: %02d %02d %02d %02d %02d %02d ar_wal_tx_dbg.c:# of MU-RTS : %d ar_wal_tx_dbg.c:sifs burst enable: 0x%x, pdev=%d ar_wal_tx_dbg.c:HK_DBG invalid peer ar_wal_tx_dbg.c:mu_bar : Number of times sequence (BAR) is reposted : %d ar_wal_tx_dbg.c:DEBUG_CACHE::Invalid Reg Operation ar_wal_tx_dbg.c:ax_mu_brp_user_flag_err : WHAL_USER_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_CRC_FAIL_ERR = %lu,WHAL_USER_TSFLAG_RESP_TIMEOUT_ERR = %lu,WHAL_USER_TSFLAG_RESP_PROT_TIMEOUT_ERR = %lu ar_wal_tx_dbg.c:ax_mu_mimo_ndp_user_flag_err : WHAL_USER_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_CRC_FAIL_ERR = %lu,WHAL_USER_TSFLAG_RESP_TIMEOUT_ERR = %lu,WHAL_USER_TSFLAG_RESP_PROT_TIMEOUT_ERR = %lu ar_wal_tx_dbg.c:ax_mu_mimo_ndp_user_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ax_mu_mimo_ndpa_user_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ax_mu_mimo_brp_sch_flag_err : WHAL_SCH_TSFLAG_FLUSH_RCVD_ERR = %lu,WHAL_SCH_TSFLAG_FILT_SCHED_CMD_ERR = %lu,WHAL_SCH_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_BW_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RETRY_COUNT_FAIL_ERR = %lu,WHAL_SCH_TSFLAG_RESP_TOO_LATE_RECEIVED_ERR = %lu ar_wal_tx_dbg.c:ax_mu_mimo_ndp_sch_flag_err : WHAL_SCH_TSFLAG_FLUSH_RCVD_ERR = %lu,WHAL_SCH_TSFLAG_FILT_SCHED_CMD_ERR = %lu,WHAL_SCH_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_BW_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RETRY_COUNT_FAIL_ERR = %lu,WHAL_SCH_TSFLAG_RESP_TOO_LATE_RECEIVED_ERR = %lu ar_wal_tx_dbg.c:ax_mu_brp_trigger_hw_paused = %lu ar_wal_tx_dbg.c:ax_mu_brp_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ax_mu_mimo_ndp_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ax_mu_mimo_ndpa_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:read addr: 0x%x, value = 0x%x ar_wal_tx_dbg.c:TXDEWDOG prev_timeout:%u current_timeout:%u ar_wal_tx_dbg.c:mu_mimo_mpdus_tried_hist_%d - %d (Nr_%d) : %d ar_wal_tx_dbg.c:mu_mimo_mpdus_tried_hist_%d (Nr_%d) : %d ar_wal_tx_dbg.c:mu_mimo_mpdus_failed_hist_%d - %d (Nr_%d) : %d ar_wal_tx_dbg.c:mu_mimo_total_txop_ms_hist_MU%d_bin_%d - %d (Nr_%d) : %d, %d, %d, %d, %d ar_wal_tx_dbg.c:mu_mimo_ppdu_dur_hist_200us_bin_%d (Nr_%d) : %d ar_wal_tx_dbg.c:short_pkt_min_msdu_size=%d, legacy_burst_per=%d, vht_burst_per=%d ar_wal_tx_dbg.c:fudge_txtime=%d, legacy_burst=%d, vht_burst=%d ar_wal_tx_dbg.c:ac_mu_mimo_brp_user_flag_err : WHAL_USER_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_CRC_FAIL_ERR = %lu,WHAL_USER_TSFLAG_RESP_TIMEOUT_ERR = %lu,WHAL_USER_TSFLAG_RESP_PROT_TIMEOUT_ERR = %lu ar_wal_tx_dbg.c:ac_mu_mimo_ndp_user_flag_err : WHAL_USER_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_CRC_FAIL_ERR = %lu,WHAL_USER_TSFLAG_RESP_TIMEOUT_ERR = %lu,WHAL_USER_TSFLAG_RESP_PROT_TIMEOUT_ERR = %lu ar_wal_tx_dbg.c:ac_mu_mimo_ndp_user_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_mu_mimo_ndpa_user_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_mu_mimo_brp_sch_flag_err : WHAL_SCH_TSFLAG_FLUSH_RCVD_ERR = %lu,WHAL_SCH_TSFLAG_FILT_SCHED_CMD_ERR = %lu,WHAL_SCH_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_BW_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RETRY_COUNT_FAIL_ERR = %lu,WHAL_SCH_TSFLAG_RESP_TOO_LATE_RECEIVED_ERR = %lu ar_wal_tx_dbg.c:ac_mu_mimo_ndp_sch_flag_err : WHAL_SCH_TSFLAG_FLUSH_RCVD_ERR = %lu,WHAL_SCH_TSFLAG_FILT_SCHED_CMD_ERR = %lu,WHAL_SCH_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_BW_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RETRY_COUNT_FAIL_ERR = %lu,WHAL_SCH_TSFLAG_RESP_TOO_LATE_RECEIVED_ERR = %lu ar_wal_tx_dbg.c:ac_mu_mimo_brp_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_mu_mimo_ndp_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_mu_mimo_ndpa_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_su_ndp_user_flag_err : WHAL_USER_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_USER_TSFLAG_RESP_CRC_FAIL_ERR = %lu,WHAL_USER_TSFLAG_RESP_TIMEOUT_ERR = %lu,WHAL_USER_TSFLAG_RESP_PROT_TIMEOUT_ERR = %lu ar_wal_tx_dbg.c:ac_su_ndp_user_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_su_ndpa_user_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_su_ndp_sch_flag_err : WHAL_SCH_TSFLAG_FLUSH_RCVD_ERR = %lu,WHAL_SCH_TSFLAG_FILT_SCHED_CMD_ERR = %lu,WHAL_SCH_TSFLAG_RESP_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_MIMO_CTRL_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RESP_CBF_BW_MISMATCH_ERR = %lu,WHAL_SCH_TSFLAG_RETRY_COUNT_FAIL_ERR = %lu,WHAL_SCH_TSFLAG_RESP_TOO_LATE_RECEIVED_ERR = %lu ar_wal_tx_dbg.c:ac_su_ndp_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:ac_su_ndpa_sch_status : WHAL_TXERR_NONE = %lu,WHAL_TXERR_RESP = %lu,WHAL_TXERR_FILT = %lu,WHAL_TXERR_FIFO = %lu,WHAL_TXERR_SWABORT = %lu ar_wal_tx_dbg.c:TXDEWDOG TQM1:%u dummy_queued:%u last_time:%u ar_wal_tx_dbg.c:TXDEWDOG TCL1:%u full_ignore:%u dummy_queued:%u last_time:%u ar_wal_tx_dbg.c:g_eapol_rekey_min_rate_enable num_args:%d %d, %d ar_wal_tx_dbg.c:pdev_id can't be > 2, usage: wifitool ath0 setUnitTestCmd 0x48 2 57 <pdev_id> ar_wal_tx_dbg.c:tx_flush_unexpected_tlv_start_err = %d tx_flush_unexpected_tlv_end_err = %d tx_steer_frm_cnt = %d hwsch_fes_end_tout = %d tx_flush_txdma_sfm_busy = %d phy_warm_reset = %d ar_wal_tx_dbg.c:txpcu_wdog_tout = %d txpcu_recd_lt_mpdu = %d txpcu_recd_gt_mpdu= %d pdg_fatal_unknown = %d hwsch_fatal_unknown = %d hwsch_wdog_unknown = %d mxi_fatal_unknown = %d txole_fatal_unknown = %d ar_wal_tx_dbg.c:hwsch_flush_not_done = %d flush_tx_not_idle = %d hwsch_wd_unknown_reset = %d hwsch_mtu_wrap_wdog = %d crypto_fatal_unknown = %d txdma_fatal_unknown = %d sfm_fatal_unknown = %d mcmn_fatal_unknown = %d ar_wal_tx_dbg.c:hwsch_backpressure_wdog = %d hwsch_pause_wdog = %d hwsch_fes_start_wdog = %d hwsch_life_time_expiry_valid_fes_offset = %d crypto_wdog_tmout = %d pdg_sfm_leak_rst_cnt = %d hwsch_cmd_ring_reset_war_dummy_completions = %d ar_wal_tx_dbg.c:hwsch_long_delayed_pause = %d sch_rx_ppdu_no_response = %d sch_selfgen_response = %d sch_rx_sifs_resp_trigger = %d sch_mpdu_info_bitmap_missed = %d hwsch_qcdd03911334 = %d hwsch_qcdd04031456 = %d hwsch_qcdd03955078 = %d ar_wal_tx_dbg.c:WHAL_STATS for pdev id = %d: last_unpause_ppdu_id = %d hwsch_unpause_wait_tqm_write = %d hwsch_dummy_tlv_skipped = %d hwsch_misaligned_offset_received = %d hwsch_reset_count = %d hwsch_dev_reset_war = %d hwsch_delayed_pause = %d ar_wal_tx_dbg.c:pdev_id can't be > 2, usage: wifitool ath0 setUnitTestCmd 0x48 2 56 <pdev_id> ar_wal_tx_dbg.c:TX_IST_TRIGGER SENT %d ar_wal_tx_dbg.c:sched_cmd_result[7] to sched_cmd_result[12] for HWQ id %d = {%d,%d,%d,%d,%d, %d} ar_wal_tx_dbg.c:sched_cmd_result[0] to sched_cmd_result[6] for HWQ id %d = {%d,%d,%d,%d,%d,%d,%d} ar_wal_tx_dbg.c:%dms Burst: avg_txop_burst(ms) = %d,txop_on_burst_complete(ms) = %d ar_wal_tx_dbg.c:SOUNDING_STATS(11AX_SOUNDING_TX = %lu)(11AC_SOUNDING_TX = %lu) ar_wal_tx_dbg.c:LEGACY_SU_MPDU_STATS (legacy su tried = %lu)(legacy su failed = %lu)(legacy su retried = %lu) ar_wal_tx_dbg.c:LEGACY_SU_PPDU_STATS(legacy su = %lu) ar_wal_tx_dbg.c:11AC_SU_TXBF_MPDU_STATS(txbf sifs ac su tried = %lu)(txbf sifs ac su failed = %lu)(txbf sifs ac su retried = %lu)(txbf rbo ac su tried = %lu)(txbf rbo ac su failed = %lu)(txbf rbo ac su retried = %lu) ar_wal_tx_dbg.c:11AC_SU_OL_MPDU_STATS(ol ac su tried = %lu)(ol ac su failed = %lu)(ol ac su retried = %lu) ar_wal_tx_dbg.c:11AC_SU_PPDU_STATS(ol ac su = %lu)(txbf ac su = %lu)(txbf ac = %lu) ar_wal_tx_dbg.c:11AX_SU_TXBF_MPDU_STATS (txbf sifs ax su tried = %lu)(txbf sifs ax su failed = %lu)(txbf sifs ax su retried = %lu)(txbf rbo ax su tried = %lu)(txbf rbo ax su failed = %lu)(txbf rbo ax su retried = %lu) ar_wal_tx_dbg.c:11AX_SU_OL_MPDU_STATS (ol ax su tried = %lu)(ol ax su failed = %lu)(ol ax su retried = %lu) ar_wal_tx_dbg.c:11AX_SU_PPDU_STATS (ol ax su = %lu)(txbf ax su = %lu)(txbf ax = %lu) ar_wal_tx_send_selfgen.c:UL_MUMIMO_DBG_RATE_TRACK, selfgen_lookup_ul_user_details, ftype %d, ru_size %d, ru_index %d, rc_flags %d, GI %d, LTF %d ar_wal_tx_send_selfgen.c:BASIC_TRIG_PROT DBG: prot_duration_us %d TB PPDU data duration %d ar_wal_tx_send_selfgen.c:UL_MUMIMO_DBG_RATE_TRACK, gi %d, ltf %d, is_ul_mumimo %d, gi_ltf_type %d ar_wal_tx_send_selfgen.c:TRIG_DBG: t_sym_us_10x: %d, num_he_ltf_symbols: %d, t_he_ltf_sym_10x: %d, t_he_pream_usec_10x: %d, estimated_tx_time_us_10x: %d, length: %d ar_wal_tx_send_selfgen.c:TRIG_DBG: a_factor: %d, num_data_symbols: %d, ldpc_extra_symbol: %d, pe disambiguity: %d ar_wal_tx_send_selfgen.c:UL_MUMIMO_DBG_TRIG: stream_offset %d, nss %d, ss_allocation %d, rc_mode %d ar_wal_tx_send_selfgen.c:UL_MUMIMO_DBG, seq_type %d, is_ul_mumimo: %d ar_wal_tx_send_selfgen.c:su_sw_rts : prot_duration_us %uus for seq_ctrl 0x%x tid %d preamble %uus txtime_us %uus ar_wal_tx_flush.c:_wal_peer_flush_tids: send msg to SCHED_ALGO, thread_id =%d tid_bitmap=0x%x ar_wal_tx_seq.c:CW reset ar_wal_tx_seq.c:su_sw_rts setup_sequence_with_rts seq_ctrl_flags 0x%x seq_ctrl 0x%x estimated values: mpdus_in_ppdu %d amsdu_size %d, qdepth_bytes %d ar_wal_tx_send_isr.c:TX_IST_TRIGGER RECEIVED %d ar_wal_tx_send_isr.c:KeyFrame: FC=0x%x, tid=0x%x, queue=0x%x, cmd_status=0x%x, SN=0x%x, BMP=0x%x ar_wal_tx_send_isr.c:isr_hdlr (pdev=%d): req=%x tx_cong_ctrl.c:CONG_CTRL_DiscD sw_pid:%d tid_num:%d buf_id:%d tx_cong_ctrl.c:CONG_CTRL_DropD sw_pid:%d tid_num:%d buf_id:%d tx_cong_ctrl.c:CONG_CTRL_AD sw_pid:%d tid_num:%d buf_id:%d desc_id:%d bin_idx:%d cur:%d tx_cong_ctrl.c:CONG_CTRL_FD sw_pid:%d tid_num:%d buf_id:%d desc_id:%d bin_idx:%d cur:%d tx_cong_ctrl.c:CONGCTRL FW_CONTROL peer_id:%d tid_num__qtype__msduq_masks:0x%08x traffic_enq:%d drop:%d deq:%d tot_deq:%d rate_max_allowed:%d old_threshold:%d max_extra:%d tx_cong_ctrl.c:CONGCTRL FW_CONTROL *DISABLED* peer_id:%d tid_num:%d traffic_enq:%d drop:%d deq:%d tot_deq:%d rate_max_allowed:%d old_threshold:%d max_extra:%d tx_cong_ctrl.c:CONGCTRL FW_CONTROL *OVERRIDE* peer_id:%d tid_num:%d traffic_enq:%d drop:%d deq:%d tot_deq:%d rate_max_allowed:%d old_threshold:%d max_extra:%d ar_wal_txbf.c:txbf_peer_setup:vdev %x Txbfer:0x%x and txbfee count:0x%x ar_wal_txbf.c:txbf_peer_teardown:Peer_caps HE :SU:bfee=%x,bfer=%x MU:Bfee=%x,bfer=%x ar_wal_txbf.c:txbf_peer_teardown:Peer_caps VHT :SU:bfee=%x,bfer=%x MU:Bfee=%x,bfer=%x ar_wal_txbf.c:PHY set gid:%d, pos:%d ar_wal_txbf.c:txbf_peer_setup:Txbfer:0x%x and txbfee count:0x%x ar_wal_txbf.c:txbf_peer_setup:Vdev_caps HE :SU:bfee=%x,bfer=%x MU:Bfee=%x,bfer=%x ar_wal_txbf.c:txbf_peer_setup:Vdev_caps VHT :SU:bfee=%x,bfer=%x MU:Bfee=%x,bfer=%x ar_wal_txbf.c:txbf_peer_setup:Peer_caps HE :SU:bfee=%x,bfer=%x MU:Bfee=%x,bfer=%x ar_wal_txbf.c:txbf_peer_setup:Peer_caps VHT:SU:bfee=%x,bfer=%x MU:Bfee=%x,bfer=%x ar_wal_txbf.c:WAL_POWER_STATE_AWAKE ar_wal_txbf.c:WAL_POWER_STATE_FULL_SLEEP offload_common.c:wlan_rx_dup_chk_fail(%d): Dropping Duplicate Frame_info:%x Seq:%x Time:%x Last_Time:%x offload_common.c:wlan_rx_dup_chk_fail: NULL pointer passed 0x%x 0x%x 0x%x %d wal_powersave_sta.c:qcache peer is NULL wal_powersave_sta.c:wal_peer is NULL wal_powersave_sta.c:wal_ps_sta_process_rx_event: leaky AP detected wal_powersave_sta.c:_wal_ps_sta_process_rx_event: frame_control=%0x, qos_control=%0x, thread_id=%d wal_powersave_ap.c:error: qcache_peer is NULL wal_powersave_ap.c:error: wal_peer is NULL wal_powersave_ap.c:error: no WAL_PEER_EVENT_SEND_COMPLETE for BUF_STA wal_powersave_ap.c:WAL_AP_PS_DBGID_NO_TRIGGER AssocID = %d peer_handle->uapsd_trigger_tids = %d Tid = %d wal_powersave_ap.c:WAL_AP_PS_DBGID_DUPLICATE_TRIGGER AssocID = %d SeqNO = %d Tid = %d wal_powersave_ap.c:WAL_AP_PS_DBGID_PSPOLL_REQ AssocID = %d Aid = %d PeerPSEnabled = %d SendNInProgress = %d wal_powersave_ap.c:wal_ps_buf_peer_rx_event_handler(DATA_PPDU): aid=%d, fc=0x%x, seq=%d, qos=0x%x, timestamp_us=%u wal_powersave_ap.c:wal_ps_buf_peer_rx_event_handler(RX): aid=%d, fc=0x%x, seq=%d, timestamp_us=%u wal_powersave_ap.c:wal_ps_ap_sa_thread_msg_handler: peer=%d, cmd_id:%u wal_powersave_ap.c:WAL_AP_PS_DBGIG_UAPSD_CFG vdev_id = %d AssocID = %d UAPSDTriggerTids = 0x%x UAPSDDeliveryTids = 0x%x wal_powersave_ap.c:WAL_AP_PS_DBGIG_SET_PARAM vdev_id = %d AssocID = %d Param = %d Value = %d wal_powersave_ap.c:wal_ps_ap_is_out_of_sync_sta: AssocID=%d, Timestamp=%d, OldestTxBufferedWaitingMs=%d, detect_thresh=%d, QDepeth=%d wal_powersave_ap.c:WAL_AP_PS_DBGID_SLEEP_STA_INC vdev_id = %d num_sleeping_sta:%d tid_pause_bitmap:%d wal_powersave_ap.c:WAL_AP_PS_DBGID_SLEEP_STA_DEC vdev_id = %d num_sleeping_sta:%d tid_pause_bitmap:%d wal_powersave_ap.c:qcache_peer is NULL wal_powersave_ap.c:wal_peer is NULL wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_UAPSD_RESPONSE_ERROR vdev_id = %d AssocID = %d Tid/Paused = 0x%x AllowedUAPSDTidMask = 0x%x PendingTidMap = 0x%x SPLength = 0x%x wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_UAPSD_RESPONSE vdev_id = %d AssocID = %d Tid = %d NumMPDUToSend = %d need_extra_qnull = %d Flags = 0x%x allow_n_flags_qnull = 0x%x SPLength = 0x%x wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_START_SP vdev_id = %d AssocID = %d A_MILLISECONDS = %u wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_TRIGGER vdev_id = %d AssocID = %d A_MILLISECONDS = %u USPActive = %d SendNInProgress = %d wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_PSPOLL_ERROR vdev_id = %d AssocID = %d TidPaused = %d AllowdLegacyTidMask = 0x%x LegacyTidMask = 0x%x wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_PSPOLL vdev_id = %d AssocID = %d Tid = %d Flags = 0x%x legacy_tidmask = 0x%x allowed_legacy_tidmask = 0x%x pending_legacy_tidmap = 0x%x wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_START_SP vdev_id = %d AssocID = %d last_rx_trigger_time = %u wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_NEXT_RESPONSE vdev_id = %d AssocID = %d USPActive = %d PendingUSP = %d PendingPollResp = %d wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_SEND_N_COMPLETE vdev_id = %d AssocID = %d USPActive = %d PendingPollResp = %d wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_COMPLETED_EOSP vdev_id = %d AssocID = %d retried %d wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_COMPLETED_EOSP vdev_id = %d AssocID = %d tx_comp_ts = %u last_rx_trigger_time = %u wal_powersave_buf_peer_sm.c:WAL_AP_PS_DBGID_SEND_COMPLETE vdev_id = %d AssocID = %d FrameCtrl = 0x%x QoSCtrl = 0x%x USPActive = %d PendingPollResp = %d wal_powersave_buf_peer_sm.c:WAL_ML_AP_PS: WAL_AP_PS_DBGID_UPDATE_TIM vdev_id = %d AssocID = %d IsTimSet = %d wal_powersave_buf_peer_sm.c:WAP_ML_AP_PS: WAL_AP_PS_DBGID_SYNC_TIM vdev_id = %d AssocID = %d Tids = 0x%x TimSet = %d twt_protocol.c:twt_power_2_mantissa wrong parameters twt_protocol.c:twt_info unexpected: next_req(%d)!=0 twt_protocol.c:twt_info unexpected: resp_req(%d)!=0 twt_protocol.c:twt_parse_teardown_frame(!wake_tbtt_nego): twt_flow=%u twt_ap.c:POOL ALLOC FAILURE twt_ap.c:%d: TWT_STATS_PERIODIC twt_ap_update_twt_session_stats_info during lock thread_id = %d, event_type = %d twt_ap.c:ap_twt_send_del_event Error: %d %d %d %d %d twt_ap.c:%d: TWT AP, setup frame details is NULL twt_ap.c:ap_twt_check_send_del_all_frame FAIL for peer:%d after %d attempts twt_ap.c:ap_twt_teardown_tx_completion err: status=%d, comp_ctxt=%d twt_ap.c:ap_twt_setup_tx_completion: status=%d, comp_ctxt=%d twt_ap.c:%d: ap_twt_setup_tx_completion: parse_setup_frame error twt_ap.c:ap_twt_check_send_del_frame FAIL for peer:%d session:%d flags:%x after %d attempts twt_ap.c:twt_ap_twt_session_t == NULL, session_id=%d twt_ap.c:%d: Mismatch between reported number ofsessions %d and actual number of sessions %d twt_ap.c:%d: AP TWT enable on MAC %d twt_ap.c:%d: AP TWT not initialized on this MAC %d twt_ap.c:%d: AP TWT disable on MAC:%d twt_ap.c:%d: AP TWT not initialized on this MAC twt_ap.c:%d: AP TWT: disable cmd cannot find SOC handle twt_ap.c:ap_twt_add_i_session(send_failed): status=%d twt_ap.c:%d: UAPSD+TWT Not allowed twt_ap.c:ap_twt_del_dialog[unknown dialog_id]: peer=%d, dialog_id=%d twt_ap.c:%d: AP TWT not enabled on this peer twt_ap.c:%d: AP TWT not enabled on this vdev twt_ap.c:%d: AP TWT peer memory not available on this vdev twt_ap.c:TWT AP Unexpected command %d twt_ap.c:AP TWT duplicate dialog token(%d) received twt_ap.c:%d: session not found: session_id=%d twt_ap.c:%d: twt_stats Mismatch between reported number ofsessions %d and actual number of sessions %d twt_ap.c:twt_stats: session info - dialog_id=%d, wake_dura_us=%d, wake_intvl_us=%d, sp_offset_us=%d, sp_tsf_us_lo=%x twt_ap.c:TWT AP Unexpected frame type %d twt_ap_session_sm.c:sending resume frame failed: status=%d twt_ap_session_sm.c:sending pause frame failed: status=%d twt_ap_session_sm.c:ap_twt_session_state_renegotiating_event failed after %d attempts for peer=%d session:%d flags:%x twt_ap_adaptor.c:TWT_ADD_TIME_POINT: tsf_cnt(%u) >= arr_len twt_ap_btwt.c:POOL ALLOC FAILURE twt_ap_btwt.c:ap_btwt_check_persist error: reducing more than 1, cur=%u, new=%u twt_ap_btwt.c:ap_btwt_check_persist error: b_twt_persistence(%u) > 254 twt_ap_btwt.c:ap_btwt_session == NULL, session_id=%d twt_ap_btwt.c:btwt get session failure twt_ap_btwt.c:%d: session not found: session_id=%d twt_ap_btwt.c:sending pause frame failed: status=%d twt_ap_smartwt.c:[slot%u] peer=%d, session=%d, flags=0x%x twt_ap_smartwt.c:<pdev%u-slot%u>: num_peer=%d, flags=0x%x twt_ap_smartwt.c:ap_smartwt_get_slot_idx_start_time_end_time last_slot_extra_dur_us %llu temp %llu diff_in_time %llu twt_ap_smartwt.c:twt_slot POOL ALLOC FAILURE twt_ap_smartwt.c:twt_assign_peer POOL ALLOC FAILURE twt_ap_smartwt.c:ap_smartwt_setup_comp(slot_match failed): slot_id=%d twt_ap_smartwt.c:ap_smartwt_setup_teardown_peers(send_failed): status=%d wal_swba.c:next beacon tsf slot is not proper wal_swba.c:Burst beacon drift recover: next_beacon = %u, beacon_period = %u, until_next_tbtt = %u wal_swba.c:Burst beacon drift: next_beacon = %u, next_hw_tbtt = %u wal_swba.c:cur_tsf %u wal_swba.c:Staggered beacon drift recover: next_beacon = %u, beacon_period = %u, until_next_tbtt = %u wal_swba.c:Staggered beacon drift: next_beacon = %u, next_hw_tbtt = %u wal_swba.c:swba_intr: misc=0x%x,period=%u,tsf=%u,tbtt-curr=%u/next=%u,diff=%u wal_swba.c:no vaps to send beacon. swba_map is empty wal_swba.c:_wal_swba_set_and_fire: cur_tsf=0x%x sta_offset=0x%x next_beacon=0x%x next_beacon_slot=%u wal_chain_mgmt.c:WAL_DBGID_GET_HW_CHAINMASK Tx:0x%x Rx:0x%x wal_chain_mgmt.c:WAL_DBGID_GET_HW_CHAINMASK SHIFTED_RF_CM: Rx:0x%x wal_chain_mgmt.c:WAL_DBGID_GET_HW_CHAINMASK SHIFTED_RF_CM: Tx:0x%x wal_chain_mgmt.c:WAL_DBGID_SET_HW_CHAINMASK 0x%x 0x%x 0x%x wal_channel_change.c:wal_set_home_channel: num home chans = %d wal_coex_main.c:COEX_SET_NSS: VdevId(%u) NumStreams(%u) wal_coex_main.c:WAL_COEX_CONFIG_MGR: state(0x%x) stimulus(%u) band(%u) wal_coex_main.c:WAL_COEX_MNGR: Error(0x%x) mac(%u) Stimulus(%u) Reason(%u) BTSMState(0x%x) SysUpdateResult(%u) ConfigMngr(0x%x) wal_coex_main.c:COEX_EXIT_CRITICAL_OCS: TransState(%u) Status(%u) wal_coex_main.c:COEX_EXIT_OCS: OCSTransitionState(0x%x) DynOCSStatus(%u) wal_coex_main.c:COEX_EXIT_OCS: TranState(%u) Status(%u) Exit Reason(%u) wal_coex_main.c:WAL_COEX_WSI_TMR: enable(%u) wal_coex_main.c:COEX_SYSTEM_UPDATE: status(%u) stimulus(%u) hw_mode(%u) num_chains(%u) aggr_lim(%u) 3ant[bt_sep_ant(%u) ant_iso(%u) cfg_mode(%u) run_mode(%u)] wal_coex_main.c:WAL_COEX_ENTER_PSP: Error(0x%x) TX_SEND_BURST disabled (0x%x) wal_coex_main.c:WAL_COEX_EXIT_PSP: Error(0x%x) TX_SEND_BURST enabled (0x%x), reason:%u wal_coex_main.c:WAL_COEX_EXIT_PSP: Exit PSP is already in progress wal_coex_main.c:WAL_COEX_PSP: Error(0x%x) MinInterval(%u) BtIdleTime(%u) wal_coex_main.c:COEX_ENTER_OCS: OCSTransitionState(%u) Status(%u) DynOCSStatus(%u) wal_coex_main.c:COEX_ENTER_OCS: Error(0x%x) Dur(%u) Intrvl(%u) TranState(0x%x) Status(%u) wal_coex_main.c:COEX_ERR_FREQ_OCS_ENTER: ERROR: Time since since OCS exit = %u wal_coex_main.c:COEX_UPDATE_CRITICAL_OCS: Dur(%u) Intrvl(%u) TransState(0x%x) Status(%u) wal_coex_main.c:COEX_UPDATE_OCS: Dur(%u) Intrvl(%u) TransState(0x%x) Status(%u) wal_coex_main.c:COEX_ENTER_CRITICAL_OCS: Error(0x%x) Dur(%u) Intrvl(%u) TransState(0x%x) Status(%u) a2dphi(%u) wal_coex_main.c:WAL_COEX_BDF: Flags(0x%x) Config(0x%x) wal_coex_main.c:WAL_COEX_WSI: Error(0x%x) wal_coex_wlan_event_handler.c:COEX_VDEV_STATE: Disabling PTA coex because vdev is brought down wal_coex_wlan_event_handler.c:BTCOEX_DBG_MCI_2: wal_coex_process_vdev_start_stop - opmode(%u) subop(%u) chan(0x%x) wal_coex_wlan_event_handler.c:COEX_GENERIC_ERROR: COEX_LIST_OVERFLOW_ERROR wal_coex_wlan_event_handler.c:COEX_VDEV_STATE: 2g vdev not unpaused wal_coex_wlan_event_handler.c:COEX_VDEV_STATE: 2g vdev not paused wal_coex_wlan_event_handler.c:WAL_COEX_VDEV_STATE: Error(0x%x) stimulus(%u) status(%u) wal_coex_wlan_event_handler.c:UPDATE_SPECIFIC_AP_STATE: connected:%u, behaviour:%u wal_coex_sys_update.c:WAL_COEX_RC_CHAINMASK: pdev_id(%u) RFBand(%u) ShareIndx(%u) NumWlanRfChains(%u) wal_coex_sys_update.c:WAL_COEX_ALT_CHM: pdev(%u) chm(0x%x) enable_alt(%u) is_2gchan(%u) alt_chm(%u) selfgenAltChm (%u) pending(%u) wal_coex_cts2s.c:WAL_COEX_TRF_CTS2: T2NonWlan(%u) Now(%u) Now+NonWlanDuration(%u) wal_coex_cts2s.c:WAL_COEX_CTS2S_RESULT: result(%u) pdev(%u) ts(%u) cts2s_tx_latency(%u) cts2s_max_time(%u) dut_nav(%u) wal_coex_cts2s.c:COEX_CTS2S_SEND: Dur(%u) Time2Discard(%u) CurrTime(%u) wal_coex_bt.c:COEX_WAL_PAUSE_RESUME: Pause(%u) State(0x%x) wal_coex_bt.c:COEX_UPDATE_AFH: IsAdd(%u) Freq(%u), 2G(%u) HT20(%u) wal_coex_bt.c:COEX_BT_PRIO_BUDGET: idle(%u) low(%u) hi(%u) wal_coex_bt.c:WAL_COEX_PROC_GPM: Error(0x%x) Warn(0x%x) status(%d) type(%u) subtype(%u) wal_coex_bt.c:COEX_INVALID_GPM: type[0x%x] subtype[0x%x] timer[%u] : [Unknown GPM type subtype] wal_coex_bt.c:WAL_COEX_GPM_RECV: type[0x%x] timer[%u]: [BT 5g tx chain1] status[0x%x] dutyCycle[%u] threshold[%u] wal_coex_bt.c:WAL_COEX_GPM_RECV: type[0x%x] subtype[0x%x] timer[%u], wbtime(%u) wal_coex_bt.c:WAL_COEX_GPM_RECV: subtype[0x%x] timer(%u) F1(0x%lx) F2(0x%lx) F3(0x%lx) F4(0x%lx) F5(0x%lx) F6(0x%lx) wal_coex_bt.c:WAL_COEX_GPM_RECV: subtype[0x%x] F7(0x%lx) F8(0x%lx) F9(0x%lx) F10(0x%lx) wal_coex_bt.c:WAL_COEX_GPM_RECV: Subtype[0x%x] is not present in bt2wlan_gpm_indx entries or field index[%d] exceeding wal_coex_bt.c:COEX_BT_INTERVAL_START: Error(0x%x) Warn(0x%x) bt_intrvl_cnt(%u) duration(%u) enable_bt_bw_lim(%u) wal_coex_bt.c:COEX_WLAN_INTERVAL_START: Error(0x%x) Warn(0x%x) wlan_intrvl_cnt(%u) duration(%u) wal_coex_bt.c:COEX_WLAN_POSTPAUSE_INTERVAL_START: Dur(%u) Wght(%u) wal_coex_bt.c:WAL_COEX_SCHED_INTERVAL: Error(0x%x) Warn(0x%x) bt_grant(%u) bt_duration(%u) interval(%u) bt_traffic_status(%u) is_bt_heavy(%u) WlanScanType(%u) wal_coex_bt.c:COEX_GENERIC_ERROR: ACL Active SCO Timer expired ! AclActiveScoTimerState = 0x%x wal_coex_bt_gpm_handler.c:WAL_COEX_BT_DEL_PROF: Invalid link: Type(%u) State(0x%x), id(%u) wal_coex_bt_gpm_handler.c:WAL_COEX_STATUS_UPDATE: No record for existing link (%u) wal_coex_bt_gpm_handler.c:COEX_GENERIC_ERROR: SCO/RVP link entered ACTIVE state. AclActiveScoTimerState = 0x%x wal_coex_bt_gpm_handler.c:COEX_GENERIC_ERROR: SCO/RVP link entered PWR_SAVE state. AclActiveScoTimerState = 0x%x wal_coex_bt_gpm_handler.c:WAL_COEX_BT_CSB: Type(%u) Id(%u) wal_coex_bt_gpm_handler.c:WAL_COEX_BTQ: Overflow(%u) wal_coex_bt_utils.c:WAL_COEX_BT_ALLOC: Ret(%u) LocalId(%u) Remote_Id(%u) MinFreeLinkId(%u) wal_coex_bt_utils.c:WAL_COEX_BT_DEALLOC: LocalId(%u) Remote_Id(%u) MinFreeLinkId(%u) wal_coex_bt_utils.c:WAL_COEX_BTPROF_ADD: Status(%u) RemoteId(%u) ProfileType(%u) wal_coex_bt_utils.c:WAL_COEX_BTPROF_DEL: Status(%u) RemoteId(%u) ProfileType(%u) wal_coex_btle.c:WAL_COEX_LE_LR: state(0x%x) write(%u) local_id(%u) remote_id(%u) max_tx(%u) max_rx(%u) wal_coex_btle.c:WAL_COEX_LE_LR: status(%u) state(0x%x) cmd_status(0x%x) local_id(%u) remote_id(%u) max_tx(%u) max_rx(%u) wal_coex_btle.c:WAL_COEX_LE_ASHA: result(%u) curr(%u) prev(%u) wal_coex_btle.c:WAL_COEX_LE_ASHA: result(%u) id(%u) offset(%u) thresh(%u) is_asha(%u) wal_coex_btle.c:WAL_COEX_LE_ADV_RX: LE Adv Rx Timer Expired wal_coex_btle.c:COEX_WIFI_TPUT_WIFI_BT_LUT: mac_id(%u) le_duty_cycle(%u) wifi_trf_state(%u) wifi_dur(%u) bt_dur(%u) wal_coex_utils.c:COEX_GENERIC_ERROR: id(%u) isPaused(%u) wal_coex_utils.c:COEX_FORCE_OCS: wlan_dur(%u) bt_dur(%u) wlan_wght(%u) bt_wght(%u) algo(%u) wal_coex_utils.c:COEX_FORCED_WGHT: en_force_pkt_prio:%d wal_coex_utils.c:WAL_COEX_GET_DATA: Datatype : (%d) | inparam : (%d) is NULL wal_coex_utils.c:COEX_MCI_TIMER_HANDLER: Recovery(0x%x) wal_coex_utils.c:COEX_MCI_RECOVER: StimulusState(0x%x) RecoveryState(0x%x) wal_coex_utils.c:WAL_COEX_TLV_CONTROL: Coex TLV Control commands only enabled on HMT1.0 wal_coex_wghts.c:COEX_SET_COEX_WEIGHT: Invalid wght_grp(%u) wal_coex_wghts.c:COEX_SET_COEX_WEIGHT: wght_grp(%u) reason(%u) wlan_idle(%u) [hid_con_tx_o|bcon_tx_o|bcon_rx_o](0x%03x) prio_wlan_fc(%u) flow_ctrl(0x%x) concur_tx(%u) BcnTxPrioEn(%u) wal_coex_wghts.c:WAL_COEX_WGHTS: FES Rx: W8[null(%d) data(%d) qos(%d) rsvd(%d)] W9[om(%d) oc(%d) od(%d) oo(%d)] wal_coex_wghts.c:WAL_COEX_WGHTS: FES Rx: W6[bcn(%d) conn(%d) scan(%d) ibss(%d)] W7[psp(%d) bar(%d) cts(%d) rsvd(%d)] wal_coex_wghts.c:WAL_COEX_WGHTS: FES Tx: W4[null(%d) data_BE(%d) data_VO(%d) data_BK(%d)] W5[om(%d) oc(%d) od(%d) oo(%d)] wal_coex_wghts.c:WAL_COEX_WGHTS: FES Tx: W2[bcn(%d) conn(%d) scan(%d) ibss(%d)] W3[psp(%d) bar(%d) cts(%d) data_VI(%d)] wal_coex_wghts.c:WAL_COEX_WGHTS: Static: W10[rx_lvl3(%d) rx_lvl2(%d) rx_lvl1(%d) (%d)] wal_coex_wghts.c:WAL_COEX_WGHTS: Static: W0[wl_idle(%d) sw_ctrl3(%d) sw_ctrl2(%d) sw_ctrl1(%d)] W1[sw_ctrl0(%d) wait_bcn(%d) wait_ack_cts(%d) selfgen(%d] wal_coex_wghts.c:WAL_COEX_FORCED_WGHTS: frame_type(%d), wlan_dur_wght(%d), bt_dur_wght(%d) wal_coex_wlan.c:BTCOEX_DBG_MCI_2: wal_coex_reassess_wlanstate - mac(%u) band(%u) state(0x%x) wal_coex_wlan.c:COEX_DHCP_TMR_EXPIRED: DHCP tmr expired: DHCP flag (%d), DHCP Detected (%d) vdev_id(%d) wal_coex_wlan.c:WAL_COEX_VDEV_STATE: Error(0x%x) id(%u) stimulus(%u) vdev_state(0x%x) strict_dur_scan(%u) num_peers(%u) pdev(%u) chan(%u) [2gndl|op|subop](0x%02x) wal_coex_wlan.c:WAL_COEX_BAND_CHANGE: status(%u) band_changed(%u) single_mac(%u) mac(%u) 2x2(%u) new_freq(%u) New_cur_band(0x%04x) cxc(0x%x) wal_coex_wlan.c:COEX_CHANNEL_CHANGE: Invalid pdev_id %u was passed wal_coex_sched.c:COEX_TRF_FREERUN_FTM: NextIntvl(%u) SchedIntvl(%u) BtIntervalCnt(%u) WlanIntervalCnt(%u) wal_coex_sched.c:COEX_TRF_FREERUN: NextIntvl(%u) SchedIntvl(%u) AllocatedBtIntervals(%u) BtIntervalCnt(%u) AllocatedWlanIntervals(%u) WlanIntervalCnt(%u) wal_coex_sched.c:COEX_TRF_SHAPE_OCS: interval(%u) Dur(%u) Latency(%u) ConcurrState(0x%x) wlan_2g(%u) le_wifi_dur(%u) le_bt_dur(%u) wal_coex_sched.c:COEX_TRF_SHAPE_OCS: interval(%u) Dur(%u) Latency(%u) VdevPauseDelay(%u) ConcurrState(0x%x) nonlinkExtraIntervals(%u) wlan_2g(%u) a2dp_crit(%u) bt_qos_pct(%u) wal_coex_sched.c:COEX_SET_WEIGHT_GROUP3: Else part pCoexDev->DynamicOcsSchedReq = %d pBtCoexWeightDev->resetWtVdevPause= %d wal_coex_sched.c:COEX_SET_WEIGHT_GROUP6: Setting coex weight group six pCoexDev->DynamicOcsSchedReq %d wal_coex_sched.c:COEX_SET_WEIGHT_GROUP3: Setting coex weight group 3 BT hasn't been non-critical pCoexDev->DynamicOcsSchedReq = %d pBtCoexWeightDev->resetWtVdevPause= %d wal_coex_sched.c:COEX_EXIT_OCS: Error - Switching to FREE_RUN for 10msecs due to ENTER_DYNAMIC_OCS failure wal_coex_sched.c:COEX_TRF_SHAPE_PSP: Error(0x%x) NextInterval(%u) wght(%u) IntrvalDur(%u) BtTriggerRecieved(%u) IS_PSP_ALG_WLAN_CRITICAL(%u) wal_coex_sched.c:COEX_GET_T2BT: status(%d) t2bt(%u) sched_time(%u) curr_time(%u) duration(%d) wal_coex_sched.c:COEX_EXIT_OCS: Error - Switching to FREE_RUN for 10msecs due to ENTER_OCS failure wal_coex_sched.c:COEX_EXIT_OCS: Error - Switching to FREE_RUN for 10msecs due to UPDATE_OCS failure wal_coex_sched.c:WAL_COEX_SCHEDULER: Error(0x%x) status(%u) sched_req(%u) mngr_policy(%u) next_intrvl(%u) coex_mac(%u) sched_algo(%u) wal_coex_sched.c:WAL_COEX_TRAF_STAT: traf_status(%d). TxBW(0x%08x), RxBW(0x%08x), intvl(0x%08x) wal_coex_sched.c:WAL_COEX_GET_INTERVAL: GET: OCS_Duration(%u) OCS_Interval(%u) wal_coex_sched.c:WAL_COEX_SET_INTERVAL: SET: OCS_Duration(%u) OCS_Interval(%u) wal_coex_policy.c:WAL_COEX_ALGO: algo(%u) prev_algo(%u) [ftm|sep_ant|lte|nan|a2dp|hid|aptx_ll|voice](0x%08x), [wlan_ll|asha|ba|ant|not_conn|mpta_hlpr|force_pol](0x%08x) wal_coex_tws.c:WAL_COEX_TWS_GPM: error(0x%x) status(%d) tws_linkid(%u) wal_coex_ftm.c:WAL_COEX_FTM: wal_coex_ftm.c LINE=%d FTM_INIT wal_coex_ftm.c:WAL_COEX_FTM: wal_coex_ftm.c LINE=%d FTM_TX_RX_STOP state=%d chan=%d wal_coex_ftm.c:WAL_COEX_FTM: wal_coex_ftm.c LINE=%d FTM_TX_RX_START state=%d, chan=%d wal_coex_ftm.c:WAL_COEX_FTM: wal_coex_ftm.c LINE=%d FTM_CAL_START wal_coex_ftm.c:WAL_COEX_FTM: wal_coex_ftm.c LINE=%d FTM_CAL_STOP wal_coex_pta.c:COEX_GENERIC_ERROR: Either Invalid 2G MacID or 2G Mac is not Enabled wal_coex_pta.c:COEX_GENERIC_ERROR: Failed To Enable Coex. CXC HW Module not Powered Up wal_coex_pta.c:COEX_GENERIC_ERROR: [AP] Either Invalid Duty Cycle or OCS not Configured.Current duty_cycle:(%d),wlan_duration:(%d),pta0_algo:(%d), pta1_algo:(%d) wal_coex_pta.c:COEX_WAL_PTA_COEX_INIT: pta_num(%d) pta_mode(0x%x) first_slot_time(0x%x) bt_priority_time(0x%x) pta_algo(0x%x) pta_priority(0x%x) wal_coex_pta.c:COEX_WAL_PTA_COEX_INIT: pta_num(%d) ,pta_mode(0x%x) first_slot_time(0x%x) bt_priority_time(0x%x) pta_algo(0x%x) pta_priority(0x%x) wal_coex_pta.c:COEX_WAL_PTA_COEX_INIT: bdf_flag(0x%x), pta_feature_enabled(%d), disableBTTxConcurrency(%d) wal_coex_pta.c:COEX_PTA_ENABLE: [AP] coex enable.. en_coex = %d, dis_bttx_concurrency = %d wal_coex_power.c:WAL_COEX_SLEEP: status(%u) bm_0(0x%08x) bm_1(0x%08x) [mac|vote|btc|mws|wow](0x%05x) src(%u) [orig|override]reasons(0x%08x) num_2g_vdev(%u) sleep_vote_bt_int(%u) wal_coex_power.c:WAL_COEX_POWER_CHANGE: Invalid wlan_id from power event, wlan_id=%d wal_coex_power.c:WAL_COEX_POWER_CHANGE: Error(0x%x) mac(%u) event_type(%u) cur_state(0x%x) new_state(0x%x) all_mac_sleeping(%u) wal_coex_stats.c:COEX_STATS_BT: Invalid mac ID %d wal_coex_stats.c:COEX_STATS_CONC_CNTRS: tx_status_fes_tx_end_cntr %d tx_status_fes_tx_start_cntr %d, tx_flush_cntr %d tbtt_cntr %d, wl_in_tx_abort_cntr %d wl_tx_auto_resp_req_cntr %d, wl_tx_req_ack_cntr %d wl_tx_req_cntr %d wal_coex_stats.c:COEX_STATS_CONC_CNTRS: wl_tx_req_nack_schd_bt_reason_cntr %d wl_tx_req_nack_current_bt_reason_cntr %d, wl_tx_req_nack_other_wlan_tx_reason_cntr %d wl_tx_req_nack_lcmh_reason_cntr %d, tx_resp_concurrent_wlan_tx_cntr %d tx_resp_alt_based_cntr %d, tx_resp_default_based_cntr %d tx_status_resp_tx_end_cntr %d wal_coex_stats.c:COEX_STATS_CONC_CNTRS: bt_tx_req_cntr %d bt_rx_req_cntr %d concurrent_bt_rx_wl_rx_cntr %d concurrent_bt_tx_wl_rx_cntr %d concurrent_bt_rx_wl_tx_cntr %d concurrent_bt_tx_wl_tx_cntr %d tx_status_resp_tx_start_cntr %d tx_status_fes_end_cntr %d wal_coex_stats.c:COEX_STATS_PDG_CNTRS: COEX STATS PDG CNTRS Ant %d Mcs %d Pwr %d Bw %d TxWin %d RxWin %d wal_coex_cal.c:COEX_WLAN_CAL_END: caltype: %u, BtCalState(0x%x) WlanCalState(0x%x), mhz: %u wal_coex_cal.c:COEX_WLAN_CAL_RESULT: WlanCalState(0x%x) wal_coex_cal.c:COEX_POLL_BT_CAL_DONE_TIMEOUT: BtCalState(0x%x) wal_coex_cal.c:COEX_WLAN_CAL_START: caltype: %u, BtCalState(0x%x) WlanCalState(0x%x), mhz: %u wal_coex_cal.c:COEX_RX_MCI_GPM_BT_CAL_MSG: OpCode(0x%x) WlanCalState(0x%x) BtCalState(0x%x) wal_coex_gpm.c:WHAL_MCI_GPM_SENT: [0x%x] [0x%x] - SET BT GAIN Id(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: UpdatePendingFlag - pending_msg_bm (0x%08x), QFlags (0x%08x) gpm_ack_bm (0x%08x) wal_coex_gpm.c:WHAL_MCI_GPM_SENT: GAIN Id error(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Send group priority config : Op(0x%x) Priority(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - ASD Status Indication: grant(%u) reason(%u) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Three-way CoEx Config for WLAN/BT/Zigbee wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Start BT RSSI Reporting: period(0x%x)second wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Limit BT Max TX power : power(0x%x)dbm wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Set BT RXSS Minimum Threshold : Threshold(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Query BT RXSS Minimum Threshold wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - WLAN Version resp. : Major(0x%x) Minor(0x%x) Cap_cfg(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - BT Update flags : Opcode(0x%x) BT Flags(0x%x) wal_coex_gpm.c:WHAL_MCI_GPM_SENT: [0x%x] [0x%x]- WLAN Conn Status Report : 5g_ch_3_2_1_0(0x%08x), 2g_ch_1_0(0x%04x) operating_mode(0x%x) wlm(0x%x) coexLL (%u) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x]- WLAN Unused channels : 0x%x 0x%x 0x%x 0x%x 0x%x wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x]- Status Query : WLAN QueryType(0x%x) Source 0x%x pending_msg_bm (0x%x) pending_msg_ack_bm (0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x]- Version query Major(0x%x) Minor(0%x) Cap_cfg(0x%x) pending_msg_bm (0x%x) pending_msg_ack_bm (0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Disable BT GPM : State(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] - CAL GRANT, ret= %d wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] - CAL DONE wal_coex_gpm.c:WAL_MCI_GPM_SENT: GPM Sent [0x%x] - CAL REQ wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - WLAN set ACL Inactivity Report : InactivityThresh(0x%x) LinkID(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Sched info trigger : TriggerEnaNum(0x%x) TriggerType(0x%x) LowerBound(0x%x) UpperBound(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Send priority config : Op(0x%x) Priority(0x%x) IsRead(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - LE Data Len Req : op(%u) id(%u) max_tx(%u) max_rx(%u) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - WLAN Status Update : Status(0x%x) wal_coex_gpm.c:WHAL_MCI_GPM_SENT: [0x%x] [0x%x] WLAN Capabilities ctr(0x%x) cap W1(0x%x) cap W2(0x%x) cap B3(0x%x) wal_coex_gpm.c:WAL_MCI_GPM_SENT: [0x%x] [0x%x] - Coex Policy Indication: policy(%u), grant_bt(%u) wlan_dur(%u), bt_dur(%u) wal_coex_dbs.c:WAL_COEX_MODE_CHANGE: new_mode(%u) old_mode(%u) band_mac_map(0x%06x) mac0_settings(0x%x) mac1_settings(0x%x) mac0_2x2(%u) mac1_2x2(%u) wal_coex_dbs.c:WAL_COEX_VDEV_STATE: COEX_VDEV_MIGRATE: old_mac_id %u, new_mac_id %u, old_mac_pwr_state %u wal_coex_asd.c:WAL_COEX_BT_ML: WLAN_ASD_STATUS_INDICATE: Rx_Grant-Reason_Code : 0x%04x, Tx_Grant-Reason_Code : 0x%04x, Wlan_State : 0x%04x wal_coex_asd.c:WAL_COEX_BT_ML: BT_ASD_STATUS_SYNC: RxRes_TxRes_Pri_Status : 0x%08x, Idx_Rx_Tx-Allow_Rx_Tx : 0x%08x, Result_RxGrn_RxGPM_TxGrn_TxGPM : 0x%08x wal_coex_asd.c:WAL_COEX_BT_ML: [Warr] Status mismatch: bt_status(0x%x) prev_grant(0x%d) wal_coex_asd.c:WAL_COEX_BT_ML: WLAN_SBS_STATUS_CHANGE: Scan(%u), Conn(%u) wal_coex_sar.c:COEX_MWS_SAR: SAR version:%d doesn't support wal_coex_sar.c:COEX_MWS_SAR: chain0=%x, chain1=%x, result=%x wal_coex_sar.c:COEX_MWS_SAR: cmd=%d, rows=%d, commit=%d, version=%d wal_coex_sar.c:COEX_MWS_SAR: SAR context is not initialized wal_coex_sar.c:COEX_MWS_SAR: [Error] invalid active index set (%d) wal_coex_sar.c:COEX_MWS_SAR: Returning from get_sar_limit_rows (%d),num_limit_rows:%d,sar_num_limits:%d,active_index:%u,Err:0x%x wal_coex_sar.c:COEX_MWS_SAR: [SAR] %d get sar_limits[%d](chain,band, mod, limit)=(%d,0x%x,0x%x,0x%x) wal_coex_sar.c:COEX_MWS_SAR: [SAR][Error] counted more SAR limit rows (%d) than recorded (%d) band(%d) mod(%d) chain(%d) wal_coex_sar.c:COEX_MWS_SAR: SAR_GET : index=%d, err=0x%x wal_coex_wifi_tput_monitor.c:COEX_WIFI_TPUT_MON: rx_percentage(%u) rx_time(%u) delta_rx(%u) total_tx_rx_time(%u) tx_rx_percentage(%u) wal_coex_wifi_tput_monitor.c:COEX_WIFI_TPUT_MON: mac(%u) [prv_wifi_state|curr_wifi_state](0x%02x) tx_percentage(%u) tx_time(%u) delta_tx(%u) monitor_period_us(%u) wal_coex_wifi_tput_monitor.c:COEX_WIFI_TPUT_SET_STATS_TMR: monitor_period_us(%u) stats_timer_flag(%u) wal_concurrency.c:tsf_free: pdev_id = %d vdev_id = %d type = %d tsf_id = 0x%x bss_id = 0x%x pdev_tsf_id_map = 0x%x pdev_bss_id_map = 0x%x wal_concurrency.c:tsf_realloc (flag=0x%x): pdev_id = %d vdev_id = %d type = %d tsf_id = 0x%x bss_id = 0x%x pdev_tsf_id_map = 0x%x pdev_bss_id_map = 0x%x wal_concurrency.c:tsf_alloc: pdev_id = %d vdev_id = %d type = %d tsf_id = 0x%x bss_id = 0x%x pdev_tsf_id_map = 0x%x pdev_bss_id_map = 0x%x wal_concurrency.c:staid_alloc: pdev_id = %d vdev_id = %d (%x.%x.%x) type = %d sta_id = 0x%x pdev_sta_id_map = 0x%x wal_concurrency.c:wal_concurrency_vdev_attach: vdev_id = %d defer_mac_addr_reg = %d wal_concurrency.c:staid_free: pdev_id = %d vdev_id = %d (%x.%x.%x) type = %d sta_id = 0x%x pdev_sta_id_map = 0x%x wal_concurrency.c:wal_vdev_set_spoofed_mac_addr: pdev_id = %d vdev_id = %d spoof_mac=%x.%x.%x spoof_type=%d sta_id = 0x%x spoof_sta_id=0x%x wal_concurrency.c:wal_vdev_restore_mac: pdev_id = %d vdev_id = %d spoof_type = %d sta_id = 0x%x spoof_sta_id=0x%x wal_concurrency.c:wal_vdev_set_mac_addr: pdev_id = %d vdev_id = %d mac=%02x:%02x:%02x:%02x:%02x:%02x wal_concurrency.c:wal_vdev_add_random_mac_addr: pdev_id = %d vdev_id = %d spoof_mac=%x.%x.%x wal_concurrency.c:wal_vdev_del_random_mac_addr: pdev_id = %d vdev_id = %d spoof_mac=%x.%x.%x ar_wal_soc_dev.c:wal_soc_set_mac_active: mhz=%d mac_id=%d tx_resumed=%d last_pdev_state=%d dpd_cal=%d ar_wal_soc_dev.c:MODE_SWITCH: chan_change_dur = %d, pf_cnt = %d ar_wal_soc_dev.c:wal_soc_set_mac_active: nss applied for mac0 - %d and %d ar_wal_soc_dev.c:wal_soc_switch_mode: mac_id=%d Tx/Rx chainmask: %d %d pdev_state = %d ar_wal_soc_dev.c:wal_soc_set_macs_inactive: Start switching to mode = %d ar_wal_soc_dev.c:wal_soc_set_macs_active: mac_id = %d Start switching to mode = %d ar_wal_soc_dev.c:wal_soc_hw_mode_switch: Start switching to mode = %d ar_wal_soc_dev.c:wal_soc_switch_mode: Start switching to mode = %d ar_wal_soc_dev.c:pktlog from %d to %d: tx_msdu %d, sum_msdu %d, threshold %d, sum_ppdu %d, threshold %d. ar_wal_soc_dev.c:pktlog from %d to %d: rx_msdu %d, threshold %d, rx_ppdu %d, threshold %d. ar_wal_soc_dev.c:pktlog from %d to %d: tx_msdu %d, threshold %d, tx_ppdu %d, threshold %d. ar_wal_soc_dev.c:_wal_soc_pkt_info_run_algo: No monitored phy mode or device in sleep mode, enabled pktlog. ar_wal_soc_dev.c:_wal_soc_register_pkt_info_handler 0x%x, 0x%x, 0x%x, 0x%x ar_wal_soc_dev.c:_wal_soc_unregister_pkt_info_handler 0x%x, 0x%x, 0x%x, 0x%x ar_wal_phy_dev.c:DATA_STALL detection: PAUSE, pdev_id:%d ar_wal_phy_dev.c:_wal_dev_reset: mode=%x reason=%x,c0=%lx,c1=%lx,inprog=%d,dis=%d,en=%x ar_wal_phy_dev.c:DATA_STALL: rssi:%d vdev_id:%d ar_wal_phy_dev.c:DATA_STALL: Type=%d FAIL_CNT[%d]=%d ar_wal_phy_dev.c:Data stall force reset condition met ar_wal_phy_dev.c:Data stall force reset condition met, cal fdmt ar_wal_phy_dev.c:DATA_STALL monitor: TIMEOUT, pdev_id:%d pause_countdown:%d active_vdev_cnt:%d ar_wal_phy_dev.c:WAL_DBGID_SET_POWER_STATE pdev = %d current = 0x%x desired = 0x%x ar_wal_phy_dev.c:wal_pdev_flush_all_non_pause_tids: send msg to SCHED_ALGO, thread_id =%d ar_wal_phy_dev.c:MU PPDU_DURATION %d AMSDU agg_type %d amsdu_factor %f ar_wal_phy_dev.c:SU PPDU_DURATION %d AMSDU agg_type %d amsdu_factor %f ar_wal_phy_dev.c:NAV offset(%d) is more than 1ms capping it to 1ms ar_wal_phy_dev.c:SET_PDEV_PARAM: DATA_STALL flag param=%d ar_wal_phy_dev.c:SET_PDEV_PARAM: TXPOWER_LIMIT5G Invalid Band/PowerLimit ar_wal_phy_dev.c:SET_PDEV_PARAM: TXPOWER_LIMIT2G Invalid Band/PowerLimit ar_wal_phy_dev.c:SET_PDEV_PARAM: pdev_id=%d: param=%d value=0x%x ar_wal_phy_dev.c:wal_call_phyrf_ani_SetWeakLo : flag : %d ar_wal_phy_dev.c:SMART ANTENNA : config_enable : %d config_mode : %d ar_wal_phy_dev.c:SMART ANTENNA : config_enable : %d rx_antenna : %d ar_wal_phy_dev.c:DISPLAY_TPC_STATS: maxAntennaGain is %lu twiceMaxRDPower is %lu userAntennaGain is %d powerLimit is %lu rateMax is %lu numTxChain is %lu cfgctl is %lu flags is %lu ar_wal_phy_dev.c:DISPLAY_TPC_STATS: wmi_tpc_config tlv header is %lu, chanFreq is %lu, phyMode is %lu ar_wal_phy_dev.c:DISPLAY_TPC_STATS: wal_pdev_get_ctl_array_len totalSize = %lu ar_wal_phy_dev.c:DISPLAY_TPC_STATS: wal_pdev_get_rates_array_len: totalSize = %lu ar_wal_phy_dev.c:DISPLAY_TPC_STATS: Regulatory array contents do not match! ar_wal_phy_dev.c:DISPLAY_TPC_STATS: reg_power_type is %lu reg_power_array_len is %lu d1 is %lu d2 is %lu d3 is %lu d4 is %lu ar_wal_phy_dev.c:DISPLAY_TPC_STATS: Rates array contents do not match! ar_wal_phy_dev.c:DISPLAY_TPC_STATS: rate_array_type is %lu rate_array_len is %lu ar_wal_phy_dev.c:DISPLAY_TPC_STATS: CTL array contents do not match! ar_wal_phy_dev.c:DISPLAY_TPC_STATS: ctl_array_type is %lu ctl_array_len is %lu d1 is %lu d2 is %lu d3 is %lu d4 is %lu ar_wal_phy_dev.c:VOW enable %d ar_wal_phy_dev.c:Carrier Config features: %d ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - ac = %u, last_window_active_usr_count = %u, ul_active_sta_max_rx_threshold = %u, last_observation_window_num_rx_ppdus = %u ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - Light_TCP Load STA Count: ac = %u, trig = %u ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - Heavy_TCP Load STA Count: ac = %u, trig = %u ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG : UL OFDMA basic trig response count = %u for ac = %u ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - Light Load STA Count: ac = %u, trig = %u, non_trig = %u, non ul mu trig = %u, ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - Heavy Load STA Count: ac = %u, trig = %u, non_trig = %u, non ul mu trig = %u, ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - Subsequent peer activity in observation window - aid = %u, ac = %u and count = %u and window_idx = %u ar_wal_phy_dev.c:UL_TRAFFIC_LOAD_DBG - First time peer activity in observation window - aid = %u , ac = %u ar_wal_phy_dev.c:Update OFDM scrambler seed = 0x%x ar_wal_vdev.c:peer_bitmap POOL ALLOC FAILURE ar_wal_vdev.c:WAL_DBGID_VDEV_ADDR_UNREGISTER vdev_id = %d pdev_id = %d ar_wal_vdev.c:WAL_DBGID_VDEV_ADDR_REGISTER vdev_id = %d pdev_id = %d ar_wal_vdev.c:flow_config: 0x%x 0x%x ar_wal_vdev.c:qcache_peer Delete peer handle is NULL ar_wal_vdev.c:Delete peer handle is NULL ar_wal_vdev.c:qcache_peer Add peer handle is NULL ar_wal_vdev.c:Add peer handle is NULL ar_wal_vdev.c:wal_vdev_event_handler: vdev_id=%d event_type=0x%x remote_peer_count=%d ar_wal_vdev.c:NON_QOS_STEER txbf_non_qos_enable %d ar_wal_vdev.c:#### mcast_dra_enabled %d #### ar_wal_vdev.c:#### stale_period_sec %d #### ar_wal_vdev.c:#### NEW_STATS MGMT_HDR_dbg monitor vdev %x packet_capture_mode %d #### ar_wal_vdev.c:WAL_VDEV_PARAM_HE_RTS_THRESHOLD_TU: new_rts_thres=%d vdev_id=%d ar_wal_vdev.c:[ERP_PROTECTION]: param_val %d default profile 0x%x new profile 0x%x ar_wal_vdev.c:[ERP_PROTECTION]: ignore duplicate msg to enable prot from host ! param_val %d default profile 0x%x new profile 0x%x ar_wal_vdev.c:start hwbmiss delay wake tmr, timeout:%d ar_wal_vdev.c:wal_vdev_reconfig vdev_id %d tsf_id is %d ar_wal_vdev.c:wal_vdev_start vdev_id %d vdev_type %d vdev's mac %dbss_peer %d ar_wal_vdev.c:wal_vdev_stop vdev_id %d vdev_type %d ar_wal_vdev.c:Spectral disabled as vdevs are zero: pdev:%d ar_wal_vdev.c:wal_vdev_up: pdev_id %d vdev_id %d, vdev_type %d flags 0x%x cnt_per_opmode %d ar_wal_vdev.c:wal_vdev_down pdev_id %d vdev_id %d vdev_type %d flags 0x%x cnt_per_opmode %d ar_wal_vdev.c:WAL_DBGID_SETUP_RSSI_INTERRUPTS vdev_id = %d 0x%x 0x%x 0x%x ar_wal_vdev.c:wal_vdev_delete_all_peer_resume: vdev = %d, thread_id = %d, msg_id = %d ar_wal_vdev.c:wal_vdev_delete_all_peer_resume: vdev = %d, set WAL_VDEV_DEL_ALL_PEER_CONF_FROM_LOCAL_FRAME_COMPL ar_wal_vdev.c:wal_vdev_delete_all_peer_resume: vdev = %d, delete_all_peer_in_progress %d ar_wal_vdev.c:delete_all_peer wal_vdev_free_event_confirmation DEL_ALL_PEER_DEL_CONF: vdev_id=%d, thread_id = %d, msg_id = %d ar_wal_vdev.c:delete_all_peer wal_vdev_free_event_confirmation: vdev_id=%d, dbg_rt_del_all_peer_num=%d, dbg_be_del_all_peer_num=%d, dbg_tx_de_del_all_peer_num=%d, dbg_sched_del_all_peer_num=%d, dbg_tqm_del_all_peer_num=%d, dbg_conf_del_all_peer_num = %d ar_wal_vdev.c:delete_all_peer wal_vdev_free_event_confirmation: vdev_id=%d, flag = %d, vdev_flag_mask = %x ar_wal_vdev.c:wal_vdev_delete_all_peer_msg_hdlr: thread_id =%d, vdev_id=%d ar_wal_vdev.c:vdev_id:%d, prev_channel:%d, current_channel=%d wal_vdev_migrate.c:_wal_vdev_migrate_tear_down: vdev_id = %d sta_bss_tstamp = 0x%x time_at_sta_bss_tstamp = 0x%x wal_vdev_migrate.c:_wal_vdev_migrate_tear_down: vdev_id = %d rssi_beacon = %d wal_vdev_migrate.c:_wal_vdev_migrate_bring_up: vdev_id = %d cur_tsf_64 = 0x%x sta_bss_tstamp = 0x%x time_at_sta_bss_tstamp = 0x%x wal_vdev_migrate.c:_wal_vdev_migrate_bring_up: vdev_id = %d rssi_beacon = %d wal_vdev_migrate.c:wal_vdev_migrate (%d, 0x%x): pdev %d->%d, active=%d/%d wal_vdev_migrate.c:VDEV migration sync: ba_migrate, thread_id=%d, peer=%p, vdev_id=%d, vdev_type=%d, pdev_id=%d:%d ar_wal_dev_init.c:flow_config init:0x%x 0x%x ar_wal_dev_init.c:wal_coex_init() wal_dfs.c:DFS Domain=%d wal_dfs.c:%s: thread_id=%lx received DFS_SUSPEND msg wal_dfs.c:WAL_DFS_SCHED_SUSPEND_HNDLR thrd_id = %d pdev_id = %d wal_dfs.c:current Channel in DFS=%d wal_dfs.c:res TX Status=%d wal_dfs.c:sus TX Status=%d wal_dfs.c: DFS WAL_PDEV_PARAM_SET_USE_NOL command received, Triggered Timer wal_dfs.c: DFS wal_dfs_disable_nol_tx_timeout_hdlr Blocking all tx activity Timer Triggered for 1 min wal_dfs.c:dfs_nol_count < 0 wal_dfs.c:delete NOL %d MHz / %d MHz wal_dfs.c:removing NOL %d MHz / %d MHz wal_dfs.c:FreeElem %d wal_dfs.c:failed to allocate memory for nol entry wal_dfs.c:new NOL channel %d MHz / %d MHz, %llu, threadid = %d wal_dfs.c:update NOL %d MHz / %d MHz wal_dfs.c: adfs list is empty wal_dfs.c:DFS_DBG wal_dfs_print_nol timeout=%llu pdev_id %d wal_dfs.c:DFS_DBG wal_dfs_print_nol nol:%d channel=%d MHz width=%d MHz time left=%u seconds nol starttick=%llu wal_dfs.c:2G band : NOL is invalid wal_dfs.c:Clear NOL list %d wal_dfs.c:wal_dfs_nol_checknol: num %d, status=%d wal_dfs.c:NOL check Failed wal_dfs.c:check NOL %d MHz / %d MHz wal_dfs.c:DFS_DBG wal_dfs_merge_nol_list new NOL channel %d MHz / %d MHz, %llu, threadid = %d wal_dfs.c:DFS_DBG wal_dfs_merge_nol_list adfs list is empty wal_dfs.c:DFS_DBG wal_dfs_split_nol_list new NOL channel %d MHz / %d MHz, %llu, threadid = %d wal_dfs.c:DFS_DBG wal_dfs_split_nol_list adfs list is empty wal_dfs.c:ch_freq=0x%x Added to NOL wal_dfs.c:Invalid num channels: %d wal_dfs.c:offset=%d, chan_freq=%d, f=%d wal_dfs.c:sub channel offset=%d, channel=%d wal_dfs.c:center_chan =%d ,freq1 = %d, freq2 = %d, phymode = %d wal_dfs.c:165 MHz ADFS FW NOL Freq1 %d %d %d %d %d wal_dfs.c:160 MHZ ADFS FW NOL - center freq %d %d %d %d %d %d %d %d %d wal_dfs.c:b160MHZ=0x%x wal_dfs.c:NOL - 80_80 MHz %d %d %d %d wal_dfs.c:b80MHZ=0x%x wal_dfs.c:b40MHZ=0x%x wal_dfs.c:b20MHZ=0x%x wal_dfs.c:channel phy_mode=%d is invalid wal_dfs.c:80MHZ=%d wal_dfs.c:40MHZ=%d wal_dfs.c:20MHZ=%d wal_dfs.c:su_center_chan =%d ,freq1 = %d, freq2 = %d, offset=%d wal_dfs.c:seg=%d, sidx=%d, offset=%d, chirp=%d, phy_mode=%d, f=%d wal_dfs.c:res SCHED Status=%d wal_disa.c:crc32_calc: CRC=0x%08x wal_disa.c:disa_frm_buf allocation success...%d %d !!! wal_disa.c:disa_frm_buf allocation failed...!!! wal_disa.c:_wal_disa_prepare_80211_frame: QoS frame with order bit set to 1 wal_disa.c:No MEMORY for DISA frame!!! wal_disa.c:DISA HW configuration failed!!! Status=%d wal_disa.c:tx_send_disa_frame: Seq No = 0x%x ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_PAUSE_UNPAUSE_EXT_REQ comp: 1st_peer:%u, module_id:%d, tids_to_pause:0x%x, tids_to_unpause:0x%x ar_wal_connection_pause.c:Tx_Pause: WAL_PDEV_TX_UNPAUSE_REQ comp: pdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PDEV_TX_PAUSE_REQ comp: pdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_UNPAUSE_REQ comp: vdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_PAUSE_REQ comp: vdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_PAUSE_UNPAUSE_REQ comp: peer:0x%x, mod_id:%d, tids_to_pause:0x%x, tids_to_unpause:0x%x, requester_logical_link_id:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_BLOCK_UNBLOCK_REQ comp: peer:0x%x, mod_id:%d, tids_to_block:0x%x, tids_to_unblock:0x%x, requester_logical_link_id:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_PAUSE_UNPAUSE_EXT_COMPLETE sent: 1st_peer:0x%x, module_id:%d, tids_to_pause:0x%x, tids_to_unpause:0x%x ar_wal_connection_pause.c:Tx_Pause: WAL_PDEV_TX_UNPAUSE_COMPLETE sent: pdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PDEV_TX_PAUSE_COMPLETE sent: pdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_UNPAUSE_COMPLETE sent: vdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_PAUSE_COMPLETE sent: vdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_PAUSE_UNPAUSE_COMPLETE sent: peer:0x%p, module_id:%d, tids_to_pause:0x%x, tids_to_unpause:0x%x ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_BLOCK_UNBLOCK_COMPLETE sent: peer:0x%p, module_id:%d, tids_to_block:0x%x, tids_to_unblock:0x%x ar_wal_connection_pause.c:Tx_Pause: ar_wal_tx_pause_check_pending_pdev_cmd_completions: (qpeer == NULL) ar_wal_connection_pause.c:qcache_peer is NULL ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_EVENT_SEND_N_COMPLETE sent: peer:0x%x, tid_num:%d ar_wal_connection_pause.c:Tx_Pause: unsupported peer request id:%d ar_wal_connection_pause.c:POOL ALLOC FAILURE ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_PAUSE_UNPAUSE_EXT_REQ rcvd: 1st_peer:%u, num_peers:%u, module_id:%d, tids_to_pause:0x%x, tids_to_unpause:0x%x, filter:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_BLOCK_UNBLOCK_REQ rcvd: peer:0x%x, mod_id:%d, tids_to_block:0x%x, tids_to_unblock:0x%x, filter:%d, requester_logical_link_id:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_TX_PAUSE_UNPAUSE_REQ rcvd: peer:0x%p, mod_id:%d, tids_to_pause:0x%x, tids_to_unpause:0x%x, filter:%d ar_wal_connection_pause.c:Tx_Pause: unsupported vdev request id:%d ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_UNPAUSE_REQ rcvd: vdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_PAUSE_REQ rcvd: vdev_id:%d, module_id:%d, block:%d, filter:%d ar_wal_connection_pause.c:Tx_Pause: unsupported pdev request id:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PDEV_TX_UNPAUSE_REQ rcvd: pdev_id:%d, module_id:%d, block:%d ar_wal_connection_pause.c:Tx_Pause: WAL_PDEV_TX_PAUSE_REQ rcvd: pdev_id:%d, module_id:%d, block:%d, filter:%d ar_wal_connection_pause.c:wal_tx_pause_alloc_handle POOL ALLOC FAILURE ar_wal_connection_pause.c:Tx_Pause: Pdev event PEER_CREATE for peer:0x%x rcvd ar_wal_connection_pause.c:Tx_Pause: unsupported no-resp request id:%d ar_wal_connection_pause.c:Tx_Pause: WAL_CHECK_PENDING_CMDS_PDEV rcvd: pdev_id:%d [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_TX_PAUSE_HWQ_EMPTY rcvd: tid_num:%d [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_TX_PAUSE_PEER_RESET rcvd: peer:0x%x [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_TX_PAUSE_TID_CREATE rcvd: peer:0x%x, tid_num:%d [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_VDEV_TX_PAUSE_RESET_IND rcvd: vdev_id:%d [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_CHECK_PENDING_CMDS_VDEV rcvd: vdev_id:%d [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_TX_PAUSE_VDEV_CREATE rcvd: vdev_id:%d [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_PS_PRE_REQ rcvd: peer:0x%x, force_ps:%d, pm_ts:%d, paused_tidmask:0x%x [No_Resp] ar_wal_connection_pause.c:Tx_Pause: WAL_PEER_SEND_N_REQ rcvd: peer:0x%x, tidno:%d, num_frames:%d, flags:0x%x [No_Resp] ar_wal_connection_pause.c:Tx_Pause: unsupported request id:%d ar_wal_connection_pause.c:tid_pause_data_stall tid_num:%d pause_module_id_map:%d block_module_id_map:%d peer:0x%x ar_wal_connection_pause.c: PM_STATE_DBG: TID_STATE: peer:0x%p, tid_num:%d, flags:0x%x, ext_flags:0x%x, pause_module_id_map:0x%x, block_module_id_map:0x%x ar_wal_connection_pause.c:PM_STATE_DBG: PEER_STATE: peer:0x%p, all_tids_pause_module_bitmap:0x%x, all_tids_block_module_bitmap:0x%x data_tids_pause_module_bitmap:0x%x, data_tids_block_module_bitmap:0x%x wal_avg_bmiss.c:%p enter high bmiss mode wal_avg_bmiss.c:%p can't find vdev wal_avg_bmiss.c:b:0x%08x wal_avg_bmiss.c:%p bcn_cnt:%d, bmiss_cnt:%d wal_avg_bmiss.c:%p enter low bmiss mode wal_rc_peer.c:UL_MUMIMO_DBG_RATE_TRACKING, wal_rc_peer_fixed_rate_lookup, rc_mode %d, GI %d, LTF %d wal_rc_peer.c:UL_MUMIMO_DBG_RATE_TRACKING, rc_peer_fixed_rate_setup, mode %d, bw %d, GI %d, LTF %d wal_rc_vdev.c:RATECTRL_DBGID_WAL_SET_VDEV_UL_DATA_RC rc=0x%x data_rc=0x%x wal_rc_vdev.c:RATECTRL_DBGID_WAL_SET_VDEV_DATA_RX: rc=0x%x data_rc=0x%x wal_rc_pdev.c:SET tx_chain_mask[%d]: new=%d old=%d wal_rc_pdev.c:rate_sched:bw_mask:8/max_bw:8=0x%08x,flags=%d rix=%d wal_rc_pdev.c:UL_TPC_DBG:rssi_ref_100x: %d, ulmumimo_rssi_ref_100x %d target_rssi_error_100x:%d target_ulmumimo_rssi_error_100x:%d ulmumimo_fd_rssi_100x %d wal_rc_pdev.c:UL_TPC_DBG: AID: %d, mcs: %d, nss %d delta_p_mcs_100x: %d, chain_adjust_100x: %d, rssi_ref_inst_100x: %d, wal_rc_pdev.c:UL_TPC_DBG: AID: %d, min_tx_power: %d, power_headroom: %d, target_rssi: %d, fd_rssi: %d wal_rc_pdev.c:FD_RSSI_WAR: peer aid: %d, valid RSSI update! update time: %lu wal_rc_pdev.c:FD_RSSI_WAR: peer aid: %d increment fd rssi skip count: %lu, last fd rssi update: %lu, cur time: %lu wal_rc_pdev.c:UL Rate update, sta_resp_cnt: %d, ptx_rc %x, mpdu_tried %x, mpdu_failed %x, aid %x, num_user %x, usr idx %x, rc_mode %d, rx_done %d wal_rc_pdev.c:UL_MUMIMO_DBG_RC_PDEV: peer:16/nss:8/mcs:8 0x%08x, rc_mode %d, mpdu_tried %d, mpdu_failed %d wal_rtt.c:rtt_compute_distance num_meas: %d mean_rtt: %d median_rtt: %d distance_cm: %d wal_rtt.c:chain: %d cumilative_rtt_per_chain: %d, num_samples: %d min_mean_rtt: %d wal_rtt.c:Detected Outlier. i: %d rtt: %d bw: %d wal_rtt.c:index: %d count: %d rtt_ps: %d sum_rtt: %d tx_bw: %d, rx_bw: %d tx_ch_idx: %d rx_ch_idx: %d wal_rtt.c:_wal_rtt_get_buffer_ptr:max_len:0x%x rem_len:0x%x reqd_len:0x%x buff:0x%x buf_p:0x%x cur_p:0x%x wal_rtt.c:_wal_rtt_attach() pdev = %p rtt_pdev_ctxt = %p wal_rtt_ctxt = %p wal_rtt.c:_wal_rtt_init() pdev_id = %d rtt_ctxt: %p alloc_buff = %p buff = %p max_buff_len = %d wal_rtt.c:_wal_rtt_ctxt_init() :freq: %d is_qca: %d force_legacy_ack: %d enable_ht_vht_ack :%d self_mac: %08x%04x wal_rtt.c:_wal_report_type2_buffer_init buff = %p cur_p = %p chan = %d report_type = %d wal_rtt.c:_wal_report_type2_buffer_done() buff = %p, curr: %p len: %d wal_rtt.c:wal_report_type2_per_peer_report_buff_init for %08x%02x wal_rtt.c:wal_report_type2_buffer_update_loop_info: loop_start:%d, loop_end:%d wal_rtt.c:_wal_report_type2_update_start_ts: start_ts(rtt_ctxt) start_ts(peer_head) %u wal_rtt.c:wal_rtt_ctxt_clean: rxoffld_under_cnt: %d rxoffld_alloc_cnt: %d rxind_under_cnt: %d rxind_alloc_cnt: %d tm_rx_comp_cnt: %d rxoffld_drop_cnt: %d rxind_drop_cnt: %d wal_rtt.c:_wal_rtt_local_frame_send_with_rate: acks%d tid_num 0x%x rate_info 0x%08x%08x report %d wal_rtt.c:rtt_local_send() Not a valid rtt frame type, retrun error! txrx_cb_flags: 0x%x wal_rtt.c:_wal_collect_report_info: pre %d bw %d wal_rtt.c:wal_rtt_collect_ie_data(): meas_resp_lci:0x%p, meas_resp_civ:0x%p, lci_len:%d, civ_len:%d, total_len:%d wal_rtt.c:wal_rtt_collect_ie_data(): report_type:%d, add_ie_data:%d wal_rtt.c:RTT_INITR_TSTAMP: t2= 0x%08x%08x fac= %d rx_preamble=%u, rx_bw=%u rssi = 0x%x wal_rtt.c:_wal_report_type2_collect_report_info: tx_rate_info1=0x%x, tx_rate_info2 =0x%x, rx_rate_info1=0x%x, rx_rate_info2=0x%x wal_rtt.c:RTT_INITR_TSTAMP: t2=%u, t3=%u t3_del=%d t1=%u t4=%u t4_del=%d rtt=%d meas_count=%d num_rtt_per_frame_info_saved: %u wal_rtt.c:_wal_report_type2_collect_report_info: rtt_ps: %d rssi=0x%x tx_preamble=%d tx_bw=%d tx_rate_info1 = 0x%x tx_rate_info2= 0x%x rx_rate_info1=0x%x, rx_rate_info2 = 0x%x wal_rtt.c:RTT_INITR_TSTAMP: t2= 0x%08x%08x fac= %d wal_rtt.c:DISCARDING MEASUREMENT!! T3 not captured wal_rtt.c:_wal_report_type2_collect_report_info: total_time = %d num_frms = %d info1 = %d info2 = %d info3 = %d start_ts = %d wal_rtt.c:_wal_rtt_tx_ppdu_done(%u-sided): abf: 0x0 tx_preamble=%u, retries=%u tod_32=%u tod_0=%u toa_32=%u toa_0=%u fac_valid: %u fac=%d wal_rtt.c:CFR/CIR report queue full; CFR/CIR data at 0x%04x%04x will be dropped wal_rtt.c:CFR/CIR pending for responder report type %d; CFR/CIR data at 0x%04x%04x will be dropped wal_rtt.c:no CFR/CIR pending for responder report type %d wal_rtt.c:CFR/CIR pending for report type %d; CFR/CIR data at 0x%04x%04x will be dropped wal_rtt.c:no CFR/CIR pending for report type %d wal_rtt.c:wal_rtt_tx_ppdu_done(): rx_location_info is found to be invalid wal_rtt.c:Ignore NULL ack for stale entry: ath_buf: %p: last queued NULL frame ath_buf: %p wal_rtt.c:_wal_rtt_null_ack_hdl() is called after RTT session is completed !!! wal_rtt.c:TX completion message was dropped. Report failure wal_rtt.c:Ignore TM ack for stale entry: ath_buf: %p: last queued TM frame ath_buf: %p wal_rtt.c:_wal_rtt_tm_ack_hdl() is called after RTT session is completed !!! wal_rtt.c:_wal_rtt_tm_rx_hdl: t1_32=0x%x, t1_0=0x%x, t4_32=0x%x, t4_0=0x%x wal_rtt.c:_wal_rtt_tm_rx_hdl: expect_token=%d, dia_token=%d, follow_token=%d wal_rtt.c:_wal_rtt_tm_rx_hdl: HT_VHT ack enable RTT_TM_FTM1 %d wal_rtt.c:_wal_rtt_tm_rx_hdl: rx_ts %10u now_ts %10u rx_proc_delay %10u wal_rtt.c:_wal_rtt_tm_rx_hdl: Not a valid TM frame. Don't process wal_rtt.c:_wal_rtt_tm_rx_hdl: TM frame not directed to me. Don't process wal_rtt.c:_wal_rtt_mt_cb: msg:0x%x id:0x%x s_thr:%d d_thr:%d ticks:0x%x wal_rtt.c:wal_rtt_unit_test: debug_cnt[%d] = %d wal_rtt_init.c:_wal_rtt_psoc_init() psoc_rtt handle: %p sizes rtt_tx_pool: %d rtt_rx_pool handle: %d, rtt_rx_ofld_pool: %d wal_rtt_init.c:_wal_rtt_psoc_init() wal_rtt_ctxt idx in rtt_psoc_handle: %d rtt_ctxt: %p alloc_buff_p: %p wal_cfir.c:wal_cfir_resolve: pdev %d cfg 0x%08x => 0x%08x status %d wal_cfir.c:wal_cfir_req_unregister: req %p already unregistered wal_spectral.c:SSCAN_DUMP mac_id = %d: trigger = %d enable = %d scan_mode = %d wal_spectral.c:<%d>: WMI event called %p with %u buffers for module %d wal_spectral.c:Pdev id : %d WMI event with reset_delay %d wal_spectral.c:SSCAN: cfg.ScanCountCopy %d cfg.ScanCount %d num_elem received %d wal_spectral.c:out_ring reap : Before read shadow_tail_idx %d & After read shadow_tail_idx %d wal_spectral.c:Resume SSCAN : pending elements in out_ring %d wal_spectral.c:SSCAN: Invalid HIF event received with Id: %d wal_spectral.c:pdev_id = %d: spectral sig handler direct_dma_wmi.c:pdev_id = %d: DMA is not attached wal_wmm.c:WMMAC_PAUSE_CB: unblock tid(%d)=0x%x wal_wmm.c:WMMAC_Q_REPRIO: peer=0x%x tid=%d qid:%d->%d wal_wmm.c:WMMAC_PAUSE_CB: peer=0x%x blocked tids=0x%x/0x%x wal_wmm.c:WMMAC_UPDATE: used_time=%d admitted_time=%d, downgrade=%d wal_wmm.c:WMMAC_ADD_DELTS: ac=%d admitted=%d acm=%d block=0x%x downgrade=0x%x wal_wmm.c:WMMAC_Q_DROP: peer=0x%x tid(%d)=0x%x wal_wmm.c:WMMAC_Q_DEPRIO: peer=0x%x tid=%d qid:%d->%d wal_wmm.c:WMMAC_USED_TIME_EXCEED: used=%d admitted=%d wmmac_q=%d wal_wmm.c:WMMAC_PERIODIC_UPDATE (VI): peer=0x%x, used=%d, admitted=%d wal_wmm.c:WMMAC_TXQ_STATUS ac=%d txq_status=0x%02x used=%d admitted=%d downgrade=%d wal_wmm.c:WMMAC_STATUS: peer=0x%x, used=%d, admitted=%d, txq_sts=%d/%d, downgrade=%d wal_wmm.c:WMMAC_PERIODIC_UPDATE (VO): peer=0x%x, used=%d, admitted=%d wal_wmm.c:WMMAC_NO_DOWNGRADE: unblock tid mask=0x%x wal_wmm.c:WMMAC_PERIODIC_UPDATE 0x%x 0x%x 0x%x 0x%x wlan_buf_internal.c:wlan_buf_mac_buffer_dispatcher oops wlan_buf_internal.c:wlan_buf_mac_buffer_dispatcher mac_id=%d wlan_buf_internal.c:wlan_buf_mac_buffer_dispatcher no buffers available in chain wlan_buf_internal.c:MGMT buf allocation auth_buf :0x%x , mgmtBufCnt : %d wlan_buf_internal.c:SMGMT_BUF_FREE abf= 0x%x, abf_flag = 0x%x,thread = %d, bufCnt = %d wlan_buf_internal.c:MGMT_BUF_FREE abf = 0x%x, thread = %d, bufCnt = %d, flags = 0x%x, caller = 0x%x wlan_buf_internal.c:free beacon abf:0x%x, thread:%d, cb flags:0x%x,rsvd:%d wlan_buf_internal.c:buf free: free the reused abf:0x%x, thread:%d, cb flags:0x%x wlan_buf_internal.c:MGMT_BUF_REQ abf = 0x%x, cb_flags = 0x%x, BUF_LEFT_CNT(smgt = %d, mgt = %d, cmem = %d, reserved_bcn = %d) wlan_buf_internal.c:MGMT_BUF_GET_BCN_REQ mac_id:%d, rsvd:%d wlan_buf_internal.c:SMGMT_BUF_REQ abf = 0x%x, cb_flags = 0x%x, BUF_LEFT_CNT(smgt = %d, mgt = %d, cmem = %d, reserved_bcn = %d) wlan_buf_internal.c:wlan_buf_rxbuf_requeue mac_id=%d mu_gid_mgmt.c:11ac MU-MIMO GID MGMT: Send GID MGMT failed. SW_PEER_ID: %d, mu_user_id: %d, status: %d mu_gid_mgmt.c:11ac MU-MIMO GID MGMT: user successfully assigned completed: SW_PEER_ID: %d, mu_user_id: %d mu_gid_mgmt.c:11ac MU-MIMO GID MGMT: Send GID MGMT failed. SW_PEER_ID: %d, mu_user_id: %d mu_gid_mgmt.c:11ac MU-MIMO GID MGMT: Sending GID MGMT frame: SW_PEER_ID: %d, mu_user_id: %d, grp_status[0]: 0x%08x, grp_status[1]: 0x%08x, user_pos_map[0]: 0x%08x, user_pos_map[1]: 0x%08x, user_pos_map[2]: 0x%08x, user_pos_map[3]: 0x%08x ratectrl.c:NSS Mismatch: 160nss %d, 160_mcs_nss_set %d, 160_mcs_nss_map %x, 80nss %d, 80_mcs_nss_set %d, 80_mcs_nss_map %x ratectrl.c:rc_validate_rateset/NON_HT: After mask update ni_legacy_rate_set 0x%x validTxRateMask 0x%x ratectrl.c:rc_validate_rateset/NON_HT: Before mask update ni_legacy_rate_set 0x%x validTxRateMask 0x%x ratectrl.c:rc_update_rts_per: rts_rix 0x%x def_rix 0x%x alt_rix 0x%x curr_rix 0x%x ni_legacy_rate_set 0x%x ratectrl.c:_RATE_SetRtsCtsRate: Def RTS Rate Rix %d Alt RTS Rate Rix %d ratectrl.c:Set INVALID!!! RTS Rate Index ratectrl.c:rc_get_nondata_rc: %x for peer:%p disable_cck=%d ratectrl.c:FINAL: pdev_id:%d rc_leg_rate_allowed=0x%x rc_legacy_mask=0x%x pdev->rc_legacy_mask: BT=0x%x LTE_COEX=0x%x HE_ASSOC=0x%x ratectrl.c:pdev_id:%d rc_leg_rate_allowed=0x%x rc_legacy_mask=0x%x temp_cck_rate_bitmap=0x%x module_id=0x%x ratectrl_if.c:is_rc_peer_mem_optimized: peer is invalid vdev:0x%x ratectrl_if.c:AUTORATE_RESET_USER_START_RATE: peer phymode:8/ht:8/vht:8 : 0x%08x ni_flags 0x%x user_start_rate %d ratectrl_if.c:AUTORATE_RESET_ERR: BSS Peer has invalid phymode %d Exiting AutoRate Reset attempt ratectrl_if.c:[VDEV_ID]:%d [USER_START_RATE]:%d ratectrl_if.c:AUTORATE_RESET_ERR: VDEV ID:%d is not an INFRA STA session, no support yet for AUTORATE RESET ratectrl_if.c:AUTORATE_RESET_ERR: VDEV ID:%d OR bss_peer OR pSib is NULL for this VDEV ratectrl_if.c:RATE_NodeUpdate(2): bss_non_data_rc:0x%x selfgen_ctrl_rc:0x%x bss_ofdm_non_data_rc:0x%x selfgen_ndpa_rc:0x%x ratectrl_if.c:RATE_NodeUpdate(1): phymode8/peer_nss8/valid_tx_chainmask16:0x%08x ni_flags:0x%x ratectrl_if.c:vdev[%d] is NULL, rejecting WLAN_PDEV_ENABLE_CCK_RATE ! ratectrl_if.c:Enabling coex restriction (pdev - 0x%x) enable %d min_rate:%d on wlan_peer:0x%x rc_mode:%d rateMax:%d bestRate:%d ratectrl_if.c:RATE_EnableCCKRatesInHTMode: No vdev's attached to pdev, rejecting WLAN_PDEV_ENABLE_CCK_RATE ! ratectrl_if.c: org_rc_mask_null pdev_rc_mask[0]:%x pdev_rc_mask[1]:%x phymode:%d ni_legacy_rate_set:%x rc_legacy_mask_final:%llx ratectrl_debug.c:SAWF_DBG_LOG beta_exp_avg: %d ratectrl_debug.c:SAWF_DBG_LOG rc_reduce_num_mcs: %d ratectrl_debug.c:SKIP80: %x ratectrl_debug.c:SAWF_DBG_LOG default_no_ack_wifi_thr: %d ratectrl_debug.c:SAWF_DBG_LOG g_rc_probe_msdu_limit: %d ratectrl_debug.c:SAWF_DBG_LOG rc_probe_succ_per_thr: %d ratectrl_debug.c:SAWF_DBG_LOG : rc_probe_period_alt_nss_max %d ratectrl_debug.c:SAWF_DBG_LOG rc_probe_period_alt_nss_min: %d ratectrl_debug.c:SAWF_DBG_LOG rc_probe_period_cur_nss_max: %d ratectrl_debug.c:SAWF_DBG_LOG rc_probe_period_cur_nss_min %d ratectrl_debug.c:SAWF_DBG_LOG rc_rate_max_per_thr: %d ratectrl_debug.c:DBG_RA_BW_PROBE_CHECK_ON_ALL_BW decision_changed cnt :%d ratectrl_debug.c:DBG_RA_WITHIN_SIFS_BURST pdev id:%d, RA within sifs burst enable:%d ratectrl_debug.c:DBG_RATE_CFG after: mcs_cap: %d, mcs_valid: %d ratectrl_debug.c:DBG_RATE_CFG after: nss_cap: %d, nss_valid: %d ratectrl_debug.c:rate_ctrl_unit_test use fixed TPC args[0]:%d args[1]:%d args[2]:%d args[3]:%d wal_vdev:0x%x pdev:0x%x ratectrl_debug.c:NSS_CLAMP: dyn_nss_mask %x ratectrl_debug.c:NSS_CLAMP: Invalid pdev id %d ratectrl_debug.c:PEER_CAPS: he_mcs_nss_set.map[%d].rx: 0x%x, he_mcs_nss_set.map[%d].tx: 0x%x ratectrl_debug.c:PEER_CAPS: he_cap_phy[%d]: 0x%x ratectrl_debug.c:PEER_CAPS: he_cap_info: 0x%x ratectrl_debug.c:PEER_CAPS: ni_vht_mcs_set: 0x%x, vht_caps: 0x%x ratectrl_debug.c:PEER_CAPS: ht_caps: 0x%x ratectrl_debug.c:PEER_CAPS: ni_ht_mcs_set[%d]: 0x%x ratectrl_debug.c:PEER_CAPS: ni_legacy_rate_set: 0x%x ratectrl_debug.c:PEER_CAPS: peer_ul_nss: 0x%x ratectrl_debug.c:PEER_CAPS: peer_nss_160: 0x%x ratectrl_debug.c:PEER_CAPS: aid 0x%x, sw_peer_id: 0x%x, ni_flags: 0x%x, phymode: 0x%x, peer_nss :0x%x ratectrl_debug.c:PEER_CAPS: dyn_nss_mask %x ratectrl_debug.c:PEER_CAPS: low_latency %d ratectrl_debug.c:PEER_CAPS: Invalid pdev id %d ratectrl_debug.c:PEER_CAPS: USAGE: wifitool athX setUnitTestCmd 10 3 39 <pdev_id> <peer_aid> ratectrl_debug.c:DISABLE_INVALID_RATES: Invalid arg count ratectrl_debug.c:DISABLE_INVALID_RATES: Exceeded max invalid rate count, Disable and add invalid rate ratectrl_debug.c:DISABLE_INVALID_RATES: Invalid MCS ratectrl_debug.c:DISABLE_INVALID_RATES: Invalid preamble or bw or nss ratectrl_debug.c:MCAST_DBG_RC: peer id: %d, rate kbps: %d, mcast rate kbps: %d, rix:%d, mcast rix:%d ratectrl_debug.c:MCAST_DBG_RC: %d Mbps - %d ratectrl_debug.c:MCAST_DBG_RC: Last stale peer id %d, current time %d, stale tx time %d ratectrl_debug.c:MCAST_DBG_RC: RC queries %d, RC updates %d, RIX error: %d, Peer count error: %d ratectrl_debug.c:MCAST_RC: vdev_id: %d, Is mcast dra enabled: %d MCAST_RC: stale_period_sec: %d MCAST_RC: Number of stale clients: %d MCAST_RC: Default Mcast rate: %d Mbps, rix: %d MCAST_RC: Auto Mcast rate: %d Mbps, rix: %d ratectrl_debug.c:RA_DBG_CMDID_TEST_PER_CONV_UL_MUMIMO: ltPer:8/stPer:8/curr_per:8 : 0x%08x ratectrl_debug.c:RTS_DEBUG: vdev id:8/rts cts type:8/rts cts profile:16 0x%08x rts_rix %d ratectrl_debug.c:g_dbg_enable_he_short_gi: %d ratectrl_debug.c:Number of invalid peer assoc capabilities for HT %d, VHT %d, HE %d ratectrl_debug.c:RA reset debug test ratectrl_ofdma.c:UL_PSD_BOOST_DBG: idx: %d, AID: %d, cur_time: %u, ru_size: %d, dst_mcs: %d, dst_nss: %d, src_mcs: %d, src_nss: %d, src_tstamp: %u ratectrl_ofdma.c:UL_PSD_BOOST_DBG: idx: %d, AID: %d, MRU RU Size: %d, Out of Date Bmap: 0x%08x, Invalid RU Size Bmap: 0x%08x, Lgest uptodate ru: %d ratectrl_ofdma.c:OFDMA_RC_DBG: aid: %d, ref_rix: %d, trialBaseRate: %d, complMismatchCnt: %d, ru_size: %d, rc_mode: %d ratectrl_ofdma.c:UL_PSD_BOOST_DBG: AID: %d, bw: %d, ref_mcs: %d, ref_nss: %d, ru_try: %d, boosted mcs: %d, boosted nss: %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, Best rate in backward rates: %d, %d, maxTp: %d %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, Best rate in forward rates: %d, %d, maxTp: %d %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, bw %d, rc_mode %d, Best rate : %d, %d, maxTp: %d %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, not in use rc_mode %d, backward, BestTput %d, bestRate%d, bestNss %d, nBackward %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, not in use rc_mode %d, last_rate %d, forward, BestTput %d, bestRate%d, bestNss %d, nForward %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, rc_mode %d, backward, BestTput %d, bestRate%d, bestNss %d, nBackward %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, rc_mode %d, forward, BestTput %d, bestRate%d, bestNss %d, nForward %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, intf_ss_type %d, Update next rate nss %d, mcs %d with PER %d and discount %d to ltPer %d, stPer %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, MonoRC backward, nRate %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, MonoRC forward, nRate %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, Update BW %d, next higher state %d, rix %d with PER %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, Update lower state %d rix %d per %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, update PER, state_idx %d, ltPer %d, stPer %d, curr_per %d, nTotalMpdu %d, rix %d ratectrl_ulmumimo.c:UL_MUMIMO_DBG_RC, rc_sib_update_state, bw:%d, m_idx=%d, nss_idx=%d, lastSucRate=%d sched_algo.c:STANDALONE : SEND MESSAGE TO SCHEDULER %d thread id %d sched_algo.c:twt_dbg_eosp / ul_dbg: sched_dispatch_sched_cmd txqid=%d, sched_id=%d, posted_commands=%d,sched_cmd_flags=0x%x, is_partial=%d, tsf_low=%u, start_time=%u, end_time=%u sched_algo.c:PPDU Duration debug: sched_id=0x%x sched_seq_type=0x%x txop_us=%d txtime_us=%d max_ppdus=%d flags=0x%x 0x%x tx_ctxt_flags=0x%x sched_algo.c:sched_algo_configure_ul_rts_protection: using shorter RTS duration for non-repeater environment sched_algo.c:tcp_ul_dbg_sched_dispatch_result: tx_mode=%u, peer_sw_id=%u, sched_id=0x%x, qdepth_adv =%u, qdepth_implicit=%u, qdepth_implicit_final=%u, ru_size=%u, ru_idx=%u sched_algo.c:MISSING_BSR_DEBUG: aid: %d, trigger in flight=true sched_algo.c:smart_basic_trig : last_sched_tsmp=%lu aid=%d, tid_num=%d sched_algo.c:TTL dropped count:%d, tid:%d sched_algo.c:freq_bsrp_dbg: Freq BSRP enabled : AC : %d num_entries : %d sched_algo.c:STANDALONE:sched_algo_cmd_update_user_info NDPA FLAG NOT SET $$$tid_num=%d sched_algo.c:NEW_STATS: qnull set sched_algo.c:sched_algo_cmd_update_user_info: g_qnull_peer_id%x %x sched_algo.c:sched_algo_configure_ul_rts_protection: ac: %d, num_users: %u, tb_ppdu_duration: %u, trig_rix: %u, mba_rix: %u, min_coll_prob_to_enable_rts_cts: %u, cur_fail_pct: %u sched_algo.c:sched_algo_configure_ul_rts_protection: t_success_rts: %u, t_success_no_rts: %u, t_fail_no_rts: %u, t_fail_rts: %u sched_algo.c:ul_dbg_sched_dispatch_result: tsf_lsb=%u, sched_mode=%d, tx_mode=%d, seq_type=%d, num_users=%d, tx_time_us=%u, txop_time_us=%u sched_algo.c:twt_dbg: twt_sched_algo_run_policy: txqid=%d, sched_cmd_space=%d, flags=%x sched_algo.c:sched_algo_run_scheduler: no avail desc for q=%d sched_algo.c:sched_algo_get_max_usr_possible: txqid=%d, resv / max_desc_credits %d max_desc_credits_extra %d in_use %d sched_algo.c:sched_algo_disable_sched_mode_bmap_update: OUT: txq_id: %d, disabled_sched_mode_bmap_req: 0x%08x, disabled_sched_mode_bmap: 0x%08x sched_algo.c:sched_algo_disable_sched_mode_bmap_update: IN: txq_id: %d, disabled_sched_mode_bmap_req: 0x%08x, disabled_sched_mode_bmap: 0x%08x sched_algo.c:ul_dbg_sched_new_run: txqid=%d, sched_cmd_space=%d, flags=0x%x sched_algo.c:twt_dbg: twt_sched_algo_return (slot ended):txqid=%d, tsf_now_msb=%d, lsb=%d, curr_slot_end msb=%d, lsb=%d slot_valid:%d sched_algo.c:TID REG:peer %d tidnum %d txqid %d flags %x num active %d sched_algo.c:ul_dbg_sched_algo_tid_register: num_frames=%d, tid_num=%d sched_algo.c:TID UNREG:peer %d tidnum %d txq %d flags %x num active %d, pause_tid:%d sched_algo.c:ul_dbg_sched_algo_tid_unregister: num_frames=%d, tid_num=%d sched_algo.c:smart_basic_trig : service_interval=%d, exp_bytes=%d, time_diff=%lu, last_sched_tsmp=%lu, aid=%d, tid_num=%d sched_algo.c:smart_basic_trig : skip_no_ul_data service_interval=%d, time_diff=%lu, last_sched_tsmp=%lu, aid=%d, tid_num=%d sched_algo.c:OFDMA_SCHED_DECISION: aid: %d, tid_num: %d, unreliable_basic_trigger: %d, unreliable_metric: %d sched_algo.c:freq_bsrp_dbg: bsr_elig : aid=%d, tid_num=%d, is_bsr_timeout=%d, actual_qdepth=%d, est_qdepth=%d, curr_time = %u, pdev_bsr_tstamp =%u, bsr_trigger_in_flight =%d sched_algo.c:ul_dbg_check_eligibility: trigger_state=%d sched_algo.c:ul_dbg_check_eligibility: tid_q=%x, tid_num=%d, is_bsr_timeout=%d, num_frms=%d, curr_time = %u, tsf_now=%u, bsr_ts=%u, bsr_timeout_ms=%u sched_algo.c:ul_dbg_check_eligibility: No UL Trig: is_wmm_txq_ul_trig_disabled=%u sched_algo.c:TTL tid:%d txq_id:%d, flg-clr:%x %x sched_algo.c:DL_OFDMA_PERF_DBG - Re-enabling OFDMA sched_algo.c:DL_OFDMA_PERF_DBG - Keeping OFDMA disabled sched_algo.c:DL_OFDMA_PERF_DBG : Current DL OFDMA Status = %d , aid = %u sched_algo.c:DL_OFDMA_PERF_DBG : Phy rate percentage diff = %d , aid = %u sched_algo.c:DL_OFDMA_PERF_DBG : DL OFDMA phy rate = %d DL SU phy rate = %d, , aid = %u sched_algo.c:DL_OFDMA_PERF_DBG : DL OFDMA rix = %d DL SU rix = %d , aid = %u sched_algo.c:twt_dbg: sched_cmd_completion peer_id=%u, tid_num=%u, sched_flags=0x%x, trigger_state=%u, eosp_state=%u sched_algo.c:twt_dbg/ul_dbg: sched_cmd_completion txqid=%d, sched_id=%d, seq_type=%u, peer_id=%u, pending_commands=%d,compl_ts=%u, user_resp=%u, seq_compl_flags=0x%x sched_algo.c:MISSING_BSR_DEBUG: aid: %d, trigger in flight=false, ac=%d, orig_timeout: %d, new_timeout: %d sched_algo.c:MISSING_BSR_DEBUG2: aid: %d, trigger in flight=false, updated_ac_bmap: 0x%08x, miss_count: %d sched_algo.c:MISSING_BSR_DEBUG: aid: %d, trigger in flight=false, updated_ac_bmap: 0x%08x, miss_count: %d sched_algo.c:CHAN_ACC_LAT_DBG : chan_acc_lat_based_dlofdma_state = %u, average channel latency = %u , ac = %u sched_algo.c:CHAN_ACC_LAT_DBG - Enabling OFDMA since new chan acc lat is greater than prior value sched_algo.c:CHAN_ACC_LAT_DBG : Prev. avg_chan_lat = %u , new_value = %u, Curr. avg_chan_lat = %u ,ac = %u sched_algo.c:sched_algo_process_trigger non_paused_tid run_scheduler: tid=0x%x,pdev=0x%x:0x%x,flag=0x%x, paused=0x%0x num_mpdus_in_fq=0x%0x sched_algo.c:discard trigger msg as pdev mismatch peer_id=%x,tid=%x,pdev=%x:%x,flag=%x sched_algo.c:sched_algo_process_trigger non_paused_tid enter: tid=0x%x,pdev=0x%x:0x%x,flag=0x%x, paused=0x%0x num_mpdus_in_fq=0x%0x sched_algo.c:migrate peer %d, already on MAC(%u %u) sched_algo.c:migrate peer in delete prog %p, flags:%x, sw_peer_id:%x sched_algo.c:sched_algo_req_handler: unsupported msg type:%d sched_algo.c:twt_dbg_eosp: sched_algo_dl_eligible_check peer_id=%u, is_announced=%d, is_ul_received=%d,tidq->tid_num=%u, tid_ext_flags=0x%x, eosp_state=%u sched_algo.c:OFDMA_SCHED_DECISION: top level eligibility: aid: %d, tid_num: %d, sta_is_lowq: %d, avg_txtime_us: %d, average_ul_qdepth_bytes: %d sched_algo.c:UL_MU_DISABLE_DBG - UL OFDMA Trig Eligibility = %u sched_algo.c:UL_MU_DISABLE_DBG - Disabling UL OFDMA Triggers sched_algo.c:UL_MU_DISABLE_DBG - UL MU-MIMO Trig Eligibility = %u sched_algo.c:UL_MU_DISABLE_DBG - Disabling UL MU-MIMO Triggers sched_algo.c:UL_MU_MIMO_TX_PARAMS: AID %d: NSS %d: MCS: %d, qdepth bytes: %lu, txtime %d, num frames: %d tidq_ul_mumimo_eligible %d sched_algo.c:UL_FD_RSSI_DBG:sw peer id %d ulmumimo_fd_rssi_100x %d dbg_ulmumimo_fd_rssi_threshold_100x %d sched_algo.c:CHAN_ACC_LAT_DBG : DL OFDMA eligibility = %u, aid = %u, ac = %u sched_algo.c:AGGR_DBG: aid: %u avg_msdu_bytes: %u, amsdu_estimate: %u, required_bits: %d, required_mpdu: %u, ppdu duration: %u, phy_rate_kbps: %u sched_algo.c:AGGR_DBG: user %d: assigned: %d, rate_kbps: %d, qdepth: %d, target_mpdu: %d sched_algo.c:freq_bsrp_dbg: check_bw : pri_max_bw : %d sec_max_bw : %d sched_algo_rr.c:twt_dbg: sched_algo_run_rr_scheduler_tidq0 skip tid tid:%d elgble: %d sched_algo_qos.c:FD_RSSI_WAR: peer aid: %d needs forced RSSI update: fd rssi skip count: %lu, last fd rssi update: %lu, cur time: %lu sched_algo_qos.c:FORCE_SU_UL_TRIG: peer aid: %d, force_single_user_ul_ofdma: %d, cur_peer_requires_su_trigger: %d, force_2users_in_160_trigger %d, primary peer aid: %d, cur_time: %d sched_algo_qos.c:freq_bsrp_dbg: standalone_type : AC : %d candidate_list_entries : %d sched_algo_qos.c:freq_bsrp_dbg: AC : %d num_bsr_entries : %d primary_tx_mode : %d sched_algo_qos.c:freq_bsrp_dbg: combined_type : AC: %d candidate_list_entries : %d sched_algo_qos.c:twt_dbg: twt_sched_algo_qos returned (CL empty): txqid=%d sched_algo_qos.c:twt_dbg: check_eligibility:curr_time_us=%u, txqid=%u, pdev_id=%u, peer_id=%u, tid_num=%u, is_skip_tid=%u, sched_eligible=%u sched_algo_qos.c:ul_dbg_tid_unregister_qos: qpeer=0x%x, tid_num=%d sched_algo_mu.c:MU_RATE_INFO CACHE HIT RIX %x rc mode %d mcs %d nss %d sched type %d tput mpbs %d ru_allocator.c:Incorrect Static RU allocation - ru_idx: %d : ru_size: %d : tx_bw: %d ru_allocator.c:RU idx exceeds max idx - ru_idx: %d : ru_size: %d : tx_bw: %d ru_allocator.c:Dropping Static RU Unit Test Cmd - Num Args %d : Max Users: %d ru_allocator.c:UL_OFDMA_USR_CAP_DBG - Dropping User ru_allocator.c:Dropping user from DL OFDMA grouping - dissimilar MCS ru_allocator.c:RU_ALLOC_DBG: Dyn PPDU Duration - min_dur = %u, max_dur = %u, final_selected_dur = %u ru_allocator.c:RU_ALLOC_DBG: Dyn PPDU Duration - Picking max dur due to small delta = %u, max_dur = %u ru_allocator.c:RU_ALLOC_DBG: Dyn PPDU Duration - Picking min dur by default for UL data = %u ru_allocator.c:RU_ALLOC_DBG: Dyn PPDU Duration - user_min_bytes = %u, addnl_bytes_added = %u ru_allocator.c:RU Power imbalance Adjust: mcs %d, pre mcs %d per_tone_pwr %d, interference_from_neigbor %d, margin %d, num_notches %d ru_allocator.c:RU Power imbalance Adjust: next mcs %d, per_tone_pwr %d, interference_from_next %d ru_allocator.c:RU Power imbalance Adjust: pre mcs %d, per_tone_pwr %d, interference_from_pre %d ru_allocator.c:UL_OFDMA_USR_CAP_DBG - Setting 4x HE-LTF and 3200ns GI for large user UL trigger ru_allocator.c:RU_ALLOC DBG: id: %d, aid: %d, max_pat_idx: %d, rix: %d, queue_depth: %u, qos_weight: %d, consec_no_mpdu_tried: %d, consec_skip_cnt: %d ru_allocator.c:RU_ALLOC DBG: id: %d, ru_input: flags: 0x%08x, pat_mask 0x%08x, ppdu_time: %d, input user count: %d ru_allocator.c:RU_ALLOC DBG: id: %d, DROPPED_USER: aid: %d ru_allocator.c:RU_ALLOC DBG: id: %d, ru_result: ul_ba_ppdu_duration_us[0]: %d, ul_ba_ppdu_duration_us[1]: %d, ul_ba_ppdu_duration_us[2]: %d ru_allocator.c:RU_ALLOC DBG: id: %d, ru_result: ret_val: %d, num_users: %d, pat_mask 0x%08x, data_ppdu_dur[0]: %d, data_ppdu_dur[1]: %d, data_ppdu_dur[2]: %d sched_algo_dbg.c:STANDALONE : TICKLE SCHEDULER %d thread id %d sched_algo_dbg.c:SAWF_DBG: sawf_sched_enable %d sched_algo_dbg.c:Average channel access latency for pdev %d, ac %d: %d sched_algo_dbg.c:SAWF_DBG: Drain ratio histogram 0-5 %d, 5-10 %d, >10 %d sched_algo_dbg.c:SAWF_DBG: Invalid delay %d, Invalid service interval %d, delay not within limits %d, svc_interval not within limits %d, invalid_fairness_metric %d sched_algo_dbg.c:SAWF_DBG: tid_num %d, qtype %d, rtxop %d NO SVC class config sched_algo_dbg.c:SAWF_DBG: tid_num %d, qtype %d, cfg_delay %u, avg_delay %u, cfg_service_interval %u, avg_sched_delay %u, rtxop %d sched_algo_dbg.c:SAWF_DBG: tid_num %d, rtxop %d NO SVC class config sched_algo_dbg.c:TX_NOTIFY TXBF Disabled Frames Count: %u. sched_algo_dbg.c:SCHED_ALGO_LATENCY: TAC2SCHED Latency BIN %d - %d : %d sched_algo_dbg.c:SCHED_ALGO_LATENCY: SCHED2TAC Latency BIN > %d : %d sched_algo_dbg.c:SCHED_ALGO_LATENCY: SCHED2TAC Latency BIN %d - %d : %d sched_algo_dbg.c:SCHED_ALGO_LATENCY: Num outstanding Pending SchedCmd %d : %d sched_algo_dbg.c:SCH_LATENCY : tid registered = %d, unregistered = %d sched_algo_dbg.c:SCH_LATENCY : tid_reg_latency = ,%d, %d, %d, %d, %d, %d sched_algo_dbg.c:SCH_LATENCY : rtxop_sched_latency = ,%d, %d, %d, %d, %d, %d sched_algo_dbg.c:SCH_LATENCY : sched_latency = ,%d, %d, %d, %d, %d, %d sched_algo_dbg.c:SCH_LATENCY : sw_peer_id = %d sched_algo_dbg.c:NON_QOS_STEER : Nr4Index %d, Nr8Index %d sched_algo_dbg.c:freq_bsrp : updated : en_ul_comb_bsrp : %d timeout : %d max_users : %d min_users_thr : %d sched_algo_dbg.c:MU Sched Delay: Number of schedules delayed waiting for MU4 = %d sched_algo_dbg.c:MU Sched Delay: Number of schedules delayed waiting for MU3 = %d sched_algo_dbg.c:MU Sched Delay: Number of schedules delayed waiting for MU2 = %d sched_algo_dbg.c:LATENCY_DBG: Peer AID : %d, SW Peer ID : %d, tid_num %d, estimated avg scheduling latency %d, estimated avg bytes transmitted in si %d sched_algo_dbg.c:LATENCY_DBG: SW Peer ID : %d, AID : %d, Tid : %d, service_interval : %u, burst_size: %u sched_algo_dbg.c:LATENCY_DBG: VDEV ID : %d sched_algo_dbg.c:LATENCY_DBG: Latency Config Enable : %d, Min service_interval_set : %d, Num active non-Latency Tid: %d, Num Sched Non-Latency tid: %d sched_algo_dbg.c:Custom Basic trigger g_dbg_trig_sched_count = %d, g_dbg_trig_out_of_sync = %d, g_dbg_trig_fake_sched = %d sched_algo_dbg.c:Updated Idle condition trigger count as value = %u sched_algo_dbg.c:Updated MU-MIMO Idle condition trigger count as value = %u sched_algo_dbg.c:MBO txmode %d : %d sched_algo_dbg.c:MBO txmode current AC : %d sched_algo_dbg.c:Partial failure schedule count :%d sched_algo_dbg.c:LATENCY_DBG:Invalid latency info %d, tid alloc failure %d, invalid state %d, invalid tid_num %d, invalid AC %d sched_algo_dbg.c:dbg: g_dbg_disable_timeout_based_bsr_trigger = %u sched_algo_dbg.c:Updated PPDU Max-Min delta threshold as value = %u sched_algo_dbg.c:twt_dbg: g_dbg_disable_triggers_from_wmm_txq = %u sched_algo_dbg.c:DYN_MIMO_PS sw_peer_id: %u, dyn_mimo_ps_enabled: %u. sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_grp_eligible -> %d sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_grp_ineligible -> %d sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats: mu_grp_invalid -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:user %d ->( %d, %d, %d, %d, %d, %d, %d, %d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_group_eligible_skip -> sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:cd_num_eligible -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:user %d -> ( %d, %d, %d, %d, %d, %d, %d, %d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:candidate_nr_index -> sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:candidate_sched_compatibility -> sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:user %d -> (%d, %d, %d, %d, %d, %d, %d, %d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:candidate_best_nss -> sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:user %d -> ( %d, %d, %d, %d, %d, %d, %d ,%d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:candidate_rc_mode -> sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:tputs for this group id(1500-3000 Mbps) -> (%d, %d, %d, %d, %d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:tputs for this group id (0 - 1500 Mbps)-> (%d, %d, %d, %d, %d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:cd_num_entries -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:Group_id: %d sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:num_mu_mimo_candidate(9-16 users)-> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT : ulmu_mimo_grp_stats:num_mu_mimo_candidate(0-8 users)-> ( %d, %d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_mimo_tputs_observed (1500-3000Mbps) (%d, %d, %d, %d, %d) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_mimo_tputs_observed (0-1500Mbps)> (%d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_grp_best_num_users -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ulmu_mimo_grp_stats:mu_grp_best_grp_size -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT: ineligibility counter = %u history based ineligibility = %u sched_algo_dbg.c:ULMU_PRINT: PPDU Duration[%u us] Total trigger %u:%u sched_algo_dbg.c:ULMU_PRINT: Total Txop %u: %u sched_algo_dbg.c:ULMU_PRINT: Num Triggers %u: %u sched_algo_dbg.c:DYN_MIMO_PS num_users_posted [%u]: %u sched_algo_dbg.c:DYN_MIMO_PS num_dyn_mimo_ps_users [%u]: %u sched_algo_dbg.c:DYN_MIMO_PS num_seq_posted: %u sched_algo_dbg.c:CV_UPLOAD cv_no_txbf_setup : %u sched_algo_dbg.c:CV_UPLOAD cv_pkt_bw_exceed : %u sched_algo_dbg.c:CV_UPLOAD cv_update_failed : %u sched_algo_dbg.c:CV_UPLOAD cv_expiry_in_update : %u sched_algo_dbg.c:CV_UPLOAD cv_nc_idx_mismatch : %u sched_algo_dbg.c:CV_UPLOAD cv_dma_not_done_err : %u sched_algo_dbg.c:CV_UPLOAD cv_invalid_peer_id : %u sched_algo_dbg.c:CV_UPLOAD cv_frag_idx_mismatch : %u sched_algo_dbg.c:CV_UPLOAD cv_fcs_err : %u sched_algo_dbg.c:AC_DBG: Counters Data Txq : %d, Other Txq: %d, i/p max_sched_cmd < pending sched_cmds: %d, default %d sched_algo_dbg.c:AC_DBG: Requests BE: %d, BK: %d, VI: %d, VO: %d sched_algo_dbg.c:STANDALONE SEND MSG FAILED sched_algo_dbg.c:STANDALONE SEND MSG SUCCESSFUL sched_algo_dbg.c:STANDALONE INVALID SW PEER ID %d sched_algo_dbg.c:SU_STATS_DBG: num_su_only_scheduled: BK: %d | BE = %d | VI = %d | VO = %d sched_algo_dbg.c:SU_STATS_DBG: num_su_multi_dest_scheduled: BK: %d | BE = %d | VI = %d | VO = %d sched_algo_dbg.c:SU_STATS_DBG: ---Cleared all SU Multi Destination and SU Only stats--- sched_algo_dbg.c:SU_STATS_DBG: usage: wifitool athX setUnitTestCmd 0x47 3 258 < 0 / 1 > sched_algo_dbg.c:SCHED_CMD_DBG: AVG Tx: %d, AVG legacy Rx %d, AVG HE Rx: %d rx < tx | rx < ax_rx: %d, rx > tx -> 1. With pending sched cmds %d 2. No sched cmd %d sched_algo_dbg.c:TXBF_DBG 0_100:%d, 100_300:%d, 300_700:%d, 700_1500:%d, 1500_above:%d sched_algo_dbg.c:TXBF_DBG sw_peer_id = %u, dcache_peer->sched_bin_cnt: %d, g_disable_txbf_cnt:%d sched_algo_dbg.c:dl_mu_mimo_my_cv_sync g_dbg_mu_cv_sync_counter: %u, g_dbg_mu_cv_sync_counter_invalid_idx: %u. sched_algo_dbg.c:PARTIAL_SND_STATS: : MU4 1:%u 2:%u 3:%u 4:%u sched_algo_dbg.c:PARTIAL_SND_STATS: : MU3 1:%u 2:%u 3:%u sched_algo_dbg.c:PARTIAL_SND_STATS: : MU2 1:%u 2:%u sched_algo_dbg.c:UL_SCHED_DEC_STATS: ac: %u, count: %u, latency_sensitive: %u, psd_boost: %u, collision_reduction: %u sched_algo_dbg.c:effective_tput_gain_factor: %u. sched_algo_dbg.c:STANDALONE INVALID SW PEER ID cmd num %d pdev id %d sw peer id %d sched_algo_dbg.c:STANDALONE cmd num %d pdev id %d sw peer id %d sched_algo_dbg.c:ATM: Eligibility counters 0: %d, 1: %d, 2: %d, 3: %d sched_algo_dbg.c:ATM: ERR_STATS Ivalid grp_id %d, Invalid group %d, Invalid group units %d, Invalid peer %d sched_algo_dbg.c:ATM: group_id %d, group_units %d, flags %d, wmm_be_units %d, wmm_bk_units %d, wmm_vo_units %d, wmm_vi_units %d sched_algo_dbg.c:ULMU_PRINT, Target_RSSI_per_AID_bin, %d, %d: %d sched_algo_dbg.c:ULMU_PRINT, FDRSSI_per_AID_nss_bin, %d, %d, %d: %d sched_algo_dbg.c:ULMU_PRINT, mcs_6_11_per_AID, 6, 6:%d, 7:%d, 8:%d, 9:%d, 10:%d, 11:%d sched_algo_dbg.c:ULMU_PRINT, mcs_0_5_per_AID, 6, 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d sched_algo_dbg.c:ULMU_PRINT, mcs_6_11_per_AID, 5, 6:%d, 7:%d, 8:%d, 9:%d, 10:%d, 11:%d sched_algo_dbg.c:ULMU_PRINT, mcs_0_5_per_AID, 5, 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d sched_algo_dbg.c:ULMU_PRINT, mcs_6_11_per_AID, 4, 6:%d, 7:%d, 8:%d, 9:%d, 10:%d, 11:%d sched_algo_dbg.c:ULMU_PRINT, mcs_0_5_per_AID, 4, 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d sched_algo_dbg.c:ULMU_PRINT, mcs_6_11_per_AID, 3, 6:%d, 7:%d, 8:%d, 9:%d, 10:%d, 11:%d sched_algo_dbg.c:ULMU_PRINT, mcs_0_5_per_AID, 3, 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d sched_algo_dbg.c:ULMU_PRINT, mcs_6_11_per_AID, 2, 6:%d, 7:%d, 8:%d, 9:%d, 10:%d, 11:%d sched_algo_dbg.c:ULMU_PRINT, mcs_0_5_per_AID, 2, 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d sched_algo_dbg.c:ULMU_PRINT, mcs_6_11_per_AID, 1, 6:%d, 7:%d, 8:%d, 9:%d, 10:%d, 11:%d sched_algo_dbg.c:ULMU_PRINT, mcs_0_5_per_AID, 1, 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d sched_algo_dbg.c:ULMU_PRINT, FDRSSI_per_usr_nss_bin, %d, %d, %d: %d sched_algo_dbg.c:pdev %d rx_ps_fifo_drop %d sched_algo_dbg.c:pdev %d not initialized sched_algo_dbg.c:SCHED_RU_ALLOC_DBG: g_dbg_ul_ofdma_160mhz_ru_war.peers_eligible_ul_ofdma: %d sched_algo_dbg.c:SCHED_RU_ALLOC_DBG: g_dbg_ul_ofdma_160mhz_ru_war.peers_ineligible_ul_ofdma: %d sched_algo_dbg.c:SCHED_RU_ALLOC_DBG: g_dbg_ul_ofdma_160mhz_ru_war.peers_ineligible: %d sched_algo_dbg.c:SCHED_RU_ALLOC_DBG: g_sched_algo_cfg.dbg.cnt.sched_mode_disabled[%d]: %d sched_algo_dbg.c:SCHED_RU_ALLOC_DBG: g_sched_algo_cfg.dbg.cnt.ul_mode_allocation_failed: %d sched_algo_dbg.c:SCHED_RU_ALLOC_DBG: g_sched_algo_cfg.dbg.cnt.dl_mode_allocation_failed: %d sched_algo_dbg.c:mu_mimo_grp_stats:mu_grp_eligible -> %d sched_algo_dbg.c:mu_mimo_grp_stats:mu_grp_ineligible -> %d sched_algo_dbg.c:mu_mimo_grp_stats: mu_grp_invalid -> (%d, %d, %d, %d, %d, %d, %d, %d %d ) sched_algo_dbg.c:mu_mimo_grp_stats:user %d ->( %d, %d, %d, %d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:mu_group_eligible_skip -> sched_algo_dbg.c:mu_mimo_grp_stats:cd_num_eligible -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:user %d -> ( %d, %d, %d, %d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:candidate_nr_index -> sched_algo_dbg.c:mu_mimo_grp_stats:candidate_sched_compatibility -> sched_algo_dbg.c:mu_mimo_grp_stats:user %d -> ( %d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:candidate_sched_type -> sched_algo_dbg.c:mu_mimo_grp_stats:user %d -> (%d, %d, %d, %d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:candidate_best_nss -> sched_algo_dbg.c:mu_mimo_grp_stats:user %d -> ( %d, %d, %d, %d, %d, %d, %d ,%d) sched_algo_dbg.c:mu_mimo_grp_stats:candidate_rc_mode -> sched_algo_dbg.c:mu_mimo_grp_stats:tputs for this group id(1500-3000 Mbps) -> (%d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:tputs for this group id (0 - 1500 Mbps)-> (%d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:cd_num_entries -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:Group_id: %d sched_algo_dbg.c:mu_mimo_grp_stats:sched_type -> (%d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:num_mu_mimo_candidate_nr8 -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:num_mu_mimo_candidate_nr4 -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:num_mu_mimo_candidate(9-16 users)-> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:num_mu_mimo_candidate(0-8 users)-> ( %d, %d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:mu_mimo_tputs_observed (1500-3000Mbps) (%d, %d, %d, %d, %d) sched_algo_dbg.c:mu_mimo_grp_stats:mu_mimo_tputs_observed (0-1500Mbps)> (%d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:mu_grp_best_num_users -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:mu_mimo_grp_stats:mu_grp_best_grp_size -> (%d, %d, %d, %d, %d, %d, %d, %d ) sched_algo_dbg.c:ULMU_PRINT, mpdu_fail_per_AID, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d sched_algo_dbg.c:ULMU_PRINT, mpdu_ok_per_AID, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d sched_algo_dbg.c:ULMU_PRINT, dl_cnt[4-7] %d, %d, %d, %d ul_cnt[4-7] %d, %d, %d, %d sched_algo_dbg.c:ULMU_PRINT, dl_cnt[0-3] %d, %d, %d, %d ul_cnt[0-3] %d, %d, %d, %d sched_algo_dbg.c:ULMU_PRINT, ul_bsr_cnt %d, total_cnt %d sched_algo_dbg.c:ULMU_PRINT, Avg_Target_RSSI AID - 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d, 7:%d, 8:%d sched_algo_dbg.c:ULMU_PRINT, Avg_FDRSSI_AID NSS:1 - 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d, 7:%d, 8:%d sched_algo_dbg.c:ULMU_PRINT, Avg_FDRSSI_AID NSS:0 - 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d, 7:%d, 8:%d sched_algo_dbg.c:ULMU_PRINT, Avg_FDRSSI NSS:1 - 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d, 7:%d sched_algo_dbg.c:ULMU_PRINT, Avg_FDRSSI NSS:0 - 0:%d, 1:%d, 2:%d, 3:%d, 4:%d, 5:%d, 6:%d, 7:%d sched_algo_dbg.c:SCHED_LOGS: Last populated index TxScheduleCmd = %u, PPDUCompletion = %u sched_algo_dbg.c:SCHED_LOGS: peer_aid = %u, ru_size = %u, rtxop = %u, ppdu_duration = %u, nss_usr = %u, BW = %u sched_algo_dbg.c:SCHED_LOGS: PPDU_COMPLETION sched_algo_dbg.c:SCHED_LOGS: peer_aid = %u, weight = %u, OFDMA_status = %d, ru_width = %u sched_algo_dbg.c:SCHED_LOGS: Tx_SCHEDULE_CMD Tx mode = %u sched_algo_dbg.c:SCHED_LOGS: Peer AID %d: num_schedules = %d, ppdus_queued = %d, mpdus_enqueued = %d, mpdus_failed = %d sched_algo_dbg.c:ac_mu_mimo : Num schedules with num_users as %d : %d sched_algo_dbg.c:ac_mu_mimo : Num_users %d Per user txtime user%d_bin_%d - %d : %d sched_algo_dbg.c:SCHED_LOGS: last scheduled peer ids %d, %d, %d, %d, %d sched_algo_dbg.c:SCHED_LOGS: Pdev id %d, txq %d, last sched order idx %d sched_algo_dbg.c:SCHED_LOGS: peer id %d sched_algo_dbg.c:SCHED_LOGS: Registered tids in txq %d list %d sched_algo_dbg.c:SCHED_LOGS: Num active tids in txq %d %d, %d, %d, %d sched_algo_dbg.c:Resetting ATF stats sched_algo_dbg.c:peer %d, mac %x %x, tx resource consumption %u, rx resource consumption %u, atf units: expected %d actual %d sched_algo_dbg.c:self sched_algo_dbg.c:bss sched_algo_dbg.c:atf vdev %d sched_algo_dbg.c:atf pdev %d tx resource consumption %d, rx resource consumption %d sched_algo_dbg.c:ATF stats sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, MSDU Bandwidth: %d bits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, MSDU Bandwidth: %d Kbits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, MSDU Bandwidth: %d.%03d Mbits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, MSDU Bandwidth: %d.%03d Gbits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, Bandwidth: %d bits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, Bandwidth: %d Kbits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, Bandwidth: %d.%03d Mbits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, Bandwidth: %d.%03d Gbits/sec sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, airtime: %d us, total Duration: %d.%03d s, Duration_percent: %d sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, airtime: %d.%03d ms, total Duration: %d.%03d s, Duration_percent: %d sched_algo_dbg.c:Tput Monitor tid_mask: 0x%x peer_id: %d, airtime: %d.%03d s, total Duration: %d.%03d s, Duration_percent: %d sched_algo_dbg.c:AMSDU_DEBUG_TBL: rix=%d preamble=%d nss=%d mcs=%d gi=%d amsdu_64=%d amsdu_128=%d bw=%d rate_kbps=%d sched_algo_dbg.c:AMSDU_DEBUG_CALC: rix=%d preamble=%d nss=%d mcs=%d gi=%d amsdu_64=%d amsdu_128=%d bw=%d rate_kbps=%d sched_algo_dbg.c:Charter Carrier NA in ATF DISABLE sched_algo_twt.c:twt_dbg: twt_update_start_end_time peer_id=%u, start_time=%u, end_time=%u, flags=0x%x, valid=%u sched_algo_twt.c:twt_dbg: twt_scheduler_timer:peer_id=%u, peer_end_tsf msb=%u, lsb=%u, twt_qid=%d sched_algo_twt.c:twt_dbg: twt_scheduler_timer1: 5ghz=%d, next_slot_idx=%d, next_slot_start msb=%u, lsb=%u sched_algo_twt.c:twt_dbg: twt_scheduler_timer1: tsf_now_msb=%u, lsb=%u, curr_slot_idx=%d, curr_slot_start msb=%u, lsb=%u sched_algo_twt.c:twt_dbg: twt_construct_cl_super_cycle peer_id=%u sched_algo_twt.c:twt_dbg: twt_construct_cl_super_cycle:peer_id=%u, START_TSF msb=%u, lsb=%u, peer_end_tsf msb=%u, lsb=%u sched_algo_twt.c:twt_dbg: sched_algo_twt_sp_info_update_triggered_super_cycle peer_id=%u sched_algo_twt.c:twt_dbg: sched_algo_twt_sp_info_update peer_id=%u, is_announced=%d, is_ul_received=%d sched_algo_twt.c:twt_dbg: twt_peer_register g_dbg_disable_triggers_from_wmm_txq = %u; peer->is_wmm_txq_ul_trig_disabled = %u sched_algo_twt.c:twt_dbg: twt_peer_register peer_id=%u, twt_peer_count=%u sched_algo_twt.c:twt_dbg: twt_peer_unregister peer_id=%u, twt_peer_count=%u, peer_twt_state=0x%x sched_algo_twt.c:twt_dbg_eosp: check_eosp_eligibility:tid_num=%u, inactivity_time_us=%u, last_activity_ts=%u, frms_swq=%u, frms_hwq=%u, is_eosp_eligible=%u,elapsed_time=%u, remaining_time=%u sched_algo_ul_mumimo.c:UL_MUMIMO_PIH_DBG, After PIH, AID:%d, target_rssi:%d, nss:%d, mcs:%d sched_algo_ul_mumimo.c:UL_MUMIMO_PIH_DBG, mcs dropped for weak user AID:%d, delta_pwr:%d, old_mcs:%d, new_mcs:%d sched_algo_ul_mumimo.c:UL_MUMIMO_PIH_DBG, Power dropped for strong user, strong_user_AID:%d, intf_adjust_pwr:%d, old_pwr:%d, new_pwr:%d, mcs:%d, remaining_delta:%d sched_algo_ul_mumimo.c:UL_MUMIMO_PIH_DBG, Use UPH for weak user, weak_user_AID:%d, nss:%d, mcs:%d, max_delta_pwr:%d, tolerable_imb:%d, uph:%d sched_algo_ul_mumimo.c:UL_MUMIMO_PIH_DBG, Before PIH, AID:%d, nss:%d, mcs:%d, target_rssi:%d, uncapped_target_rssi:%d, uph:%d sched_algo_ul_mumimo.c:UL_MUMIMO_DBG allocate2: ru_size_40=%d, ru_index_40=%d, ru_size_80=%d, ru_index_80=%d, stream_offset_40=%d, stream_offset_80=%d sched_algo_ul_mumimo.c:UL_MUMIMO_DBG allocate1: peer=0x%x, tid_num=%d, tx_bw_mask=0x%x, ru_size_20=%d, ru_index_20=%d, stream_offset_20=%d sched_algo_ulmu_grouping.c:UL_MUMIMO_DBG: sched_algo_construct_ulmu_candidate_table. number of entries added %d sched_algo_ulmu_grouping.c:UL_MUMIMO_DBG: sched_algo_construct_ulmu_candidate_table. group size %d, max_intf_nss %d, rc_mode_max %d sched_algo_ulmu_grouping.c:UL_MUMIMO_DBG: max_mu_grp_sz: %d sched_algo_ulmu_grouping.c:UL_MUMIMO_DBG: truncate UL MU-MIMO candidate list. num_entries %d sched_algo_qos_result.c:ofdma_user_cap: tx_mode: %d, num_users: %d, sta_count_having_short_payload: %d, ul_sta_count_having_low_mcs: %d, truncate_candidate_list: %d sched_algo_qos_result.c:freq_bsrp_dbg: ru_alloc : ru_size_40=%d, ru_index_40=%d, ru_size_80=%d, ru_index_80=%d sched_algo_qos_result.c:freq_bsrp_dbg: ru_alloc : peer_id=%d, tid_num=%d, pat_mask=0x%x, max_bw : %d ru_size_20=%d, ru_index_20=%d sched_algo_qos_result.c:freq_bsrp_dbg: check_bw : drop_users : pri_max_bw : %d sec_max_bw : %d sched_algo_qos_result.c:ul_dbg_passed_ru_alloc_2: ru_size_40=%d, ru_index_40=%d, ru_size_80=%d, ru_index_80=%d sched_algo_qos_result.c:ul_dbg_passed_ru_alloc: peer=0x%x, tid_num=%d, pat_mask=0x%x, ru_size_20=%d, ru_index_20=%d sched_algo_qos_result.c: ul_ppdu_count %d sched_algo_qos_result.c:Per user txtime user%d : %d sched_algo_txbf.c:cbf_mimo_ctrl NC index mismatch. SW_PEER_ID: %u, PEER_NC: %u, CV_NC: %u, Total Mismatch: %u. sched_algo_txbf.c:cbf_mimo_ctrl NR %x, NC %x, FB %x, BW_FP %x, NG %x, CB %x, BUF_IDX %u, ASNR %x. sched_algo_txbf.c:cbf_mimo_ctrl SW Peer ID %x, Preamble %x, BUF_IDX %x. sched_algo_txbf.c:cv_upload_dma invalid SW peer ID cv_buf->sw_peer_id 0x%x pdev_id %d sched_algo_muedca.c:MU_EDCA_DEBUG: ULMU- AIFS for VI = %u, CWMIN = %u sched_algo_muedca.c:MU_EDCA_DEBUG: ULMU- AIFS for BE = %u, CWMIN = %u, num_ax_sta: %u, num_legacy_sta: %u, num_non_ulmu_cap_sta: %u sched_algo_muedca.c:MU_EDCA_DEBUG: AIFS for VI = %u, CWMIN = %u sched_algo_muedca.c:MU_EDCA_DEBUG: AIFS for BE = %u, CWMIN = %u, num_ax_sta: %u, num_legacy_sta: %u sched_algo_muedca.c:MU_EDCA_DEBUG: tune_edca_parameters: applying config to ac %d, old aifs: %d, new aifs: %d, old cwmin: %d, new cwmin: %d sched_algo_muedca.c:MU_EDCA_DEBUG: tune_edca_parameters: trig_capable_user_count: %d, non_trig_capable_user_count: %d, non_ulmu_trig_capable_user_count: %d, rx_loading_pct: %d, curr_state: %d, new_state: %d sched_algo_muedca.c:UL_MU_DISABLE_DBG - Re-enabling UL MU Triggers sched_algo_muedca.c:UL_MU_DISABLE_DBG - Disabling UL MU Triggers sched_algo_muedca.c:MU_EDCA_DEBUG: OFDMA case MU-EDCA tuning - Trigger Status = %u for AC = %u sched_algo_muedca.c:MU_EDCA_DEBUG: compute_mu_edca_params: ac: %d, trig_capable_user_count: %d, non_trig_capable_user_count: %d, num_ulmu_non_cap_ax_sta: %d, rx_loading_pct: %d, num_mumimo_txop %d, ul_ppdu: %d, ul_tcp_ppdu: %d sched_algo_muedca.c:MU_EDCA_DEBUG: aifsn be = %u, bk = %u, vi = %u, vo = %u sched_algo_muedca.c:MU_EDCA_DEBUG: Sending WMI MESSAGE sched_algo_muedca.c:MU_EDCA_DEBUG: ac: %d, aifs_n: %d, cw_min: %d, cw_max: %d sched_algo_muedca.c:MU_EDCA_DEBUG: Current OFDMA Trigger Status = %u for AC = %u sched_algo_muedca.c:MU_EDCA_DEBUG: Running Dynamic MU EDCA update sched_algo_tx_mode.c:Candidate list: Num entries = %d, TX_MODE = %d sched_algo_tx_mode.c:Duration based selected tx mode %d => tx latency %d : Max users %d candidate_list->num_entries %d chan_access_let %d sched_algo_tx_mode.c:Duration based num_txop %d, over_head %d, avg_chan_acc_lat_us %d, gain %d, total_latency %d sched_algo_tx_mode.c:Duration based tx_mode %d, total_psdu_time %d, avg_su_psdu_dur %d, adj_avg_psdu_dur %d, txop_duration %d, max_avg_psdu_dur %d, total_psdu %d sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: aid: %d, psd_boost_phy_rate_max: %d, phy_rate_estimate %d sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: aid: %d, psd_boost_ref_phy_rate: %d, ul_max_nss: %d, ul_max_bw: %d sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: aid: %d, cur_time_ms: %d, ul_su_update_time: %d, ul_ofdma_trig_time: %d sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: aid: %d, cur_time_ms: %d, use_ul_su_phy_rate: %d, avg_ul_su_phy_rate: %d, rix: %d, phy_rate_kbps: %d sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: num_entries: %d, lowq_users: %d, highq_low_mcs_users: %d sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: aid: %d, avg_txtime_us: %d, avg_ul_qdepth_bytes: %d, txtime_us: %d, qdepth_bytes: %lu sched_algo_tx_mode.c:OFDMA_SCHED_DECISION: num_entries: %d sched_algo_tx_mode.c:UL_MUMIMO_DBG, select UL MU-MIMO candidate list. num_frms %d, txtime_us %d sched_algo_tx_mode.c:ul_dbg_populate_bsr_CTL: tid_num=%d, tidq=0x%x, sch_inp_lsb=%d,%d last_bsr_lsb=%d, trigger_timeout_ms=%d sched_algo_tones_li.c:tone out of index: preamble:%x, cbf_bw:%x,pkt_bw:%x, ng:%x sched_algo_tones_li.c:tone out of index: preamble:%x,cbf_bw:%x,pkt_bw:%x, ng:%x hca_HwComponentBbLithium_pcss_ipc.cpp:PcssIpcRingIRQHandler: PS Mode, ignoring IPC Ring IRQ! phyId:%d hca_HwComponentBbLithium_debug.cpp:PHYDBG disabled hca_HwComponentBbLithium_debug.cpp:PHYDBG DISABLE: HcaHwComponentBbLithium_debug::PHYDBG_disable hca_HwComponentBbLithium_debug.cpp:PHYDBG capture stopped hca_HwComponentBbLithium_debug.cpp:PHYDBG::Dump::Capture enable clear-Timeout hca_HwComponentBbLithium_debug_core.cpp:%s skipping bank %d hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_TRIGGER_1_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_TRIGGER_0_U 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_TRIGGER_0_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_MODE_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_WFAX_PHYRF_PHYRF_ACTIVATION_CTRL_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_PHYRF_TX_PRE_DESC_WR_1_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_PLAYBACK_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_PLAYBACK_U 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_CAPTURE_L 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG_CAPTURE_U 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG UWod 0x%lx hca_HwComponentBbLithium_debug_core.cpp:PHYDBG LWod 0x%lx phyrf_ani.c:ANI_LOG PHY Id %d DL_MAX value =%d phyrf_ani.c:ANI_LOG: PHY Id %d ETSI Domain - maxNFInDBm=%d, DL_MAX value =%d phyrf_ani.c:ANI NFREAD%d PHYID=%d NFInDBr=%d NFToDBm=%d maxNumChain=%d maxNFInDBm=%d phyrf_ani.c:ANI_EDCCA_PHYID%d NFBDF=%d NFRUNTIME=%d DELTA=%d txChainMask=0x%x rxChainMask=0x%x phyrf_ani.c:ANI_EDCCA_PHYID%d CHAIN%d NFBDF=%d NFRUNTIME=%d phyrf_ani.c:ANI_DUMP_PHYID%d DL_OFDM %d DL_MIN %d DL_MAX %d phyrf_ani.c:ANI_DUMP_PHYID%d DL_OFDM %d DL_CCK %d DL_MIN %d DL_MAX %d phyrf_ani.c:ANI_DUMP_PHYID%d READ AND CACHE VREG VALUES phyrf_ani.c:ANI_API_PHYID%d API: ANI CONFIGURE phyrf_ani.c:ANI_DUMP_PHYID%d RESTORE DL to %d, prev DL OFDM %d, difftime %d, ANI trigger %d phyrf_ani.c:ANI_LOG GetListenTime=%d phyrf_ani.c:ANI_DUMP_PHYID%d DISABLED %d phyrf_ani.c:ANI_DUMP_PHYID%d ENABLED %d phyrf_ani.c:ANI_LOG PHYA POLL %dms LISTEN %dms: OFDM %d LSIG %d SIZ1 %d M %d OFDM_DL -%d phyrf_ani.c:ANI_LOG PHYA POLL %dms LISTEN %dms: OFDM %d LSIG %d SIZ1 %d M %d OFDM_DL %d phyrf_ani.c:ANI_LOG PHYA1 POLL %dms LISTEN %dms: OFDM %d LSIG %d SIZ1 %d M %d OFDM_DL %d phyrf_ani.c:ANI_LOG PHYA0 POLL %dms LISTEN %dms: OFDM %d LSIG %d SIZ1 %d M %d OFDM_DL %d phyrf_ani.c:ANI_LOG PHYA1 POLL %dms LISTEN %dms: OFDM %d LSIG %d SIZ1 %d M %d OFDM_DL -%d phyrf_ani.c:ANI_LOG PHYA0 POLL %dms LISTEN %dms: OFDM %d LSIG %d SIZ1 %d M %d OFDM_DL -%d phyrf_ani.c:ANI_LOG PHYB POLL %dms LISTEN %dms: OFDM %d LSIG %d CCK %d SIZ1 %d M %d OFDM_DL -%d phyrf_ani.c:ANI_LOG PHYB POLL %dms LISTEN %dms: OFDM %d LSIG %d CCK %d SIZ1 %d M %d OFDM_DL %d phyrf_ani.c:ANI_DUMP PHYID%d ramp_down_time %dms phyrf_ani.c:ANI_DUMP PHYID%d ramp_up_time %dms phyrf_ani.c:ANI_DUMP DECREMENTING DESENSE LEVEL phyrf_ani.c:ANI_DUMP_PHYID%d CONSECUTIVE LESS ERROR NEW DL %d phyrf_ani.c:ANI_DUMP_PHYID%d CONSECUTIVE ERROR, INCREMENTING DESENSE LEVEL phyrf_ani.c:ANI_DUMP_PHYID%d ERROR RATE > %d PERCENT NEW DL %d phyrf_ani.c:ANI_DUMP_PHYID%d ERROR RATE < %d PERCENT phyrf_ani.c:ANI_DUMP LISTEN_TIME=%d, log_cnt=%d tx %d, rx %d phyrf_ani.c:ANI_EDCCA_PHYID%d raw_nfdelta=%d pedccaParam->curr_delta=%d phyrf_ani.c:ANI_LOW_POWER_CNTR_PHYID%d cycleCnt %d txFrameCnt %d rxframecnt %d rxClearCnt %d time %d phyrf_ani.c:ANI_DUMP_PHYID%d listen time %d retflag %d phyrf_ani.c:ANI_DUMP_PHYID%d CYCLE_CNT %d time %d phyrf_ani.c:ANI_LOW_POWER_CNTR_PHYID%d rxClearCnt %d ccaCntr0 %d time %d phyrf_ani.c:ANI_DUMP_PHYID%d ofdmPhyErrCnt %d lsigPhyErrCnt %d cckPhyErrCnt %d sizing1 %d phyrf_ani.c:ANI_TIME_PHYID%d CUR_TIME=%d PREV_TIME=%d DIFF_TIME=%d phyrf_ani.c:ANI_CHANNEL_CHANGE - clear ANI histogram counters phyID=%d ,size=%d phyrf_ani.c:ANI_CHANNEL_CHANGE - resetCause=%x phyrf_ani.c:ANI_LOG PHY%d ANI_RESET phyrf_ani.c:Error: phyrf_ani_AniReset: phyId %d is INVALID phyrf_ani.c:Error: phyrf_ani_AniReset: pHandle is NULL phyrf_ani.c:ANI_LOG - phyrf_ani_EnableAni - g_ani_enable=%d phyrf_ani.c:ANI_LOG- phyrf_ani_SendWmiStatus -ani_wmi_evt_cb=%p phyrf_ani.c:ANI_LOG- phyrf_ani_SetWmiTimestamp- Invalid cmd_evt value =%d phyrf_ani.c:ANI_LOG PHYID%d SetAniListenPeriod %d phyrf_ani.c:ANI_LOG PHYID%d SetAniPollPeriod %d phyrf_ani.c:ANI_DUMP_PHYID%d GET ANI STATE %d phyrf_ani.c:ANI_LOG PHY Id %d SetAniOfdmImmunLevel g_ani_trigger=%d, pAniParam->dl_ofdm=%d phyrf_ani.c:ANI_LOG PHYID%d SetAniOfdmImmunLevel error : ANI Disabled.Cannot set OFDM level phyrf_ani.c:ANI_LOG PHY Id %d SetAniCckImmunLevel g_ani_trigger=%d, pAniParam->dl_cck=%d phyrf_ani.c:ANI-VREG-ERR - Invalid Error TYPE = %x phyrf_ani.c:ANI-VREG-ERR |%12u|%14u|%16u|%9u|%12u|%12u|%19u|%14u phyrf_ani.c:ANI-VREG-ERR |VOTING_FAIL |WEAK_DET_FAIL |STRONG_SIG_FAIL |CCK_FAIL |POWER_SURGE |BTCF_TIMING |BTCF_PACKET_DETECT |COARSE_TIMEOUT phyrf_ani.c:ANI-VREG-ERR |%11u|%13u|%13u|%12u|%9u|%11u|%5u|%5u|%5u phyrf_ani.c:ANI-VREG-ERR |LSIG_ERROR | HTSIG_ERROR |VHTSIG_ERROR |HESIG_ERROR |RXTD_OTA |RXTD_FATAL |TXFD |TXTD |PHYRF phyrf_ani.c:ANI-VREG-ERR |%24u|%24u|%24u|%25u|%25u|%23u phyrf_ani.c:ANI-VREG-ERR |RX_PKT_CRC_PASS_CNT_11A |RX_PKT_CRC_PASS_CNT_11B |RX_PKT_CRC_PASS_CNT_11N |RX_PKT_CRC_PASS_CNT_11AC |RX_PKT_CRC_PASS_CNT_11AX |RX_PKT_CRC_PASS_CNT_GF phyrf_ani.c:ANI-VREG-ERR |%15u|%15u|%15u|%16u|%16u|%14u phyrf_ani.c:ANI-VREG-ERR |RX_PKT_CNT_11A |RX_PKT_CNT_11B |RX_PKT_CNT_11N |RX_PKT_CNT_11AC |RX_PKT_CNT_11AX |RX_PKT_CNT_GF phyrf_ani.c:ANI-VREG-ERR |%20u|%13u|%13u|%14u|%13u|%14u|%18u|%13u|%13u phyrf_ani.c:ANI-VREG-ERR |rx_ofdma_timing_err | rx_cck_fail |mac_tx_abort | mac_rx_abort |phy_tx_abort | phy_rx_abort | phyrf_defer_abort| sizing1_evt | sizing2_evt phyrf_ani.c:ANI-VREG-ERR Channel-frequency (Mhz) =%d phyrf_ani.c:ANI-VREG-ERR collection_interval = 1second phyrf_ani.c:ANI-VREG-ERR collection_interval = %d ms phyrf_ani.c:ANI-VREG-ERR Latest index in histogram =%d phyrf_ani.c:ANI-VREG-ERR phyId=%d phyrf_ani.c:ANI-VREG-ERR LIST phyrf_ani.c:ANI-VREG-ERR Invalid ANI hist types =%d phyrf_ani.c:phyrf_ani_GetCckLevel (ANI not enabled) phyID=%d, g_ani_enable[%d]=%d phyrf_ani.c:phyrf_ani_GetOfdmLevel (ANI not enabled) phyID=%d, g_ani_enable[%d]=%d phyrf_ani.c:phyrf_ani_GetCckLevel (Invalid PHY_ID) phyID=%d phyrf_ani.c:phyrf_ani_GetOfdmLevel (Invalid PHY_ID) phyID=%d phyrf_bdf.c:GetCurrentTempInDegC ::: phyId = %d Updating Temperature phyrf_bdf.c:GetCurrentTempInDegC ::: phyId = %d phy reset in progress phyrf_bdf.c:DumpTpcPerPacket: Get Rate Miscellaneous pwr TPC pwr = ch0=%d ch1=%d phy: %d phyrf_bdf.c:DumpTpcPerPacket: Get Rate regulatory pwr TPC pwr = ch0=%d ch1=%d phy: %d phyrf_bdf.c:DumpTpcPerPacket: Get Rate CTL pwr TPC pwr = ch0=%d ch1=%d phy: %d phyrf_bdf.c:DumpTpcPerPacket: Get Rate target pwr TPC pwr = ch0=%d ch1=%d phy: %d phyrf_bdf.c:DumpTpcPerPacket: rtIdx = %d numStreams %d numChains %d rateCode %d phyrf_bdf.c:MaxPwr tpc_max_tx %d phyrf_bdf.c:GetTpcMaxTxPwr: phyId %d txCM %d rcFlags 0x%x tpc_max_tx_power %d phyrf_bdf.c:phyrf_bdf_GetTpcMaxTxPwr :: Invalid Channel Frequency phyrf_bdf.c:Invalid SAR Index set for DBS_SAR Index: %d phyrf_bdf.c:Invalid SAR Index set for extended SAR for DBS_SAR Index: %d phyrf_bdf.c:Invalid SAR Index set Index: %d phyrf_bdf.c:Invalid SAR Index Index: %d phyrf_bdf.c:Invalid SAR Index set Index: %d phyrf_bdf.c:Invalid SAR Version set : %d phyrf_bdf.c: 2G SAR1PwrTbl2GExtResidentCh1[1][%d][%d] %d phyrf_bdf.c: 5G SAR1PwrTbl5GExtResidentCh1[1][%d][%d] %d phyrf_bdf.c: 2G SAR1PwrTbl2GExtResidentCh0[1][%d][%d] %d phyrf_bdf.c: 5G SAR1PwrTbl5GExtResidentCh0[1][%d][%d] %d phyrf_bdf.c: 2G SAR1PwrTbl2GExtResidentCh1[0][%d][%d] %d phyrf_bdf.c: 5G SAR1PwrTbl5GExtResidentCh1[0][%d][%d] %d phyrf_bdf.c: 2G SAR1PwrTbl2GExtResidentCh0[0][%d][%d] %d phyrf_bdf.c: 5G SAR1PwrTbl5GExtResidentCh0[0][%d][%d] %d phyrf_bdf.c:phyrf_bdf_ActivateSARLimitSet SAR version = %d, isDbsMode = %d, SARLimitIdx[chainNum] = %d phyrf_bdf.c:phyrf_bdf_ActivateSARLimitSet enable = %d, Index = %d, chainNum = %d phyrf_bdf.c:TPC: chans6G=%d phyrf_bdf.c:TPC: chans5G=%d phyrf_bdf.c:TPC: pTpcCalFreq=%d phyrf_bdf.c:TPC: isFbin is TRUE phyrf_bdf.c:phyrf_bdf_SetBoardCalVersion: SwCalVersion is zero, if MergeBDF() not executed due to NO-caldata in the board. phyrf_bdf.c:phyrf_bdf_SetBoardCalVersion: New CalVersion %d is programmed phyrf_cal.c:Periodic NFCAL for phyId %u, with phyoffPhyOn %u, cal time(ms) : %u reset_done %d phyrf_cal.c:phyrf_cal_log_calibration_stats : CAL_STATS periodicCalType %d cal_triggered_cnt: %d cal_fail_cnt: %d phyrf_cal.c:phyrf_cal_log_calibration_stats : CAL_STATS calProfile %d calType %d cal_triggered_cnt: %d cal_fail_cnt: %d cal_fcs_cnt: %d cal_fcs_fail_cnt: %d phyrf_cal.c:Periodic NFCAL for phyId %u, with phyoffPhyOn %u, start time(ms) : %u phyrf_cal.c:Skip Periodic NFCAL for phyId %d phyrf_cal.c:Periodic NFCAL timer stopped for phyId %u at time(ms) : %u phyrf_cal.c:Periodic NFCAL timer started for phyId %u at time(ms) : %u phyrf_cal.c:NFCAL at reset for phyId %u, cal time(ms) : %u phyrf_cal.c:NFCAL at reset for phyId %u, start time(ms) : %u phyrf_cal.c:AR_DEBUG :: Enabling ForceCal on phyId : 0x%x phyrf_cal.c:ReleaseAltTblIdx: Remap table 1 to table 0: (%d) phyrf_cal.c:in phyrf_cal_RunDPDCalibration : %d phyrf_cal.c:phyid %u, mhz %4u, f1 %4u, f2 %4u, phyMode %2u, calType %2u, calResult %3u phyrf_cal.c:cp_stats cal_type 0x%x cal_profile 0x%x isPeriodic %d cal_info 0x%x phyrf_cal.c:cp_stats param_tlv->pdev_ids %d mac_id %d phy_id %d phyrf_cal.c:cp_stats : total_num_cals %d num_pdev_ids_processed %d buf_length %d buf_ptr 0x%x phyrf_cal_sm.c::::::::: %d %d %d %d %d phyrf_cal_sm.c:Summary starts: calibration with globalCallingContext[%d]=%d phyrf_cal_sm.c:CALSM: globalCallingContext[%d]=%d, mhz=%d, freq1=%d, freq2=%d, phy_mode=%3d, txCM=%2X, Total_cal_time=%d us phyrf_cal_sm.c:TIADC_80=%d: calType=%d, ptr_phyrf_cal_sm_table->calTypeVarianceId=%d phyrf_cal_sm.c:ADC=%d: calType=%d, ptr_phyrf_cal_sm_table->calTypeVarianceId=%d phyrf_cal_sm.c::::: shortenPhyId=%d, callingContext = %d, Final doCalFlag = %d, docalFlagRxDCO = %d doCalFlagCombIQ = %d phyrf_cal_sm.c::::: shortenPhyId=%d, callingContext = %d, Final doCalFlag = %d, doCalFlagCombIQ = %d phyrf_cal_sm.c:CALSM: final calDBEnableSetting=%d, final CalTimeOutSetting = %d, final PersistentEnable = %d, ColdBootDfsCalEnable=%d phyrf_cal_sm.c:CALSM: %x, callingContext=%d, masterCalDbExist()=%d, isSBS=%d phyrf_cal_sm.c:CAL SM::: Phy mode=%d, IsTrue160supported=%d, bwcode=%d phyrf_caldb.c:Secondary effrfchnmask: Invalid chainmask config!!! phyrf_caldb.c:Listen effrfchnmask- Invalid chainmask config!!! phyrf_caldb.c:dual_lo_needed = %d phyrf_caldb.c:no skipping current cal on DFS channel in cold boot time phyrf_caldb.c:skipping current cal on DFS channel%d in cold boot time phyrf_caldb.c:isDFS = %d phyrf_caldb.c:Wow mode status: operation %d wow_mode_status (0: master calDB can be access) %d, wow entry cnt=%d phyrf_caldb.c:error: phyId %d is INVALID phyrf_caldb.c:error: pHandle is NULL phyrf_caldb.c:CALDB ERROR: illegal channel access detected! asserting here phyrf_caldb.c:ERROR: table index never found for frequency %d at %d bandwidth phyrf_caldb.c:CALDB :::: frequency=%d, bandw:%d calTypeIdx=%d, *mapToCalGroupIdx=%d, *rfsub =%d, *sequentialSubBandIdx=%d phyrf_caldb.c:CALDB ERROR: illegal band access detected! asserting here phyrf_caldb.c:CALDB ERROR: invalid band of %d phyrf_caldb.c:error: phyId not matched to system supported number of PHYs. phyrf_caldb.c:CALDB TEMPSEN::: phyId=%d, calType=%d rfChainMask = %d, chainIdx=%d, globalCallingContext=%d, UseAltTableAllowed=%d phyrf_caldb.c:Error: phyId %d is INVALID phyrf_caldb.c:Error: pHandle is NULL phyrf_caldb.c:RXDCO: rfsub=%d, mappedSubband=%d, finalIdx=%d, chainIdx=%d, chainIdxOffset=%d phyrf_caldb.c:RXDCO: dualLoNeeded=%d, phyId=%d, chainIdx=%d phyrf_caldb.c:SBS_PHYA1: SBS Val=%d phyrf_caldb.c:CALDB ::: CheckRXDCOForFCS [PRESENT_RECORD = INVALID] phyrf_caldb.c:CALDB ::: CheckRXDCOForFCS [PREVIOUS_RECORD != PRESENT_RECORD] phyrf_caldb.c:CALDB ::: CheckRXDCOForFCS [PREVIOUS_RECORD == PRESENT_RECORD] phyrf_caldb.c:CALDB ::: CheckCombCalForFCS [PRESENT_RECORD = INVALID] phyrf_caldb.c:CALDB ::: CheckCombCalForFCS [PREVIOUS_RECORD != PRESENT_RECORD] phyrf_caldb.c:CALDB ::: CheckCombCalForFCS [PREVIOUS_RECORD == PRESENT_RECORD] phyrf_caldb.c:CB::: CheckDpdMemForFCS() : %x, phyrf_caldb.c: previous hw tracking table %x , current tracking table %x tableValid %d CALDB_STATUS_VALID %d phyrf_caldb.c:CheckDpdMemForFCS() : maxChainIdx %d rfChainMask %d cur_tbl_idx %d subModeIndxFor80p80 %d phyId %d, chainIdx %d phyrf_caldb.c:CALDB::: IS_FTM_MODE() : %x, DISALBE_RESTORE_FOR_FTM is defined phyrf_caldb.c:updating_caldB_synopsis: COMBIQ, tableIdx=%d, chainIdx=%d, Addr=0x%08x, Valid=0x%08x phyrf_caldb.c:updating_caldB_synopsis: RXDCO, chainIdx=%d, Addr=0x%08x, Valid=0x%08x phyrf_caldb.c:updating_caldB_synopsis: [%d], phyID=%d, mHz=%d, f1=%d, f2=%d, phyMode=%d, fullResetTime(us)=%d phyrf_caldb.c:caldB_synopsis: No of coldboot channels : %d phyrf_caldb.c:caldB_synopsis: COMIQ Valid: 0x%08x 0x%08x phyrf_caldb.c:caldB_synopsis: COMIQ Addr : 0x%08x 0x%08x phyrf_caldb.c:caldB_synopsis: COMIQ Valid: 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: COMIQ Addr : 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: COMIQ Valid: 0x%08x 0x%08x, 0x%08x, 0x%08x, 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: COMIQ Addr : 0x%08x 0x%08x, 0x%08x, 0x%08x, 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: RXDCO Valid: 0x%08x 0x%08x phyrf_caldb.c:caldB_synopsis: RXDCO Addr : 0x%08x 0x%08x phyrf_caldb.c:caldB_synopsis: RXDCO Valid: 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: RXDCO Addr : 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: RXDCO Valid: 0x%08x 0x%08x, 0x%08x, 0x%08x, 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: RXDCO Addr : 0x%08x 0x%08x, 0x%08x, 0x%08x, 0x%08x 0x%08x, 0x%08x, 0x%08x phyrf_caldb.c:caldB_synopsis: [%d], phyID=%d, mHz=%d, f1=%d, f2=%d, phyMode=%d, fullResetTime(us)=%d phyrf_caldb.c:caldB_synopsis: phyId=%d calFileVersionID=0x%08x calFileRevisionID=0x%08x phyrf_caldb.c:CALDB_DEBUG: Frequency table dump Start Freq %u | End freq %u | Sequential Index %u | Master Index %u | TPC mapped freq %u phyrf_cbc.c:SBS_PHYA1: SBS Val=%d phyrf_cbc.c:CALDB_DEBUG: skipping the wrong channel for the radio : %d phyrf_cbc.c:cbc: ENABLE_CHANNEL_LIST_IN_BDF not defined: repeatLimit=%d phyrf_debug.c:Invalid or Unsupported halphy debug sub command: %d phyrf_debug.c:HALPHY DUMP: WIFITOOL issued with subcommand ID %d phyrf_debug.c:DEVCAPS_READ: pFreqRange->wireless_modes_ext = 0x%x phyrf_debug.c:DEVCAPS_READ: pFreqRange->high_5ghz_chan = %d phyrf_debug.c:DEVCAPS_READ: pFreqRange->low_5ghz_chan = %d phyrf_debug.c:DEVCAPS_READ: pFreqRange->high_2ghz_chan = %d phyrf_debug.c:DEVCAPS_READ: pFreqRange->low_2ghz_chan = %d phyrf_debug.c:DEVCAPS_READ: pFreqRange->wireless_modes = 0x%x phyrf_debug.c:DEVCAPS_READ: ppet5G.ppet16_8ru0_3[%d] = 0x%x phyrf_debug.c:DEVCAPS_READ: ppet2G.ppet16_8ru0_3[%d] = 0x%x phyrf_debug.c:DEVCAPS_READ: ppet5G.ruMask = 0x%x phyrf_debug.c:DEVCAPS_READ: ppet2G.ruMask = 0x%x phyrf_debug.c:DEVCAPS_READ: ppet5G.numNss_m1 = 0x%x phyrf_debug.c:DEVCAPS_READ: ppet2G.numNss_m1 = 0x%x phyrf_debug.c:DEVCAPS_READ: heCap5G.flag2 = 0x%x phyrf_debug.c:DEVCAPS_READ: heCap5G.flag1 = 0x%x phyrf_debug.c:DEVCAPS_READ: heCap5G.flag0 = 0x%x phyrf_debug.c:DEVCAPS_READ: heCap2G.flag2 = 0x%x phyrf_debug.c:DEVCAPS_READ: heCap2G.flag1 = 0x%x phyrf_debug.c:DEVCAPS_READ: heCap2G.flag0 = 0x%x phyrf_debug.c:DEVCAPS_READ: max_mubfee_vdev = %d phyrf_debug.c:DEVCAPS_READ: ampdu_density = %d phyrf_debug.c:DEVCAPS_READ: mode80211 = 0x%x phyrf_debug.c:DEVCAPS_READ: maxBandwidth = %d phyrf_debug.c:DEVCAPS_READ: supported_bands = %d phyrf_debug.c:DEVCAPS_READ: valid_rx_chain_mask_5G = 0x%x phyrf_debug.c:DEVCAPS_READ: valid_tx_chain_mask_5G = 0x%x phyrf_debug.c:DEVCAPS_READ: valid_rx_chain_mask_2G = 0x%x phyrf_debug.c:DEVCAPS_READ: valid_tx_chain_mask_2G = 0x%x phyrf_debug.c:DEVCAPS_READ: chainMaskTblId = %d phyrf_debug.c:DEVCAPS_READ: sm_ps = 0x%x phyrf_debug.c:DEVCAPS_READ: stbc_tx = %d phyrf_debug.c:DEVCAPS_READ: stbc_rx = %d phyrf_debug.c:DEVCAPS_READ: ldpc_tx = %d phyrf_debug.c:DEVCAPS_READ: ldpc_rx = %d phyrf_debug.c:DEVCAPS_READ: OTP Bits/Config = 0x%x phyrf_debug.c:DEVCAPS_READ: RFMODE = %d phyrf_debug.c:DEVCAPS_READ: phyId = %d phyrf_debug.c:DEVCAPS_READ: PHY HANDLE not initialized phyrf_debug.c:DEVCAPS_READ: PHY HANDLE invalid phyrf_debug.c:DEVCAPS_READ: Invalid phyId phyrf_debug_prdd.c:PRDD - Invalid number of args (should be %d..%d) phyrf_debug_prdd.c:PRDD - Could not find idx for freq %d phyrf_debug_prdd.c:PRDD - No report for phy%u at %u MHz phyrf_debug_prdd.c:PRDD - module%d 0x%08lx phyrf_debug_prdd.c:PRDD - %d MHz, phy%d, 1swT %d ms phyrf_debug_prdd.c:No PRDD report phyrf_debug_prdd.c:PRDD - Invalid phyId - should be 0..%lu phyrf_debug_prdd.c:PRDD - Invalid number of args in PRDD command (should be >= 2 args) phyrf_debug_prdd.c:PRDD - Invalid PRDD command (should be 0..%d) phyrf_debug_prdd.c:PRDD - channel %d is not found in phy%d phyrf_debug_cmd.c:DO_TEMP_RECAL_ACTION: Setting pResetStruct->tempPeriodicReCalControl to %u for phyId %u phyrf_debug_cmd.c:DO_TEMP_RECAL_ACTION: Setting pResetStruct->tempReCalControl to %u for phyId = %u phyrf_debug_cmd.c:DO_TEMP_RECAL_ACTION Invalid Command phyrf_debug_cmd.c:FORCE DPD RECAL: WIFITOOL ISSUED TO ENABLE - g_forceDPDReCal %d phyrf_debug_cmd.c:PAPRD: Invalid test arguments phyrf_debug_cmd.c:REGDB : Neither BDF nor Regdb is selected. Firmware static values should be used for the regulatory database. phyrf_debug_cmd.c:REGDB : regDbVersionMajor: %d regdbregDbVersionMinor: NA (Since BDF is used) phyrf_debug_cmd.c:REGDB : BDF is selected and used for the regulatory database. Please find the regdb versions below: phyrf_debug_cmd.c:REGDB : regDbVersionMajor: %d regDbVersionMinor: %d phyrf_debug_cmd.c:REGDB : Regdb is selected and used for the regulatory database. Please find the regdb versions below: phyrf_debug_cmd.c:REGDB wifitool debug cmd: Invalid number of test arguments phyrf_debug_cmd.c:FORCE PA TEMP OVERRIDE: WIFITOOL ISSUED TO DISABLE - g_enable_temp_override = %d, g_force_temp =%d phyrf_debug_cmd.c:FORCE PA TEMP OVERRIDE: WIFITOOL ISSUED TO ENABLE - g_enable_temp_override = %d, g_force_temp =%d phyrf_debug_cmd.c:FORCE PA TEMP OVERRIDE: Command arguments Invalid phyrf_debug_cmd.c:AFC wifitool Debug cmd: AFC_RESET_TRIGGER phyrf_debug_cmd.c:AFC wifitool AFC reset: Invalid of test arguments phyrf_debug_cmd.c:AFC: Invalid PHY ID = %d phyrf_debug_cmd.c:AFC wifitool Debug cmd: Invalid number of test arguments phyrf_debug_cmd.c:AFC wifitool: PHY HANDLE Invalid phyrf_debug_cmd.c:OverrideTemperature: Phy ID %d | TEMPERATUREOVERRIDE %d | override temperature = %d phyrf_debug_cmd.c:OverrideTemperature: Invalid phy ID phyrf_debug_cmd.c:OverrideTemperature: Invalid test arguments phyrf_debug_cmd.c:regdbversion:%d phyrf_debug_cmd.c:AFC: GraceTimeOverride: Invalid of test arguments, grace count should be between 1 - 288 phyrf_debug_cmd.c:ANI: Invalid PHY ID = %d phyrf_debug_cmd.c:AFC: GraceTimeOverride: Invalid number of test arguments phyrf_debug_cmd.c:ANI: PHYID = %d , value of g_enable_10ms_ani_histogram[%d] = %d phyrf_debug_cmd.c:ANI: Command arguments Invalid phyrf_debug_cmd.c:PAPRD: Phy ID %d | PAPRDTIMEROVERRIDE %d | Duration ms = %d phyrf_debug_cmd.c:PaprdTimerOverride: Invalid phy ID phyrf_debug_cmd.c:PaprdTimerOverride: Invalid test arguments phyrf_debug_cmd.c:PAPRD: PHYID = %d ,Event Val = %d phyrf_debug_cmd.c:PAPRD: Invalid PHY ID = %d phyrf_debug_cmd.c:PAPRD: Command arguments Invalid phyrf_debug_cmd.c:PAPRD: Invalid PHY ID = %d phyrf_debug_cmd.c:PAPRD: Phy ID %d | Enable for MM = %d phyrf_debug_cmd.c:PAPRD: Phy ID %d | PAPRD FCS Enable = %d phyrf_debug_cmd.c:phyId=%d, ctl6g_pwermode=%d, debugFlag0=0x%x phyrf_debug_cmd.c:CTL_SETTING::6G CTL POWER MODE::Invalid test arguments phyrf_debug_cmd.c:[cjwu]num_args=%d, args[%d]=%d phyrf_debug_cmd.c:MMHostCmdAvgCFO : Invalid pHandle for phyId %u phyrf_debug_cmd.c:MMHostCmdAvgCFO : Invalid phyId %u phyrf_debug_cmd.c:MMHostCmdAvgCFO : num_args %d cmd_id %d phy_id %d sub_cmd_id %d phyrf_debug_cmd.c:ENABLE/DISABLE PER-PACKET CHAINMASK SUPPORT: INVALID INPUT %d phyrf_debug_cmd.c:WIFITOOL ISSUED TO ENABLE/DISABLE PER-PACKET CHAINMASK SUPPORT = %d phyrf_debug_cmd.c:MMHostCmdLMConfig :: LM_DBG: Invalid pHandle for phyId %u phyrf_debug_cmd.c:MMHostCmdLMConfig :: LM_DBG: Invalid phyId %u phyrf_debug_cmd.c:GET_BDF_FEATURE_FLAGS: wifitool : dpdEnable =%d regMismatchFeatureEnable=%d antenna_gain_feature_enabled=%d phyrf_debug_cmd.c:GET_BDF_FEATURE_FLAGS: wifitool :templateVersionMajor=%d templateVersionMinor=%d phyrf_debug_cmd.c:GET_BDF_FEATURE_FLAGS: wifitool : projectId = 0x%x boardCalVersion=%d, bdfVersion=%d, iniVersion=%d phyrf_debug_cmd.c:GET_BDF_FEATURE_FLAGS: wifitool : nvCaldbEnable=%d calDbPersistentEnable=%d tpc_flag=0x%x commonBoardFlags=0x%x phyrf_debug_cmd.c:GET_BDF_FEATURE_FLAGS: Invalid PHY ID = %u phyrf_debug_cmd.c:GET_BDF_FEATURE_FLAGS: wifitool : Invalid test arguments phyrf_debug_cmd.c:GET_START_END_FREQ : wifitool : low_2ghz_chan = %d high_2ghz_chan=%d low_5ghz_chan=%d high_5ghz_chan=%d phyrf_debug_cmd.c:GET_START_END_FREQ: wifitool : Invalid test arguments phyrf_debug_cmd.c:GET_START_END_FREQ: Invalid PHY ID = %u phyrf_debug_cmd.c:CAL_STATS : cal_type = %u | cal_triggered_cnt = %u | cal_fail_cnt = %u phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - PERIODIC_NOISE_FLOOR (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - PERIODIC_DPD_MEMORYLESS (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - PERIODIC_INVALID_CAL (0x%x) phyrf_debug_cmd.c:CAL_STATS : PERIODIC CAL cal_profile = %u phyrf_debug_cmd.c:CAL_STATS : Calibration stats for valid Periodic Cal profiles and cal types phyrf_debug_cmd.c:************************************************** phyrf_debug_cmd.c:CAL_STATS : cal_type = %u | cal_triggered_cnt = %u | cal_fail_cnt = %u | cal_fcs_cnt = %u | cal_fcs_fail_cnt = %u phyrf_debug_cmd.c:************************************************ phyrf_debug_cmd.c:CAL_STATS : Calibration stats for valid Cal profiles and cal types phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - INVALID_CAL_ID (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - PADROOP (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - BWFILTER (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - RXDCO_DTIM (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - RXDCO_IQ (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - PDET_AND_PAL (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - IBF (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - DPD_MEMORY (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - DPD_MEMORYLESS (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - COMB_TXLO_TXIQ_RXIQ (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - RXDCO (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - NOISE_FLOOR (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - DAC (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL TYPE - ADC (0x%x) phyrf_debug_cmd.c:CAL_STATS : Number of cal types in this profile = %u phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - UNKNOWN_PROFILE (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - NOISY_ENV_RXDO (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - POWER_DOWN_DTIM (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - FTM_TRIGGER_CAL (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - TIMER_TRIGGER_CAL (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - POWER_SAVE_WAKE_UP (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - TEMP_TRIGEER_CAL (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - DPD_SPLIT_CAL (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - SCAN_CHAN_SWITCH (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - FULL_CHAN_SWITCH (0x%x) phyrf_debug_cmd.c:CAL_STATS: CAL PROFILE - COLD_BOOT_CAL (0x%x) phyrf_debug_cmd.c:CAL_STATS : Valid Cal profiles and cal types phyrf_debug_cmd.c:CAL_STATS : Reset calibration stats phyrf_debug_cmd.c:MMHostCmdCalStats : num_args %d cmd_id %d phy_id %d sub_cmd_id %d phyrf_debug_cmd.c:MMHostCmdCalStats : Invalid pHandle for phyId %u phyrf_debug_cmd.c:MMHostCmdCalStats : Invalid phyId %u phyrf_debug_cmd.c:ENABLE_CHAN_CHANGE_BREAKDOWN: WIFITOOL ISSUED TO ENABLE CHAN CHANGE BREAKDOWN %d phyrf_debug_cmd.c:ENABLE_CHAN_CHANGE_BREAKDOWN: WIFITOOL ISSUED TO DISABLE CHAN CHANGE BREAKDOWN %d phyrf_debug_cmd.c:ENABLE_CHAN_CHANGE_BREAKDOWN: wifitool : Invalid test arguments phyrf_debug_cmd.c:phyrf_debug_MMHostCmdTPCDebug Invalid commands phyrf_debug_cmd.c:phyrf_debug_MMHostCmdTPCDebug PLUT[%d] = %d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdTPCDebug pdadc_read %d meas_pwr %d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdTPCDebug g_clpc_corr_thr %d phyrf_debug_cmd.c:wrong no of arguments from unit test command phyrf_debug_cmd.c:phyrf_debug_MMHostCmdGenerateCWToneAtOffset: Invalid command phyrf_debug_cmd.c:phyrf_debug_MMHostCmdGenerateCWToneAtOffset: Invalid pHandle for phyId=%d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdGenerateCWToneAtOffset: Invalid PHY ID = %u, phyrf_init_GetNumPhys()=%d phyrf_debug_cmd.c:CWOFFSET : wifitool : Invalid test arguments phyrf_debug_cmd.c:FUSE BOARD ID VALUE TO OTP : wifitool : Command unsupported ! phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Posttest Counter phyId %u, cfActiveLow_Fail_cnt %04u, cfActiveLow_Pass_cnt %04u, phyOffThroughVregCnt %04u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Validating tlv based phyOff for phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Validating calling vreg based phyOff twice for phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Validating tlv based phyOff followed by vreg based phyOff for phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Validating vreg based phyOff for phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Pretest Counter phyId %u, cfActiveLow_Fail_cnt %04u, cfActiveLow_Pass_cnt %04u, phyOffThroughVregCnt %04u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Invalid pResetStruct for phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Invalid pHandle for phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Invalid phyId %u phyrf_debug_cmd.c:DebugCmdPhyOnOffSeq : Invalid test arguments phyrf_debug_cmd.c:Set g_halphy_dpd_enable[%d] =0x%x phyrf_debug_cmd.c:PHYRF_DEBUG_MM_HOST_CMD_SET_DPD_EDPD_ENABLE: Invalid pHandle for phyId=%d phyrf_debug_cmd.c:PHYRF_DEBUG_MM_HOST_CMD_SET_DPD_EDPD_ENABLE: Invalid PHY ID = %u, phyrf_init_GetNumPhys()=%d phyrf_debug_cmd.c:PHYRF_DEBUG_MM_HOST_CMD_SET_DPD_EDPD_ENABLE Invalid Command phyrf_debug_cmd.c:CTL_DISABLE: Enabling back CTL power limits! phyrf_debug_cmd.c:CTL_DISABLE: Disabling CTL power limits! phyrf_debug_cmd.c:CTL_DISABLE: Invalid phyId phyrf_debug_cmd.c:CTL_DISABLE: Invalid test arguments phyrf_debug_cmd.c:GET BOARD CAL DETAILS : wifitool : Command unsupported ! phyrf_debug_cmd.c:Coldboot Calibration Feature: Invalid test arguments phyrf_debug_cmd.c:Coldboot Calibration Feature Not Supported phyrf_debug_cmd.c:Set g_halphy_debug_cal_mask =0x%x phyrf_debug_cmd.c:phyrf_debug_MMHostCmdSetCalMask: Invalid pHandle for phyId=%d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdSetCalMask: Invalid PHY ID = %u, phyrf_init_GetNumPhys()=%d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdSetCalMask Invalid Command phyrf_debug_cmd.c:phyrf_debug_MMHostCmdSetTpcFlag: Invalid pHandle for phyId=%d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdSetTpcFlag: Invalid phyId %u, phyrf_init_GetNumPhys()=%d phyrf_debug_cmd.c:phyrf_debug_MMHostCmdSetTpcFlag: Invalid test arguments phyrf_debug_cmd.c:TpcPowerOverride: Invalid test arguments phyrf_debug_cmd.c:TpcPowerOverride: chain %d: power: %d phyrf_debug_cmd.c:TpcPowerOverride: Invalid phy ID phyrf_debug_cmd.c:SetCcaThreshold: Invalid phyId phyrf_debug_cmd.c:SetCcaThreshold: Invalid test arguments phyrf_debug_cmd.c:IpcHandler_Enable: enable=%d, phyId=%d phyrf_debug_cmd.c:IpcHandler_Enable: Invalid phyId phyrf_debug_cmd.c:IpcHandler_Enable: Invalid test arguments phyrf_debug_cmd.c:DUMP_TPC_GLUT_WAKEUP_SLEEP: WIFITOOL ISSUED TO DISABLE TPC GLUT DUMP %d phyrf_debug_cmd.c:DUMP_TPC_GLUT_WAKEUP_SLEEP: wifitool : Invalid test arguments phyrf_debug_cmd.c:DUMP_TPC_GLUT_WAKEUP_SLEEP: WIFITOOL ISSUED TO ENABLE TPC GLUT DUMP %d phyrf_debug_cmd.c:DUMP_TPC_REGS_ENABLE: wifitool : Invalid test arguments phyrf_debug_cmd.c:DUMP_TPC_REGS_ENABLE: WIFITOOL ISSUED TO ENABLE TPC REG DUMP %d phyrf_debug_cmd.c:DFS_ENABLE: Invalid phyId phyrf_debug_cmd.c:DFS_ENABLE: Invalid test arguments phyrf_debug_cmd.c:ImpsBmpsControl: imps=%d, w2s=%d, enable=%d, phyId=%d phyrf_debug_cmd.c:ImpsBmpsControl: imps=%d, enable=%d, phyId=%d phyrf_debug_cmd.c:ImpsBmpsControl: enable=%d, phyId=%d phyrf_debug_cmd.c:ImpsBmpsControl: Invalid PHY ID = %d phyrf_debug_cmd.c:THERMAL: Invalid PHY ID = %d phyrf_debug_cmd.c:GTXENABLE: Invalid PHY ID = %d phyrf_debug_cmd.c:g_ThermalEnable[%d]=%d phyrf_debug_cmd.c:GreenTx Enable[%d]=%d phyrf_debug_cmd.c:SPECTRAL_ENABLE: Invalid scanMode phyrf_debug_cmd.c:SPECTRAL_ENABLE: Invalid phyId phyrf_debug_cmd.c:SPECTRAL_ENABLE: Invalid test arguments phyrf_debug_cmd.c:CHAINMASKOVERRIDE %d - phy[%d]: txChMask 0x%x; rxChMask 0x%x phyrf_debug_cmd.c:BT_CLOCK_ENABLE: %d phyrf_debug_cmd.c:LPSYNTHFORLEGACY: WIFITOOL ISSUED TO ENABLE LP SYNTH: legacy rate: %d, dtim: %d phyrf_debug_cmd.c:LP_SYNTH: Invalid test arguments phyrf_debug_cmd.c:Set g_halphy_debug_mask =0x%x phyrf_debug_cmd.c:Set phyDebugMask =0x%x phyrf_debug_cmd.c:Setting PBS Mode to %d phyrf_debug_cmd.c:PHYDBG Buf_size = %d Address_of_Buf = %x phyrf_debug_cmd.c:PAPRD: PHYID = %d ,Event = %d phyrf_debug_cmd.c:FORCED SYNTH: G_SYNTH_CONTROL=%d FOR PHYID %d phyrf_debug_cmd.c:FORCED_SYNTH: Invalid PHY ID = %d phyrf_debug_cmd.c:DSS: WIFITOOL ISSUED TO FORCED SYNTH phyId %d, Synth %d phyrf_debug_cmd.c:NFCAL_READ_TEST : phyId %u, nfType 0x%x, Chain %u, NFValue %d phyrf_debug_cmd.c:NFCAL_READ_TEST : phyId %u, nfType 0x%x, bufferSize %u, validBuffer %u, bufferPointer 0x%x, returns %d phyrf_debug_cmd.c:NFCAL_READ_TEST : phyId %u not available for test phyrf_debug_cmd.c:EnableDssWarCFO: enable=%d FOR PHYID %d phyrf_debug_cmd.c:SetDssWarCFODeltaThreshold: cfo_threshold=%d FOR PHYID %d phyrf_debug_cmd.c:WIFITOOL: PHYID %d is not active phyrf_debug_cmd.c:DSS: G_SYNTH_CONTROL=%d FOR PHYID 0 phyrf_debug_cmd.c:DSS: G_SYNTH_CONTROL_FTM=%d FOR PHYID 0 phyrf_debug_cmd.c:DSS: WIFITOOL ISSUED TO ENABLE/DISABLE DSS %d phyrf_debug_cmd.c:phydbg_reconfigure : PHYID = %d ,Event = %d phyrf_debug_cmd.c:phydbg_reconfigure : Invalid PHY ID = %d phyrf_debug_cmd.c:phydbg_reconfigure : Invalid test arguments phyrf_debug_cmd.c:PHYDBG: g_phydbg_phy_disable[%d] = %d phyrf_debug_cmd.c:GetSignalLevel : SNR[%u][%u]=%u RSSI[%u][%u]=%d phyrf_debug_cmd.c:GetSignalLevel : SNR=%u RSSI=%d phyrf_debug_cmd.c:GetSignalLevel : Returns %u (WHAL_EINVAL) phyrf_debug_cmd.c:GetSignalLevel : SNR BW Segment Input %8x%8x for Chain %u phyrf_debug_cmd.c:GetSignalLevel : SNR Input %u phyrf_debug_cmd.c:GetSignalLevel phyId %u, snrInput %u, chainMask %x, bandwidth %u, combRssi %u phyrf_debug_cmd.c:GetSignalLevel : pHandle not found phyrf_debug_cmd.c:GetSignalLevel : Invalid test arguments phyrf_debug_cmd.c:Unit Test ID %u :: phyrf_bdf_GetAllChanGradeInfo returns A_STATUS :: %u ( Unknown Error ) phyrf_debug_cmd.c:%u. Freq %u, BW %u, ChanPerfMetric %d phyrf_debug_cmd.c:Unit Test ID %u :: phyrf_bdf_GetAllChanGradeInfo returns A_STATUS :: %u ( Success ), chanGradeInfoCount %u phyrf_debug_cmd.c:Unit Test ID %u :: phyrf_bdf_GetAllChanGradeInfo returns A_STATUS :: %u ( Internal Error ) phyrf_debug_cmd.c:Unit Test ID %u :: phyrf_bdf_GetAllChanGradeInfo returns A_STATUS :: %u ( No Memory) phyrf_debug_cmd.c:Unit Test ID %u :: phyrf_bdf_GetAllChanGradeInfo returns A_STATUS :: %u ( No Entry ) phyrf_debug_cmd.c:PCSS: Invalid PHY ID = %d phyrf_debug_cmd.c:PDL Version : %d.%d - RDL Version : %d.%d phyrf_debug_cmd.c:ADDRVAL: indx = %d addr = 0x%X val = 0x%X en=%d phyrf_debug_cmd.c:ANI_LOG PHYID%d error_threshold %d phyrf_debug_cmd.c:ANI_LOG PHYID%d ani_dl_min %d, ani_dl_max %d phyrf_debug_cmd.c:ANI_LOG PHYID%d ani_cca %d phyrf_debug_cmd.c:ANI_LOG g_max_edcca=%x phyrf_debug_cmd.c:pResetStruct->enable_ldocal_otp = %u phyrf_debug_cmd.c:g_XtalCalPPM[%d]=%d phyrf_debug_cmd.c:XTAL: Invalid PHY ID = %d phyrf_debug_cmd.c:ANI_LOG_ERR VREG ERR COUNTER VALUES phyrf_debug_cmd.c:ANI_LOG_ERR - After - value of ANI histogram=%d phyrf_debug_cmd.c:ANI_LOG_ERR - Before- value of ANI histogram=%d phyrf_debug_cmd.c:ANI_LOG PHYID%d ani_ramp_down %d phyrf_debug_cmd.c:ANI_LOG PHYID%d ani_dl_min %d, ani_dl_max %d, error_threshold %d phyrf_debug_cmd.c:WIFITOOL: PHYID is not active phyrf_debug_cmd.c:DO_NFCAL_ACTION: Triggering NFCAL with flags %x for phyId %u phyrf_debug_cmd.c:DO_NFCAL_ACTION: Setting pResetStruct->nfResetCalControl to %u for phyId %u phyrf_debug_cmd.c:DO_NFCAL_ACTION: Setting pResetStruct->nfPeriodicCalWithPhyOffPhyOnControl to %u for phyId %u phyrf_debug_cmd.c:DO_NFCAL_ACTION: Setting pResetStruct->nfPeriodicCalControl to %u for phyId %u phyrf_debug_cmd.c:DO_NFCAL_ACTION: Setting NF home channl IterCount to %u for phyId = %u phyrf_debug_cmd.c:DO_NFCAL_ACTION: Invalid PHY ID = %u phyrf_debug_cmd.c:DO_NFCAL_ACTION Invalid Command phyrf_debug_cmd.c:BDF DUMP: index: %d d:0x%x phyrf_debug_cmd.c:BDF DUMP: index: %d d: 0x%x phyrf_debug_cmd.c:BDF DUMP: sub-section size: %d sub-section id: 0x%d phyrf_debug_cmd.c:BDF DUMP: NV Section Size: %d phyrf_debug_cmd.c:BDF DUMP: Invalid NV Section %d phyrf_debug_cmd.c:RegDumpId %u :: CAL_LUTS_DUMP MASK %u phyrf_debug_cmd.c:DumpPerfReg: PHY HANDLE not initialized phyrf_debug_cmd.c:DumpPerfReg: PHY ID = %d phyrf_debug_cmd.c:Avg temp across %u chains=%d, phyId %d phyrf_debug_cmd.c:TT-Chain=%d, Temperature=%d phyrf_debug_cmd.c:CALDB_DEBUG: caldb_size = %d phyrf_debug_cmd.c:REGEN_CALDB: wal_pdev is NULL. Skipping phyrf_debug_cmd.c:REGEN_CALDB: Re-generating cold boot calibration over debug - Command - wait for 60seconds ... phyrf_debug_cmd.c:CALDB_DEBUG: Version info and CALDB Synopsis follows: phyrf_debug_cmd.c:CALDB_DEBUG: CALDB_ADDRE= %x dB size = %d phyrf_debug_cmd.c:CALDB_DEBUG: calDBEnableSetting=%d, CalTimeOutSetting = %d, PersistentEnable = %d, masterCalDbExist()=%d phyrf_debug_cmd.c:FTM_DEBUG: g_dbg_overwrite_ppdu_dur_us = %d, g_dbg_gi_override = %d, g_dbg_he_ltf_override = %d phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d].ctrl: num_pkts_to_send = %d, is_aggr_ok = %d phyrf_debug_cmd.c:FTM_DEBUG: ctrl pointer is NULL in g_ftm_ctxt !! phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d].encap_cfg->bss_addr = 0x%02x:%02x:%02x:%02x:%02x:%02x phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d].encap_cfg->da_addr = 0x%02x:%02x:%02x:%02x:%02x:%02x phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d].encap_cfg->sa_addr = 0x%02x:%02x:%02x:%02x:%02x:%02x phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d].encap_cfg: pkt_len = %d, pkt_type = %d, vdev = %p phyrf_debug_cmd.c:FTM_DEBUG: encap_cfg pointer is NULL in g_ftm_ctxt !! phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d]: send_mgmt = 0x%x, send_data = 0x%x, encap_cfg = %p, ctrl = %p phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d]: pdev = %p, vdev = %p, peer = %p, ftm_mode = 0x%x phyrf_debug_cmd.c:FTM_DEBUG: g_ftm_ctxt[%d] addr = %p phyrf_debug_cmd.c:RxGainCalResult phyId:%d channel_idx:%d, chain_idx:%d, DBr_value:%d, DBm_value:%d phyrf_debug_cmd.c:RxGainCalResult phyId:%d channel_idx:%d, channel_freq:%d phyrf_debug_cmd.c:RegDumpId %u :: TPC_DUMP MASK %u phyrf_debug_cmd.c:BdfDump :: XTAL CAPIN=%u CAPOUT=%u PPM=-%d phyrf_debug_cmd.c:BdfDump :: XTAL CAPIN=%u CAPOUT=%u PPM=%d phyrf_debug_cmd.c:RegDumpId %u :: XTAL CAPIN=%u CAPOUT=%u phyrf_debug_cmd.c:RegDumpId %u :: NFCAL_BDF_PER_CHAIN :: phyId %u :: Chain %u :: %d dBr :: %d dBm phyrf_debug_cmd.c:RegDumpId %u :: NFCAL_RUNTIME_PER_CHAIN :: phyId %u :: Chain %u :: %d dBr :: %d dBm phyrf_debug_cmd.c:RegDumpId %u :: NFCAL_BDF_PER_CHAIN :: Exceptions :: Value = 1 : Chain Unsupported phyrf_debug_cmd.c:RegDumpId %u :: NFCAL_RUNTIME_PER_CHAIN :: Exceptions :: Value = 1 : Chain Unsupported, Value = 0 : NFCAL Convergence Failed phyrf_dfs.c:DFS_DUMPS RAW_FFT Data Dump set to %d phyrf_dfs.c:DFS_DUMP set g_dfs_test_mode phyrf_dfs.c:DFS_DUMPS Stop printing pulse information phyrf_dfs.c:DFS_DUMPS Print all the pulse information phyrf_dfs.c:DFS_DUMP stop Sending Radar summary pulse to host phyrf_dfs.c:DFS_DUMP Send Radar summary pulse to host phyrf_dfs.c:DFS_DUMP clear g_dfs_test_mode phyrf_dfs.c:DFS_DUMPS set 0x8001 phyrf_dfs.c:DFS_DUMPS timestamp=%d diff_ts=%d pulse_rssi=%d pulse_duration=%d is_chirp=%d sidx=%d detector_id=%d false_radar=%d radar_check=%d phyrf_dfs.c:DFS_DUMPS set 0x8000 phyrf_dfs.c:%s:Allocation of g_dfs_ic[dfs_detector_id] failed %zu phyrf_dfs.c:%s: DFS- CHANNEL CONFIGURED phyrf_dfs.c:%s[%d]: DFS- Radar Detection Enabling Failed phyrf_dfs.c:PRDD_Test_Radar_Enable phyrf_dfs.c:%s: DFS-UNINT domain phyrf_dfs.c:%s:DFS-MKKN domain phyrf_dfs.c:%s: DFS-MKK domain phyrf_dfs.c:%s: DFS-ETSI domain phyrf_dfs.c:%s: DFS-FCC domain phyrf_dfs.c:%s: DFS_KR_DOMAIN phyrf_dfs.c:%s: DFS_CN_DOMAIN phyrf_dfs.c:%s: DFS ic is Invalid phyrf_dfs.c:%s: Recieved a wrong channel width %d phyrf_dfs.c:DFS_DUMPS : req_chan=%d, ic_ieee_chan=%d, center_freq1=%d, center_freq2=%d, chan_wodth=%d phyrf_dfs.c:Invalid frequency : %d phyrf_dfs.c:%s: allocation of dfs_ic->ic_curchan failed %zu phyrf_dfs.c:DFS_DUMPS regdomain %d phyId=%d g_DfsConfiguration=%d phyrf_dfs.c:%s: ADFS- CHANNEL CONFIGURED phyrf_dfs.c:ADFS_DUMPS : req_chan=%d, ic_ieee_chan=%d, center_freq1=%d, center_freq2=%d, chan_wodth=%d wma_dfs_interface.c:%s: called; ptr=%p, radar_info=%p hca_rf_ftmIf_api.cpp:ftmIf_SetRxDeaf hca_rf_ftmIf_api.cpp:ftmIf_SetRxListen hca_config.cpp:Invalid HW component type %d phyrf_mc_paprd.c:PAPRD: endCalTime %d, current_time %d phyrf_mc_paprd.c:PAPRD: is160mode %d, secondary %d, isExtn %d phyrf_mc_paprd.c:PAPRD: PAPRDTUNING DONE. total_caltime %d, phyOff_cnt %d phyrf_mc_paprd.c:----- PAPRDTUNING SECONDARY started----- phyrf_mc_paprd.c:PAPRD: PAPRDTUNING DONE. total_caltime %d, phyOff_cnt %d phyrf_mc_paprd.c:PAPRD: phy_a0_done %d phy_a1_done %d phy_a1_secondary_done %d phyrf_mc_paprd.c:PAPRD: is160mode %d secondary %d primary_done %d phyrf_mc_paprd.c:PAPRD: Start Calibration : %d ms Timer expired phyrf_mc_paprd.c:PAPRD: PAPRD_CAL_SM_TEARDOWN_TRAINING : DPD ABORT phyrf_mc_paprd.c:PAPRD: temp_recal_timer started. tempRecalcount %d, phyId %d, calTemp %d, cal temp chain0 %d, cal temp chain1 %d phyrf_mc_paprd.c:PAPRD ApplyTempScaling: PhyId %d slope %d temp delta %d scaling %d phyrf_mc_paprd.c: PAPRD: phyId %d, txchainmask %d currtime %d, degC %d phyrf_mc_paprd.c: PAPRD: phyId %d, txchainmask %d chain %d, degC %d phyrf_mc_paprd.c:PAPRD : PHY id %d currTemp %d cal temp %d tempDiff_scale %d phyrf_mc_paprd.c:PAPRD : TempRecal triggered phy %d, curr time %d, currTemp %d, last calTemp %d channel %d tempDiff %d phyrf_mc_paprd.c:PAPRD : FTM PHY id %d currTemp %d cal temp %d tempDiff_scale %d phyrf_mc_paprd.c:PAPRD: Abort TempRecal phy %d, curr time %d, currTemp %d, last calTemp %d curr Channel %d thermal channel %d phyrf_mc_paprd.c:Calibration is in progress on other phy, cur phyId %d phyrf_mc_paprd.c:Calibration is in progress on phyId %d phyrf_mc_paprd.c:thermal scaling value is %d and thermal slope is %d phyrf_mc_paprd.c:PAPRD: Paprd Done status is %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_fail %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_async_dequeue %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_async_enqueue %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_abort_pdev_suspend %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_abort_compl_err_status %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_abort %d phyrf_mc_paprd.c:PAPRD:Tx stats : tx_done %d phyrf_mc_paprd.c:PAPRD:Tx stats : hw_reaped %d phyrf_mc_paprd.c:PAPRD:Tx stats : hw_queued %d phyrf_mc_paprd.c: DPD Aborted due to BG thread activated in FTM mode : smState %d phyrf_mc_paprd.c: BG THREAD CONTEXT is DIFFERENT : %d %d, curr channel %d bChannelContext %d phyrf_mc_paprd.c:DPD Memory : paprd_restore : finalCase %d channel %d phyrf_mc_paprd.c:Do not have access to masterCalDb or localCalDb, failed to restore DPD phyrf_mc_paprd.c:phyId %d thread context different: cur_tbl_idx (paprd %d reset %d) BW (paprd %d getBW %d) WoW Mode %d phyrf_mc_paprd.c:phyId %d thread context different: workingChannel %d curChan %d txChainMask (paprd %d reset %d) bHomeChan %d phyrfMode (paprd %d GetPhyRfMode %d) phyrf_mc_paprd.c:phyId %d thread context same: workingChannel %d txChainMask %d bHomeChan %d phyrfMode %d WoW Mode %d phyrf_mc_paprd.c:halphyMemDPDValidateCalDB: chan %d ,cm %d, max attemps %d temp [%d %d] phyrf_mc_paprd.c:halphyMemDPDValidateCalDB: chan %d ,cm %d, result [%d %d], cal_attempts[%d %d] phyrf_mc_paprd.c: CALIBRATION COMPLETE chain 1, result 1 phyrf_mc_paprd.c: CALIBRATION COMPLETE chain 0, result 1 phyrf_mc_paprd.c: halphyPaprdValidateMemCalibration calattempts %d %d, validBits %d %d phyrf_mc_paprd.c: MEM_DPD THREAD (START the new table) : UPDATING CALDB POST PROCESSING DATA : %d %d phyrf_mc_paprd.c: phyId %d thread context : workingChannel %d txChainMask %d bHomeChan %d phyrfMode %d WoW Mode %d curr Channel %d phyrf_mc_paprd.c:PAPRD: TRAINING_PROCESS_DATA chain %d tableIdx %d processing_time %d phyrf_mc_paprd.c:PAPRD: PAPRD_CAL_SM_DPD_TRAINING_PROCESS_DATA hwPaPrdStatus(fail) retry_dpd %d phyrf_mc_paprd.c:2: PAPRD: incrementing retry_dpd %d, Tx_Err %d phyrf_mc_paprd.c:PAPRD: incrementing retry_dpd %d, Tx_Err %d phyrf_mc_paprd.c:PAPRD: Aborting Excess Retries. retry_dpd %d, Tx_Err %d phyrf_mc_paprd.c:PAPRD: Enabling DPD because eDPD failed phyrf_mc_paprd.c:PAPRD: MEM DPD Aborting Excess Retries. retry_dpd %d, Tx_Err %d phyrf_mc_paprd.c:PAPRD: UCODE VREG WAR enabled phyrf_mc_paprd.c:PAPRD:SM state %d phyrf_mc_paprd.c:PAPRD: Cancel Timer : %d ms Timer on curChan %d home %d phyrf_mc_paprd.c:phyrf_mc_CancelPaprdTimer bHomeChan %d timerActive %d, channel %d phyrf_mc_paprd.c:PAPRD : phyrf_mc_PaprdStartTimer: %d ms phyrf_mc_paprd.c:PAPRD: Channel = %d, dpd_enable = %d phyrf_mc_paprd.c:PAPRD: Chain = %d, txgainIdx = %d, dacgain = %d phyrf_mc_paprd.c:PAPRD: DPD calibration aborted on channel %d phyrf_mc_paprd.c:PAPRD: DPD calibration aborted on chain %d, tableIdx %d, channel %d, state %d, new_channel_change_request %d phyrf_mc_paprd.c:PAPRD: cur_channel %d, wal_channel %d, scan_channel %d, phyReset %d phyrf_mc_paprd.c: PAPRD: phyrf_paprd_TrainingStatus fail phyrf_mc_paprd.c: PAPRD: phyrf_paprd_TrainingStatus success phyrf_mc_paprd.c:PAPRD: Aborted. Status %d abort_ppdu %d cur_tbl_idx %d phyrf_mc_paprd.c:PAPRD: PPDU Start Event Delayed - skip further processing and retry DPD phyrf_mc_paprd.c:PAPRD: TxChain %d, tableIdx %d, channel %d, state %d, new_channel_change_request %d, startEvtLatency %d phyrf_mc_paprd.c:PAPRD: Tx Completion Status(HALPHY_TX_ERROR) %d, whal_tx_err_status_t = %d , retrying (chain %d table %d) phyrf_mc_paprd.c:PAPRD: HALPHY_TX_TBTT_FLUSH : condition hit , flush_req_reason = %d phyrf_mc_paprd.c:PAPRD: Status %d, whal_tx_err_status_t %d, Flush_req_reason %d, tx_ctxt_flags %d, pdev_paused %d phyrf_mc_paprd.c:PAPRD: new_channel_change_request : channel %d, txchain %d, table %d, new_channel_change_request %d, cal abort_ppdu %d, status %d, retry_cnt %d phyrf_mc_paprd.c:PAPRD: phyrf_mc_SendTxCompletion : channel %d, txchain %d, table %d, new_channel_change_request %d, cal abort_ppdu %d, status %d, retry_cnt %d phyrf_regulatory.c:RegDB 5G-Rule%d start %d end %d max_bw %d reg_power %d flags %d phyrf_regulatory.c:RegDB 2G-Rule%d start %d end %d max_bw %d reg_power %d flags %d phyrf_regulatory.c:RegDB-Final Result num_2g_rules %d num_5g_rules %d phybitmap %d dfsregion %d min_bw_2g %d min_bw_5g %d max_bw_2g %d max_bw_5g %d vlp_priority_freq %d phyrf_regulatory.c:RegDB-Final Result alpha0 %d alpha1 %d alpha_size %d max_rules %d get_type %d cc_type %d ctryID %d dmnCode %d phyrf_regulatory.c:RegDB-Status %d phyrf_regulatory.c:RegDB-Valid country ID %d Correspondig RegDmn %d phyrf_regulatory.c:RegDB-Valid domain 2g rules %d 5g rules %d phyrf_regulatory.c:RegDB-Valid reg dmn pair id %d phyrf_regulatory.c:RegDB-No Reg_Dmn diff with BDF %d phyrf_regulatory.c:RegDB-BDF CC %d OTP RD %d CC Type %d phyrf_regulatory.c:RegDB-BDF CC %d BDF RD %d CC Type %d phyrf_regulatory.c:RegDB-neither OTP nor BDF valid value for country_code/domain_code. phyrf_regulatory.c:RegDB-get valid country_code/domain_code from BDF %d. phyrf_regulatory.c:RegDB - Invalid superdomain programmed phyrf_regulatory.c:neither OTP nor BDF valid value for country_code/domain_code. phyrf_regulatory.c:get valid country_code/domain_code from BDF %d. phyrf_regulatory.c:get valid country_code/domain_code from OTP %d. phyrf_regulatory.c:RegDB-Version %d phyrf_regulatory.c:Invalid country_code/domain_code. No currentRD or ctl value change. phyrf_regulatory.c:Invalid country code. Setting to "US". phyrf_reset.c:pri20Center=%d,synthCenter=%d,centers->pri40Center=%d,sec40Center=%d,ext40Off=%d phyrf_reset.c:halphySetTxChannelPowerLimit homeChanFlag: %d phyrf_reset.c:halphySetTxChannelPowerLimit phyId %d limit %d maxTxPower %d curChan->mhz %d phyrf_reset.c:DumpTpc-1: set trasmit chan power: %d, 2g limit: %d, 5g limit: %d, max tx: %d limit %d phyrf_reset.c:phyrf_reset_ForceTxPower: homeChanFlag: %d phyrf_reset.c:DumpTpc-3: set trasmit chan power: %d, forced: %d, max tx: %d phyrf_reset.c:ReleaseHomeChannel: Remap home channel 1 to home channel 0: %d phyrf_reset.c:SetHomeChannel: should not come here, no more space for home channel phyrf_reset.c:phyrf_reset_SetTxPowerScale: homeChanFlag: %d phyrf_reset.c:DumpTpc-4: set trasmit chan power: %d, 2g limit: %d, 5g limit: %d, max tx: %d phyrf_reset.c:DumpTpc-5: set trasmit chan power: %d, reset struct power: %d, 2g limit: %d, 5g limit: %d, max tx: %d phyrf_reset.c:HALPHY_RESET_SETUP: SCAN-HOME: Home channel change! phyrf_reset.c:HALPHY_RESET_SETUP: SCAN-HOME: Home to scan channel change! phyrf_reset.c:HALPHY_RESET_SETUP: SCAN-HOME: New Home Chan or New Scan Chan or Reset and resetCause is %lu phyrf_reset.c:HALPHY_RESET_SETUP: SCAN-HOME: Scan to home channel change & reset cause is %lu phyrf_reset.c:[phyId=%d]HALPHY_RESET_SETUP: Reset cause is 0x%x, bHomeChan=%d, ScanTPC channel=%d, resetFlags= 0x%x phyrf_reset.c:SetChainMasks: tx:%d rx:%d phyrf_reset.c:phyrf_reset_Check_NSS_ChainMask : nss=%d, tx_rx=%d ,numchains=%d phyrf_reset.c:phyrf_reset_Check_NSS_ChainMask: Invalid Chainmask Enum = 0x%lx phyrf_reset.c:phyrf_reset_Check_NSS_ChainMask: Error - pHandle is NULL phyrf_reset.c:PowerMode setting for phyId : 0x%x, value : 0x%x phyrf_reset.c:Translated chainmask 0x%x phyrf_reset.c:update_ppet->numNss_m1 %d, update_ppet->ruMask 0x%x phyrf_reset.c:ppet16_8ru0_3[%d] = 0x%x phyrf_reset.c:Invalid number of chains %d. Resetting PPET to all 0s phyrf_reset.c:PPET updated = %d (1=YES,0=NO) phyId %d rf_mode %d phyrf_reset.c:PPET numNss_m1 %d, nss_5g %d, chainmask %x, numchains %d phyrf_reset.c:PPET numNss_m1 %d, nss_2g %d, chainmask %x, numchains %d phyrf_spectral.c:SSCAN: Enabling spectral scan phyrf_spectral.c:SSCAN: Activating spectral scan phyrf_spectral.c:SSCAN: Spectral scan is force disabled, skipping activation phyrf_spectral.c:SSCAN: Deactivating spectral scan phyrf_spectral.c:SSCAN: Resetting spectral scan phyrf_spectral.c:SSCAN: Disabling spectral scan phyrf_tpc.c:%s:chan 0x%x flag:0x%x phyrf_tpc.c:setting plut and alut for 160 chan1 %d chan2 %d phyrf_bdf_tpc.c:return from phyrf_tpc_device_AlutGeneration as pdadc meas seems to be zero %d %d %d %d %d phyrf_bdf_tpc.c:tpcdebug::glutIdx %d skipCheck %d, measPwr %d, nextMeasPwr %d phyrf_bdf_tpc.c:##GVC0 chIDX %lu, pwr %d, dGain %d, gIdx %d, paCfg %d, maxGlutIdx %d phyrf_bdf_tpc.c:GLUT_PROG_ERROR: pRawCalPerPointOlpcGtxExt was unexpectedly NULL, last 2 entries of GLUT NOT BEING PROGRAMMED maxGlutIdx = %d phyrf_bdf_tpc.c:Zero TPC FreqPiers for the band %d phyrf_bdf_tpc.c:##TPC_DBG: sec80 Chan %d sec80 CalDB %d phyrf_bdf_tpc.c:##TPC_DBG: GVC Chan %d CalDB %d phyrf_bdf_tpc.c:tpcdebug::powerSaveMode %d gainIdxSwitch %d gainIdxCount %d phyrf_bdf_tpc.c:tpcdebug:: isGtx2GEnabled %d isGtx5GEnabled %d gainIdxSel %d phyrf_bdf_tpc.c: phyrf_tpc_device_ClpcPlutAlutUpdate tpcPowerOffset[%d] %d twoPtOffset[cmask] %d wlan_swbmiss_offload.c:SWBMISS_BCON_RECVED: vdev_id=%d, IS_HWBMISS=%d wlan_swbmiss_offload.c:SWBMISS_TIMER_SET: vdev_id=%d, timeout_val=%d wlan_swbmiss_offload.c:SWBMISS_DELIVER_EVT: vdev_id=%d, evt_type=0x%x, bcn_rssi_avg=%d, bcn_rssi_last=%d wlan_swbmiss_offload.c:SWBMISS_TIMER_FN: vdev_id=%d, curr_bmiss_bcnt=%d, pre_bmiss_detected=%d, first_bmiss_detected=%d, final_bmiss_detected=%d, b_timeout=%d, cons_bmiss_count = %d wlan_swbmiss_offload.c:SWBMISS_NULL_SEND_CMPLT: vdev_id=%d, isQosNullSuccess=%d, isFinalBmiss=%d, first_bmiss_detected=%d, final_bmiss_detected=%d, fbmiss_evnt_posted=%d, vbmiss->connected = %d, cons_bmiss_count = %d wlan_swbmiss_offload.c:wlan_swbmiss_cons_bmiss_stats_set: timeout_interval_ms %d wlan_swbmiss_offload.c:SWBMISS_DISABLED: vdev_id=%d, swbmiss_module_id=%d, bmiss_disable_bitmap=0x%x, curr_bmiss_bcnt=%d, cur_disable_bitmask=0x%x wlan_swbmiss_offload.c:SWBMISS_ENABLED: vdev_id=%d, swbmiss_module_id=%d, bmiss_disable_bitmap=0x%x, curr_bmiss_bcnt=%d, final_bmiss_detected=%d wlan_swbmiss_offload.c:wlan_swbmiss_check_if_bmiss_enabled: vdev id=%d, bmiss timer isn't armed, restart it. wlan_swbmiss_offload.c:SWBMISS_VDEV_EVT: vdev_id=%d, mac id %d notif=%d , HBMISS %d wlan_swbmiss_offload.c:wlan_swbmiss_vdev_free wlan_dev.c:Split AST feature is enabled wlan_dev.c:AFC: AFC Disabled dis_timer:%d dis_req_id=%d wlan_dev.c:ANI - OFDM_level=%d wlan_dev.c:ANI - Invalid PDEV_ID wlan_dev.c:ANI - Memory Allocation fail wlan_dev.c:WMI_PDEV_UPDATE_PKT_ROUTING_CMDID SOC level command not valid wlan_dev.c:ANI - CCK_level=%d wlan_dev.c:wlan_pdev_handle_get_channel_ani_cmd unsupported freq:%d wlan_dev.c:wlan_pdev_handle_get_channel_ani_cmd freq:%d, mac_id:%d, ani:%d wlan_dev.c:wlan_pdev_handle_get_channel_ani_cmd memory allocation failed, %d wlan_dev.c:wlan_pdev_handle_get_channel_ani_cmd max_channel_limit %d, received_count %d wlan_dev.c:BSS_CHAN_INFO_EVENT_SENT mac_id:%d wlan_dev.c:BSS_CHAN_INFO_CMD_RCVD mac_id:%d wlan_dev.c:pdev_id = %d: DMA %d push config status %d event %p wlan_dev.c:phymode_param: applying phymode=%d for vdev at index %d wlan_dev.c:Update Stream: vdev_id=%d preferred_tx_stream = %d preferred_rx_stream = %d wlan_dev.c:phymode_param Received multi-vdev command wlan_dev.c:ANI_WMI: WMI_PDEV_GET_HALPHY_CAL_STATUS_EVENTID ev->pdev_id=%ld cal_bmap=%ld cal_status=%ld wlan_dev.c:ANI_WMI: WMI_PDEV_GET_HALPHY_CAL_STATUS_CMDID - pdev_id=%d wlan_dev.c:WMI: WMI_PDEV_GET_DPD_STATUS_EVENTID pdev_id %ld ev->dpd_status %ld wlan_dev.c:WMI_PDEV_SET_MAC_CONFIG_RESP_EVENT: status=0x%x wlan_dev.c:WMI_PDEV_SET_MAC_CONFIG_RESP_EVENT: WMI Event Alloc Failed!!! wlan_dev.c:wlan_pdev_set_hw_mode_resp_event: status=0x%x, cfg_hw_mode_idx=0x%x wlan_dev.c:wlan_pdev_set_hw_mode_resp_event: WMI Event Alloc Failed!!! wlan_dev.c:wlan_pdev_set_hw_mode: DBSMGR_Ret_Status = 0x%x wlan_dev.c:wlan_pdev_set_hw_mode: HW_Mode_Idx = 0x%x wlan_dev.c:wlan_dev_set_pcl: num_chans=%d wlan_dev.c:wlan_dev_set_pcl: cur_category %d: num_chans_in_category %d -> cur_idx %d wlan_dev.c:wlan_dev_set_pcl not match pcl_cnt=%d,supp_chan_cnt=%d wlan_dev.c:WMI_LRO_CONFIG_CMDID 1 mac=%d en=%x flags=%x wlan_dev.c:WMI_REQUEST_LINK_STATS_CMDID, ftm mode wlan_dev.c:wlan_pdev_resume_cmd: NOT expected to receive during wifi on, mac id=%d wlan_dev.c:wlan_pdev_resume_cmd: NOT expected to receive during wifi on wlan_dev.c:GreenAP cur_channel mhz: %d, freq1: %d, freq2: %d wlan_dev.c:GreenAP saved tx/rx chainmask: %d/%d, phymode: %d, freq1: %d, valid flag: %d wlan_dev.c:GreenAP Curr Chainmask: %d/%d, Phy_mode: %d, bw[20/40/80/160]: %d wlan_dev.c:GreenAP wlan_pdev_set_greenap_cmd enable: %d, zero_client:%d wlan_dev.c:WMI_PDEV_SET_WMM_PARAMS_CMDID DEPRECATED - use VDEV level command instead wlan_dev.c:DEBUG_PKTLOG: pktlog_decode_info_event pdev_id %u event %p wlan_dev.c:PDEV_PARAM_IOT_PATTERN=%08x wlan_dev.c:PDEV_PARAM_RX_FILTER not supported wlan_dev.c:PDEV_PARAM_GCMP_SUPPORT_ENABLE not handled in FW wlan_dev.c:wlan_resync_imps: IMPS_ENABLED=%d, VDEV_UP_COUNT=%d wlan_dev.c:wlan_pdev_set_param: WMI_PDEV_PARAM_RX_CHAIN_MASK 0x%x not valid wlan_dev.c:wlan_pdev_set_param: WMI_PDEV_PARAM_RX_CHAIN_MASK 0x%x wlan_dev.c:wlan_pdev_set_param: WMI_PDEV_PARAM_TX_CHAIN_MASK 0x%x not valid wlan_dev.c:wlan_pdev_set_param: WMI_PDEV_PARAM_TX_CHAIN_MASK 0x%x wlan_dev.c:To serve %d peers %d TIDs required (TQM TIDs = %d, TQM BYPASS TIDs = %d) wlan_dev.c:To serve %d peers %d TIDs is enough (TQM TIDs = %d, TQM BYPASS TIDs = %d) wlan_dev.c:pdev_param: STATS_TX_XRETRY_EXT: pdev=%d arg=%d wlan_dev.c:PDEV_configs rx_decap_count 0x%x, max_nss 0x%x dynamic_bw 0x%x wlan_dev.c:PDEV_configs cur_channel_mhz 0x%x, home_channel_mhz 0x%x vdev_active_count 0x%x, vow_config 0x%x wlan_dev.c:PDEV_configs atf_config 0x%x, tx_chain_mask 0x%x, rx_chain_mask 0x%x, num_peers 0x%x wlan_dev.c:BA_LOG: wlan_dev_unit_test: g_dbg_ba_debug = %d wlan_dev.c:wlan_dev_unit_test: obss_pd_th = %x wlan_dev.c:wlan_dev_unit_test: cca_busy_detector_config time_diff_threshold = %d us, cca_busy_percent_threshold = %d wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_ABG_MODE_TX_CHAIN_NUM, value = 0x%x wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_RX_CHAIN_MASK_5G, value=0x%x wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_TX_CHAIN_MASK_5G, value=0x%x wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_RX_CHAIN_MASK_2G, value=0x%x wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_TX_CHAIN_MASK_2G, value=0x%x wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_RX_CHAIN_MASK, value=0x%x wlan_dev.c:wlan_dev_unit_test: cmd = WMI_PDEV_PARAM_TX_CHAIN_MASK, value=0x%x wlan_dev.c:unit_test: sleep for %d ms wlan_dev.c:wlan_dev_unit_test: cmd = PDEV_SET_HW_MODE, hw_mode = %d, ret_status = %d wlan_dev.c:DISPLAY_TPC_STATS: Alloc ctl_event_buf failed wlan_dev.c:DISPLAY_TPC_STATS: Allocation complete! wlan_dev.c:DISPLAY_TPC_STATS: Alloc tgt_pwrs_set2_event_buf failed wlan_dev.c:DISPLAY_TPC_STATS: Alloc tgt_pwrs_event_buf failed wlan_dev.c:DISPLAY_TPC_STATS: Alloc tpc_configs_reg_event_buf failed wlan_dev.c: wlan_pdev_tsf_auto_report: no memory wlan_dev.c: wlan_pdev_tsf_auto_report: vdev_id = %d, mac_id = %d, tsf_low = 0x%x(%u), qtimer_low=0x%x(%u),cur_delta_0x%x(%u) wlan_dev.c: wlan_pdev_tsf_auto_report return detla too small, pdev_%x, delta(%x/%x) wlan_peer.c:WMI_PEER_RX_PN_REQUEST : vdev_id = %d, PN:%d:%d:%d:%d:%d:%d wlan_peer.c:WMI_PEER_RX_PN_REQUEST : vdev_id = %d, key_type = %d wlan_peer.c:WMI_PEER_RX_PN_REQUEST : Invalid wal_peer wlan_peer.c:RX_PN: WMI_PEER_RX_PN_REQUEST : Invalid Peer wlan_peer.c:WMI_PEER_TX_PN_REQUEST : vdev_id = %d, key_type = %d wlan_peer.c:WMI_PEER_TX_PN_REQUEST : Invalid dcache_Peer wlan_peer.c:WMI_PEER_TX_PN_REQUEST : Invalid wal_peer wlan_peer.c:WMI_PEER_TX_PN_REQUEST : Invalid Peer wlan_peer.c:peer_id[%d]: %d wlan_peer.c:WMI_PEER_UNMAP_RESPONSE_CMDID: %d wlan_peer.c:Invalid CHAN_WIDTH_SWITCH:peer_id = %d chan_width =0x%X, new_phy_mode= %d old_phy_mode = %d he_mcs_nss_160=0x%x wlan_peer.c:Invalid CHAN_WIDTH_SWITCH:peer_id = %d chan_width =0x%X, new_phy_mode= %d old_phy_mode = %d he_mcs_nss_80_80=0x%x wlan_peer.c:Invalid CHAN_WIDTH_SWITCH: mac_addr31to0 = 0x%x, mac_addr47to32 = 0x%x, phy_mode %d wlan_peer.c:PEER_CHAN_WIDTH null vdev wlan_peer.c:PEER_TID_DEBUG: ack:%d aggr:%d rate:%d rcode:%d sw_retry:%d bitmap:0x%x rts_cts:%d ampdu:%d amsdu:%d wlan_peer.c:PEER_TID_DEBUG: vdev_id:%d mac addr:0x%08x 0x%08x tid_num:%d wlan_peer.c:wal peer allocaton status = %d vdev_id_8/mac_id_8 = 0x%x mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x peer_type = %d wlan_peer.c:VDEV EVT PEER: wlan_free_peer del_resp=%d, wal_peer:0x%x wlan_peer.c:CP-WARN DUP PEER-DELETE: wlan_free_peer wal_peer:0x%x PEER_ID:%d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wlan_peer.c:VDEV EVT:WMI_PEER_DELETE_RESP_EVENTID send vdevId=%d time=%d peer_macaddr31to0 =0x%x peer_macaddr47to32 =0x%x wlan_peer.c:WMI_EVENT_ALLOC_FAILURE: WMI_PEER_DELETE_RESP_EVENTID buffer failure wlan_peer.c:VDEV EVT:RESOURCE_PEER_FREE vdev_id = %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x usage_count = %d wlan_peer.c:RESOURCE_PEER_ALLOC duplicate PEER_TYPE_BSS vdev_id = %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x mac_id = %d/%d peer=0x%x peer_del_in_prog %d wlan_peer.c:RESOURCE_PEER_ALLOC duplicate PEER_TYPE_BSS vdev_id = %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x mac_id = %d/%d peer=0x%x wlan_peer.c:RESOURCE_PEER_ALLOC error return as peer delete is in progress vdev_id = %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x usage_count = %d, peer_type = %d, delete_in_process:%d wlan_peer.c:RESOURCE_PEER_ALLOC error vdev_id = %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x usage_count = %d, peer_type = %d, delete_in_process:%d wlan_peer.c:PEER_ASSOC Sending KO for STA as invalid phymode config wlan_peer.c:wlan_set_peer_he_txbf_cap:ax_txbf_caps.suax_max_nc=%x wlan_peer.c:Assoc OMI: NSS=0x%x BW=0x%x er_su_disable=0x%x wlan_peer.c:OMI: wlan_peer_set_he_eht_omi_param: enable mu :ulmu_disable: 0x%lx, ulmu_data_disable: 0x%lx, wlan_peer.c:OMI: wlan_peer_set_he_eht_omi_param: disable mu :ulmu_disable: 0x%lx, ulmu_data_disable: 0x%lx, wlan_peer.c:Nr=%x Nc=%x peer_nss=%x Ntx=%x wlan_peer.c:Nr=%x Nrx=%x, Nc=%x wlan_peer.c:wlan_set_peer_vht_txbf_cap vht_caps: %x wlan_peer.c:PEER_ASSOC cmd for mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x, num_peer_ht_rates=%d, ni_flags=0x%x phymode=0x%x nss=0x%x mpdudensity=%d max_mpdu=%d wlan_peer.c:HE160NSS : 160_mcs_nss_set %d, 160_mcs_nss_map %x wlan_peer.c:Peer_assoc: he_ops=0x%x he_cap_info_internal=0x%x wlan_peer.c:Peer_assoc:peer_he_cap_phy = 0x%x wlan_peer.c:PEER_ASSOC ni_legacy_rate_set= 0x%x ht_caps=0x%x vht_caps=0x%x vht_mcs_set=0x%x ht_mcs_set= 0x%x wlan_peer.c:PEER_ASSOC Overridding phymode. Orig phy %d, new phy %d. Orig flag 0x%x, new flag 0x%x. Error:%d wlan_peer.c:PEER_ASSOC null peer wlan_peer.c:PEER_ASSOC null wal_peer wlan_peer.c:PEER_ASSOC null vdev->bss wlan_peer.c:PEER_ASSOC null vdev wlan_peer.c:WMI_PEER_PARAM_DISABLE_AGGRESSIVE_TX:peer %x value %x mac_address %x:%x:%x:%x:%x:%x wlan_peer.c:Invalid sta_fixed_rate: Found CCK rate in 5G wlan_peer.c:wlan_vdev_dispatch_peer_change_bw: peerid=%d prev_ni_flags=%x new_ni_flags=%x new_bw=%x ht_caps=%x vht_caps=%x wlan_peer.c:wlan_find_peer: NULL vdev wlan_peer.c:PEER_DELETE peer not exist, still generating PEER_DELETE_RESP_EVENTID wlan_peer.c:PEER_DELETE parent vdev delete_all_peer_in_progress wlan_peer.c:PEER_DELETE null vdev wlan_peer.c:peer delete command for vdev_id %d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wlan_peer.c:VDEV EVT:WMI_PEER_CREATE_RESP_EVENTID send vdevId=%d time=%d peer_macaddr31to0 =0x%x peer_macaddr47to32 =0x%x status = %d wlan_peer.c:peer create command for mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wlan_peer.c: DFS nol protection peer create cmd ingored mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wlan_peer.c:peer create cmd ingored as delete all peer is in progress vdev_id =%d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wlan_peer.c:peer create cmd ingored vdev_id =%d mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x wlan_peer.c:DELETE_ALL_PEER No active peer wlan_peer.c:DELETE_ALL_PEER alredy in progress wlan_peer.c:delete_all_peer: VDEV EVT:WMI_VDEV_DELETE_ALL_PEER_RESP_EVENTID vdevId=%d status=%d time=%d wlan_peer.c:DELETE_ALL_PEER null vdev wlan_peer.c:DELETE_ALL_PEER max vdev wlan_peer.c:delete_all_peer: WMI_VDEV_DELETE_ALL_PEER_CMDID command for vdev_id %d wlan_peer.c:Invalid PEER_CAP: LDPC not set in 11AXA for bw 40/80/160 wlan_peer.c:Invalid PEER_CAP: phymode is 80Mhz but no valid rates are set %x wlan_peer.c:Invalid PEER_CAP: phymode is 160Mhz but no valid rates are set %x wlan_peer.c:Invalid PEER_CAP: ni_flags bw(%d) is greater than peer phymode(%d) wlan_peer.c:Invalid PEER_CAP: mismatch of phymode pream(%d) vs ni_flags pream(%d) wlan_peer.c:wlan_vdev_dispatch_peer_mask_cck_rates is-2g=0x%x id=%d wlan_peer.c:update rts_rix, peer:0x%x, rts_rix:0x%x wlan_peer.c:update non data1, peer:0x%x, rc:0x%x wlan_peer.c:wal_peer: %x, wlan_peer_vdev_restart_done: tearing down tx_ba and rx_ba wlan_peer.c:wal_vdev non_data_rc:0x%x bcast_data_rc:0x%x mcast_data_rc:0x%x beacon_rc:0x%x wlan_peer.c:rc_node_update: ABORT wlan_peer.c:MASK_CCK_RATES: wlan_peer=0x%x rc_node=0x%x legacy_rate=0x%x is_cck_rate_mask=0x%x msg_id=%d wlan_peer.c:WLAN_PEER_CHANGE_CHAN_WIDTH peer %d ni_flags 0x%x, valid_tx_chainmask 0x%x, peer_nss %d, phymode %d, ni_vht_mcs_set 0x%x, ni_legacy_rate_set 0x%x, wlan_peer.c:wlan_vdev_peer_change_phymode_internal: peerid=%d phymode=%d mhz=%d wlan_peer.c:WLAN_PEER_CHANGE_PHY_MODE: peerid=%d phymode=%d wlan_peer.c:wlan_vdev_peer_autorate_reset: user_start_rate 0x=%x wlan_peer.c:wlan_vdev_peer_mimo_ps_internal: valid_tx_chainmask 0x=%x wlan_peer.c:TXBF_UPDATE_PEER_PARAMS peer_nss_160 = %u, nc_idx_160 = %u. wlan_peer.c:TXBF_UPDATE_PEER_PARAMS peer_nss = %u, nc_idx = %u. wlan_peer.c:WLAN_PEER_CHANGE_NSS peer %d peer_nss %d ul_nss %d wlan_peer.c:wlan_vdev_peer_change_bw_internal: new_bw = %x wlan_peer.c:WLAN_PEER_CHANGE_BW: peerid=%d bw=%d wlan_peer.c:WLAN_PEER_ASSOC_REQ peer %d peer_assoc_evt %d, ni_flags 0x%x, valid_tx_chainmask 0x%x, peer_nss %d, phymode %d, ni_vht_mcs_set 0x%x, ni_legacy_rate_set 0x%x, wlan_peer.c:RATE_DBG wlan_vdev_migrate_rate_reset: peer_id %d wlan_peer.c:RATE_DBG wlan_vdev_migrate_rate_reset peer_params NULL: peer_id %d wlan_peer.c:wlan_vdev_delete_all_peer_conf_msg_hdlr: vdev_id=%d dbg_conf_del_all_peer_num = %d wlan_peer.c:wlan_vdev_delete_all_peer_conf_msg_hdlr: vdev_id=%d wlan_peer.c:wlan_vdev_delete_all_peer_conf_msg_hdlr: wal_vdev=%p, delete_all_peer_in_progress=%d, WLAN_FW_THREAD_IS_RT=%d wlan_peer.c:Deauth frame is not sent because of different RT thread addr1 0x%x addr2 = 0x%x wlan_peer.c:WMI_VDEV_MULTIPLE_PEER_GROUP_CMDID: WMI_PEER_REMOVE_WDS_ENTRY_CMDID mac_addr31to0 = 0x%x mac_addr47to32 = 0x%x sawf_cfg.c:invalid svc class ID %d wlan_mgmt_local_txrx.c:MGMT_TXRX_SENT_FROM_LOCAL: send failure:%d, flags:%d wlan_mgmt_local_txrx.c:MGMT_TXRX_SENT_FROM_LOCAL: macidh8/tid8/ptype16:0x%08x, cbflags=0x%08x, peerflag=0x%x,addr=0x%08x 0x%04x cur_chan=%d ppdu_H32=0x%x ppdu_L32=0x%x wlan_mgmt_local_txrx.c:wlan_mgmt_txrx_omi_req_completion: set mu as %d wlan_mgmt_local_txrx.c:wlan_frmgen_get_nullfunc_with_htctrl() get nullfunc failed: peer = %p peer_type = %d cb_flags: 0x%x wlan_mgmt_local_txrx.c:_wlan_local_send_peer_change_omi()he_ctrl=0x%x wlan_mgmt_local_txrx.c:_wlan_local_send_peer_change_omi()invalid rx=0x%x bw=0x%x ulmu=0x%x tx=0x%x ulmu_data=0x%x wlan_mgmt_local_txrx.c:OMI: _wlan_mgmt_txrx_send_omi rx_nss: 0x%lx, bw: 0x%lx, ulmu_disable: 0x%lx, ulmu_data_disable: 0x%lx, tx_nss: 0x%lx wlan_mgmt_local_txrx.c:NS_NOTIFY reqest %u wlan_mgmt_local_txrx.c:Unit test: mu edca enable = %lu wlan_mgmt_local_txrx.c:Invalid input for muedca unit test to set mu wmm params. wlan_mgmt_local_txrx.c:Invalid input for OMI unit test. wlan_mgmt_local_txrx.c:OMI: Unit test with rx_nss = 0x%lx, bw = 0x%lx, ulmu disable = 0x%lx, tx_nss = 0x%lx, er_su disable %d, ulmu_data_disable = 0x%lx wlan_mgmt_local_txrx.c:setUnitTestCmd 13 9 1 %x %x - couldn't find peer! wlan_mgmt_local_txrx.c:FORWARD_TO_HOST: not mgmt pkt, Ch_VdevActCnt_ToHost=0x%08x MacId_Type_Subtype=0x%06x Seq=%d(0x%x) RssiComb_Ch0_Ch1=0x%06x sta_mon_mode=%d wlan_mgmt_local_txrx.c:FORWARD_TO_HOST: mgmt pkt, Ch_VdevActCnt_ToHost=0x%08x MacId_Type_Subtype=0x%06x Seq=%04d(0x%03x) Addr2=0x%04x 0x%08x RssiComb_Ch0_Ch1=0x%06x monMode_emaSupp_compList=0x%06x wlan_mgmt_local_txrx.c:IEEE80211_FC0_SUBTYPE_NDPA wlan_mgmt_local_txrx.c:mac id mismatch:rx:%x vdev:%x, frame: %x wlan_mgmt_local_txrx.c:LOCAL MGMT DEAUTH-DISASSOC tx compl. status 0x%x wlan_mgmt_txrx.c:WMI TX comp send bundle, num:%d, desc id=%d comp=%d wlan_mgmt_txrx.c:WMI TX comp send bundle: bundle_evt_size:0x%x wlan_mgmt_txrx.c:WMI TX comp hold, idx:%d, desc id=%d, frame_type_subtype=0x%x, comp=%d wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST_COMP desc_id=0x%x tx_status=0x%x ppdu_id:%d ack_rssi=%d wlan_mgmt_txrx.c:MGMT_TX_WMI_TXCOMP_SEND_EVT PKT NULL wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST_COMP desc_id=0x%x tx_status=0x%x wlan_mgmt_txrx.c:OFFCHAN_DATA_TX_WMI_TXCOMP_SEND_EVT PKT NULL wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST Send Evt: desc_id = 0x%x comp_type=0x%x,pdev_id =0x%X, ppdu_id=0x%X ack_rssi =0x%X wlan_mgmt_txrx.c: QOS_NULL_TX_WMI_FROM_HOST PKT NULL wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST FAIL invalid input param vdev_id=%d, vdev_opmode=%x, desc_id=%d peer =0x%X wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST tx_param_valid=%d frame_len=%d desc_id=0x%x tid_num=%d ppdu_info=0x%x wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST subtype=0x%02x addr=0x%04x%08x chanfreq=%d wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST: dword0=0x%x dword1=0x%x, subtype:%x, ppdu_info:0x%x multiplier:0x%x wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST: Expected wlan peer value = 0x%X wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST: Command is expected only for AP VDEV wlan_vdev->ic_opmode= 0x%X wlan_mgmt_txrx.c:QOS_NULL_TX_WMI_FROM_HOST: Host is not expected to use this command other than QoS null, frame subtype = 0x%X wlan_mgmt_txrx.c:Dropping CFR capture wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST check_tag=%d tx_param_valid=%d cmd_ch=0x%x frame_len=%d tx_flags=0x%x desc_id=0x%x tid_num=%d ppdu_info=0x%x wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST subtype=0x%02x addr=0x%04x%08x chanfreq=%d peer_rssi=%d wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST is_home_8/is_curr_8=0x%x mode_8/submode_8=0x%x pmac->mac_id=%d e_mac_id=%d wlan_mgmt_txrx.c:_wlan_mgmt_rx_frame_handler Droping frame from non associated Peer type=0x%x subtype=0x%x bNull=%d wlan_mgmt_txrx.c:WMI_SEND_EVENT_WRONG_TLV CmdId/EventId = 0x%x wlan_mgmt_txrx.c:MGMT_TX_WMI_FROM_HOST register %d %d channel_mgr.c:CHAN_MGR_PAUSE_COMPLETE: curr_chan = %d link = 0x%x link_flgs = 0x%x channel_mgr.c:chan mgr pause complete timeout channel_mgr.c:CHAN_MANAGER_SM_EVENT_DATA: chan = 0x%x sec_chan = 0x%x sw_time = 0x%x channel_mgr.c:CHAN_MGR_PAUSE_CMPL_CB: status = 0x%x curr_time = 0x%x channel_mgr.c:CHAN_MGR_VDEV_PAUSE: chan = %d link = 0x%x flg = 0x%x max_sw_time = %d curr_time = 0x%x channel_mgr.c:CHAN_MGR_VDEV_UNPAUSE:chan =%d link =0x%x curr_time = 0x%x channel_mgr.c:CHAN_MGR_CTS2S_TX_COMP: status = 0x%x ch_handle = 0x%x channel_mgr.c:CHAN_MGR_TRIGGER_CHANNEL_CHANGE: sec_ch = %d, chan_change_dur = %d,is_chm_valid = 0x%x tx_chm = 0x%x, rx_chm = 0x%x, selfgen_chm = 0x%x, pf_cnt = %d channel_mgr.c:CHAN_MGR_TRIGGER_CHANNEL_CHANGE: pri_ch = %d, chan_change_dur = %d,is_chm_valid = 0x%x tx_chm = 0x%x, rx_chm = 0x%x, selfgen_chm = 0x%x, pf_cnt = %d channel_mgr_sm.c:RESMGR_CHMGR_SEND_CTS2SELF: cur_vc = 0x%x link = 0x%x status = 0x%x channel_mgr_sm.c:CHAN_MANAGER_SM_EVENT: %d < %d channel_mgr_sm.c:CHAN_MANAGER_SM: %d => %d resmgr.c:resmgr_send_channel_quota_changed_event_to_host : memory allocation failed %d resmgr.c:resmgr_send_channel_quota_changed_event_to_host : max event size exceeded %d,max_limit %d resmgr.c:RESMGR_OCS_REQ_QUOTA_STATS arg = 0x%x chan_mhz = 0x%x req_chan_time/latency = 0x%x resmgr.c:resmgr_set_ch_param dyn_sch_ctx is null. resmgr.c:RESMGR_REG_EVT_HDLR: handler = 0x%x arg = 0x%x registered resmgr.c:RESMGR_REG_EVT_HDLR: handler = 0x%x arg = 0x%x no memory!!! resmgr.c:RESMGR_REG_EVT_HDLR: handler = 0x%x arg = 0x%x exists!!! resmgr.c:RESMGR_DEREG_EVT_HDLR: handler = 0x%x arg = 0x%x deregistered resmgr.c:RESMGR_DEREG_EVT_HDLR: handler = 0x%x arg = 0x%x not found!!! resmgr_ocm_init.c:RESMGR_OCS_ALLOCRAM_SIZE size_in_bytes = %d resmgr_ocm.c:RESMGR_OCS_CHAN_CHANGE_PROGRESS FAILURE resmgr_ocm.c:OCM_Suspend: Pause_Pending = 0x%x, Pause_OCS = 0x%x Mac_id = 0x%x resmgr_ocm.c:OCM_Migrate: migrate_mode = 0x%x resmgr_ocm.c:OCM_Resume: ocs_cfg = 0x%x, Pause_OCS = 0x%x Mac_id = 0x%x resmgr_dyn_sch_init.c:RESMGR_DYN_SCH_ALLOCRAM_SIZE size = %d resmgr_dyn_sch.c:RESMGR_DYN_SCH_ACTIVE is_active = %d resmgr_dyn_sch.c:RESMGR_DYN_SCH_HOME_CH_QUOTA chan0_mhz = %d ch0_new_quota = %d chan1_mhz = %d ch1_new_quota = %d resmgr_dyn_sch.c:RESMGR_DYN_SCH_TOT_UTIL_PER chan0_mhz = %d chan0_util_percentage = %d chan1_mhz = %d chan1_util_percentage = %d resmgr_dyn_sch.c:RESMGR_DYN_SCH_CH_SX_STATS chan_mhz = %d accu_tx_rx_dur_us = 0x%x accu_free_dur_us = 0x%x accu_sampling_dur_us = 0x%x resmgr_dyn_sch.c:RESMGR_DYN_SCH_ENABLE enable = 0x%x fw_disable_bmap = 0x%x resmgr_dyn_sch.c:RESMGR_DYN_SCH_CH_STATS_END chan_mhz = %d rx_clear_cnt = %d tx_frame_cnt = %d rx_frame_cnt_us = %d sampling_dur_us = %d resmgr_dyn_sch.c:RESMGR_DYN_SCH_CH_STATS_START chan_mhz = %d start_rx_clear_cnt = %d start_tx_frame_cnt = %d start_rx_frame_cnt_us = %d start_time_us = %d resmgr_ocs_init.c:RESMGR_OCS_ALLOCRAM_SIZE size_in_bytes = %d resmgr_ocs.c:CHREQ_GRANT cur_time=0x%x chreq=0x%x resmgr_ocs.c:RESMGR_OCS_CURR_CAT_WINDOW: Channel change pending, flags = 0x%x resmgr_ocs.c:RESMGR_OCS_CURR_CAT_WINDOW_TIMESLOT start_tsf = 0x%x stop_tsf = 0x%x resmgr_ocs.c:RESMGR_OCS_CURR_CAT_WINDOW_REQ req_id = 0x%x ch_req_addr = 0x%x state = %d resmgr_ocs.c:RESMGR_OCS_CURR_CAT_WINDOW resmgr_ocs.c:RESMGR_OCS_CHREQ_RESTART start_tsf = 0x%x stop_tsf = 0x%x dtim_start_tsf = 0x%x dtim_period = %d resmgr_ocs.c:CHREQ_UPDATE chreq=0x%x chan(2)|sec_chan(2)=0x%08x start_tsf=0x%x dur_usec=0x%x interval=%d req_id(1)|prio(1)|purge(1)|dtim_period(1)=0x%08x dtim_start_tsf=0x%x, end_tsf=0x%x resmgr_ocs.c:RESMGR_OCS_ALLOCATED_QUOTA_STATS chan_mhz = %d req_chan_time_percentage = %d chan_time_quota = %d resmgr_ocs.c:RESMGR_OCS_RECAL_QUOTAS chan_mhz = %d latency = %d resmgr_ocs.c:RESMGR_OCS_RECAL_QUOTAS num_home_chans = %d tracking_interval = %d resmgr_ocs.c:RESMGR_OCS_RESOURCES chan_mhz = %d sec_chan_mhz = %d, band_center_freq2 = %d resmgr_ocs.c:RESMGR_OCS_RESOURCES req_id = 0x%x ch_req_addr = 0x%x ch_alloc_addr = 0x%x state = 0x%x priority = 0x%x resmgr_ocs.c:RESMGR_OCS_CHANNEL_SWITCHED status = %d resmgr_ocs.c:RESMGR_OCS_CHREQ_COMPLETE curr_time = 0x%x ch_req_addr = 0x%x resmgr_ocs.c:RESMGR_OCS_NEW_CAT_WINDOW_TIMESLOT start_tsf = 0x%x stop_tsf = 0x%x resmgr_ocs.c:RESMGR_OCS_NEW_CAT_WINDOW_REQ ch_req_addr = 0x%x state = %d resmgr_ocs.c:RESMGR_OCS_CONSTRUCT_CAT_WIN chan_alloc_addr=0x%x chan_mhz=%d sec_ch_mhz=%d resmgr_ocs.c:RESMGR_OCS_MISS_TOLERANCE miss_tolerance_cnt_timeslot1 = 0x%x miss_tolerance_cnt_timeslot2 = 0x%x resmgr_ocs.c:RESMGR_OCS_LATENCY_CASE_NO arg = 0x%x resmgr_ocs.c:RESMGR_OCS_LATENCY_STRICT_TIME_SLOT slot1_start_tsf = 0x%x slot2_start_tsf = 0x%x resmgr_ocs.c:RESMGR_OCS_QUOTA_REM cat1_quota_remain = 0x%x cat2_quota_remain = 0x%x resmgr_ocs.c:RESMGR_OCS_CURR_TSF current_tsf = 0x%x resmgr_ocs.c:RESMGR_OCS_WIN_CAT_DUR duration = %d, chan_mhz = %d resmgr_ocs.c:RESMGR_OCS_WINNING_CH_ALLOC curr_chan_alloc_addr = 0x%x chan_mhz = %d sec_ch_mhz = %d resmgr_ocs.c:RESMGR_OCS_CUR_CH_ALLOC curr_chan_alloc_addr = 0x%x chan_mhz = %d sec_ch_mhz = %d resmgr_ocs.c:RESMGR_OCS %d has been paused resmgr_ocs.c:RESMGR_OCS_RECOMPUTE_SCHEDULE: ocs_ins = %d resmgr_ocs.c:RESMGR_OCS_PURGE_CHREQ cur_ch_req_addr = 0x%x resmgr_ocs.c:RESMGR_OCS_PURGE_CHREQ cur_ch_alloc_addr = 0x%x chan_mhz = %d resmgr_ocs.c:RESMGR_OCS_CH_ALLOCATOR_FREE cur_ch_alloc_addr = 0x%x resmgr_ocs.c:RESMGR_OCS_CLEANUP_CH_ALLOCATORS cur_ch_alloc_addr = 0x%x resmgr_ocs.c:RESMGR_OCS_CHREQ_TERMINATE: req_id = 0x%x cur_ch_req = 0x%x state = %d resmgr_ocs.c:RESMGR_OCS_CLEANUP_STALE_REQS cur_ch_alloc_addr = 0x%x resmgr_ocs.c:RESMGR_OCS_NEXT_SCH_INTERVAL = %d resmgr_ocs.c:TSF_TIMEOUT_US timeout_us=%d resmgr_ocs.c:RESMGR_OCS_TSF_TIMEOUT_US wake up latency = %d, wlan_chan_num = %d, wlan_cb_num = %d resmgr_ocs.c:RESMGR_OCS_NEXT_TSFTIME next_tsf_time = 0x%x resmgr_ocs.c:RESMGR_OCS_TSF_TIMEOUT_US next_tsftime = %x resmgr_ocs.c:RESMGR_OCS_INVOKED: ocs_ins = %d ocs_entry_time = 0x%x ocs_exit_time = 0x%x resmgr_ocs.c:RESMGR_OCS_SCHED_CH_CHANGE: ocs_ins = %d resmgr_ocs.c:RESMGR_OCS_TSF_TIMEOUT_US defer_sch_time = %x resmgr_ocs.c:RESMGR_OCS_INVOKED: Cur_Ch_Alloc = 0x%x Flags = 0x%x Resched_Req = 0x%x resmgr_ocs.c:OCS_INVOKED: ins=%d last_entry=0x%x cur_time=0x%x resmgr_ocs.c:RESMGR_OCS_CH_SWITCH_REQ resmgr_ocs.c:RESMGR_OCS_CHREQ_CREATE: start_tsf = 0x%x duration_usec = %d interval = %d dtim_start_tsf = 0x%x dtim_period = %d end_tsf = 0x%x resmgr_ocs.c:RESMGR_OCS_CHREQ_CREATE: req_id = 0x%x chan_req_addr = 0x%x chan_mhz = %d, sec_chan_mhz = %d prioirty = %d resmgr_ocs.c:CHREQ_STOP: chreq=0x%x chan=%d req_id(1)|state(1)|sec_chan(2)=0x%08x resmgr_ocs.c:CHREQ_DELETE: chreq=0x%x chan=%d req_id(1)|state(1)|sec_chan(2)=0x%08x resmgr_ocs.c:CHREQ_UPDATE: chreq=0x%x chan(2)|sec_chan(2)=0x%08x start_tsf=0x%x dur_usec=%d interval=%d req_id(1)|prio(1)|dtim_period(2)=0x%08x dtim_start_tsf=0x%x end_tsf=0x%x resmgr_ocs.c:RESMGR_OCS_CHREQ_UPDATE: start_tsf/req_id = 0x%x resmgr_ocs.c:CHREQ_START: start_tsf=0x%x dur_usec=%d interval=%d dtim_start_tsf=0x%x dtim_period=%d end_tsf=0x%x resmgr_ocs.c:CHREQ_START: chreq=0x%x chan(2)|sec_chan(2)=0x%08x req_id(1)|prio(1)|freq2(2)=0x%08x resmgr_vcm_init.c:VCM_Init: VC Pool Size = 0x%x resmgr_vcm.c:RESMGR_LINK_CREATE link_pointer = 0x%x link_flags = 0x%x ch_mhz = %d phy_mode = %d band_center_freq1 = %d band_center_freq2 = %d resmgr_vcm.c:RESMGR_CREATE_LINK failed due to invalid channel param resmgr_vcm.c:RESMGR_LINK_DELETE Link Pointer = 0x%x resmgr_vcm.c:RESMGR_UPDATE_LINK failed due to invalid channel param virtual_channel.c:RESMGR_VC_INIT_HOME_CHAN: chan_mhz = %d virtual_channel.c:RESMGR_VC_UPDATE_HOME_CHAN_INFO: mac_id = %d, here should be only 1 home channel. virtual_channel.c:RESMGR_OCS_REQ_QUOTA_STATS arg = 0x%x req_chan_time/latency = 0x%x virtual_channel.c:RESMGR_OCS_REQ_QUOTA_STATS chan_mhz = %d req_chan_time/latency = 0x%x virtual_channel.c:RESMGR_VC_UPDATE_HOME_CHAN_INFO: mac_id = %d virtual_chan_count = 0x%x home_chan_count = 0x%x virtual_channel.c:RESMGR_ADD_LINK ch_mhz = %d phy_mode = %d link_flags = 0x%x link_valid_attr = 0x%x no_160_link_cnt = %d 160_link_cnt = %d vc = 0x%x link = 0x%x virtual_channel.c:RESMGR_RMV_LINK ch_mhz = %d phy_mode = %d link_flags = 0x%x link_valid_attr = 0x%x no_160_link_cnt = %d 160_link_cnt = %d virtual_channel.c:RESMGR_VC_UPDATE_CUR_VC chan_mhz = %d virtual_channel.c:RESMGR_VC_REGISTER_LINK: chan_mhz = %d link_count = %d ephemeral_link_count = %d is_home_chan = %d link_flags = 0x%x link_valid_attr = 0x%x virtual_channel.c:RESMGR_VC_UNREGISTER_LINK: chan_mhz = %d link_count = %d ephemeral_link_count = %d is_home_chan = %d virtual_channel.c:!cts2s_sent: 0x%x 0x%x 0x%x virtual_channel_arbiter.c:RESMGR_VC_ARBITRATE_CHAN_PARAM arbit_chan = 0x%x arbit_chan_mhz=%d arbit_chan_phy_mode=%d link_chan=0x%x link_chan_mhz=%d link_chan->phy_mode=%d virtual_channel_arbiter.c:wlan_virtual_chan_apply_chan_num rx = %d tx = %d org = %d virtual_channel_arbiter.c:RESMGR_VC_ARBITRATE_ATTRIBUTES chan_mhz = %d current_chan_mhz = %d per link tx_chainmask = %d, rx_chainmask = %d virtual_channel_arbiter.c:RESMGR_VC_ARBITRATE_ATTRIBUTES chan_mhz = %d phy_mode/vc_prog_latency = %d virtual_channel_arbiter.c:RESMGR_VC_ARBITRATE_ATTRIBUTES chan_mhz = %d phy_mode/vc_prog_latency = %d band_center_freq = %d virtual_chan_ctxt = 0x%x virtual_chan = 0x%x virtual_channel_arbiter.c:RESMGR_VC_ARBITRATE_ATTRIBUTES num = %d, tx_mask = %x rx_mask = %x virtual_channel_arbiter.c:RESMGR_VC_ARBITRATE_ATTRIBUTES link_count = %d chain_number = %d per_link_chain_num = %d virtual_channel_arbiter.c:VC_ARB_SMPS: mhz = %d, smps_supp = %d, dyn_smps = %d resmgr_dbsmgr.c:DBS_MGR_REG_SCAN_POLICY_HDL: handler = 0x%x arg = 0x%x resmgr_dbsmgr.c:DBS_MGR_REG_SCAN_POLICY_HDL: Pool Empty!! resmgr_dbsmgr.c:DBS_MGR_REG_SCAN_POLICY_HDL: handler = 0x%x arg = 0x%x Exists!! resmgr_dbsmgr.c:DBSMGR: dbsmgr_set_hw_mode Start SM DBSMGR_EVENT_HW_MODE_CHANGE_REQUESTcur_hw_mode = %d cur_dbs_cfg_state = %d next_hw_mode = %d resmgr_dbsmgr.c:DBSMGR_SM_EVENT: %d < %d resmgr_dbsmgr.c:DBSMGR: dbsmgr_set_hw_mode final_hw_mode = %d, cur_hw_mode = %d cur_dbs_cfg = %d next_hw_mode = %d resmgr_dbsmgr.c:DBSMGR: dbsmgr_set_hw_mode requestor = %d, hw_mode_switch_aborted = %d,fake_hw_mode_change_ongoing = %d, set_hw_mode_pending_bitmask = 0x%x, handler=0x%p resmgr_dbsmgr.c:DBSMGR: Policy Mgr Set HW Mode, Cur_HW_Mode = 0x%x, New_HW_Mode Requested = 0x%x, affected_phy_id_map = %d resmgr_dbsmgr.c:DBSMGR: Policy Mgr Set HW Mode, Cur_HW_Mode = 0x%x, New_HW_Mode Requested = 0x%x, roam_in_progress = %d resmgr_dbsmgr.c:DBSMGR: Notify HW Mode, requestor = %d, cb = 0x%p resmgr_dbsmgr.c:DBSMGR: Notify fake HW Mode, reason = %d, handler = 0x%p resmgr_dbsmgr.c:DBSMGR: Notify HW Mode, fake_hw_mode_change = %d, HW_Mode_Pending_Bitmask = 0x%x, Cur_HW_Mode = %d, cur_dbs_cfg = %d resmgr_dbsmgr.c:DBSMGR_UPDATE_MAC_CFG: conc_scan_cfg = 0x%x, fw_mode_cfg = 0x%x, hw_mode_pending = 0x%x, cur_hw_mode = %d resmgr_dbsmgr.c:DBSMGR_Change_Scan_State: Cur_Scan_State = %d, New_Scan_State = %d resmgr_dbsmgr.c:DBSMGR: cancel fake hw mode change, reason = %d resmgr_dbsmgr_sm.c:DBSMGR_SM: %d => %d resmgr_dbsmgr_sm.c:DBSMGR:Send Evt:%x to thread id %x and mac_id %x resmgr_dbsmgr_sm.c:DBSMGR:Send Cmd:%x to thread id %x and mac_id %x resmgr_dbsmgr_sm.c:DBSMGR:MIGRATE_OCS vdev_id_migrate_list[0] %d vdev_id_migrate_list[1] %d next_hw_mode %d resmgr_dbsmgr_sm.c:DBSMGR:MIGRATE_LIST vdev_id_migrate_list[0] %d vdev_id_migrate_list[1] %d next_hw_mode %d resmgr_dbsmgr_sm.c:DBSMGR: cur_hw_mode = %d, home_chan_mhz= %d resmgr_dbsmgr_sm.c:DBSMGR HW Mode change after Calibration: cur_hw_mode = %d, mac0_channel_mhz = %d, mac1_channel_mhz = %d, Loopback_Calibration_Dur = %d resmgr_dbsmgr_sm.c:DBSMGR Loopback Calibration Fake HW mode change complete: cur_hw_mode = %d, Loopback_Calibration_Dur = %d resmgr_dbsmgr_sm.c:DBSMGR: start calibration, cur_hw_mode = %d, home_chan_mhz=0x%x resmgr_dbsmgr_sm.c:DBSMGR: start timer to wait noa start, timeout=%d resmgr_dbsmgr_sm.c:DBSMGR_HW_MODE_CHANGE_REQ: dbs_enable = %d, cur_hw_mode = %d, next_hw_mode = %d, hw_mode_pending = 0x%x, fake_hw_mode_change = %d resmgr_dbsmgr_sm.c:RESMGR_DELIVER_EVT: type = 0x%x, old_hw_mode = 0x%x, new_hw_mode = 0x%x, band_to_mac = 0x%x resmgr_dbsmgr_sm.c:DBSMGR_SM_EVENT: %d < %d resmgr_dbsmgr_sm.c:DBSMGR_HW_Mode_Switch_Complete: Prev_HW_Mode = %d, Cur_HW_Mode = %d, HW_Mode_Switch_Dur = %d resmgr_dbsmgr_sm.c:DBSMGR: :dbsmgr_pre_vdev_migration_old_pdev end: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_pre_vdev_migration_old_pdev start: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_pre_vdev_migration_new_pdev End: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_pre_vdev_migration_new_pdev start: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_pre_vdev_migration end: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_pre_vdev_migration start: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_vdev_migration end: thread_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_vdev_migration start: thread_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR: dbsmgr_post_vdev_migration_old_pdev end: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR: dbsmgr_post_vdev_migration_old_pdev start: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_post_vdev_migration_new_pdev End: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR: dbsmgr_post_vdev_migration_new_pdev start: thread_id %d mac_id %d to old_mac_id %d new_mac_id %x migrate_vdev_list %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_block thread id %x is Unblocked resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_block thread id %x is blocked resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_set_mac_active 4 mac_id:%x in thread id %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_set_mac_active 3 mac_id:%x in thread id %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_set_mac_active 2 mac_id:%x in thread id %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_set_mac_active 1 mac_id:%x in thread id %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_req_hdlr Cmd:%x in thread id %x resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x cur_chan_unpause_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x ocs_unpause_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:MIGRATE_RATE vdevid %d cur_hw_mode %d next_hw_mode %d resmgr_dbsmgr_sm.c:DBSMGR: MIGRATE_RATE before vdevid %d cur_hw_mode %d next_hw_mode %d resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x mac_active_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x unpuase_inactive_mac_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x mac_block_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x mac_inactive_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR: post vdev new pdev complete dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x pre_vdev_migrate_new_pdev_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x pre_vdev_migrate_old_pdev_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR: dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x pre_vdev_migrate_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR: dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x pre_vdev_migrate_new_pdev_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR: dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x pre_vdev_migrate_old_pdev_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x cur_chan_pause_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x ocs_pause_pending_bitmap %X resmgr_dbsmgr_sm.c:DBSMGR:dbsmgr_hw_mode_switch_rsp_hdlr Cmd:%x in thread id %x from thread %x resmgr_chainmask_mgr.c:RESMGR_CHMMGR_GET_MAX_BANDWIDTH: band = %d, mac = %d, max_bw_supported = 0x%x, hw_mode = %d resmgr_concurrency_mgr.c:resmgr_concurrency_mgr_notify: module = 0x%x resmgr_concurrency_mgr.c:resmgr_handle_vdev_concurrency: phyGTX:%d vdevid:%d FWGtxDisable:%d hostGtxDisable:%d resmgr_concurrency_mgr.c:_resmgr_concurrency_mgr_is_low_freq_vdev_chreq_apply: active_sta_vdev_num = 0x%x, active_vdev_num = 0x%x, resmgr_nan_discovery_enable = 0x%x, result = %d wlan_dcs.c:WLAN_DCS_DBGID_WMI_CWINT 0x%x wlan_dcs.c:WMI_EVENT_ALLOC_FAILURE EventId = 0x%x wlan_dcs.c:WLAN_DCS_DBGID_WMI_WLAN_INT 0x%x wlan_dcs.c:WLAN_DCS_DBGID_TIMER 0x%x wlan_dcs.c:Init = 0x%x wlan_stats.c: PS_STA_AVG_CHANNEL_CONGESTION BusyChanRunningAvg = %d %d wlan_stats.c:wlan_stats_processor:vdev_id:%d ch%d_snr:%d wlan_stats.c:wlan_stats_processor: Ran out of buffers; Aborting Report generation; Sending Report to Host wlan_stats.c:wlan_stats_processor: bcn_protect stats igtk_mic_fail_cnt = %x igtk_replay_cnt = %x bcn_mic_fail_cnt = %x bcn_replay_cnt = %x wlan_stats.c:wlan_stats_processor: peer_stats->peer_tx_rate = %d rx_rate = %d rssi = %d wlan_stats.c:wlan_stats_processor:vdev_id:%d bcn_snr:%d wlan_stats.c:wlan_stats_processor:vdev_id:%d invalid_snr:%d wlan_stats.c:wlan_stats_processor:vdev_id:%d mac_snr:%d wlan_stats.c:Event not getting allocated evh = NULL wlan_stats.c:vdev free=%d, pmf_vdev_ctxt=%u wlan_stats.c:vdev_id=%u is NULL wlan_stats.c:chan_init POOL ALLOC FAILURE wlan_stats.c:radio_link_stats_process cur_pwr_state:%d next_pwr_state:%d wlan_stats.c:radio_link_stats_process no buffer wlan_stats.c:_wlan_iface_link_stats_process: vdev is NULL wlan_stats.c:total_num_peers:%d num_peer_stats_events:%d num_peer_in_event: %d wlan_stats.c:_wlan_wlm_stats_process: cmd->vdev_id:%d is not up or sta wlan_stats.c:_wlan_wlm_stats_process: wal_vdev is NULL wlan_stats.c:_wlan_wlm_stats_process: vdev is NULL wlan_stats.c:BIGDATA STATS: vdev_id=%d tsf_out_of_sync=%d ani=%d data_tx_pwr=%d tx_pwr[dss,ofdm]=%d,%d kbps=%d wlan_stats.c:BIGDATA ERR: mem alloc failed wlan_wmi_ctrl_path_stats.c:cp_stats event_send_complete & released buffer= 0x%X wlan_wmi_ctrl_path_stats.c:cp_stats send wmi event with more data = 0x%X event_status = 0x%X wlan_wmi_ctrl_path_stats.c:cp_stats calling send event wlan_wmi_ctrl_path_stats.c:cp_stats print stats for pdev_id =0x%X wlan_wmi_ctrl_path_stats.c:cp_stats call send event with more data = 0x%X wlan_wmi_ctrl_path_stats.c:cp_stats Received cp stats_req with stats_id_mask =0x%X action =0x%X req_id %d wlan_rssi_monitor.c:RSSI_MONITOR_GET_BEACON_RSSI_AVG: vdevid=%d, rssi_avg=%d, mac_id=%d wlan_rssi_monitor.c:RSSI_MONITOR_UPDATE_BEACON_RSSI: vdevid=%d, mac_id=%u, rssi_last_recv=%u, rssi_avg_last=%d rssi_new=%d rssi_avg_new=%d wlan_rssi_monitor.c:RSSI_MONITOR_DELIVER_EVENT: vdevid=%d, client=%u, evt_type=%u, cb_fn=%#x wlan_rssi_monitor.c:RSSI_MONITOR_CHECK_AND_DELIVER_EVENT: vdevid=%d, current_rssi=%d wlan_rssi_monitor.c:RSSI_MONITOR_ARBITER_CONFIG_HW: vdevid=%d, configure_low_rssi_thresh=%u, final_low_rssi_thresh=%d, configure_high_rssi_thresh=%u, final_high_rssi_thresh=%d, rssi_weight=%u low client:%d high client:%d wlan_rssi_monitor.c:RSSI_MONITOR_ARBITER: vdevid=%d, client=%u, rssi_threshold_type=%u, low_rssi_threshold=%d, high_rssi_threshold=%d, configure_low_rssi_thresh=%u, configure_high_rssi_thresh=%u wlan_rssi_monitor.c:RSSI_MONITOR_ENABLE_THRESHOLDS_CLIENT_REQ_ERR(!client_data): vdevid=%d, client=%u wlan_rssi_monitor.c:RSSI_MONITOR_ENABLE_THRESHOLDS_CLIENT_REQ_ERR(!vdev_rssi_monitor): vdevid=%d, client=%u wlan_rssi_monitor.c:RSSI_MONITOR_ENABLE_THRESHOLDS_CLIENT_REQ: vdevid=%d, client=%u, rssi_threshold_type=%u, low_rssi_threshold=%d, high_rssi_threshold=%d wlan_rssi_monitor.c:RSSI_MONITOR_DISABLE_THRESHOLDS_CLIENT_REQ_ERR(!vdev_rssi_monitor): vdevid=%d, client=%u wlan_rssi_monitor.c:RSSI_MONITOR_DISABLE_THRESHOLDS_CLIENT_REQ: vdevid=%d, client=%u, rssi_threshold_type=%u wlan_rssi_monitor.c:RSSI_MONITOR_HW_EVENT(!high_rssi_threshold_configured): vdevid=%d wlan_rssi_monitor.c:RSSI_MONITOR_HW_EVENT(!low_rssi_threshold_configured): vdevid=%d wlan_rssi_monitor.c:RSSI_MONITOR_HW_EVENT: vdevid=%d, event_type=%x wlan_rssi_monitor.c:RSSI_MONITOR_VDEV_EVENT: vdevid=%d, notif=%u wlan_rssi_monitor.c:RSSI_MONITOR_VDEV_INIT: vdevid=%d wlan_rssi_monitor.c:RSSI_MONITOR_VDEV_FREE: vdevid=%d wlan_thermal_unit_test.c:mac_id(%d), temp(%d) wlan_thermal_unit_test.c:level configured. level:%d, lwm:%d, hwm:%d, dcoff:%d wlan_thermal_unit_test.c:tt disabled for pdev_id: (%d) wlan_thermal_unit_test.c:tt enabled. pdev_id(%d) dc:%d, dc_per_event:%d, hwm:%d, throt_levels:%d wlan_thermal_unit_test.c:wlan_thermal_unit_test %d %d wlan_dsm_filter.c:FW added: i | bssid_type = %d, bssid_disallow_ap = %08x%04x retry_delay = %d msec, rssi = %d dbm source|reason = %d original_timestamp = %d original_timeout = %d wlan_dsm_filter.c:i | bssid_type = %d, bssid_disallow_ap = %08x%04x retry_delay = %d msec, rssi = %d dbm source|reason = %d original_timestamp = %d original_timeout = %d wlan_dsm_filter.c:DSM_LIST_UPDATE bssid_type = %d bssid removed is %08x%04x unit_test.c:DTF Disabled unit_test.c:UNIT_TEST_GEN 0x%x 0x%x 0x%x 0x%x, 0x%x unit_test.c:UNIT_TEST_GEN 0x%x 0x%x wlan_regdb_offload.c:REGDB AFC host event received cmd pdev_id=%d,tlv_header= 0%x, tlv_tag_id_enum = %d,tag_id_rec = %d wlan_regdb_offload.c:REGDB AFC HOST RX INDICATION RECEIVED wlan_regdb_offload.c:REGDB dfs_reg=%x, phybitmap=%x minbw2g=%d maxbw2g=%d minbw5g=%d maxbw5g=%d wlan_regdb_offload.c:REGDB phy_id=%d status_code=%d, ctry_id=%d dom_code=%d, num_2g_rules=%d, num_5g_rules=%d wlan_regdb_offload.c:REGDB send reg rules for alpha2: %c %c wlan_regdb_offload.c:REGDB send reg rules failed - status=%d wlan_regdb_offload.c:REGDB send WMI_REG_CHAN_LIST_CC_EVENTID wlan_regdb_offload.c:REGDB ruleIdx=%d freq info=%x bw_pwr=%x flag=%x wlan_regdb_offload.c:REGDB wmi buf alloc fail wlan_regdb_offload.c:REGDB max_rules=%d 2g_rules=%d 5g_rules=%d, evt_len=%d wlan_regdb_offload.c:REGDB read reg rules alpha2 %c %c wlan_regdb_offload.c:REGDB fail - invalid get type wlan_regdb_offload.c:REGDB fail - invalid country code input wlan_regdb_offload.c:REGDB send reg rules for mac_id=%d get_type=%d cc_type=%d cc_value=%x wlan_regdb_offload.c:REGDB set init country command pdev_id=%d, cc_type=%d, cc_value=%x wlan_regdb_offload.c:REGDB Channel Prioritization Not Supported=%d wlan_regdb_offload.c:REGDB Channel Prioritization Supported=%d vlp_priority_freq=%d wlan_regdb_offload.c:REGDB send def reg rules phy_id=%d status_code=%d, ctry_id=%d dom_code=%d, num_2g_rules=%d, num_5g_rules=%d wlan_regdb_offload.c:REGDB send default reg rules for alpha2: %c %c wlan_regdb_offload.c:REGDB rdCtl: %d %d wlan_regdb_offload.c:REGDB test command num_args=%d testId=%d wlan_regdb_offload.c: register - WMI_SERVICE_REGULATORY_DB wlan_hw_data_filtering_wmi.c:OFLD CMD: num_params=%d proto=%d proto_type =%d data_len = %d off=%d data[0]=%d data[1]=%d %d %d wlan_hw_data_filtering_wmi.c:OFFLOAD HDLR CCE UNIT TEST CMD: num_args=%d vdevId=%d args =%d %d %d %d %d %d wlan_hw_data_filtering.c:Delete NON ARP BC CCE filter wlan_hw_data_filtering.c:Add NON ARP BC CCE filter wlan_hw_data_filtering.c:Delete NON ICMPv6 MC CCE filter wlan_hw_data_filtering.c:Add NON ICMPv6 MC CCE filter offload_unit_test.c:OFFLOAD HDLR UNIT TEST: status = %d offload_unit_test.c:Offload unit test input: vdevid:%d, group=%d, type=%d wlan_powersave_sta_unit_test.c:STA PS ITO config ito=%d ms specWakeup=%d ms wlan_powersave_sta_unit_test.c:STA PS ITO pattern %d ito %d ms specWakeup %d ms wlan_twt_unit_test.c:AP TWT: Cant find peer: lsb_mac=%x:%x:%x wlan_twt_unit_test.c:wlan_twt_unit_test: wrong num_args==%d, for WLAN_TWT_TEST_TYPE_ADD wlan_twt_unit_test.c:vdev == NULL: %d wlan_twt_unit_test.c:wlan_twt_unit_test: vdev_id=%d, num_args=%d, type=%d, args:%d-%d-%d-%d-%d wlan_cfr.c:WMI_PEER_CFR_CAPTURE_EVENTID evt alloc failed wlan_cfr.c:wlan_periodic_cfr_capture_handler: no capture requests in 0x%08x wlan_cfr.c:wlan_next_cfr_capture_handler: no capture requests in 0x%08x wlan_cfr.c:wlan_peer_cfr_capture_done: vdev %d peer MAC 0x%08x%02x status %d at %p wlan_cfr.c:Invalid CFR capture method %x wlan_cfr.c:Invalid operating BW for CFR %x wlan_cfr.c:wlan_null_frame_cfr_wmi_ack_hdl: status 0x%08x correlation_info 0x%08x%08x cap_bw %d tx_bw %d wlan_cfr.c:Invalid gain info. No AoA phase data got captured. wlan_cfr.c:gainDB values: %u %u %u %u %u %u %u %u wlan_cfr.c:Capping gain to 62, Current gain = %d wlan_cfr.c:gain table index is non zero for chain: %d wlan_cfr.c:wlan_peer_cfr_capture_cmd_handler: request %d periodicity %d peer MAC 0x%08x%02x context 0x%08x status %d wlan_cfr.c:No free unassociated CFR pool wlan_cfr.c:>>> CFR_UNIT_TEST_CMD, status = %d wlan_cfr.c:wlan_cfr_pm_arb_req(): mac_id: %d state: %d wlan_cfr.c:<<< CFR_UNIT_TEST_CMD, num_args = %d arg0 = %d vdev_id = %d mac_id = %d wlan_wmi_events.c:bdf_version = %x ref_design_id=%x, customer_id=%x, project_id=%x, board_data_rev=%x wlan_wmi_events.c:WMI handle send WMI evt msg, evt_id:0x%x, evt_len:0x%x wlan_wmi_events.c:WMI handle send WMI evt msg fail, evt_id:0x%x, evt_len:0x%x wlan_wmi_events.c:wlan_debug_mesg_flush_compete stall_type:%d vdev_bmap:%d reason_code1:%d reason_code2:%d wlan_wmi_events.c:DISPLAY_TPC_STATS: wmi_tpc_stats_event_complete wlan_wmi_events.c:DISPLAY_TPC_STATS: WMI tpc stats evt, allocation failed! wlan_wmi_events.c:DISPLAY_TPC_STATS: Event size exceeds WMI_SVC_MSG_SIZE!! wlan_wmi_events.c:DISPLAY_TPC_STATS: 1st event tpcEvSize is %lu wal_pdev_get_reg_array_len is %lu reg_mask is %u wlan_wmi_events.c:DISPLAY_TPC_STATS: event starting ptr is %lu wlan_wmi_events.c:DISPLAY_TPC_STATS: 2nd event tpcEvSize is %lu wal_pdev_get_rates_array_len is %lu wlan_wmi_events.c:DISPLAY_TPC_STATS: NUM_SPATIAL_STREAM is > 4, wal_pdev_get_rates_array_len is %lu wlan_wmi_events.c:DISPLAY_TPC_STATS: 3rd event tpcEvSize is %lu wlan_wmi_events.c:DISPLAY_TPC_STATS: wal_pdev_get_ctl_array_len is %lu wlan_wmi_events.c:DISPLAY_TPC_STATS: 4th event tpcEvSize is %lu wlan_wmi_events.c:WMI Service Ready Ext: wmi_svc_bitmap(ext) = 0x%08x %08x %08x %08x (%08x %08x %08x %08x) wlan_wmi_events.c:wmi_service_ready_ext_event: pdev_id %d mod_id %d ring_elems_min %d min_buf_align %d min_buf_size %d wlan_wmi_events.c:cust_bdf_ver_major =%d cust_bdf_ver_minor=%d hca_HwComponentRf_bdf_v1.cpp:HomeChan = %d doTpcFlag = %d, resetCause = 0x%x hca_HwComponentRf_bdf_v1.cpp:SCAN-HOME: Calling EnableCLPC Scan-Home SetOlpcforScan=%d hca_HwComponentRf_bdf_v1.cpp:FTM CALDB: Skipping regeneration of CALDB: hca_HwComponentRf_bdf_v1.cpp:FTM CALDB: NOT Skipping regeneration of CALDB: hca_HwComponentRf_bdf_v1.cpp:returning from phyrf_bdf_GetRxGainCalCfgLocalByBand:%d hca_HwComponentRf_bdf_v1.cpp:DumpTpcPerPacket: GetCtlPwrPerChain NSS %d rcFlags 0x%x CM 0x%x scaledPower %d beamforming %d phyID %d hca_HwComponentRf_bdf_v1.cpp:NEED to implement GetTpcCalFreq in chip specific class hca_HwComponentRf_bdf_v1.cpp:GetCalVersionDetails:: SWCAL DEBUG swCalVersion =%d, boardCalVersion=%d, calStatus=%d hca_HwComponentRf_bdf_v1.cpp:RTT - delayPs=%d ps hca_HwComponentRf_bdf_v1.cpp:RTT - apply 2G 6us offset, delayVal=0x%x hca_HwComponentRf_bdf_v1.cpp:RTT - spur mit, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - VSRC, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - Ti ADC, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - Tx DAC, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - DPD PEF, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - heavyclip, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - LCP, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - IQ, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - chain %d delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - pri20, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - freq %d, delta=%d hca_HwComponentRf_bdf_v1.cpp:RTT - base=%d hca_HwComponentRf_bdf_v1.cpp:RTT - phy%d chainNum: %d txRxIdx: %d, dynBw: %d, preamble: %d, heLtf: %d, pktBw: %d, whalRate: %d, rtt_mode: %d hca_HwComponentRf_bdf_v1.cpp:RTT - pktBw %d is not valid in dynamicBw %d hca_HwComponentRf_bdf_v1.cpp:RTT - Invalid preamble: %d; return 0 delays hca_HwComponentRf_bdf_v1.cpp:sticky - add 0x%08lx, flag 0x%08lx, val 0x%08lx hca_HwComponentRf_bdf_v1.cpp:SetUserPowerLimit: power %d, perChainPwr %d, flag %d, signedPwr %d, powerLimit2G %d powerLimit5G %d hca_HwComponentRf_bdf_v1.cpp: ccaThresh:%d deltaNF:%d reg:%x hca_HwComponentRf_bdf_v1.cpp:xTal : Skipped programming CapIn and capOut values hca_HwComponentRf_bdf_v1.cpp:TPC_DEBUG:: pMaxTxPower=%d, userMaxPowerx2=%d,powerLimit=%d,maxTxPower=%d hca_HwComponentRf_bdf_v1.cpp:HomeChan = %d doTpcFlag = %d, resetCause = 0x%x, tpscale = %d hca_HwComponentRf_bdf_v1.cpp:Incorrect array length for MIMO gain table hca_HwComponentRf_bdf_v1.cpp:WHAL_ERROR_EEPROM_MACADDR - sum = %lx hca_HwComponentRf_bdf_v1.cpp:bdf temp slope %d hca_HwComponentRf_bdf_v1.cpp:bdf thermCode %d, calTemp %d hca_HwComponentRf_bdf_v1.cpp:tempCode ch%d = %d, calTemp %d, tempSlope %d hca_HwComponentRf_bdf_v1.cpp:Rate to power table generated hca_HwComponentRf_bdf_v1.cpp:%s NOT available hca_HwComponentTrxIron_preInit.cpp:golden bdf_calversion : %d hca_HwComponentTrxIron_preInit.cpp:No BDF merge since one of the pointer is NULL or invalid length hca_HwComponentTrxIron_calSmComb.cpp::::: phyRfaTurnOnOff off is called hca_HwComponentTrxIron_calSmComb.cpp::::: phyRfaTurnOnOff on is called hca_HwComponentTrxIron_calSmComb.cpp:CalSM: cal end phyId=%d hca_HwComponentTrxIron_calSmComb.cpp:UPDATE_COMBC_TRACKING COMB_TXLO_TXIQ_RXIQ hca_HwComponentTrxIron_calSmComb.cpp:UPDATE_COMBC_TRACKING COMB_CAL_MODE_DPD_LP_RXIQ hca_HwComponentTrxIron_calSmComb.cpp:UPDATE_COMBC_TRACKING subMode80p80 =%d hca_HwComponentTrxIron_calSmComb.cpp:UPDATE_COMBC_TRACKING rfChainMask =%x hca_HwComponentTrxIron_calSmComb.cpp:UPDATE_COMBC_TRACKING calMode =%d hca_HwComponentTrxIron_calSmComb.cpp:UPDATE_COMBC_TRACKING pHandle =%x hca_HwComponentTrxIron_calSmComb.cpp:cannot update txlo table in caldb for chainIdx = %d! hca_HwComponentTrxIron_calSmComb.cpp:#### ADDR SAVE:pStartTxLo=%x hca_HwComponentTrxIron_calSmComb.cpp:#### SAVE fdmtCombCalInput->calCmdId=%d hca_HwComponentTrxIron_calSmComb.cpp:#### SAVE fdmtCombCalInput->combCalType = %d (COMB_CAL_TYPE_CL=%d) hca_HwComponentTrxIron_calSmComb.cpp:#### SAVE rxChainMask=%x, maxChain=%d, fdmtCombCalInput->chainIdx = %d hca_HwComponentTrxIron_calSmComb.cpp:combCal_SM_save: TXLO: chainIdx=%d, pStartTxLo=%x, 4 * NUM_GAINS_PER_MODE_DIG_ANA_CL=%d hca_HwComponentTrxIron_calSmComb.cpp:cannot update txiq table in caldb for chainIdx = %d! hca_HwComponentTrxIron_calSmComb.cpp:combCal_SM_save: TXIQ: chainIdx=%d, pStartTxIq=%x hca_HwComponentTrxIron_calSmComb.cpp:cannot update rxiq table in caldb for chainIdx = %d! hca_HwComponentTrxIron_calSmComb.cpp:combCal_SM_save: RXIQ: chainIdx=%d, pStartRxIq=%x hca_HwComponentTrxIron_calSmComb.cpp:path to call docal due to NEED_TO_DO_CAL, calCmdId =%d hca_HwComponentTrxIron_calSmComb.cpp:ITER2CMDIDX cmdIdx =%d hca_HwComponentTrxIron_calSmComb.cpp:ITER2CMDIDX iterIdx =%d hca_HwComponentTrxIron_calSmComb.cpp:#### reset current associated table only hca_HwComponentTrxIron_calSmComb.cpp:#### reset both primary and secondary tables hca_HwComponentTrxIron_calSmComb.cpp:combCal_SM_restore: TXLO: chainIdx=%d, pStartTxLo=%x hca_HwComponentTrxIron_calSmComb.cpp:combCal_SM_restore: TXIQ: chainIdx=%d, pStartTxIq=%x hca_HwComponentTrxIron_calSmComb.cpp:combCal_SM_restore: RXIQ: chainIdx=%d, pStartRxIq=%x hca_HwComponentTrxIron_calSmComb.cpp:APPLICALBE_RESUBMISSION_ONLY:: failure on not getting pStart (= NULL) from caldb! hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE submode80p80ToprogPriOrSec[subMode80p80=%d] =%d hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE rfChainMask =%x hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE finalCase =%d hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE fdmtCombCalOutput =%x hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE fdmtCombCalInput =%x hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE phyInput =%x hca_HwComponentTrxIron_calSmComb.cpp:FC_HANDLE pHandle =%x hca_HwComponentTrxIron_calSmComb.cpp:CalSM: scan cal end phyId=%d hca_HwComponentTrxIron_calSmComb.cpp:CalSM: scan cal end phyId=%d, hca_HwComponentTrxIron_calSmComb.cpp:OVERRIDE FINALCASE out finalCase =%d hca_HwComponentTrxIron_calSmComb.cpp:OVERRIDE FINALCASE in finalCase =%d hca_HwComponentTrxIron_calSmComb.cpp:OVERRIDE FINALCASE calId =%d hca_HwComponentTrxIron_calSmComb.cpp:OVERRIDE FINALCASE callingContext =%d hca_HwComponentTrxIron_calSmComb.cpp:OVERRIDE FINALCASE pHandle =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE out finalCase =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE subMode80p80 =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE statusChainMask =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE in finalCase =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE rfChainMask =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE calId =%d hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE calMode =%x hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE callingContext =%d hca_HwComponentTrxIron_calSmComb.cpp:FINALCASE pHandle =%x hca_HwComponentTrxIron_calSmComb.cpp:MODE2CALID in retValue =%d hca_HwComponentTrxIron_calSmComb.cpp:MODE2CALID in *calId =%d hca_HwComponentTrxIron_calSmComb.cpp:MODE2CALID in *calMode =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT numTaps[1] =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT numTaps[0] =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT txResidueSettlingTime =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT loopbackSettlingTime =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT calModeSettlingTime =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT txShiftSettlingTime =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT txGainSettlingTime =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT rxGainSettlingTime =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT numSamplesToReadback[2] =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT numSamplesToReadback[1] =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT numSamplesToReadback[0] =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT numOfBlocks =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT dcEstWindowSize =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT blockSize =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT enableBlockAccAvg =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT driveTxGLUTIdx =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT engineSharing =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT fixed_gain =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT mode (80p80 mode) =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT cal_mode =%d hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT cal_chain_mask =%x hca_HwComponentTrxIron_calSmComb.cpp:CCAL_INPUT calCmdId =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT cal_mode_ctrl =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT calMask =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT loadIniMask =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT dpdMode =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT loType =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT isSBSmode =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT phyrf_init_GetPhyRfMode =%x hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT extPA =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT extLNA =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT dtim =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT homeCh =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT dynPriChan =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT concMode =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT phyBaseExt =%x hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT phyBase =%x hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT rxChMask =%x hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT txChMask =%x hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT band_center_freq2 =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT band_center_freq1 =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT phyMode =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT bwCode =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT bandCode =%d hca_HwComponentTrxIron_calSmComb.cpp:PHYDEVLIB_PHY_INPUT phyId =%d hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM halphyBW =%x hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM (pIn->pHandle).phyId =%x hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM reserved =%d %d %d hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM calTypeVarianceId =%d hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM isRestoreOnly =%d hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM cmdGroupId =%d hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM calType =%d hca_HwComponentTrxIron_calSmComb.cpp:CAL_COMMON_PARAM pHandle =%x hca_HwComponentTrxIron_calSmComb.cpp:COMPOSE CMBIQ INPUT out *calId =%x hca_HwComponentTrxIron_calSmComb.cpp:COMPOSE CMBIQ INPUT in *calId =%x hca_HwComponentTrxIron_calSmComb.cpp:COMPOSE CMBIQ INPUT rxdcoInput =%x hca_HwComponentTrxIron_calSmComb.cpp:COMPOSE CMBIQ INPUT phyInput =%x hca_HwComponentTrxIron_calSmComb.cpp:COMPOSE CMBIQ INPUT pIn =%x hca_HwComponentTrxIron_calSmComb.cpp:skipping comb I and Q on DFS channel in cold boot time hca_HwComponentTrxIron_calSmComb.cpp:Welcome, cal SM for Comb Cal will be created.. hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: DPD Cal State m/c ::: new_channel_change_request(%d) on channel %d hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: DPD not triggered - phy_mode %d band_center_freq1 %d freq2 %d hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: chainNum %d - DPD cal GLUT end idx : previous %d current %d hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: chainmask 0x%x dpdDynamicGlut %d dpdForcedGainMode %d hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: secondaryChMask 0x%x paprd_done_secondary[%d] 0x%x hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: chainmask 0x%x paprd_done[%d] 0x%x hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: DPD Cal State m/c ::: Channel %d= State %d, DPD Queue %d, tx pkt cnt %d hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: Run DPD Calibration ::: pHdl=%x, phyMode=%d, phyID=%d, channel %d, bwCode %d, txCM=%d, rxCM=%d hca_HwComponentTrxIron_calSmDpdMemoryLess.cpp:PAPRD: DPD disabled for this range of frequency hca_HwComponentTrxIron_calSmPadroop.cpp:Welcome, cal SM for Dadroop Cal will be created.. hca_HwComponentTrxIron_calSmPdet.cpp::::: phyRfaTurnOnOff off is called hca_HwComponentTrxIron_calSmPdet.cpp::::: phyRfaTurnOnOff on is called hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL COMPLETED hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL CONF final pal_cal_input->pcalMethod=%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STARTED hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STORE palCalDlyVals[phyId=%d][%d][5] =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STORE palCalDlyVals[phyId=%d][%d][4] =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STORE palCalDlyVals[phyId=%d][%d][3] =%08x hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STORE palCalDlyVals[phyId=%d][%d][2] =%08x hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STORE palCalDlyVals[phyId=%d]{%d][1] =%08x hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL STORE palCalDlyVals[phyId=%d][%d][0] =%08x hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL CONF ModeStatus[phyId=%d][ConfMode=%d][2] =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL CONF ModeStatus[phyId=%d][ConfMode=%d][1] =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL CONF ModeStatus[phyId=%d][ConfMode=%d][0] =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL_INPUT pcalOptDoSetEDandDM =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL_INPUT pcalMethod =%d hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL_INPUT pPalDlyVals =%x hca_HwComponentTrxIron_calSmPdet.cpp:PALCAL_INPUT calCmdId =%d hca_HwComponentTrxIron_calSmPdet.cpp:PAL cal is disabled for HW SBS specific board for now hca_HwComponentTrxIron_calSmPdet.cpp:PAL cal is disabled by BDF cal mask flag hca_HwComponentTrxIron_calSmPdet.cpp:Welcome, cal SM for Pdet Cal will be created hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM::FCS::: Save::: homeCh:%d, chain:%d, img:0x%x, real:0x%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM::FCS:::Restore from tableIdx:%d homeCh:%d chain:%d, img:0x%x, real:0x%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM::rxChainMask=%x, homech=%d, phyMode=%d, dtim=%d boardId=0x%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM::bwCode=%d, bandCode=%d, calCmdId=%d, cal_mode=%d hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM BRING UP VERSION ************** hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM FINAL VERSION <<<<<<<<<<<<<<<<<< hca_HwComponentTrxIron_calSmRxDco.cpp::::: phyRfaTurnOnOff off is called hca_HwComponentTrxIron_calSmRxDco.cpp::::: phyRfaTurnOnOff on is called hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM FINALCASE BASED hca_HwComponentTrxIron_calSmRxDco.cpp:UPDATE_RXDCO_TRACKING RXDCO_CAL_MODE_NORMAL hca_HwComponentTrxIron_calSmRxDco.cpp:UPDATE_RXDCO_TRACKING subMode80p80 =%d hca_HwComponentTrxIron_calSmRxDco.cpp:UPDATE_RXDCO_TRACKING rfChainMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:UPDATE_RXDCO_TRACKING calMode =%d (RXDCO_CAL_MODE_NORMAL=%d,RXDCO_CAL_MODE_DTIM=%d hca_HwComponentTrxIron_calSmRxDco.cpp:UPDATE_RXDCO_TRACKING pHandle =%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO ::: AFTER:CAL_SAVE convertNewRxdcoLutfromCalDb failed hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO ::: BF CAL_SAVE bwCode=%d, chainIdx=%d tableIdx=%d, Output:real= %x img=%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO ****** invokes rxdco cal ***** hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE iterIdx =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE rxdcoInput->calCmdId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE autoIterativeIdx =%d hca_HwComponentTrxIron_calSmRxDco.cpp:ITER2CMDIDX cmdIdx =%d hca_HwComponentTrxIron_calSmRxDco.cpp:ITER2CMDIDX iterIdx =%d hca_HwComponentTrxIron_calSmRxDco.cpp:APPLICALBE_RESUBMISSION_ONLY:: failure on getting chainIdx:%d from pPhyRxdcoInput hca_HwComponentTrxIron_calSmRxDco.cpp:APPLICALBE_RESUBMISSION_ONLY:: failure on not getting pStart (= NULL) from caldb! hca_HwComponentTrxIron_calSmRxDco.cpp:convertNewRxdcoLutfromCalDb:::Save Rxdco LUT to caldb with chainIdx = %d, LUT_Imag = 0x%x, LUT_Real = 0x%x hca_HwComponentTrxIron_calSmRxDco.cpp:convertNewRxdcoLutfromCalDb:::pStart=%x(pNewDcoLut=%x) to caldb hca_HwComponentTrxIron_calSmRxDco.cpp:convertNewRxdcoLutfromCalDb:::Restore Rxdco LUT from caldb with chainIdx = %d, LUT_Imag = 0x%x, LUT_Real = 0x%x hca_HwComponentTrxIron_calSmRxDco.cpp:convertNewRxdcoLutfromCalDb:::pStart=%x(pNewDcoLut=%x) from caldb hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO ::SM::: convertNewRxdcoLutfromCalDb chainIdx = %d pStart= NULL hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE subMode80p80 =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE rfChainMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE finalCase =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE rxdcoInput =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE phyInput =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FC_HANDLE pHandle =%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM SKIPPED:::finalCase = %d, doCalFlagRxDCO = %d, doCalFlag = %d, skipMask = %x, previousCalResultAtHomeCh=%d hca_HwComponentTrxIron_calSmRxDco.cpp:OVERRIDE FINALCASE out finalCase =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE out finalCase =%x for calMode=%d hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE subMode80p80 =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE statusChainMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE in finalCase =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE rfChainMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE calId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE calMode =%x hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE callingContext =%d hca_HwComponentTrxIron_calSmRxDco.cpp:FINALCASE pHandle =%x hca_HwComponentTrxIron_calSmRxDco.cpp:MODE2CALID in retValue =%d hca_HwComponentTrxIron_calSmRxDco.cpp:MODE2CALID in *calId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:MODE2CALID in *calMode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT boardId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT cal_mode_ctrl =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT calMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT loadIniMask =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT dpdMode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT loType =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT isSBSmode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT phyrf_init_GetPhyRfMode =%x hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT extPA =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT extLNA =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT dtim =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT homeCh =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT dynPriChan =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT concMode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT phyBaseExt =%x hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT phyBase =%x hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT rxChMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT txChMask =%x hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT band_center_freq2 =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT band_center_freq1 =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT phyMode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT bwCode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT bandCode =%d hca_HwComponentTrxIron_calSmRxDco.cpp:PHYDEVLIB_PHY_INPUT phyId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM halphyBW =%x hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM (pIn->pHandle).phyId =%x hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM reserved =%d %d %d hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM calTypeVarianceId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM isRestoreOnly =%d hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM cmdGroupId =%d hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM calType =%d hca_HwComponentTrxIron_calSmRxDco.cpp:CAL_COMMON_PARAM pHandle =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT out *calId =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT override bwCode =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT in *calId =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT pUnionDcoLut =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT rxdcoInput =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT phyInput =%x hca_HwComponentTrxIron_calSmRxDco.cpp:COMPOSE RXDCO INPUT pIn =%x hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO callingContext = %d --> AFS_CAL_PROFILE hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM FINAL VERSION bandw=%d>>>>>>>>>>>>>>>>>> hca_HwComponentTrxIron_calSmRxDco.cpp:RXDCO SM NEW COLDBOOT SUPPORT VERSION ************** hca_HwComponentTrxIron_calSmIbf.cpp::::: phyRfaTurnOnOff off is called hca_HwComponentTrxIron_calSmIbf.cpp::::: phyRfaTurnOnOff on is called hca_HwComponentTrxIron_calSmIbf.cpp:IbfCal phyId %u | status %u | rxBackupState %u | hca_HwComponentTrxIron_calSmIbf.cpp:Skipping IBF Cal as we have valid calibration data for channel hca_HwComponentTrxIron_calSmIbf.cpp:Welcome, cal SM for IBF will be created.. LMGoProcessing.c:LM_DBG: ABI off-period tx_duration_data(US) %ld curTime(MS) %d LMGoProcessing.c:LM_DBG: ABI on-period tx_duration_data %ld(US) current_time(MS) %d LMGoProcessing.c:LM_DBG: NULL pdev return cmdProcessing.c:FTM :: txCmdProcessor channel=%d txPwr=%d dataRrate=%d numPkt=%d txChain=%d cmdProcessing.c:FTM_DEBUG :: txCmdProcessor, TxMiscFlags : 0x%x txParms->aifsn=0x%x cmdProcessTlv2.c:ftm_termperature_timer_handler::MAC sleeping cmdProcessTlv2.c: FATAL ERROR!! Trying to access phy %d which is inactive cmdProcessTlv2.c: FATAL ERROR!! Trying to access phy %d which is not present cmdProcessTlv2.c:FTM :: tlv2SendTxStatus: timestamp = %ld cmdProcessTlv2.c:FTM :: pktgen_complete_timer_handler: pktgen_complete_timer_handler: Pktgen Tx STOP completion callback failure for phyId %d g_pktgen_done_assert_count %d cmdProcessTlv2.c:FTM :: txHandler: Sent response to host with status =%d, timestamp =%ld cmdProcessTlv2.c:FTM :: txHandler dev running state=%d iterations_taken_to_flush=%d cmdProcessTlv2.c:FTM :: txHandler: ret:0x%x, ret1:0x%x, ret2:0x%x, ret3:0x%x cmdProcessTlv2.c:FTM: OFDMA Tone Plan BW %d cmdProcessTlv2.c:FTM :: txHandler: TX operation not allowed on phyID %d one operation ongoing cmdProcessTlv2.c:FTM :: txHandler: phyId %d txMode %d freq %d freq2 %d wlanMode %d chainMask %d wifiStandard %d timestamp =%ld cmdProcessTlv2.c:FTM phyid %d :: txHandler invoked cmdProcessTlv2.c:FTM :: txStatusHandler: ret:0x%x, ret1:0x%x, ret2:0x%x, ret3:0x%x cmdProcessTlv2.c:FTM :: txStatusHandler: pParms->needReport=%d pParms->stopTx=%d cmdProcessTlv2.c:FTM :: txStatusHandler: INSIDE txStatusHandler phyId =%d pParms->needReport=%d timestamp : %u cmdProcessTlv2.c:RX operation not allowed on phyID %d one operation ongoing cmdProcessTlv2.c:rxHandler: phyId %d rxMode %d wlanMode %d freq %d freq2 %d chainMask %d wifiStandard %d cmdProcessTlv2.c:pilot_evm pilot_evm_dB_mean[%d] = %d cmdProcessTlv2.c:curChan->band_center_freq1 %d, curChan->band_center_freq2 %d, PHYRF_BW_IDX(curChan) %d curChan->phy_mode %d num_20_bw %d rx_CM %x, tx_CM %x cmdProcessTlv2.c:pdev %u cmdProcessTlv2.c:UTFCMD: genericUtfCmdHandler exit cmdProcessTlv2.c:### genericUtfCmdHandler: InValid CmdID#### cmdProcessTlv2.c:UTFCMD: UTF_CMD_SET_MM_CMD_SEQID phid %d MMSeqID %d cmdProcessTlv2.c:UTFCMD: UTF_CMD_WARM_RESET phid %d cmdProcessTlv2.c:UTFCMD: UTF_CMD_CHANGECHAINMASK phyId=%d tcmd_state[phyId].specialCmds=%d cmdProcessTlv2.c:Failed Rx Stop cmdProcessTlv2.c:UTFCMD: genericUtfCmdHandler cmdProcessTlv2.c:### Data buffer stream ended cmdProcessTlv2.c:### data_ptr %p stream_cnt %d cmdProcessTlv2.c:### data_ptr %p size %d status 0x%x cmdProcessTlv2.c:PHYDBGdump2Handler(Phy:%d, Option:%d capture_bank:%d) cmdProcessTlv2.c:combCalGroupHandler(): phyId = %d; cmdid = %d cmdProcessTlv2.c:PHYDBGdumpHandler(Phy:%d, Option:%d) cmdProcessTlv2.c:setPhyRfModeHandler: DBS/SBS is not supported, phyRfMode %d status 0x%x cmdProcessTlv2.c:bdGetSizeHandler cmdProcessTlv2.c:error in bdReadHandler: status %d cmdProcessTlv2.c:bdReadHandler: bdSize %d, offset 0x%x, size %d, source %d cmdProcessTlv2.c:Tx Gain Control:Chain %d, Gain %d, dacGain %d, forceCal %d cmdProcessTlv2.c:OFDMA TonePlan cmdProcessTlv2.c:values written 2G %d 5G %d cmdProcessTlv2.c:2G index %d flag %d cmdProcessTlv2.c:Power offset Index out of bounds %d cmdProcessTlv2.c:Channel index out of bounds %d cmdProcessTlv2.c:Gain index out of bounds %d cmdProcessTlv2.c:Target Power index out of bounds %d cmdProcessTlv2.c:modifyBDFOTPFlagsHandler: pCmdStream is NULL cmdProcessTlv2.c:modifyBDFOTPFlagsHandler: modifyBdfOtpFlags 0x%x cmdProcessTlv2.c:#### per chain forced pwr TLV called! cmdProcessTlv2.c:bdWriteHandler: offset 0x%x, size %d cmdProcessTlv2.c:OPC_OTP_WRITE:send response done! cmdProcessTlv2.c:OTP Write status, 0x%x cmdProcessTlv2.c:OPC_OTP_WRITE:Ready to send response! cmdProcessTlv2.c:%s: offset %ld, size %ld, totalsize %ld cmdProcessTlv2.c:%s: offset %ld, size %ld cmdProcessTlv2.c:SetBDFVersionHandler :: bdfvertype: %d cmdProcessTlv2.c:GetBDFVersionHandler :: bdfvertype: %d dpdTuning.c:GetDpdLoopbackInfoHandler nmse %d, nmse_nondpd %d dpdTuning.c:GetDpdLoopbackInfoHandler phyId %d chainMask 0x%x GlutIdx %d tcmd.c:pilot_evm g_ftmrxstats[phyId].pilotEvmDbMean[%d] = %d tcmd.c:tcmd_cont_rx_begin: phyId=%d, tcmd_setup_channel failure tcmd.c:tcmd() After GI 0x%x LTF 0x%x tcmd.c:tcmd() Before GI 0x%x LTF 0x%x tcmd.c:tcmd_setup_channel_real: phyId=%d,Failure: chan.phy_mode=%d, rx_tcmdParms.u.para.pktType=0x%x, rx_tcmdParms.miscFlags=0x%x tcmd.c:Invalid frequency %d tcmd.c:Unknown WLAN mode %d tcmd.c:tcmd_setup_channel_real: 160MHz BW is disabled in BDF, phy_mode set to unknown chan.mhz = %d, chan.phy_mode = %d, is_chan_160Mhz = %d, 160MHz_disabled = %d tcmd.c:165 MHz frequency %d tcmd.c:wlanMode: %lu ch: %d freq1 %d freq2 %d, fcMode %d phy mode 0x%x, chan flags 0x%x tcmd.c:pktType Invalid %d tcmd.c:tcmd_cont_rx_begin: phyId=%d, chain mask 0 tcmd.c:CW enable %d, gain idx %d tcmd.c:Could not find valid aID in tone plan tcmd.c:aId[%d] = %d tcmd.c:tcmd_cont_rx_cmd - flags 0x%x; act %d tcmd.c:Error tcmd_cont_txunsupport mode! tcmd.c:ftm_txoff_dur_calc: txtime = %d->%d tcmd.c:[UL-OFDMA]gi=%d, ltf=%d tcmd.c:FTM TCMD :: ftm mode: %d, bursting_mode: %d tcmd.c:tcmd() After RC flag 0x%x GI %d LTF %d tcmd.c:tcmd() Before RC flag 0x%x tcmd.c:A: TCMD TX COMP CB - MADE STOP TX = 2 phyId [%d] | Time : %u tcmd.c:tcmd_tx_complete_handler() tcmd_tx_irq: spurious tx irq tcmd.c:TCMD: Setup chan failed: freq %d, freq2 %d, wlanMd %d, bw %d tcmd.c:TCMD: mode %d pkt type %d, Pkt size %d, PPDU duration %d, max PPDU duration %d tcmd.c:PAPRD TCMD: Chain %d Glut Idx %d Gain Idx %d tcmd.c:[UL-OFDMA]ruIdx=%d, dataRate=%d, NSS=%d, pktSz=%d, miscFlags=0x%x tcmd.c:ERROR: payloadLenEHT is NULL tcmd.c:ERROR: payloadLen is NULL tcmd.c:Could not find valid ruIdx in tone plan tcmd.c:A: NEW COMMAND ISSUED tcmd.c:Error Unknown PHY mode tcmd.c:Invalid pdev %lu tcmd_rx.c:RX_TCMD: wal_peer_alloc rx peer 2 tcmd_rx.c:RX_TCMD: wal_peer_alloc rx peer 1 tcmd_rx.c:RX_TCMD: wal_vdev_attach vdevId[%d]=%d tcmd_rx.c:RX WAL PEER A_PANIC tcmd_rx.c:RX_TCMD: Inside if(g_tcmd_wal_rx_ctxt[phyId].vdev == NULL) tcmd_rx.c:RX_TCMD: page fault condition, all vdev is null tcmd_rx.c:RX_TCMD: RETURN if((g_ftm_frame_enacap_config[phyId].da_addr == NULL) || (g_ftm_frame_enacap_config[phyId].bss_addr == NULL)) tcmd_tx.c:TX_TCMD: ftm_tid_create_handler: phyId %d, tid %d tcmd_tx.c:TX_TCMD: tcmd_wal_setup_data_rate: rc %d invalid for freq %d tcmd_tx.c:TX_TCMD: A: wal_peer_alloc peer_use_4cal ctxt->peer tcmd_tx.c:TX_TCMD: A: wal_peer_alloc ctxt->peer[%08x] %d times tcmd_tx.c:TX_TCMD: A: g_ftm_frame_enacap_config[%d].bss_addr=0x%x tcmd_tx.c:TX_TCMD: A: g_ftm_frame_enacap_config[%d].da_addr=0x%x tcmd_tx.c:TX_TCMD: A: ctxt->peer=0x%x tcmd_tx.c:TX_TCMD: cwc wal_peer_alloc for bss_peer %08x <= tcmd_tx.c:TX_TCMD: A: g_bss_peer[%d]=%d g_ftm_bss_peer[phyId]= %08x tcmd_tx.c:TX_TCMD: A: peer_use_4cal wal_peer_alloc bss_peer tcmd_tx.c:TX_TCMD: A: peer_use_4cal tcmd_tx.c:TX_TCMD: [MU] sched_algo_mu_tx_peer_assoc() peer[%d] AID %d tcmd_tx.c:TX_TCMD: Tx failed. Duplicate AST entry available for MAC: %x%x tcmd_tx.c:TX_TCMD: A: RETURN if((g_bss_track_peer != NULL) || (g_ctxt_track_peer != NULL)) tcmd_tx.c:TX_TCMD: A: if(((g_bss_peer[phyId]) == NULL) || (g_ftm_ctxt[phyId].peer == NULL)) tcmd_tx.c:TX_TCMD: A: if((g_tcmd_wal_config[phyId].vdev) == NULL) tcmd_tx.c:TX_TCMD: A: RETURN if((g_ftm_frame_enacap_config[phyId].bss_addr == NULL) || (g_ftm_frame_enacap_config[phyId].da_addr == NULL)) xtalCal.c:[ERROR][TLV2_CTRL_R_OTP]OTP feature for XTAL CAL is not supported xtalCal.c:[ERROR][TLV2_CTRL_W_OTP]OTP has data %d, %d xtalCal.c:[TLV2_CTRL_W_OTP]capIn=%d, capOut=%d xtalCal.c:[ERROR][TLV2_CTRL_W_OTP]OTP feature for XTAL CAL is not supported xtalCal.c:NEWXTALCALPROCHandler start phyid = %d, TrimValue = %d, ctrlFlag = %x tpcOnepointCal.c:tpcOnepointCal::Requesting pwr measurement for phy %u, freq %u, chainMask %u,tgtPwr_db8 %u tpcOnepointCal.c:tpcOnepointCal::TPC_DBG 5G numChain %d 2G numChain %d tpcOnepointCal.c:tpcOnepointCal::chan::5g %d tpcOnepointCal.c:tpcOnepointCal::chan::2g %d tpcOnepointCal.c:tpcOnepointCal::Stopping Tx for phy %u, freq %d, chainMask %d, txPwr_db2 %d tpcOnepointCal.c:tpcOnepointCal::Starting Tx for phy %u, freq %d, chainMask %d, txPwr_db2 %d tpcOnepointCal.c:tpcOnepointCal::TPC_DBG band %d idxChan %d tpcOnepointCal.c:tpcOnepointCal:: end loop tpcOnepointCal.c:tpcOnepointCal:: break tpcOnepointCal.c:tpcOnepointCal:: end loop 1 tpcOnepointCal.c:tpcOnepointCal::Failure at BandIdx:%d chanIdx:%d chainIdx:%d tpcOnepointCal.c:tpcOnepointCAL::Starting... tpcOnepointCal.c:cust_OPC_dbg: Sent to Host pCmdStream=%p tpcOnepointCal.c:cust_OPC_dbg: Sent to Host status=%d glutoffset=%d thermaloffset=%d tpcOnepointCal.c:tpcOnepointcal::Completed tpcOnepointCal.c:tpcOnepointCal::Pwr measurement for phy %u, freq %u, chainMask %u, glutOffset %d, thermOffset %d, measPwr_db8 is %u tpcOnepointCal.c:tpcOnepointcal::Failure, -999 power detected tpcOnepointCal.c:cust_OPC_dbg: Invalid OPC Argument tpcOnepointCal.c:cust_OPC_dbg: Invalid Frequency:%d tpcOnepointCal.c:cust_OPC_dbg: OPC Caldata Saved with status %d tpcOnepointCal.c:cust_OPC_dbg: Pwr measurement for phy %u, glutoffset %d, thermOffset %d tpcOnepointCal.c:cust_OPC_dbg: SET_OPC_TARGET_PARAMS tpcOnepointCal.c:cust_OPC_dbg: GET_OPC_TARGET_PARAMS tpcOnepointCal.c:cust_OPC_dbg: GET_INIT tpcCal.c: 5G IdxGainEndGrp1:%d IdxGainEndGrp2:%d IdxGainEndGrp3:%d IdxGainEndGrp4:%d tpcCal.c:greenTxGainIndGrpFlag2G:%x, greenTxGainIndGrpFlag5G:%d tpcCal.c:tpccal::5G opcChan[%u] %u, tpcChan[%u] %u tpcCal.c:tpccal::2G opcChan[%u] %u, tpcChan[%u] %u tpcCal.c:chk1 Max_TX_CAL_Gain_ID_5G:%d Max_TX_CAL_Gain_ID_2G %d Max_TX_CAL_Gain_ID_6G %d tpcCal.c:freq %d gIdx %d dacGain %d paCfg %d chMask %d tpcCal.c:gain %d pwr %d numChain %d numCalpt %d tpcCal.c:Sending to host freq2G %d, freq5G %d, chain %d tpcCal.c:tpccal::Sending to host to look for measurements inChan2G %u, Chan5G %u, ChainMask(User) %u, Gain %u tpcCal.c:Sending to host freq2G %d, freq5G %d, chain %d tpcCal.c:tpccal:: PowerSave:: Gainindex Switch %d tpcCal.c:tpccal::Starting tx for Chan %u, Chain %u, Gain %u tpcCal.c:tpccal::Stopping tx before starting for Chan %u, Chain %u, Gain %u tpcCal.c:%d tpcCal.c:sG %d %d %d %d %d tpcCal.c:pwr est %d band %d numEst %d, idx %d tpcCal.c:end loop tpcCal.c:inc band AI %d %d tpcCal.c:inc ch AI %d %d tpcCal.c:inc chain AI %d %d tpcCal.c:inc calPt %d ch %d chn %d, numGain %d tpcCal.c:end loop0 tpcCal.c:bef, band %d ch %d numCh %d chain %d gain %d tpcCal.c:getNextLoop fail curLoop->idxCalPt %u, Chain %u, Gain %u tpcCal.c:TPC Cal message check tpcCal.c:tpccal::Sending Caldata to host tpcCal.c:Sending to host freq2G %d, freq5G %d tpcCal.c:tpccal::Starting ... tpcCal.c:tpccal::Post processing CLPC Caldata tpcCal.c:tpccal:: PowerSave:: skip gainIdx %d Previous PDADC %d meas PDADC %d tpcCal.c:gtx Invalid TPC_GLUT_PWR_MAP_GRP Id ! from Band:%d Chain:%d tgtpwridx:%d tpcCal.c:endPwrIdxGrp:%d tpcCal.c:gtx startPwrIdxGrp:%d , endPwrIdxGrp:%d tpcCfg[band].IdxGainEndGrp4:%d modifiedTarget:%d tpcCal.c:gtx startPwrIdxGrp:%d , endPwrIdxGrp:%d tpcCfg[band].IdxGainEndGrp3:%d modifiedTarget:%d tpcCal.c:Invalid pick_glut_entry condition! tpcCal.c:glutsfilled[%d]:%d tpcCal.c:Write to tpcCalPostProcResult[%d][%d].olpc.measPwr[%d][%d]:%d tpcCal.c:Write to tpcCalPostProcResult[%d][%d].olpc.measPwrExt[%d][%d]:%d tpcCal.c:Picked max gainidx:%d from group :%d tpcCal.c:currIndx:%d Updated endPwrIdxGrp:%d tpcCal.c:Moving up gainidxs to guarantee GLUT count! tpcCal.c:Picked gainidx:%d tpcCal.c:Picked limiting gainidx:%d tpcCal.c:ERR: BAD CAL TARGETs CONFIGURED for: tpcCal.c:tpcCalResult[band][chan].measPwr[chain][m]:%d tpcCal.c:Iteration m:%d glutsfilled[%d]:%d Max_Glut_Map[band][grpId]:%d tpcCal.c:available_gainIdxs:%d tpcCal.c:gtx startPwrIdxGrp:%d , endPwrIdxGrp:%d modifiedTarget:%d tpcCal.c:gtx tgtpwridx:%d , GlutPwrMapGrpNum:%d tpcCal.c:BegiN: Band:%d chan:%d startPwrIdxGrp:%d endPwrIdxGrp:%d tpcCal.c:postProcessingOLPCCALData_gtx tpcCal.c:iMeas %d iGainIdx %d tgt %d ch %d chn %d sel pwr %d gIdx %d dac %d tpcCal.c:stPwrIdx %d bn %d ch %d chn %d tpcCal.c:bkof %d bn %d ch %d chn %d tpcCal.c:numValidMeas = %d tpcCal.c:meaPwr %d tgtPwr %d, bn %d ch %d chn %d, tpcCal.c:pp OLPC tpcCal.c:tpccal::Post processing OLPC Caldata tpcCal.c:tpcCALScheme: %d, phyID %d tpcCal.c:FTM_REGEN_CALDB: Initiating cold boot calibration in FTM... tpcCal.c:phyId:%d cmask:%d pwrAtPdadc:%d tpcCal.c:tpcCal::Generating Caldata for PLUT Gain Idx %d pdadc_read %d meas_pwr %d tpcCal.c:tpcCal::Generating Caldata for GLUT EXT Gain Idx %d txgainIdx %d meas_pwr %d numGlutEntries_5G:%d tpcCal.c:tpcCal::Generating Caldata for GLUT Gain Idx %d txgainIdx %d meas_pwr %d tpcCal.c:tpcCal::Generating Caldata for Chain %d sbsOffset %d NUM_CAL_GAINS_SELECTED_4_GLUT:%d tpcCal.c:tpcCal::Generating Caldata for GLUT EXT Gain Idx %d txgainIdx %d meas_pwr %d tpcCal.c:tpcCal::Generating Caldata for Chain %d tpcCal.c:tpcCal::Generating Caldata for Channel %d dacGainforCal %d tpcCal.c:tpccal::Generating Caldata tpcCal.c:tpccal:: PowerSave:: Switch Gainindex %d switchpwrIndex %d tpcCal.c:tpccal::Completed tpcCal.c:skipping slope for gainIdx = %d tpcCal.c: calFail:%d, gainIdx:%d, idxCalPt:%d skipSlope_gtx_bndry:%d tpcCal.c:Get Power meas:%d prevMeas:%d tpcCal.c:Get 10Log(pdadc) prev:%d curr:%d slope:%d tpcCal.c:Received identical power meas:%d prevMeas:%d .Failing calloop tpcCal.c: tpccal:: PowerSave:: enabled %d ignore non-linerarity at Gainidx switch %d tpcCal.c:Got Power from host Chan %d , GainIdx %d , MeasPwr %d , Read pdadc %d tpcCal.c:tpccal::Thermoffset %d for Band %u tpcChan %u opcChan[%u] %u Chain %u tpcCal.c:tpccal::Got measurement %d from host for Chan %u Chain %u Chain(user) %u Gain %u tpcCal.c:tpccal::Out of sync power measurement report! rxGainCal.c:rxGainCal:: CMD_RXGAINCALRSP chanIdx=%d chainIdx=%d numPackets=%d freq=%d rate=%d rxGainCal.c:rxGainCal:: CMD_RXGAINCALRSP phyId=%d band=%d refISS=%d bandWidth=%d rxGainCal.c:rxGainCal:: Starting Rx on phyId %d, is2Ghz %d, Chain %d Chan %d, rxMode %d refISS Level %d rxGainCal.c:rxGainCal:: Error on chainIdx status %d rxGainCal.c:rxGainCal:: Error on chainIdx %d rxGainCal.c:nextLoopRxCal is NULL rxGainCal.c:rxGainCal:: Saving Results for phyId %d, chainIdx %d, ChanIdx %d, Expected Pkt Cnt %d, Actual Pkt Cnt %d totalPkt=%d rxGainCal.c:rxGainCal:: rssiDB=%d Saving Results for phyId %d, chainIdx %d, ChanIdx %d, PNFdBr %d, PNFdBm %d, Expected Pkt Cnt %d, Actual Pkt Cnt %d minCCAThreshold=%d rxGainCal.c:RXGAINCALRSP: rxGainCalGoodPkt[%d]=%d,rxGainCalTotalPkt[%d]=%d rxGainCal.c:rxGainCal:: Host error: phyId %d, chainIdx %d, ChanIdx %d, Expected Pkt Cnt %d, Actual Pkt Cnt %d, rxGainCalState.status %d rxGainCal.c:rxGainCal:: Host error: phyId %d, veryFirstRxGainCal %d rxGainCal.c:cust_rxGainCal_dbg: Invalid CUST_RXGAINCAL Argument rxGainCal.c:cust_rxGainCal_dbg:: Sent to Host pCmdStream=%p rxGainCal.c:cust_rxGainCal_dbg::: Sent to Host status=%d NFdbr=%d NFdbm=%d minccaThreshold=%d rxGainCal.c:cust_rxGainCal_dbg: Rx Gain cal result Save Failure for phyId %d,Invalid Channel %d chainIdx %d rxGainCal.c:cust_rxGainCal_dbg: Rxgain Caldata Saved with status %d rxGainCal.c:cust_rxGainCal_dbg: Saving Results for rssiDB=%d phyId %d, chainIdx %d, PNFdBr %d PNFdBm %d, Expected Pkt Cnt %d, Actual Pkt Cnt %d minCcaThreshold=%d rxGainCal.c:cust_rxGainCal_dbg: Cleared Rxgain Caldata for band rxGainCal.c:cust_rxGainCal_dbg: SET_CUST_RXGAINCAL_TARGET_PARAMS rxGainCal.c:cust_rxGainCal_dbg: GET_CUST_RXGAINCAL_TARGET_PARAMS rxGainCal.c:cust_rxGainCal_dbg: GET_INIT rxGainCal.c:RXGAINCALRSP: Response sent to HOST rxGainCal.c:RXGAINCALRSP: i=%d, freq[i]=%d , rxNFCalPowerDBmResult[i]=%d ,rxNFCalPowerDBrResult[i]=%d , minCcaThresholdResult[i]=%d, totalPkt[i]=%d, goodPkt[i]=%d rxGainCal.c:RXGAINCALRSP: Invalid Chain Index rxGainCal.c:RXGAINCALRSP: Invalid PHYID rxGainCal.c:RXGAINCALRSP: Invalid TLV Buffer wmi_ftm_attach.c:ERROR: ftm_parse_unifiedcmd: dataLen %d is LESS than sizeof(segHdrInfo) %d whal_mci.c:BTCOEX_DBG_MCI_2: Coex Band setting. WLAN1(%d), WLAN2(%d) whal_mci.c:COEX_GENERIC_ERROR: MCIIntfTimeout(%u) whal_pta.c:COEX_PTA_INT_STATS: Pta2BtLowPriFalling(%d) Pta2BtLowPriRising(%d) Pta2BtActiveFalling(%d) Pta2BtActiveRising(%d) whal_pta.c:COEX_PTA_INT_STATS: Pta2BtStomped(%d) Pta2WlanStomped(%d) Pta2BtHighPriFaling(%d) Pta2BtHighPriRising(%d) whal_pta.c:COEX_PTA_INT_STATS: Pta1BtLowPriFalling(%d) Pta1BtLowPriRising(%d) Pta1BtActiveFalling(%d) Pta1BtActiveRising(%d) whal_pta.c:COEX_PTA_INT_STATS: Pta1BtStomped(%d) Pta1WlanStomped(%d) Pta1BtHighPriFaling(%d) Pta1BtHighPriRising(%d) whal_coex_init_ext.c:En Soft Abort %d whal_coex_gpm.c:ERROR_COEX_MCI_GPM: AnyMacPowerUp (%u) IsMCIBusPaused (%u), whal_mci_get_sleep_state(%u), SleepOverride(%u), IsMciHWBusy(%u) IsMciInitComplete(%u) MCIBasicSyncError(%u) whal_mci_get_wsi_state(%u) whal_coex_gpm.c:ERROR_COEX_MCI_GPM: ERROR - MCI Init is NOT complete ! Dropping GPM - 0x%x whal_coex_gpm.c:ERROR_COEX_MCI_GPM: Drop GPM, Recovery in progress: SWGpmIndex(%u) NumGPM(%u) whal_coex_gpm.c:ERROR_COEX_MCI_GPM: invalid GPM whal_coex_smh.c:WHAL_COEX_SMH_ISR: Error(0x%x) whal_coex_smh.c:NULL: Buffers not allocated whal_coex_smh.c:WHAL_COEX_SMH_HNDLR: Error(0x%x) whal_coex_bmh.c:WHAL_COEX_BMH_ISR: Tx(%u) Rx(%u) BmhIntRaw(0x%x) BmhRxMsgRaw(0x%x) BmhInt1Raw(0x%x) invalid_hdr(%u) cont_info_to(%u) whal_coex_bmh.c:COEX_MCI_ISR_IntRaw: BMH ISR overflow whal_coex_bmh.c:WAL_COEX_SCHED_INFO: i=%u Prio(%u) Tag(%u) tx(%u) Txp(%d) Link(%u) Dur(%u) whal_coex_bmh.c:WAL_COEX_SCHED_INFO: sched_info start 0x%x, stop 0x%x wbts 0x%x whal_coex_bmh.c:WHAL_COEX_BMH_HNDLR: Error(0x%x) whal_coex_lmh.c:COEX_MCI_ISR_IntRaw: LMH ISR overflow whal_coex_lmh.c:COEX_LNA_LOCK_INFO: gain_idx = %d, lna_in_use= %d, lna_bt_lock= %d whal_coex_lmh.c:WHAL_COEX_LMH_HNDLR: Error(0x%x) whal_coex_mcim.c:COEX_MCIM_ISR: Error(0x%x) whal_coex_mcim.c:WHAL_COEX_MCIM_HNDLR: Error(0x%x) whal_coex_pmh.c:COEX_MCI_ISR_IntRaw: PMH ISR overflow whal_coex_pmh.c:BTCOEX_DBG_MCI_1: No CONT_INFO/RST msg received after sys waking message whal_coex_pmh.c:WHAL_COEX_PMH_ERR: err(0x%x) whal_coex_pmh.c:COEX_POWER_CHANGE: INIT_STATUS(%d) INIT_RESULT(%d) wmac(%d) whal_coex_pmh.c:COEX_POWER_CHANGE: WMAC is not right! wmac(%d) whal_coex_pmh.c:BTCOEX_DBG_MCI_2: Trying to power up. due to POWERUP_FAILURE, return whal_coex_recipes.c:BTCOEX_DBG_MCI_2: Calling cxc power down whal_coex_recipes.c:BTCOEX_DBG_MCI_2: _whal_mci_powerup Power up wmac%d, and band is %dG whal_debug.c:config_reg_dump: Invalid register physical address! :0x%x whal_debug.c:config_reg_dump: Entries exceeded MAX REG DUMP ENTRY :%d! :%d whal_debug.c:MAC_IDLE 0x%x, TLV_READY 0x%x, ISR_S0 0x%x, ISR_S16 0x%x, SM_STATES 0x%x whal_debug.c:TXPCU_R1_DEBUG registers : DEBUG_STATE 0x%x TX_FES_0 0x%x TX_FES_1 0x%x TX_FES_2 0x%x INT_OR_ERR_STATUS 0x%x LAST_INT_OR_ERR_STATUS_MASK 0x%x LAST_INT_OR_ERR_STATUS 0x%x TRACE_BUS_UPPER 0x%x whal_debug.c:CRYPTO Debug Reg: %d. SM_STATES = 0x%x, BUSY_STATUS = 0x%x, TBUS_0x34: UPPER = 0x%x, LOWER = 0x%x wal_lp_bar.c:LP_BAR_DBG: Local frame completion wal_lp_bar.c:LP_BAR_DBG: Resp_ctxt info = %x, peer_id = %d,tid_num = %d, session_id = %d, repeat_cnt = %d wal_lp_bar.c:LP_BAR_DBG: BA session not established wal_lp_bar.c:LP_BAR_DBG: lp_complete_cnt=%d,tid_num = %d, session_id = %d wal_lp_bar.c:LP_BAR_DBG: Alloc failed sawf.c:svc classes %d-%d disabled sawf.c:svc class %d disabled sawf.c:%s: %d sawf.c:%s: na sawf.c:svc class %d: sawf.c:SAWF_ALLOC:======== New queue allocated svc_class_id=%x svc_tid=%x svc_htt=%d orig service tid=%d hlost_tid %d======= sawf.c:SAWF:======== Error all queues used for peer %d======= sawf.c:wal_sawf_send_htt_indication: SAWF ast_list_idx %d sawf.c:SAWF_ALLOC:======== New MSDUQ meta %p svc_class_id=%x remap_tid=%d wal_soc_debug.c:MSI1 Interrupt enabled Rx Ring bmsk : %u wal_soc_debug.c: sw_peer_id : %d next_hop : %d mcast : %d wal_soc_debug.c:%d) AST index : %d MAC Address : %x:%x:%x:%x:%x:%x wal_soc_debug.c: wal_soc_debug.c:Num AST Entries : %d wal_soc_debug.c:On-Chip AST Entries wal_soc_debug.c:%d) AST index : %d MAC Address : %x:%x:%x:%x:%x:%x wal_soc_debug.c:DDR AST Entries wal_soc_debug.c:Hardware Address Search Table wal_soc_debug.c:Triggering forced crash into PHY M3: PHY ID %d wal_soc_debug.c:Total page fault count: %d wal_soc_debug.c:Recorded page fault count: %d wal_soc_debug.c:Recorded page fault count reset to 0 wal_soc_debug.c:wal_unit_test: num_args = %d test_cmd = %d arg[1] = %d arg[2] = %d wal_rc.c:Phy rate=0, rix=%x wal_rc.c:CHAINMASk_DBG overwrite tx chainmask, peer%p, sw_peer_id:%d rate_Sched_chainmask %d tx_mask %d wal_rc.c:CHAINMASk_DBG orig_cm=%d pdev_cm=%d wal_rc.c:FDRSSI: ul_mu_type %d, user %d, nss %d, min_total_gain %d, Raw %d, Final %d. wal_rc.c:[he_sig_a]MCS value is not correct (%d) wal_rc.c:[he_sig_b2_ofdma]MCS value is not correct (%d) wal_rc.c:MCS value is not correct (%d) wal_rc.c:Invalid nss MU frame received nss/nsts:0x%x wal_rc.c:MU_EDCA_DEBUG: total_msdu: %lu, tcp_msdu: %lu, udp_msdu: %lu, other_msdu: %lu wal_rc_ul.c:UL_TPC_DBG: AID: %d, bw: %d, ru_size: %d, mcs: %d, delta_p_mcs_100x: %d, delta_p_ru_100x: %d, rssi_ref_100x: %d, target_rssi_error_100x: %d => target_rssi_100x: %d wal_rc_ulmumimo.c:UL_MUMIMO_DBG_TPC: rssi_ref_100x: %d, target_rssi_error_100x: %d => target_rssi_100x: %d, uph %d wal_rc_ulmumimo.c:UL_MUMIMO_DBG_TPC: AID: %d, bw: %d, ru_size: %d, mcs: %d, delta_p_mcs_100x: %d, delta_p_ru_100x: %d, chain_adjust_100x: %d ar_wal_rtt.c:_wal_fac_handler: report type %d ar_wal_rtt.c:Deliver rtt RX Ind ID:%d msg:%p s_thr:%d to RT at ticks:0x%x wlan_atf.c:ATF_DBG:ATF PEER MAC: 0x%08x 0x%08x wlan_atf.c:ATF_DBG:WMI Entry: %d ATF-UNITS: %d wlan_atf.c:ATF_DBG:ATF WAL PEER NOT FOUND FOR MAC: 0x%08x 0x%08x ATF-UNITS: %d wlan_atf.c:ATF_DBG:ATF PEER MAC: 0x%08x 0x%08x NOT FOUND!!! ATF-UNITS: %d wlan_atf.c:ATF_DBG:ATF PEER REQ: NUM-PEERS: %d wlan_atf.c:ATF_DBG:WMI_VDEV_ATF_REQUEST_CMDID is obsolete. Use WMI_PEER_ATF_REQUEST_CMDID instead wlan_atf.c:ATF_DBG:Invalid WMI command hca_configQca8074.cpp:boardId = %d phyDevLib.c:PDL_CAL_FUNC: func=phyRxDCOCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyCombinedCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyPDCCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyPkDetCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyRxBBFCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyTxBBFCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyDACCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyIM2Cal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyADCCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyTIAdcCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyPALCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phySetTPC calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyAdcCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyRSTCal calCmdId=NULL RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyRxDCOCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyCombinedCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyPDCCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyPkDetCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyRxBBFCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyTxBBFCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyDACCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyIM2Cal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyADCCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyTIAdcCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyPALCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phySetTPC calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyAdcCal calCmdId=0x%x RC=0x%x phyDevLib.c:PDL_CAL_FUNC: func=phyRSTCal calCmdId=0x%x RC=0x%x phy_dev_init.c:CHIP: %s ENV: %s VER: %s phy_dev_init.c:wlan base: 0x%x phyvi_ftpgRx.c:Resetting FCS-CRC Registers phyvi_ftpgRx.c:FCS Rx: Test is Done. phyvi_ftpgRx.c:FCS Rx: [Error] Did not receive all Pkts. Rx timed out after %d msec. phyvi_ftpgRx.c:FCS Rx: [Warning] Received More Packets than expected! phyvi_ftpgRx.c:FCS Rx: All Pkts Received! phyvi_ftpgRx.c:FCS Rx: %d msec since last packet received phyvi_ftpgRx.c:FCS Rx: SU RX phyvi_ftpgRx.c:FCS Rx: OFDMA-DL RX [decoding user%d] phyvi_ftpgRx.c:FCS Rx: OFDMA-UL RX [decoding user%d] phyFtpgSequence.c:Transmitting SEQ%0.08X [rptCnt=%d] phyFtpgSequence.c:E: Invlaid seqNum [=0x%x] phyvi_ftpgTx.c:%s: Recipe Failed! phyvi_ftpgTx.c:%s: Recipe Completed phyvi_ftpgTx.c:Aborting FTPG TX phyvi_ftpgTx.c:E: Some input parameters were invalid [err_mask=0x%X]! phyvi_ftpgTx.c:FTPG Tx: Re-Transmitting ... phyvi_ftpgTx.c:FTPG Tx: Stopping Transmit ... m3_init.c:Alert: M3 has reported boot failure m3_init.c:Error: Could not detect M3 Boot completion m3_init.c:M3 is idle m3_init.c:Warning: Max Poll Count Exceeded m3_init.c:Polling for boot completion ... [max_poll_count = %d] m3_init.c:M3 Reset de-asserted [Running @640MHz] m3_init.c:M3 is already Running. Asserting Reset m3_init.c:%s: phy%d m3_init.c:Recipe Complete m3Config.c:Fatal Error: Invalid PHYID[=%d] m3Config.c:Error: Invalid BandCode [=%u]! m3Config.c:PHYB+80M m3Config.c:phyM3Ini: phyId = %d m3Config.c:DFS INI programmed phy_dev_setChainMask.c:Fatal Error! Invalid phyId [=%d]. phy_dev_setChainMask.c:phySetChainMask: chain mask for phyId = %d completed phy_dev_setChainMask.c: RXCHMASK will be forced to 0x1 phy_dev_setChainMask.c:Warning: [PHYID=%d isSBS=%d RXCHMASK=0x%X] is not supported. phy_dev_setChainMask.c:phySetChainMask: setting chain mask for phyId = %d ... phy_dev_setXbar.c:phySetXbar: xbar for phyId = %d completed phy_dev_setXbar.c:phySetXbar: setting xbar for phyId = %d ... phyRegIni.c:DFS INI programmed phyRegIni.c:Loading INI for [phyBase=0x%0.08X], [IniMask=0x%0.08X] phyReset.c:phyRegAccessPass phyReset.c:(End) phyReset.c:(Start) phyReset.c:TIADC Cal complete. phyReset.c:RxDco Cal complete. phyReset.c:RxBBFCal time:%lld (us) phyReset.c:TPC Cal complete. phyReset.c: Q5-TPC : Entered into Additonal Primary Section programming phyReset.c:phyCombinedCal done phyReset.c:TxBBFCal time:%lld (us) phyReset.c:PkDet Cal complete. phyReset.c: PAL Cal complete. phyReset.c:phyPDCCal done phyReset.c:Recipe Complete phyReset.c:<PCSS & M3 CONFIG> phyReset.c:RFAChipID = [%lu, %lu, %lu, %lu] phyReset.c:<RFA CONFIG> phyReset.c:<PHY BB CONFIG> phyReset.c:Running phyReset for [phyBase=0x%0.08X] phyReset.c:Skipping phyReset for [phyBase = 0x%0.08X] phyReset.c:[FATAL ERROR]. phyRegAccess Failed phyReset.c:phyChannelSwitch: freq1 %d freq2 %d txMask %x conc %d dynPri %d, iniMask %x phyReset.c:phyChannelSwitch: phyId %d band %d bw %d phMode %d mhz %d phyReset.c:phyProgIni: freq1 %d freq2 %d txMask %x conc %d dynPri %d, iniMask %x phyReset.c:phyProgIni: phyId %d band %d bw %d phMode %d mhz %d phySetRx11bDetThr.c:Recipe Complete phySetRx11bDetThr.c:phySetRx11bDetCorrThr: Warning: numRxChain = %d was unexpected! phySetRxfePerNrx.c:numChains = %lu phySpurMitigation.c:WFAX_RXTD_NOTCH_CNTL_1_L = 0x%lx phySpurMitigation.c:DSN numberOfSpurs %d, spurLevel %d rssiThrDb %d phyWarmRst.c:RECIPE COMPLETE phyWarmRst.c:Executing Warm Reset on PHYA1 phyWarmRst.c:Executing Warm Reset on PHYA0 phyWarmRst.c:Executing Warm Reset on PHYB configFtpg.c:[TxTime=%uus] configFtpg.c:Error: lastTxTime=0us! Nothing to re-transmit configFtpg.c:[numPkts=%u] configFtpg.c:[pktdur=%uus] configFtpg.c:Warning: PHYDBG Capture enabled on FTPG Bank. Masking out BANK0 ... configFtpg.c:Warning: PHYDBG Capture enabled on FTPG Bank in PHYA1. Masking out BANK0 ... configFtpg.c:Warning: PHYDBG Capture enabled on FTPG Bank in PHYA0. Masking out BANK0 ... configFtpg.c:Resetting FTPG Block ... ftpgCompute.c:Error: Invalid 11b Rate Code [=%u] ftpgCompute.c:Error: Unsupported RU Size [=%u] ftpgCompute.c:Error: Unsupported 11ax ltf_size_index [=%u] ftpgCompute.c:Error: Unsupported 11ax GI Index [=%u] ftpgCompute.c:payLoadSize converged to %u ftpgCompute.c:E: FTPG_COMPUTE_SM did not converge! ftpgCompute.c:%s: Fatal Error in SGI Disamb Calc ftpgCompute.c:Warning: Nss[=%d] should be < than Total Tx Chains [=%u] ftpgCompute.c:Fatal Error: L-SIGA LENGTH must be divisible by 3 for Non-HE packet. Got %u ! ftpgCompute.c:%s: Error: Invalid dot11ax_gi! ftpgCompute.c:%s: Error: Invalid Packet Type! ftpgCompute.c:%s: Fatal Error in HeSigBSymCalc Calc ftpgCompute.c:numSigBSymCh0=%d numSigBSymCh1=%d mcsHeSigB=%d ftpgCompute.c:%s: iter%d ftpgCompute.c:Error: Unsupported pktSubTypeIdx[=%u] ftpgCompute.c:total bits = %d ftpgCompute.c:Error: Nsym cannot accomodate payload for user %d [bcc] ftpgCompute.c:nsym = %d total bits = %d ftpgCompute.c:Error: Nsym cannot accomodate payload for user %d [ldpc] ftpgCompute.c:Error: Invalid cp_ltf_size! ftpgCompute.c:Error: Invalid GI Input for NON-HE-SU packet! ftpgCompute.c:Error: DCM is not support for HE_SUxHE_LTF+0.4GI ftpgCompute.c:Error: DCM is not support for HE_SUxHE_LTF+0.4GI ftpgCompute.c:Error: Invalid mcs for QC Proprietary GI+LTF! ftpgCompute.c:Error: Invalid GI Input for NON-HE-SU packet ftpgCompute.c:Error: STBC and DCM are not support for HE_SUxHE_LTF+0.8GI ftpgCompute.c:Error: Invalid pktSubType for given cpLtfSize! ftpgCompute.c:Error: HE_SU/STBC+DCM is not supported ftpgCompute.c:%s: Invalid 11b Rate Code! ftpgCompute.c:Fatal Error: Could not compute Ndbps for user %u! ftpgCompute.c:Fatal Error: Could not compute Ndbps! ftpgCompute.c:Fatal Error: Could not compute Ncbps for user %u! ftpgCompute.c:Fatal Error: Could not compute Ncbps! ftpgCompute.c:%s: Error: Could not compute Coding Rate! [check input parameters] ftpgCompute.c:%s: Error: Could not compute Nbpscs! [check input parameters] ftpgCompute.c:Invalid 11a Modulation Index! ftpgCompute.c:Error: DCM is not supported for MCS > 0 ftpgCompute.c:Error: Could not compute Nsc! [check input parameters] ftpgCompute.c:Error: Invalid BW Code [%u] ftpgCompute.c:nsym = %d ftpgCompute.c:payLoadSize = %d ftpgCompute.c:ftpgComputeSmState(%d) = %d ftpgCompute.c:E: FTPG_COMPUTE_SM in unexpected state! ftpgRuAllocation.c:Error: Unsupported RU Size [=%u] ftpgRuAllocation.c:Fatal Error: Total number of allocated RUs [%u] does not match input number of users [%u] ftpgRuAllocation.c:Fatal Error: numNonDashedNonAllocatedRu exceeds numNonDashedRu for band %u ftpgRuAllocation.c:Fatal Error: Invaid BW code [%u] ftpgRuAllocation.c:Error: Invalid BW code = %d ftpgSingleTlv.c:Sending %s ftpgTlvFieldProg.c:Corrupting LSig: %u->%u ftpgTlvFieldProg.c:Corrupting Rate: %u->%u ftpgTlvFieldProg.c:Corrupting LSigParity: %u->%u ftpgTlvFieldProg.c:Corrupting CRC: %u->%u ftpgTlvFieldProg.c:Fatal Error! Invalid BW Code [=%u]. ftpgTlvSeq.c:Error: Invalid Argument [pktType = %u]. ftpgTlvSeq.c:Error: Invalid Argument [pktSubType = %u]. ftpgTlvWrapper.c:Error: Field %s was not found in the TLV %s! ftpgTlvWrapper.c:Error: Max TLV Field Value = %u has been exceeded for field [%s] of [%s]! ftpgTlvWrapper.c:Error: Field %s of TLV %s is read only! ftpgTlvWrapper.c:Error: TLVFIELD array points to NULL! ftpgTlvWrapper.c:Error: Field %s not found in the TLV %s! ftpgToolBox.c:Error: PHYDBG BANK OVERFLOW! [bank_size=%u] ftpgToolBox.c:Error: Invalid phyid [=%d] ftpgToolBox.c:Error: Invalid memidx. [bank_size=%u] ftpgToolBox.c:%-20s = %-20u phyInitCfoCsr.c:cfoCorrFrac(fcPri20=%ldMHz) = %f phyInitCfoCsr.c:vsrc_ppm_fc_factor(%uMHz) = %u phyInitCfoCsr.c:phyInitCfoCsr: fcPri20=%dMHz phyrf_caldb_aging.c:REGEN_CALDB: Skipping cal as freq %u is not supported phyrf_caldb_aging.c:REGEN_CALDB: Invalid Mac Handle phyrf_caldb_aging.c:REGEN_CALDB: Invalid pdev Handle phyrf_caldb_aging.c:REGEN_CALDB: Invalid Phy Handle phyrf_caldb_aging.c:REGEN_CALDB: completed in %u uSec phyrf_caldb_aging.c:REGEN_CALDB: Turning on phy post regen phyrf_caldb_aging.c:REGEN_CALDB: Restore pre regen channel phyrf_caldb_aging.c:gurug REGEN_CALDB: calChEntry[%d][%d] %d chIdx %d phyrf_caldb_aging.c:REGEN_CALDB: Skipping due to invalid PHYID groupMapping[%u][1] is %u phyrf_caldb_aging.c:REGEN_CALDB: Turning off phy pre regen phyrf_caldb_aging.c:REGEN_CALDB: Save the pre regen channel phyrf_caldb_aging.c:REGEN_CALDB: CALBD CLEARED: phyrf_caldb_aging.c:REGEN_CALDB: INVALID PHYID OR CALDB NOT CLEARED phyrf_caldb_aging.c:REGEN_CALDB: Invalid Mac Handle. Exiting Caldb regen phyrf_caldb_aging.c:REGEN_CALDB: Software configuration to skip CalDb Regen phyrf_caldb_aging.c:REGEN_CALDB: Invalid phyId. Exiting Caldb regen phyrf_caldb_aging.c:REGEN_CALDB: Invalid phy Handle. Exiting Caldb regen phyrf_caldb_aging.c:REGEN_CALDB: starting wlan_vdev_unit_test.c:wlan_vdev_unit_test: g_wmi_cmd_enable_pf_log = 0x%x wlan_vdev_unit_test.c:wlan_vdev_unit_test: disable QoS per peer per tid configuration wlan_vdev_unit_test.c:wlan_vdev_unit_test: vdev_id = %d, custom_sw_retry_th_cmd, ac %d sw_retry_type = %d sw_retry_th = %d wlan_vdev_unit_test.c:wlan_vdev_unit_test: vdev_id = %d, custom_aggr_size_cmd, subfram %d ac = %d wlan_vdev_unit_test.c:wlan_vdev_config_test: vdev_id = %d, test_cmd = %d, args[1] = %d, args[2] = %d, num_args = %d wlan_vdev_unit_test.c:wlan_vdev_config_test: vdev is NULL wlan_coex_test.c:WAL_COEX_FORCED_ALGO: forced_algo(%d) wlan_coex_test.c:COEX_SET_PTA_TIMERS_INTERVALS: invalid argument wlan_coex_test.c:PTA set cont info delay pta_num : %d, time:%d wlan_coex_test.c:PTA set cont nack pta_num:%d, time:%d wlan_coex_test.c:COEX_GET_PTA_TIMERS_INTERVALS: invalid argument wlan_coex_test.c:PTA Cont info delay time %d wlan_coex_test.c:PTA Cont info nack time %d wlan_coex_test.c:Automation Code %d wlan_dfs_phyerr_unit_test.c:wlan_dfs_phyerr_offload_unit_test input: mac_id=%d enable radar det offload=%d wlan_dfs_phyerr_unit_test.c:wlan_dfs_phyerr_offload_unit_test input: set radar mac_id=%d cmd=%d wlan_dfs_phyerr_unit_test.c:wlan_dfs_phyerr_offload_unit_test input: vdevId=%d testId=%d num_args=%d wlan_txbf_unit_test.c:WLAN_TXBF_CONFIG param = 0x%x wlan_nth_beacon_offload_unit_test.c:wlan_nth_bcn_offload_unit_test num_args = %d, args[0] = %d, args[1] = %d, vdev_id = %d, ifUp = %d bss_color_offload_unit_test.c:bss color ofld unit test: args %d %d %d %d bss_color_offload_unit_test.c:bss_color ofld unit test fails: bss_color vdev not exist id:%d phy_dev_calUtils.c:[trigger_cal Recipe failure=%x] phy_dev_calUtils.c:Recipe failure phy_dev_calUtils.c:Invalid OTP_WORD[=%d]. phy_dev_calUtils.c:otpRead: otp_read_en = 0x%08lx phy_dev_calUtils.c:CAL_DUMP_DPD_RXIQ: Addr 0x%08x | chIdx %3u | dpd_rxiq[%3d] 0x%03x phy_dev_calUtils.c:CAL_DUMP_RXCORR: Addr 0x%08x | chIdx %3u | rx_corr[%3d] 0x%03x phy_dev_calUtils.c:CAL_DUMP_TXCL: Addr 0x%08x | calTblIdx %3u | chIdx %3u | cl_carr_i[%3d] 0x%03x | cl_carr_q[%3d] 0x%03x phy_dev_calUtils.c:CAL_DUMP_TXDCOC: Addr 0x%08x | calTblIdx %3u | chIdx %3u | txdcoc[%4d] 0x%08x | phy_dev_calUtils.c:CAL_DUMP_RXIQ: Addr 0x%08x | calTblIdx %3u | chIdx %3u | coeff_i[%3d] 0x%03x | coeff_q[%3d] 0x%03x phy_dev_calUtils.c:CAL_DUMP_RXIQ: Invalid table Id for RXIQ phy_dev_calUtils.c:CAL_DUMP_TXIQ: Addr 0x%08x | calTblIdx %3u | chIdx %3u | coeff_i[%3d] 0x%03x | coeff_q[%3d] 0x%03x phy_dev_calUtils.c:CAL_DUMP_TXIQ: Invalid table Id for TXIQ phy_dev_calUtils.c:CAL_DUMP_RXDCO: Addr 0x%08x | calTblIdx %3u | chIdx %3u | rxdcoc 0x%08x phy_dev_calUtils.c:CAL_DUMP_RXDCO: Addr 0x%08x | calTblIdx %3u | chIdx %3u | LUT_Imag[%3d] 0x%04x | LUT_Real[%3d] 0x%04x phy_dev_calUtils.c:CAL_DUMP: bwCode %d phy_dev_DPDCal.c: -Q5-PAPRD- train_done flag cannot be set by HW, DPD Cal hits an critical error and abort phy_dev_DPDCal.c:-Q5-PAPRD- Finished post-processing and population of one DPD LUT phy_dev_DPDCal.c:-Q5-PAPRD- Training data not valid poor SQ phy_dev_DPDCal.c: -Q5-PAPRD- Start post-processing phy_dev_DPDCal.c: -Q5-PAPRD- Start to transmit training packet: phy_paprd_device_TransmitTrainingPacket() phy_dev_DPDCal.c: -Q5-PAPRD- txmask = %d phy_dev_DPDCal.c: -Q5-PAPRD- phyId = %d phy_dev_DPDCal.c: -Q5-PAPRD- Start to setup DPD cal: phyDPDCalInitTrainingData_qca8704() phy_dev_DPDCal.c:-Q5-PAPRD- rxmask = %d phy_dev_DPDCal.c:-Q5-PAPRD- txmask = %d phy_dev_DPDCal.c:-Q5-PAPRD- phyBase = 0x%lx phy_dev_DPDCal.c:-Q5-PAPRD- phyId : %d phy_dev_fdmtCombCal.c:comb cal return rc = %d phy_dev_fdmtCombCal.c:Array bound! num_uvals=%lu phy_dev_fdmtCombCal.c:run_fdmt_iq_hw_cal fails, cal_chain_mask = 0x%x, tx_gain_idx=%d phy_dev_fdmtCombCal.c:IQ CAL, cal_chain_mask = 0x%x phy_dev_fdmtCombCal.c:core %lu do_calibrate = %lu phy_dev_fdmtCombCal.c:HW CaL polling time out...., calCount = %lu phy_dev_NFCal.c:phyNFCal: Noise Floor CAL phyId = %d completed phy_dev_NFCal.c:phyNFCal: Running Noise Floor CAL phyId = %d ... phy_dev_PAL.c:phyPAL: PAL for phyId = %d FAILed phy_dev_PAL.c:phyPAL: PAL for phyId = %d completed phy_dev_PAL.c:phyPAL ERROR: invalid input parameter (NULL array) phy_dev_PAL.c:phyPAL ERROR: PAL can only run with Iron v2 or higher phy_dev_paprd_core.c:PAPRD: phy_core_PaprdChangeTrainingIndex(): Change training position to chain index %d and dpd table index %d phy_dev_paprd_core.c:PAPRD: BDF: phyId: %d, paprdTargetPwrMax: %d, paprdTargetPwrMin: %d phy_dev_paprd_core.c:PAPRD:UpdateLoopBackInfo wrong chain or GlutIdx: txChain %d tableIndex %d phy_dev_paprd_core.c:PAPRD: SQ is %lu; SQ > SQ limit, DPD cal failed at chain %d table index %d phy_dev_paprd_core.c:PAPRD: SQ is %lu and update DPD table; Training done table : 0x%x phy_dev_paprd_core.c:PAPRD: LUT -- PA_in[%d] = 0x%lx PA_angle[%d] = 0x%lx phy_dev_paprd_core.c:PAPRD: small_signal_gain %ld | angle is 0x%x, noise_ratio_ampm = %d phy_dev_paprd_core.c:-Q5-PAPRDTUNING-:small signal gain is %ld, max_bins %d phy_dev_paprd_core.c:PAPRD:phy_core_PaprdCalcGainFxp : max bins %d X[GfxpIdx] %lu phy_dev_paprd_core.c:PAPRD:%ld %ld %ld phy_dev_paprd_core.c:PAPRD:RAW DATA -- X Y theta phy_dev_paprd_core.c:PAPRD: scale to target = %d target = %d phy_dev_paprd_core.c:PAPRD:Bin Normalisation in Action phy_dev_paprd_core.c:PAPRD: BDF: AMAM Noise ratio = %d AMPM Noise ratio = %d phy_dev_paprd_core.c:PAPRD: Board_id 0%x, Phy_Id 0%x, SBS_Mode 0%x, Bw_Idx 0%x ,Board_Check 0%x phy_dev_paprd_core.c:pPaprdStruct->dynamicDPDglutIndex = %d < %d, proceed with curvefit phy_dev_paprd_core.c:pPaprdStruct->dynamicDPDglutIndex = %d >= %d, proceed without curvefit phy_dev_paprd_core.c:PAPRD: training_done_for_curr_table_idx %d phy_dev_paprd_core.c:PAPRD: pPaprdStruct->tableIndex = %d, pPaprdStruct->txChain = %d phy_dev_paprd_core.c:PARPD:DPD Failed for txChain %d tableIndex %d phy_dev_paprd_core.c:PAPRD:phy_core_GetLoopbackInfo: txChain %d tableIndex %d phy_dev_paprd_core.c:PAPRD:phy_core_GetLoopbackInfo wrong chain or table index: txChain %d tableIndex %d phy_dev_paprd_curve_fit_on_binning.c:tbl[%d] = %d / %d phy_dev_paprd_curve_fit_on_binning.c:curvefit_coef(%d) = %f + j*%f phy_dev_paprd_curve_fit_on_binning.c:max_bins in curve fitting: %d phy_dev_paprd_device.c:PAPRD: GLUT Address 0x%x Value 0x%x phy_dev_paprd_device.c:PAPRD: homeCh %d secondary %d fcs_sec_offset 0x%x phy_dev_paprd_device.c:PAPRD:Chain = %d, tpc_index = %d, table_offset = %lu, glut_idx_offset = %lx, txgain_index = %d IsForcedGain %d phy_dev_paprd_device.c:PAPRD: pPaprdStruct->dynamicDPDglutIndex: %d,val_dpd_tbl_end_idx: %d phy_dev_paprd_device.c:PAPRD: HWDISABLE CHAIN : chainNum %d phy_dev_paprd_device.c:PAPRD: BDF: Loopback_Attenuation = %d phy_dev_paprd_device.c:PAPRD: Rx_loopbackchain %d, RxCal_SubMode = %lu phy_dev_paprd_device.c:PAPRD: TxChain = %d, TxCal_SubMode = %lu phy_dev_paprd_device.c:PAPRD: dynamic_dpd_glut_index %d phy_dev_paprd_device.c:PAPRD: BDF: phyId: %d, paprdDacGain[%d][%d]: %d phy_dev_paprd_device.c:-Q5-PAPRD : Original Place Programming Dac Gain Value as 0x%016x for table index %d phy_dev_paprd_device.c:PAPRD: Board_Check 0%x phy_dev_paprd_device.c:PAPRD: BDF: phyId: %d, paprdAgc2Power: %d phy_dev_paprd_device.c:-Q5-PAPRDTUNING-:Forcing sq index hw for table %d with %lu phy_dev_paprd_device.c:-Q5-PAPRD : force SQ phy_dev_paprd_device.c:-Q5-PAPRD- : Dyn Glut Table Index = %d TxCount = %d phy_dev_paprd_device.c:-Q5-PAPRD- : Focing SQ index value before SQ index initialisation is %d phy_dev_paprd_device.c:PAPRD: BDF: phyId: %d, Minloopbackdelay[%d][%d]: %d phy_dev_paprd_device.c:-Q5-PAPRD : Programming Dac Gain Value as 0x%016x phy_dev_paprd_device.c:-Q5-PAPRD : TxCount = %d dyn glut table index = %d, txChain = %d phy_dev_paprd_device.c:PAPRD: DynBW = %d phy_dev_paprd_device.c:PAPRD: %ld %ld %ld %ld phy_dev_paprd_device.c:PAPRD: Base = 0x%lx phy_dev_paprd_device.c:PAPRD: %lu %lu %lu %lu phy_dev_paprd_device.c:PAPRD:DpdTrainData0 DpdTrainData1 DpdTrainData2 DpdTrainData3 phy_dev_paprd_device.c:PAPRD:Raw Data: chain %d table %d phy_dev_paprd_device.c:PAPRD:Read back DPD training data from memory PArsed As is phy_dev_paprd_device.c:PAPRD: DPD training Failed. Paprd Done bit is not set in HW! phy_dev_paprd_device.c:PAPRD: sq Fail: sq_Value is %d phy_dev_paprd_device.c:PAPRD: sq PASS: sq_Value is %d phy_dev_paprd_device.c:PAPRD: sq Fail: sq_Value %d phy_dev_paprd_device.c:-Q5-PAPRDTUNING-:TABLE 0 1 SQ index HW is %lu phy_dev_paprd_device.c:PAPRD: warmup: %d phy_dev_paprd_device.c:PAPRD: check_max_bin: %d phy_dev_paprd_device.c:PAPRD: Max_Averaged_X = %d phy_dev_paprd_device.c:PAPRD: Averaged_SQ_value %d phy_dev_paprd_device.c:PAPRD: Bin %d chk_acc = %d, cnt = %d, diffn = %d phy_dev_paprd_device.c:-Q5-PAPRD: Bin %d chk_acc = %d, cnt = %d, diffn = %d phy_dev_paprd_device.c:PAPRD: In training signal quality --- Bin_idx %d -- accum_count = %d, X_value = %d, Average_X = %d phy_dev_paprd_device.c:-Q5-PAPRD-:ucode not cleared. miss count %d phy_dev_paprd_device.c:PAPRD:sq_idx_sw %d sq_idx_hw %ld phy_dev_paprd_device.c:PAPRD:txChain %d tableIndex %d phy_dev_paprd_device.c:PAPRD:channel freq %d phy_dev_paprd_device.c:PAPRD: Dispersion value at SQ_Stage2 (minimum index + 1) = %lu phy_dev_paprd_device.c:PAPRD: Dispersion value at SQ_Stage2 (minimum index - 1) = %lu phy_dev_paprd_device.c:PAPRD: HW calculated stage2 min_dispersion = %lu phy_dev_paprd_device.c:PAPRD: DC estimate I %d Q %d phy_dev_paprd_device.c:PAPRD: SQ_index_HW %lu phy_dev_paprd_device.c:PAPRD: DPD training_incomplete %lu phy_dev_paprd_device.c:PAPRD: DPD training_active %lu phy_dev_paprd_device.c:PAPRD: DPD training rx_gain_idx 0x%lx phy_dev_paprd_device.c:PAPRD: DPD training AGC2_pwr 0x%8lx phy_dev_paprd_device.c:PAPRD: DPD training AGC2_size %lx phy_dev_paprd_device.c:-Q5-PAPRD-:paprd done: taken long time, cal_info_mem reads should be aborted phy_dev_paprd_device.c:PAPRD: BDF: sqLimit: %d phy_dev_paprd_device.c:PAPRD: Invalid tableType phy_dev_paprd_device.c:PAPRD: Invalid tableOffset phy_dev_paprd_device.c:PAPRD:Invalid tableOffset phy_dev_paprd_device.c:-Q5-PAPRD-:Invalid tableOffset phy_dev_paprd_device.c:PAPRD: Save DPD LUT of Chain %hhu at table_idx %hhu phy_dev_paprd_device.c:PAPRD:Invalid tableType phy_dev_paprd_device.c:PAPRD: Populate DPD LUT of Chain %hhu at table_idx %hhu phy_dev_paprd_device.c:PAPRD: phyPaprdDevicePopulatePaprdTables_qca8704() ERROR LUT NOT populated phy_dev_paprd_device.c:PAPRD: Finished populating DPD LUT into memory! phy_dev_paprd_device.c:PAPRD: PAPRD:tableType: %d tableIdx: %d at odd entry: %d from is : %lx phy_dev_paprd_device.c:PAPRD: PAPRD:tableType: %d tableIdx: %d at even entry: %d from is : %lx phy_dev_paprd_device.c:PAPRD: Populate DPD LUT of Chain %d at table_idx %d table type %d table offset %d phy_dev_paprd_device.c:PAPRD: validmask 0x%lx phyInput->validChainMask 0x%x phy_dev_paprd_device.c:PAPRD: Set Paprd Done op_mode_map Vreg : Addr 0x%x val 0x%x read 0x%x phy_dev_paprd_device.c:PAPRD: update_ucode_dpd_done phyId %d baseAddr 0x%x phy_dev_paprd_device.c:PAPRD: ConfigTempScaling() PHYbase 0x%x isSBS %d scaling factor %d phy_dev_PkDetCal.c:phyPkDetDcoCal: Peak Detector DCO CAL phyId = %d completed phy_dev_PkDetCal.c:phyPkDetDcoCal: Peak Detector DCO CAL phyId = %d failed (failed chain mask %lx) phy_dev_PkDetCal.c:phyPkDetDcoCal: Peak Detector DCO CAL phyId = %d ... phy_dev_RxBBFCal.c:Starting RxBBFCal phy_dev_RxDCOCal.c:RXDCO:: cal failure phy_dev_RxDCOCal.c:RXDCO::rxdco_write_dco_lut time(%u - %u) = %u phy_dev_RxDCOCal.c:phyRxDCORestore_qca8704:::pDcoLut=%x + tableIdx = %d, Write Rxdco LUT into HW with chainIdx = %d, LUT_Imag = 0x%x, LUT_Real = 0x%x phy_dev_RxDCOCal.c:RXDCO: Failed all 3 tries! phy_dev_RxDCOCal.c:RXDCO::TRangeOK %d Tsuccess %d TResidualOK %d pIter_parms->dcoc_range %d phy_dev_RxDCOCal.c:Rxdco::: failure_count[%d] = %d, num_cal_gain = %d phy_dev_RxDCOCal.c:Rxdco::: OK: [%d][%d]:ABS(Res_Imag) = %d, ABS(Res_Real) = %d phy_dev_RxDCOCal.c:Rxdco::: Failed: [%d][%d]:ABS(Res_Imag) = %d, ABS(Res_Real) = %d phy_dev_RxDCOCal.c:Rxdco::: suboptim: [%d][%d]:ABS(Res_Imag) = %d, ABS(Res_Real) = %d phy_dev_RxDCOCal.c:RXDCO: cal done successful, range_iter=%d phy_dev_RxDCOCal.c:RXDCO: *************************************** HW cal timeout, range_iter=%d phy_dev_RxDCOCal.c:RXDCO: cal_done failure and reset DO_CALIBRATE bit and CF_RESET_CORE !!!!! phy_dev_RxDCOCal.c:cal_done time out calDoneCount=%lu phy_dev_RxDCOCal.c:cal_done early calDoneCount=%lu phy_dev_RxDCOCal.c:index out of range phy_dev_RxDCOCal.c:phyRxDCOSave_qca8704:::pDcoLut=%x + tableIdx = %d, Rxdco LUT from HW with chainIdx = %d, LUT_Imag = 0x%x, LUT_Real = 0x%x phy_dev_TPCcal.c:Incorrect Test Selection ... phy_dev_TPCcal.c:TPC_PHYDEVLIB minQAM MU[0..5] %x %x %x %x %x %x phy_dev_TPCcal.c:TPC_PHYDEVLIB maxQAM MU[0..5] %x %x %x %x %x %x phy_dev_TPCcal.c:TPC_PHYDEVLIB minQAM[0..5] %x %x %x %x %x %x phy_dev_TPCcal.c:TPC_PHYDEVLIB maxQAM[0..5] %x %x %x %x %x %x phy_dev_TPCcal.c:TPC_PHYDEVLIB dacBOFlags %x, maxCCK %x, minCCK %x, maxSglRU %x minSglRU %x phy_dev_TPCcal.c:Puuting a placeholder phy_dev_TPCcal.c:EnableHwPdetCal PASSED (TIA HIGH GAIN) !!! phy_dev_TPCcal.c:EnableHwPdetCal FAILED (TIA HIGH GAIN) !!! phy_dev_TPCcal.c:EnableHwPdetCal PASSED (TIA LOW GAIN) !!! phy_dev_TPCcal.c:EnableHwPdetCal FAILED (TIA LOW GAIN) !!! phy_dev_TPCcal.c:In CLPCModePdet: txChainMask = 0x%x phy_dev_TPCcal.c:Completed the OLPC settings... phy_dev_TPCcal.c:PHYA1 Configuration phy_dev_TPCcal.c:phySetTPC_qca8704 CLPCMode 0x%x readTPCStatus 0x%x Force Mode 0x%x Forced gain 0x%lx phy_dev_TPCcal.c:In ProgramGLUTIndicesByRange: powerRange = %d phy_dev_TPCcal.c:Secondary80 channel is not valid for PHYA0 and PHYB; shifting to FCS phy_dev_TPCcal.c:start_dpd_glut_idx %d last_dpd_glut_idx %d phy_dev_TPCcal.c:progGlutindexFromTgtPwr minTxPower[0] %d minTxPower[1] %d minTxPower[2] %d minTxPower[3] %d minTxPower[4] %d minTxPower[5] %d minTxPower[6] %d minTxPower[7] %d phy_dev_TPCcal.c:progGlutindexFromTgtPwr maxTxPowerMCS11 %d last_dpd_glut_idx %d phy_dev_TPCcal.c:GLUT - Chain %lu phy_dev_TPCcal.c:dacGainCal %d, phy_input->phyId %d phy_dev_TPCcal.c:FORCED_TXGAIN_IDX PHYA1 Configuration phy_dev_TPCcal.c:FORCED_DAC_GAIN: PHYA1 Configuration phy_dev_TPCcal.c:index %d, ForcedDacGain 0x%x ForcedTxGainIdx 0x%x phy_dev_TPCcal.c:phyId - %d ForcedTargetPower 0x%x, ForceDacGain 0x%x, ForceTxGainIdx 0x%x phy_dev_TPCcal.c:TX_CONV: stat_latest_lb:%d phy_dev_TPCcal.c:TX_CONV: stat_latest_fwd:%d phy_dev_TPCcal.c:TX_CONV: txgain_count:%d phy_dev_TPCcal.c:TX_CONV: TxConvergenceRegRead phy_idx:%d for chain_idx:%d state:%d phy_dev_TPCcal.c:TX_CONV: Invalid chain_idx:%d for phy_idx:%d phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_VALIDATION_SUCCESS phy_dev_TPCcal.c:TX_CONV: phy_idx:%d chain_idx:%d txgain_count_delta:%d latest_pwr_delta:%d phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_VALIDATION_FAILURE phy_idx:%d chain_idx:%d retry_cnt:%d phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_VALIDATION_RETRY phy_idx:%d chain_idx:%d retry_cnt:%d phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_VALIDATION_RETRY_SUCCESS phy_idx:%d chain_idx:%d retry_cnt:%d phy_dev_TPCcal.c:TX_CONV: Invalid state: phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_UPDATE_RETRY phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_UPDATE phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_INIT phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_CLEAR phy_dev_TPCcal.c:TX_CONV: mhz:%d phy_idx:%d chain_idx:%d state:%d phy_dev_TPCcal.c:TX_CONV: End: tx_converged:%d phy_dev_TPCcal.c:TX_CONV: phyInput->phyId:%d, phyInput->txChMask:%d, tx_active_chain_mask:%d phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_VALIDATION_FAILURE invalid phy_base_addr:%d phy_idx:%d chain_idx:%d phy_dev_TPCcal.c:TX_CONV: Start: tx_converged:%d phy_dev_TPCcal.c:TX_CONV: TX_CONVERGENCE_VALIDATION_FAILURE invalid phyInput->phyId:%d phy_dev_TPCcal.c:tpcOnepointCal::phyId %d Chain %u latestAccumulatedClpcError %u phy_dev_TPCcal.c:tpcOnepointCal::phyId %d Chain %u thermalVal %u phy_dev_TPCcal.c:ov_rel1:%d phy_dev_TPCcal.c:tpcOnepointCal:: thermCalValue %u alphaTherm %u thermGainErrMax %u for chain %u rfClkSwitch.c:M3 Boot Complete rfClkSwitch.c:PLL Locked! rfClkSwitch.c:Fatal Error: PLL Failed to Lock! rfClkSwitch.c:Polling for PHYB PLL Lock ... rfClkSwitch.c:Fatal Error: Unexpectd PLL Lock detected! rfClkSwitch.c:Error: Recipe not supported on phyId = %d rfClkSwitch.c:%s rfBootSeq.c:Fatal Error! Invalid PHY ID[=%d]. phyRegRfaSupportIni.c:phyLoadRfaSupportIni_qca8704: (phyId = %d) rfaConfig.c:phyGetRFAChipID success rfaConfig.c:phyGetRFAChipID FAIL rfaConfig.c:phyRfaIni rfaConfig.c:Configuring 2nd synth to %dMHz in phyId=%d for aDFS rfaConfig.c:[set_synth_channel_adfs] aDfsMask = 0x%x aDfsChain = %d phyBaseDet2 = 0x%0.08x rfaConfig.c:Recipe Complete rfaConfig.c:Recipe Start rfaConfig.c:ironInit rfaConfig.c:POE : phyDisableRfa_qca8704() DISABLE FLAG %d rfaConfig.c:phyRfaEnterpriseRateIni_qca8704 phy_dev_IbfCal.c:ibf register backup excceed register list limit phy_dev_IbfCal.c:restoring %d ibf cal related registers phy_dev_IbfCal.c:ibf_postcal done phy_dev_IbfCal.c:ibf_postcal phy_dev_IbfCal.c:program_ibf_corr_coeff: core %d ibf_corr_i_4chn 0x%x ibf_corr_q_4chn 0x%x phy_dev_IbfCal.c:disable_ibf_corr_coeff: core %d phy_dev_IbfCal.c:ibfOutput[%d] = 0x%x phy_dev_IbfCal.c:IBF Restore mode, calData=0x%x phy_dev_IbfCal.c:ibf_docal failed, skip programming coeff phy_dev_IbfCal.c:chain#%d deltaPhiG0 %d phi_tx0_rxs_g0 %d phi_txs_rx0_g0 %d phy_dev_IbfCal.c:IBF phi_txs_rx0_g0_%d = %d phy_dev_IbfCal.c:IBF phi_txs_rx0_%d = %d phy_dev_IbfCal.c:IBF phi_tx0_rxs_g0_%d = %d phy_dev_IbfCal.c:IBF phi_tx0_rxs_%d = %d phy_dev_IbfCal.c:rx gain forced to %d phy_dev_IbfCal.c:ibf_cal_chnpair_all numChains invalid phy_dev_IbfCal.c:ibf_cal_chnpair_all: calChainStart %d calChainEnd %d numChains %d phy_dev_IbfCal.c:ibf_cal_chnpair_all chMask invalid phy_dev_IbfCal.c:ibf_read_ibf_result: dpdtrain_done=%d rx_gain_idx=%d phase_fxp=%d pDesignParams->phaseFxp=%d phy_dev_IbfCal.c:ibf_read_ibf_result: core=%d agc_sized=%d agc_pwr=%d sq_val =%d sq_val_m1=%d sq_val_p1=%d phy_dev_IbfCal.c:ibf_read_ibf_result: core=%d Error, dpdtrain_done is zero phy_dev_IbfCal.c:ibf_read_ibf_result: core=%d keeps waiting for dpdtrain done, ntry = %d, phase_fxp = %d phy_dev_IbfCal.c:IBF tx status = %d phy_dev_IbfCal.c:ibf_setup_chain_mask(): core=%d rxChain=%d adcIdx=%d rfa_rxiq_cross=%d dpdtrain_adc_map_sel=0x%x phy_dev_IbfCal.c:ibf_cal_chnpair txChain=0x%x rxChain=0x%x phy_dev_IbfCal.c:ibf_cal_chnpair_single: txChain=0x%x rxChain=0x%x phy_dev_IbfCal.c:ibf_cal_chnpair_single chain config invalid! txChain=0x%x rxChain=0x%x phy_dev_IbfCal.c:ibf_set_rfa_rxiq_cross() rfaRxiqCross=%d phy_dev_IbfCal.c:ibf_docal: phyId %d bandCode %d bwCode %d isSBSmode %d txChMask 0x%x rxChMask 0x%x numChains 0x%x phy_dev_IbfCal.c:IBF Cal mode phy_dev_IbfCal.c:end of aoa_docal phy_dev_IbfCal.c:WL_LO_PAL_CH_%d.WL_LO_PAL_CH0 bit%d = %d phy_dev_IbfCal.c:AoA mode phy_dev_calUtils_tix.c:[trigger_cal_tix Recipe failure=%x] phy_dev_calUtils_tix.c:Recipe failure phy_dev_calUtils_tix.c:Invalid OTP_WORD[=%d]. phy_dev_calUtils_tix.c:otpRead_tix: otp_read_en = 0x%08lx phy_dev_DPDCal_tix.c: -Q5-PAPRD- train_done flag cannot be set by HW, DPD Cal hits an critical error and abort phy_dev_DPDCal_tix.c:-Q5-PAPRD- Finished post-processing and population of one DPD LUT phy_dev_DPDCal_tix.c:-Q5-PAPRD- Training data not valid poor SQ phy_dev_DPDCal_tix.c: -Q5-PAPRD- Start post-processing phy_dev_DPDCal_tix.c: -Q5-PAPRD- Start to transmit training packet: phy_paprd_device_TransmitTrainingPacket_tix() phy_dev_DPDCal_tix.c: -Q5-PAPRD- txmask = %d phy_dev_DPDCal_tix.c: -Q5-PAPRD- phyId = %d phy_dev_DPDCal_tix.c: -Q5-PAPRD- Start to setup DPD cal: phyDPDCalInitTrainingData_tix() phy_dev_DPDCal_tix.c:-Q5-PAPRD- rxmask = %d phy_dev_DPDCal_tix.c:-Q5-PAPRD- txmask = %d phy_dev_DPDCal_tix.c:-Q5-PAPRD- phyBase = 0x%lx phy_dev_DPDCal_tix.c:-Q5-PAPRD- phyId : %d phy_dev_fdmtCombCal_tix.c:comb cal return rc = %d phy_dev_fdmtCombCal_tix.c:Array bound! num_uvals=%lu phy_dev_fdmtCombCal_tix.c:run_fdmt_iq_hw_cal_tix fails, cal_chain_mask = 0x%x, tx_gain_idx=%d phy_dev_fdmtCombCal_tix.c:IQ CAL, cal_chain_mask = 0x%x phy_dev_fdmtCombCal_tix.c:core %lu do_calibrate = %lu phy_dev_fdmtCombCal_tix.c:HW CaL polling time out...., calCount = %lu phy_dev_NFCal_tix.c:phyNFCal: Noise Floor CAL phyId = %d completed phy_dev_NFCal_tix.c:phyNFCal: Running Noise Floor CAL phyId = %d ... phy_dev_PAL_tix.c:phyPAL: PAL for phyId = %d FAILed phy_dev_PAL_tix.c:phyPAL: PAL for phyId = %d completed phy_dev_PAL_tix.c:phyPAL ERROR: invalid input parameter (NULL array) phy_dev_PAL_tix.c:phyPAL skipped for 6G band phy_dev_PAL_tix.c:phyPAL ERROR: this is not titaniumx, skipping PAL cal phy_dev_paprd_core_tix.c: -Q5-PAPRD-:phy_core_PaprdChangeTrainingIndex_tix(): Change training position to chain index %d and dpd table index %d phy_dev_paprd_core_tix.c:-Q5-PAPRD-:SQ is %lu; SQ > SQ limit, DPD cal failed at chain %d table index %d phy_dev_paprd_core_tix.c:-Q5-PAPRD-:SQ is %lu and update DPD table; Training done table : 0x%x phy_dev_paprd_core_tix.c:--Q5-PAPRD-: Board Check is 0%x phy_dev_paprd_core_tix.c:--Q5-PAPRD-: Bw Idx is 0%x phy_dev_paprd_core_tix.c:--Q5-PAPRD-: SBS Mode 0%x phy_dev_paprd_core_tix.c:--Q5-PAPRD-: Phy Id is 0%x phy_dev_paprd_core_tix.c:--Q5-PAPRD-: Board id is 0%x phy_dev_paprd_core_tix.c:-Q5-PAPRD-:PAPRD LUT -- PA_in[%d] = 0x%lx PA_angle[%d] = 0x%lx phy_dev_paprd_core_tix.c:-Q5-PAPRD-:small signal gain is %ld | angle is 0x%x noise_ratio_ampm = %d phy_dev_paprd_core_tix.c:-Q5-PAPRDTUNING-:small signal gain is %ld, max_bins %d phy_dev_paprd_core_tix.c:-Q5-PAPRD-:phy_core_PaprdCalcGainFxp_tix : max bins %d X[GfxpIdx] %lu phy_dev_paprd_core_tix.c:-Q5-PAPRD-:%ld %ld %ld phy_dev_paprd_core_tix.c:-Q5-PAPRD-:RAW DATA -- X Y theta phy_dev_paprd_core_tix.c:-Q5-PAPRD-: scale to target = %d target = %d phy_dev_paprd_core_tix.c:-Q5-PAPRD-:Bin Normalisation in Action phy_dev_paprd_core_tix.c:-Q5-PAPRD-:AMPM Noise ratio = %d phy_dev_paprd_core_tix.c:-Q5-PAPRD-:AMAM Noise ratio = %d phy_dev_paprd_core_tix.c:pPaprdStruct->dynamicDPDglutIndex = %d < %d, proceed with curvefit phy_dev_paprd_core_tix.c:pPaprdStruct->dynamicDPDglutIndex = %d >= %d, proceed without curvefit phy_dev_paprd_core_tix.c: -Q5-PAPRD-: training_done_for_curr_table_idx %d phy_dev_paprd_core_tix.c: -Q5-PAPRD-: pPaprdStruct->tableIndex = %d, pPaprdStruct->txChain = %d phy_dev_paprd_curve_fit_on_binning_tix.c:curvefit_coef(%d) = %f + j*%f phy_dev_paprd_curve_fit_on_binning_tix.c:max_bins in curve fitting: %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-: GLUT Address 0x%x Value 0x%x phy_dev_paprd_device_tix.c:-Q5-PAPRD-: homeCh %d secondary %d fcs_sec_offset 0x%x phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Chain = %d, tpc_index = %d, table_offset = %lu, glut_idx_offset = %lx, txgain_index = %d IsForcedGain %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-: pPaprdStruct->dynamicDPDglutIndex: %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-: val_dpd_tbl_end_idx %d; phy_dev_paprd_device_tix.c:-Q5-PAPRD-: HWDISABLE CHAIN : %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-: HWDISABLE ALL PHY base 0x%x phy_dev_paprd_device_tix.c:--Q5-PAPRD-: Inside Secondary Section programming phy_dev_paprd_device_tix.c:--Q5-PAPRD-: Board id is 0%x phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DynBW in Iron programming = %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Loopback Attenuation = %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Chain = %d, dpd Rx loop chian %d Rx Cal Sub Mode = %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Chain = %d, Tx Cal Sub Mode = %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-: Iron_programming: dynamic_dpd_glut_index %d phy_dev_paprd_device_tix.c:--Q5-PAPRD-: Board Check is 0%x phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Min loopback delay = %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DynBW = %d phy_dev_paprd_device_tix.c:--Q5--PAPRDPHYDBG %ld %ld %ld %ld phy_dev_paprd_device_tix.c:--Q5--PAPRDPHYDBG Base = 0x%lx phy_dev_paprd_device_tix.c:-Q5-PAPRD-:sq_idx_sw %d sq_idx_hw %ld phy_dev_paprd_device_tix.c:-Q5-PAPRD-:txChain %d tableIndex %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:channel freq %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:%lu %lu %lu %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DpdTrainData0 DpdTrainData1 DpdTrainData2 DpdTrainData3 phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Raw Data: chain %d table %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Read back DPD training data from memory PArsed As is phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DPD training Failed. Paprd Done bit is not set in HW! phy_dev_paprd_device_tix.c:-Q5-PAPRD-:sq Fail: sq Value is %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:sq PASS: sq Value is %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:warmup: %d phy_dev_paprd_device_tix.c:check_max_bin: %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-: Averaged SQ value is %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Bin %d chk_acc = %d, cnt = %d, diffn = %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Max value of Averaged X = %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-: In training signal quality --- Bin idx %d -- accum count = %d, X value = %d, Average X = %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Dispersion value at SQ Stage2 (minimum index + 1) = %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Dispersion value at SQ Stage2 (minimum index - 1) = %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:HW calculated stage2 min dispersion = %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DC estimate I %d Q %d phy_dev_paprd_device_tix.c:-Q5-PAPRD-:SQ index HW is %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DPD training incomplete %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DPD training active %lu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DPD training rx gain idx 0x%lx phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DPD training AGC2 pwr 0x%8lx phy_dev_paprd_device_tix.c:-Q5-PAPRD-:DPD training AGC2 size %lx phy_dev_paprd_device_tix.c:-Q5-PAPRD-:paprd done: taken long time, cal_info_mem reads should be aborted phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Invalid tableType phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Invalid tableOffset phy_dev_paprd_device_tix.c:-Q5-PAPRD-: Save DPD LUT of Chain %hhu at table_idx %hhu phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Populate DPD LUT of Chain %hhu at table_idx %hhu phy_dev_paprd_device_tix.c:-Q5-PAPRD-: phyPaprdDevicePopulatePaprdTables_tix() ERROR LUT NOT populated phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Finished populating DPD LUT into memory! phy_dev_paprd_device_tix.c:-Q5-PAPRD-: PAPRD:tableType: %d tableIdx: %d at odd entry: %d from is : %lx phy_dev_paprd_device_tix.c:-Q5-PAPRD-: PAPRD:tableType: %d tableIdx: %d at even entry: %d from is : %lx phy_dev_paprd_device_tix.c:-Q5-PAPRD-:Populate DPD LUT of Chain %d at table_idx %d table type %d table offset %d phy_dev_paprd_device_tix.c:--Q5--PAPRD: validmask 0x%lx phyInput->validChainMask 0x%x phy_dev_paprd_device_tix.c:--Q5--PAPRD: Set Paprd Done op_mode_map Vreg : Addr 0x%x val 0x%x read 0x%x phy_dev_paprd_device_tix.c:--Q5--PAPRD: update_ucode_dpd_done phyId %d baseAddr 0x%x phy_dev_PkDetCal_tix.c:phyPkDetDcoCal: Peak Detector DCO CAL phyId = %d completed phy_dev_PkDetCal_tix.c:phyPkDetDcoCal: Peak Detector DCO CAL phyId = %d failed (failed chain mask %lx) phy_dev_PkDetCal_tix.c:phyPkDetDcoCal: Peak Detector DCO CAL phyId = %d ... phy_dev_RxBBFCal_tix.c:Starting RxBBFCal phy_dev_RxDCOCal_tix.c:RXDCO:: cal failure phy_dev_RxDCOCal_tix.c:RXDCO::rxdco_write_dco_lut_tix time(%u - %u) = %u phy_dev_RxDCOCal_tix.c:phyRxDCORestore_tix:::pDcoLut=%x + tableIdx = %d, Write Rxdco LUT into HW with chainIdx = %d, LUT_Imag = 0x%x, LUT_Real = 0x%x phy_dev_RxDCOCal_tix.c:RXDCO: Failed all 3 tries! phy_dev_RxDCOCal_tix.c:RXDCO::TRangeOK %d Tsuccess %d TResidualOK %d pIter_parms->dcoc_range %d phy_dev_RxDCOCal_tix.c:Rxdco::: failure_count[%d] = %d, num_cal_gain = %d phy_dev_RxDCOCal_tix.c:Rxdco::: OK: [%d][%d]:ABS(Res_Imag) = %d, ABS(Res_Real) = %d phy_dev_RxDCOCal_tix.c:Rxdco::: Failed: [%d][%d]:ABS(Res_Imag) = %d, ABS(Res_Real) = %d phy_dev_RxDCOCal_tix.c:Rxdco::: suboptim: [%d][%d]:ABS(Res_Imag) = %d, ABS(Res_Real) = %d phy_dev_RxDCOCal_tix.c:RXDCO: cal done successful, range_iter=%d phy_dev_RxDCOCal_tix.c:RXDCO: *************************************** HW cal timeout, range_iter=%d phy_dev_RxDCOCal_tix.c:RXDCO: cal_done failure and reset DO_CALIBRATE bit and CF_RESET_CORE !!!!! phy_dev_RxDCOCal_tix.c:cal_done time out calDoneCount=%lu phy_dev_RxDCOCal_tix.c:cal_done early calDoneCount=%lu phy_dev_RxDCOCal_tix.c:index out of range phy_dev_RxDCOCal_tix.c:phyRxDCOSave_tix:::pDcoLut=%x + tableIdx = %d, Rxdco LUT from HW with chainIdx = %d, LUT_Imag = 0x%x, LUT_Real = 0x%x phy_dev_TPCcal_tix.c:Incorrect Test Selection ... phy_dev_TPCcal_tix.c:TPC_PHYDEVLIB minQAM MU[0..5] %x %x %x %x %x %x phy_dev_TPCcal_tix.c:TPC_PHYDEVLIB maxQAM MU[0..5] %x %x %x %x %x %x phy_dev_TPCcal_tix.c:TPC_PHYDEVLIB minQAM[0..5] %x %x %x %x %x %x phy_dev_TPCcal_tix.c:TPC_PHYDEVLIB maxQAM[0..5] %x %x %x %x %x %x phy_dev_TPCcal_tix.c:TPC_PHYDEVLIB dacBOFlags %x, maxCCK %x, minCCK %x, maxSglRU %x minSglRU %x phy_dev_TPCcal_tix.c:Puuting a placeholder phy_dev_TPCcal_tix.c:EnableHwPdetCal_tix PASSED (TIA HIGH GAIN) !!! phy_dev_TPCcal_tix.c:EnableHwPdetCal_tix FAILED (TIA HIGH GAIN) !!! phy_dev_TPCcal_tix.c:EnableHwPdetCal_tix PASSED (TIA LOW GAIN) !!! phy_dev_TPCcal_tix.c:EnableHwPdetCal_tix FAILED (TIA LOW GAIN) !!! phy_dev_TPCcal_tix.c:In CLPCModePdet_tix: txChainMask = 0x%x phy_dev_TPCcal_tix.c:Completed the OLPC settings... phy_dev_TPCcal_tix.c:PHYA1 Configuration phy_dev_TPCcal_tix.c:Programming GLUT Indices Range 3 phy_dev_TPCcal_tix.c:Programming GLUT Indices Range 2 phy_dev_TPCcal_tix.c:Programming GLUT Indices Range 1 phy_dev_TPCcal_tix.c:Programming GLUT Indices Range 0 phy_dev_TPCcal_tix.c:In ProgramGLUTIndicesByRange_tix: powerRange = %d phy_dev_TPCcal_tix.c:OVERRIDING GLUT WITH GOLDEN DATA phy_dev_TPCcal_tix.c:GLUT - Chain %d phy_dev_TPCcal_tix.c:FCS is NOT enabled: NOT Writing to GLUT chain_offset phy_dev_TPCcal_tix.c:FCS is enabled: Write to GLUT chain_offset = 0x%x phy_dev_TPCcal_tix.c:GlutPrepareAndUpdate_tix: fcsEnabled = %d phy_dev_TPCcal_tix.c:In ClearGlut_tix routine, Clearing GLUT indices phy_dev_TPCcal_tix.c:PHYA0/B Configuration phy_dev_TPCcal_tix.c:Get the Modes - CLPCMode - 0x%x readTPCStatus - 0x%x Force Mode - 0x%x Forced gain - 0x%lx phy_dev_TPCcal_tix.c:GLUT - Chain %lu phy_dev_TPCcal_tix.c:Secondary80 channel is not valid for PHYA0 and PHYB; shifting to FCS phy_dev_TPCcal_tix.c:PLUT - Chain %lu phy_dev_TPCcal_tix.c:start_dpd_glut_idx %d last_dpd_glut_idx %d phy_dev_TPCcal_tix.c:progGlutindexFromTgtPwr minTxPower[0] %d minTxPower[1] %d minTxPower[2] %d minTxPower[3] %d minTxPower[4] %d minTxPower[5] %d minTxPower[6] %d minTxPower[7] %d phy_dev_TPCcal_tix.c:progGlutindexFromTgtPwr maxTxPowerMCS11 %d last_dpd_glut_idx %d phy_dev_TPCcal_tix.c:dacGainCal %d, phy_input->phyId %d phy_dev_TPCcal_tix.c:FORCED_TXGAIN_IDX PHYA1 Configuration phy_dev_TPCcal_tix.c:FORCED_DAC_GAIN: PHYA1 Configuration phy_dev_TPCcal_tix.c:ForcedTxGainIdx[%d] = 0x%x phy_dev_TPCcal_tix.c:ForcedDacGain[%d] = 0x%x phy_dev_TPCcal_tix.c:ForceTxGainIdx - 0x%x phy_dev_TPCcal_tix.c:ForceDacGain - 0x%x phy_dev_TPCcal_tix.c:ForcedTargetPower - 0x%x phy_dev_TPCcal_tix.c:phyId - %d phy_dev_TPCcal_tix.c:Printing all the input paramters phy_dev_TPCcal_tix.c:TX_CONV: stat_latest_lb:%d phy_dev_TPCcal_tix.c:TX_CONV: stat_latest_fwd:%d phy_dev_TPCcal_tix.c:TX_CONV: txgain_count:%d phy_dev_TPCcal_tix.c:TX_CONV: TxConvergenceRegRead_tix phy_idx:%d for chain_idx:%d state:%d phy_dev_TPCcal_tix.c:TX_CONV: Invalid chain_idx:%d for phy_idx:%d phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_VALIDATION_SUCCESS phy_dev_TPCcal_tix.c:TX_CONV: phy_idx:%d chain_idx:%d txgain_count_delta:%d latest_pwr_delta:%d phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_VALIDATION_FAILURE phy_idx:%d chain_idx:%d retry_cnt:%d phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_VALIDATION_RETRY phy_idx:%d chain_idx:%d retry_cnt:%d phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_VALIDATION_RETRY_SUCCESS phy_idx:%d chain_idx:%d retry_cnt:%d phy_dev_TPCcal_tix.c:TX_CONV: Invalid state: phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_UPDATE_RETRY phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_UPDATE phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_INIT phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_CLEAR phy_dev_TPCcal_tix.c:TX_CONV: mhz:%d phy_idx:%d chain_idx:%d state:%d phy_dev_TPCcal_tix.c:TX_CONV: End: tx_converged:%d phy_dev_TPCcal_tix.c:TX_CONV: phyInput->phyId:%d, phyInput->txChMask:%d, tx_active_chain_mask:%d phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_VALIDATION_FAILURE invalid phy_base_addr:%d phy_idx:%d chain_idx:%d phy_dev_TPCcal_tix.c:TX_CONV: Start: tx_converged:%d phy_dev_TPCcal_tix.c:TX_CONV: TX_CONVERGENCE_VALIDATION_FAILURE invalid phyInput->phyId:%d phy_dev_TPCcal_tix.c:tpcOnepointCal::phyId %d Chain %u latestAccumulatedClpcError %u phy_dev_TPCcal_tix.c:tpcOnepointCal::phyId %d Chain %u thermalVal %u phy_dev_TPCcal_tix.c:ov_rel1:%d phy_dev_TPCcal_tix.c:tpcOnepointCal:: thermCalValue %u alphaTherm %u thermGainErrMax %u for chain %u phy_dev_IbfCal_tix.c:ibf register backup excceed register list limit phy_dev_IbfCal_tix.c:restoring %d of ibf cal related registers phy_dev_IbfCal_tix.c:ibf_postcal_tix done phy_dev_IbfCal_tix.c:ibf_postcal_tix phy_dev_IbfCal_tix.c:ibfOutput[%d] = 0x%x phy_dev_IbfCal_tix.c:chain#%d deltaPhiG0 0x%x phi_tx0_rxs_g0 0x%x phi_txs_rx0_g0 0x%x phy_dev_IbfCal_tix.c:IBF phi_txs_rx0_g0_%d = 0x%x phy_dev_IbfCal_tix.c:IBF phi_txs_rx0_%d = 0x%x phy_dev_IbfCal_tix.c:pRxGainPhaseTable[%d][%d]=0x%x phy_dev_IbfCal_tix.c:IBF phi_tx0_rxs_g0_%d = 0x%x phy_dev_IbfCal_tix.c:IBF phi_tx0_rxs_%d = 0x%x phy_dev_IbfCal_tix.c:dpdtrain_done=%d rx_gain_idx=%d phase_fxp=0x%x phy_dev_IbfCal_tix.c:Error, dpdtrain_done is zero phy_dev_IbfCal_tix.c:keeps waiting for dpdtrain done, ntry = %d, phase_fxp = %d phy_dev_IbfCal_tix.c:ibf_set_rfa_rxiq_cross_tix() numChains=%d phy_dev_IbfCal_tix.c:bandCode %d phyId %d phy_dev_IbfCal_tix.c:ibf_cal_chnpair_tix txChain=0x%x rxChain=0x%x phy_dev_IbfCal_tix.c:IBF mode phy_dev_IbfCal_tix.c:end of aoa_docal_tix phy_dev_IbfCal_tix.c:WL_LO_PAL_CH_%d.WL_LO_PAL_CH0 bit%d = %d phy_dev_IbfCal_tix.c:AoA mode rfClkSwitch_tix.c:M3 Boot Complete rfClkSwitch_tix.c:PLL Locked! rfClkSwitch_tix.c:Fatal Error: PLL Failed to Lock! rfClkSwitch_tix.c:Polling for PHYB PLL Lock ... rfClkSwitch_tix.c:Fatal Error: Unexpectd PLL Lock detected! rfClkSwitch_tix.c:Error: Recipe not supported on phyId = %d rfClkSwitch_tix.c:%s rfBootSeq_tix.c:Fatal Error! Invalid PHY ID[=%d]. phyRegRfaSupportIni_tix.c:phyLoadRfaSupportIni_tix: (phyId = %d) rfaConfig_tix.c:phyRfaIni_tix rfaConfig_tix.c:%u ctune: 0x%x dactune: 0x%x da_ctune: 0x%x upc_fine_gain: 0x%x rfaConfig_tix.c:rAlpha:%d rProc:%u rfaConfig_tix.c:Configuring 2nd synth to %dMHz in phyId=%d for aDFS rfaConfig_tix.c:[set_synth_channel_adfs] aDfsMask = 0x%x aDfsChain = %d phyBaseDet2 = 0x%0.08x rfaConfig_tix.c:OTP Region not Programmed for lo delay rfaConfig_tix.c:Recipe Complete rfaConfig_tix.c:Recipe Start rfaConfig_tix.c:tixInit rfaConfig_tix.c:POE : phyDisableRfa_tix() DISABLE FLAG %d rfaConfig_tix.c:phyRfaEnterpriseRateIni_tix rfaOtpParam_tix.c:Done writing Syth LDO vref codes. rfaOtpParam_tix.c:SynthLDOvref_tix: syn1_ldo11_vref = 0x%08lx rfaOtpParam_tix.c:SynthLDOvref_tix: syn0_ldo11_vref = 0x%08lx rfaOtpParam_tix.c:Done writing LDO codes. rfaOtpParam_tix.c:writeLDOCode_tix: ldo3_val = 0x%08lx rfaOtpParam_tix.c:writeLDOCode_tix: ldo2_val = 0x%08lx rfaOtpParam_tix.c:Warning!! OTP is blank.. Using default LDO codes. rfaOtpParam_tix.c:Done writing RxVoutcm codes. rfaOtpParam_tix.c:writeRxVoutcmCode: bq_vcm_ch%d = 0x%08hhx, ncas_vsel_ch%d = 0x%08hhx rfaOtpParam_tix.c:Warning!! OTP is blank.. Using default BQ_vcm and NCAS_vsel codes. rfaOtpParam_tix.c:Done writing TX Voutcm codes. rfaOtpParam_tix.c:writeTxVoutcmCode_tix: voutcm_ch%d = 0x%08hhx rfaOtpParam_tix.c:Warning!! OTP is blank.. Using default TX Voutcm codes. rfaOtpParam_tix.c:writeRterm_tix: Rterm_ch%d = %d rfaOtpParam_tix.c:set_rx_ctune_tix: ndx: %d, lna_inp_notch_ctune_corrected: %d, lnaLoad_corrected: %d rfaOtpParam_tix.c:set_rx_ctune_tix: ndx: %d, lna_inp_notch_ctune: %d, lnaLoad: %d rfaOtpParam_tix.c:set_rx_ctune_ctix: rc_m25: %d, rc_m35: %d, r_code: %d rfaOtpParam_tix.c:Apply OTP values completed. rfaOtpParam_tix.c:Applying OTP values: LDO, RxVCm, TxVCm, RTerm, RxCTune hca_HwComponentTrxIron_v2.cpp:Iron_v2 BDF created in Iron_v2 hca_HwComponentTrxIron_v2.cpp:TiX BDF created in Iron_v2 hca_HwComponentTrxIron_v2_bdf.cpp:DFS_DUMP :: radar det thresh programming hca_HwComponentTrxIron_v2_bdf.cpp:wmi ccaThres programming for phyId:%d reg:0x%x hca_HwComponentTrxTiX.cpp:TiX BDF created in TiX hca_HwComponentTrxTiX.cpp:TiX BDF asigned in TiX hca_HwComponentTrxTiX_bdf.cpp:PhyId: %lu, Mode : %lu, Rate : %lu, Target Power: %lu hca_HwComponentTrxTiX_bdf.cpp:VK_NF minNfLimitFromBdf=%d hca_HwComponentTrxTiX_bdf.cpp:iron dual_lo_needed = %d hca_HwComponentTrxTiX_bdf.cpp:HC: band: %d, chan %d, hcliteThr %d hca_HwComponentTrxTiX_bdf.cpp:HC: 5G DBS or 5G SBS HB hca_HwComponentTrxTiX_bdf.cpp:HC: SBS LB hca_HwComponentTrxTiX_bdf.cpp:CopyDBSLutsToSBS hca_HwComponentTrxTiX_bdf.cpp:NO OverrideRfmodeTxRxChainMask() called hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal:: chosen phyId %u alphaThermFreq[%u] %u curChan %u curChain %u tempIdx %u alphaThermValue %u hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal:: chosen phyId %u calFreq[%u] %u curChan %u curChain %u onePointThermOffset %d hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal:: chosen phyId %u calFreq[%u] %u curChan %u curChain %u onePointTpcGLUTOffset %d hca_HwComponentTrxTiX_bdf.cpp:VK_TPC!!! Channel frequency from BDF=%d hca_HwComponentTrxTiX_bdf.cpp:CTL DATA push successful. CTL parsing will be allowed. hca_HwComponentTrxTiX_bdf.cpp:Size copied: %d hca_HwComponentTrxTiX_bdf.cpp:Value at address %d after copy: %d hca_HwComponentTrxTiX_bdf.cpp:Invalid CTL data size. Access denied to copy this fragment. Please copy CTL blob from beginning with right size. hca_HwComponentTrxTiX_bdf.cpp:Value at address %d before copy: %d hca_HwComponentTrxTiX_bdf.cpp:Size being copied in this iteration: %d hca_HwComponentTrxTiX_bdf.cpp:CTL 5G DATA push under process at seq %d hca_HwComponentTrxTiX_bdf.cpp:Variables: is2G: %d, seq: %d, endflag: %d, totalLen: %d, ctl_ptr: %d, beginning actual address: %d, BDF beginning: %d hca_HwComponentTrxTiX_bdf.cpp:CTL 2G DATA push under process at seq %d hca_HwComponentTrxTiX_bdf.cpp:SetCtlTable halphy api called. Access to BDF CTL data temporarily disabled. hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal::channel:%d cmask:%d is2GHz:%d tpcPowerOffset:%d hca_HwComponentTrxTiX_bdf.cpp:phyrf_tpc_device_GetOnePointTpcOffset channel %d chosen_chanid = %d hca_HwComponentTrxTiX_bdf.cpp:Unable to read Offchannel frequencies from BDF hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal:: Saving to BDF thermalOffset %u for Band %u, Chain %u,Chan %u, calAttempts %u hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal::Saving to BDF glutOffset %d for Band %u, Chain %u,Chan %u, calAttempts %u hca_HwComponentTrxTiX_bdf.cpp:tpcOnepointCal::Saving to BDF txPwrOffset_db8 %d for Band %u, Chain %u,Chan %u, calAttempts %u hca_HwComponentTrxTiX_bdf.cpp:bdf::SetXtalCalValue capIn %d capOut %d, ppmOffset %d hca_HwComponentTrxTiX_bdf.cpp:RTT - delayPs=%d ps hca_HwComponentTrxTiX_bdf.cpp:RTT - apply 2G 6us offset hca_HwComponentTrxTiX_bdf.cpp:RTT - spur mit, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - Invalid dynamicBw %d for 2G hca_HwComponentTrxTiX_bdf.cpp:RTT - Invalid dynamicBw %d for 5G hca_HwComponentTrxTiX_bdf.cpp:RTT - VSRC, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - Ti ADC, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - Tx DAC, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - DPD PEF, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - heavyclip, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - Error: unsupported pktBw %d hca_HwComponentTrxTiX_bdf.cpp:RTT - LCP, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - IQ, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - chain %d delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - pri20, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - Invalid dynamicBw %d hca_HwComponentTrxTiX_bdf.cpp:RTT - pri20 %d is not valid in dynamicBw %d hca_HwComponentTrxTiX_bdf.cpp:RTT - freq %d, delta=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - base=%d hca_HwComponentTrxTiX_bdf.cpp:RTT - phy%d chainNum: %d txRxIdx: %d, dynBw: %d, preamble: %d, pktBw: %d, whalRate: %d hca_HwComponentTrxTiX_bdf.cpp:RTT - pktBw %d is not valid in dynamicBw %d hca_HwComponentTrxTiX_bdf.cpp:RTT - Invalid preamble: %d hca_HwComponentTrxTiX_bdf.cpp:sticky - add 0x%08lx, flag 0x%08lx, val 0x%08lx hca_HwComponentTrxTiX_bdf.cpp:CTL table under update process. CTL table will not be parsed/updated at this time. hca_HwComponentTrxTiX_bdf.cpp:WHAL_ERROR_EEPROM_MACADDR - sum = %lx hca_HwComponentTrxTiX_bdf.cpp:##########bdf temp slope %d hca_HwComponentTrxTiX_bdf.cpp:##########bdf thermCode %d, calTemp %d hca_HwComponentTrxTiX_bdf.cpp:tempCode ch%d = %d, calTemp %d, tempSlope %d hca_HwComponentTrxTiX_preInit.cpp:No BDF merge since one of the pointer is NULL or invalid length hca_HwComponentTrxTiX_paprd.cpp:PAPRD: Unknown PHY Id %d hca_HwComponentBbLithium_dfs_process_phyerr.cpp:FFT_RAW END hca_HwComponentBbLithium_dfs_process_phyerr.cpp:FFT_RAW %p 0x%x hca_HwComponentBbLithium_dfs_process_phyerr.cpp:FFT_RAW START hca_HwComponentBbLithium_dfs_process_phyerr.cpp:DFS_DUMP pcss_ipc_sig_handler_process_multiple_ring_element pHandle=%d ipc_ring_id=%d num_bufs=%d hca_HwComponentBbLithium_dfs_process_phyerr.cpp:DFS_DUMP Dfs0Sighandler pHandle=%d ipc_ring_id=%d hca_HwComponentBbLithium_dfs_process_phyerr.cpp:DFS_DUMP Dfs1Sighandler pHandle=%d ipc_ring_id=%d hca_HwComponentBbLithium_dfs_process_phyerr.cpp:DFS_DUMP Dfs2Sighandler pHandle=%d ipc_ring_id=%d hca_HwComponentBbLithium_dfs_phyerr_tlv.cpp:DFS_DUMP radar summary detection_mode=%d timestamp=%d pulse_rssi=%d is_chirp=%d sidx=%d hca_HwComponentBbLithium_dfs_phyerr_tlv.cpp:DFS_DUMPS ts=%d delta_peak=%d delta_diff=%d total_gain=%d is_max_pw=%d hca_HwComponentBbLithium_dfs_phyerr_tlv.cpp:DFS_DUMPS ts=%d diff_ts=%d sidx=%i dur=%d chirp=%d det=%d radar_check=%d agc_event=%d rssi=%d hca_HwComponentBbLithium_dfs_phyerr_tlv.cpp:DFS_DUMPS ts=%d fft_num=%d radar_check=%d total_gain=%d base_pwr=%d peak_sidx=%i relpwr=%d peak_mag=%d num_str_bins_ib=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DEBUGS false_radar dfs->dfs_seq_num =%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]:### RADAR FOUND ON CHANNEL %d (%d MHz),seg_id=%d ### hca_HwComponentBbLithium_dfs_process_radarevent.cpp:CHANNEL_CLOSE radarevent g_dfs_test_mode=%d event_data.detection_mode=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DUMPS Radar Found with Filter Id = %d min dur=%d sidx=%d freq_offset=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]:### Found on channel minDur = %d, filterId = %d seg_id = %d ### hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]:filterID= %d :: Rejecting on individual filter max PRI deltaT=%lld rf->rf_minpri=%u hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]:filterID= %d::Rejecting on individual filter min PRI deltaT=%lld rf->rf_minpri=%u hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]:Rejecting on pri pri=%lld minpri=%u hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DUMPS Rejecting pulses on rssi rssi=%d, thresh=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]: Rejecting on rssi rssi=%u thresh=%u hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DUMPS found bin5 radar hca_HwComponentBbLithium_dfs_process_radarevent.cpp::Modify ETSI pulse dur to valid range hca_HwComponentBbLithium_dfs_process_radarevent.cpp::Peak Index =%d,re.re_dur =%d,diff_ts =%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp: :chan->ic_flags=0x%x,MHz Separation=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp: : Modify pulse dur to fit valid range hca_HwComponentBbLithium_dfs_process_radarevent.cpp:: Peak Idx =%d,re.re_dur =%d,diff_ts =%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp::chan->ic_flags=0x%x, MHz separation=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]:xxxxx ts =%u re.re_dur=%u re.re_rssi =%u diff =%u pl->pl_lastelem.p_time=%llu xxxxx hca_HwComponentBbLithium_dfs_process_radarevent.cpp: [%d]: triggering_agc_event = %d rs_pulse_rssi = %d pri80_inband_power = %d ext80_inband_power = %d hca_HwComponentBbLithium_dfs_process_radarevent.cpp: [%d]: delta_diff = %d agc_total_gain = %d agc_mb_gain = %d radar_subchan_mask = 0x%x pulse_height = %d hca_HwComponentBbLithium_dfs_process_radarevent.cpp: [%d]: is_hw_chirp = %d segid = %d sidx = %d peak_mag = %d delta_peak = %d hca_HwComponentBbLithium_dfs_process_radarevent.cpp: [%d]:PHYERR# = %d ts = %u diff_ts = %u ppdu_rssi = %u dur = %u hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DUMPS Rejecteing as radar injected in non-DFS channel, freq offset=%d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]: event is NULL hca_HwComponentBbLithium_dfs_process_radarevent.cpp:[%d]: dfs is NULL hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DUMPS %s: Rejecting Radar since duration diff %ld is more than %d hca_HwComponentBbLithium_dfs_process_radarevent.cpp:DFS_DUMPS Rejecting Radar since delta peak values are invalid : dl_delta_peak_match_count=%lu, dl_psidx_diff_match_count=%lu, rf_threshold=%lu hca_HwComponentBbQca8074_v2_reset.cpp:Perform phyOff failure status : 0x%x, loopCount=%d hca_HwComponentBbQca8074_v2_reset.cpp:VREG phyOff write value to turn PHY off is 0x%x hca_HwComponentBbQca8074_v2_reset.cpp:VREG phyOff read value is 0x%x hca_HwComponentBbQca8074_v2_reset.cpp:phyOff was not received by uCode, forcing phyOff via VREG hca_HwComponentBbQca8074_v2_reset.cpp:PerformPhyOff::(VR_Q6_TO_M3_10_L) failure status : 0x%x, loopCount=%d hca_HwComponentBbQca8074_v2_reset.cpp:PerformPhyOff:: q6_to_m3_ipc_address=0x%x q6_to_m3_ipc=%d hca_HwComponentBbQca8074_v2_reset.cpp:phyOff was not received by uCode, forcing phyOff via INTERUPTn hca_HwComponentBbQca8074_v2_reset.cpp:M3_SSR::CheckIfPhyIsOff CF_active: %d readStatus: %d hca_HwComponentBbQca8074_v2_reset.cpp:M3_SSR::CheckIfPhyIsOff:: Forcing CF_ACTIVE LOW hca_HwComponentBbQca8074_v2_reset.cpp:M3_SSR::CheckIfPhyIsOff CF_active: %d hca_HwComponentBbQca8074_v2_reset.cpp:ANI_DUMP_PHYID%d SAVE ANI DEFAULTS hca_HwComponentBbQca8074_v2_reset.cpp:ADFS_DUMPS / ASSCAN PostSetChannelAgile phyDfsEnMask=%d, phySscanEnMask=%d, synthSelMask=%d, rxchainmsk=%d, txchainmsk=%d homeChannel=%d hca_HwComponentBbQca8074_v2_reset.cpp:M3_SSR::WarmReset calling CheckIfPhyIsOff hca_HwComponentBbQca8074_v2_reset.cpp:phyId= 0x%x ResetCause=0x%x bb_IniMask=0x%x hca_HwComponentBbQca8074_v2_reset.cpp:ASSCAN: Post Prog Init phySscanEnMask=%d, synthSelMask=%d aDfsSynthFreq=%d hca_HwComponentBbQca8074_v2_reset.cpp:DFS_DUMPS Post Prog Init phyDfsEnMask=%d, synthSelMask=%d hca_HwComponentBbQca8074_v2_reset.cpp:ADFS_DUMPS / ASSCAN SetHwChainMasks phyDfsEnMask=%d phySscanEnMask=%d hca_HwComponentBbQca8074_v2_pcss.cpp:PCSS Version : Branch = %d, Build ID = %d hca_HwComponentBbQca8074_v2_ani.cpp:ANI_EDCCA_PHYID_EXT%d ED_A_VAL=0x%x ED_B_VAL=0x%x ED_C_VAL=0x%x hca_HwComponentBbQca8074_v2_ani.cpp:ANI_EDCCA_PHYID%d ED_A_VAL=0x%x ED_B_VAL=0x%x ED_C_VAL=0x%x hca_HwComponentBbQca8074_v2_ani.cpp:ANI_EDCCA_PHYID%d : UpdateEdCCA through VREG hca_HwComponentBbQca8074_v2_ani.cpp:ANI_EDCCA_PHYID%d MAX_ED_CCA=0x%x hca_HwComponentBbQca8074_v2_ani.cpp:STR_DET_WAR ERROR RATE CONSECUTIVE LESS ERROR Reset Regs THR %d hca_HwComponentBbQca8074_v2_ani.cpp:STR_DET_WAR ERROR RATE %d > %d THR %d hca_HwComponentBbQca8074_v2_ani.cpp:STR_DET_WAR ERROR RATE %d < %d THR %d hca_HwComponentBbQca8074_v2_ani.cpp:ANI_DUMP_PHYID%d OFDM DL=%d RSSI_THR_L =%x phyIniAg.c:Error: cannot commit NULL table! phyCfrCirCap.c:Enable CFR ini programming phyId=%d phyCfrCirCap.c:Restoring Enable CFR ini programed phyId=%d phyRtt.c:Restoring RTT per burst ini programed phyId=%d phyRtt.c:RTT per busrt ini programming phyId=%d dfs_fcc_bin5.c:DFS_DUMPS Rejecting pulses as they are not chirp %d hca_HwComponentTrx.cpp:Error: processCmd ID of %d, unknown state. hca_HwComponentTrxIron_cal.cpp:AoA - ch%d, gnIdx %d, dataSz %d, bdfVal %d calVal %d, AoAphase %d hca_HwComponentTrxIron_cal.cpp:AoA - phy%d, numChains %d, freq %d hca_HwComponentTrxIron_cal.cpp:NFCAL backed up phyId %u, rssiThr1aDb %x, rssiThr1bDb %x, rssiThr1cDb %x, rssiThr1dDb %x hca_HwComponentTrxIron_cal.cpp:NF CAL is disabled - Always read BDF loaded HW register value, flags=%d hca_HwComponentTrxIron_cal.cpp:VK_NF minNfLimit=%d hca_HwComponentTrxIron_cal.cpp:NFCAL phyId %u, Chan %u, Chain %u, curCCaCnt %u, firpwrCnt %u, relPwrCnt %u, nf_cal_gtc_mask %u, nf %d hca_HwComponentTrxIron_cal.cpp:NFCAL phyId %u, Result %u, ccaCountMax %u, firPwrThrdB2 %u, relPwrThrdB2 %u hca_HwComponentTrxIron_cal.cpp:NFCAL TIMEOUT OCCURS hca_HwComponentTrxIron_cal.cpp:RY: RestoreSetHwChainMasks: forceTxChainMask=%x, forceRxChainMask=%x hca_HwComponentTrxIron_paprd.cpp:PAPRD: Debugflag entered %x hca_HwComponentTrxIron_paprd.cpp:PAPRD: Unknown PHY Id %d hca_HwComponentTrxIron_paprd.cpp:PAPRDTUNING: SETTING - Timing Delay | Glut %d Value %d hca_HwComponentTrxIron_paprd.cpp:PAPRDTUNING: SETTING - LoopBack Attn | Glut %d Value %d hca_HwComponentTrxIron_paprd.cpp:PAPRD ResetParams phyExtn = %d phyId %d hca_HwComponentTrxIron_paprd.cpp:PAPRD HcaHwComponentTrxIron_paprd::FtmControl : channel %d dpd_enable %d hca_HwComponentTrxIron_paprd.cpp:PAPRD SetPaprdEnable : enable %d hca_HwComponentTrxIron_paprd.cpp:PAPRDTUNING: Channel %d chainIdx %d glutIdx %d gainIdx %d hca_HwComponentTrxIron_paprd.cpp:PAPRD secondary %d PDL secondary %d phyInput->txChMask 0x%x tx mask 0x%x hca_HwComponentTrxIron_paprd.cpp:PAPRD: txchain %d, rxchain %d, channel %d, table %d, tx_ctxt_flags %d hca_HwComponentTrxIron_paprd.cpp:PAPRD: XmitTrainingFrame failed. Status %d hca_HwComponentTrxIron_paprd.cpp:PAPRD: curr_Channel %d, txChain %d, tableIndex %d, tx_count %d hca_HwComponentTrxIron_paprd.cpp:PAPRD: HwDisable all : PhyBase 0x%8x channel %d hca_HwComponentTrxIron.cpp:should not be here hca_HwComponentTrxIron_xtalCal.cpp:AdjustXtalCAPValue::: incoming adjusted ppm X = %d real adjusted ppm Y = %d, (X - Y) = %d hca_HwComponentTrxIron_xtalCal.cpp:AdjustXtalCAPValue::: deltaTime in MS = %d hca_HwComponentTrxIron_xtalCal.cpp:AdjustXtalCAPValue -> bdf::: CAPIN %d CAPOUT %d, offsetPPM %d hca_HwComponentTrxIron_xtalCal.cpp:XtalCal : CAPIN %d CAPOUT %d hca_HwComponentTrxIron_xtalCal.cpp:XtalCal:: delta = %d, loop %d, residue=%d, STEPSIZE=%d hca_HwComponentTrxIron_xtalCal.cpp:XtalCal:: Entering AdjustXtalForLongPkt: capin=%d, capout=%d hca_HwComponentTrxIron_xtalCal.cpp:phyrfBdfGetXtalCalValue: capin=%d, capout=%d offsetPPM = %d hca_HwComponentTrxIron_xtalCal.cpp:XtalCal::sign_flag=%d, ppm(0.5 unit) = %x value = %x A_ABS(ppm) = %d hca_HwComponentTrxIron_xtalCal.cpp:XTAL_CAL - force_rx_clear=%d hca_HwComponentTrxIron_xtalCal.cpp:XTAL_CAL - tx=%d rx=%d hca_HwComponentTrxIron_xtalCal.cpp:XTAL_CAL clear - gainIdx4XtalCal=%d hca_HwComponentTrxIron_xtalCal.cpp:XTAL_CAL- CWgain_index=%d hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | TX_DCOC_OV_0 %11u | TX_GAIN_OV_0 %13u | TX_GAIN_OV_1 %11u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | RO_LATEST_ATB_VALUE_0 %3u | RO_LATEST_VOLT_VALUE_0 %u | RO_LATEST_THERM_VAL_0 %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | RO_PDADC_CLIP_1_CNT_0 %3u | RO_PDADC_CLIP_2_CNT_0 %4u | RO_PDADC_CLIP_3_CNT_0 %3u | RO_PDADC_CLIP_4_CNT_0 %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CTLARRAY: ctlEdgePwr160[phyId=%u][numChains=%u][pri_sec_band=%u][bf=%u][numStreams=%u] = %d hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CTLARRAY: ctlEdgePwrBF[phyId=%u][numChains=%u][bf=%u][rate=%u][numStreams=%u] = %d hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_RATEARRAY : index %u ratesArray = 0x%x, ratesArray2 = 0x%x hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_BDF : tpcchan %3u | tpcChainIdx %3u | gainIdx %3u | pdadc_read %3u | meas_pwr %3d | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_BDF : tpcchan %3u | tpcChainIdx %3u | gainIdx %3u | txgainIdx %3u | meas_pwr %3d | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | PD_DC_SEL %3u | FULL_PKT_PWR_MEAS_EN %3u | PSYM_DC_SEL %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | RO_FULL_PKT_AVG_OUT_0 %3u | RO_LATEST_DC_VALUE_0 %3u | RO_PDACC_AVG_OUT_0 %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | LATEST_WSI_TX_GAIN_IDX %3u | LATEST_WSI_CLPC_PKT_TYPE %3u | LATEST_WSI_TPC_PDET_GAIN_IDX %3u | LATEST_WSI_TPC_ATTEN %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | LATEST_ACCUMULATED_CLPC_ERR %3u | LATEST_CLPC_ERR %3u | LATEST_MEAS_PWR_OUT %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_CHAIN: tpcChainIdx %3u | LATEST_GLUT_IDX %3u | LATEST_TXGAIN_IDX %3u | LATEST_DAC_GAIN %3u | LATEST_TARGET_PWR %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_COMMON: phyBase %3x | TARGET_PWR_CLPC_THR_CORR %3u | OLPC_MODE %3u | GLUT_DAC_GAIN_CAL %3u | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_ALUT: tpcTblIdx %3u | tpcChainIdx %3u | tpcAlutIdx %3u | Alut tgtPwr Step [%3u-%3u] HEX:%8x | Alut tgtPwr Step [%3u-%3u] HEX:%8x hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_PLUT: tpcTblIdx %3u | tpcChainIdx %3u | tpcPlutIdx %3u | pdadc[%3u-%3u] HEX:%8x | pdadc[%3u-%3u] HEX:%8x | hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP_GLUT: tpcTblIdx %3u | tpcChainIdx %3u | tpcGainIdx %3u | pwrMeas %3d | minDacGain %3d | txGainIdx %3d | clpcError %3d | tpcClPktCnt %3d hca_HwComponentTrxIron_tpc.cpp:TPC_DUMP: PrimaryChan %u, SecondaryChan %u hca_HwComponentTrxIron_tpc.cpp:OPC: phyId:%d state hca_HwComponentTrxIron_tpc.cpp:ov_rel0:%d hca_HwComponentTrxIron_tpc.cpp:TPC_DBG:EnableCLPC clpc thresh from BDF %x clpc thresh in alutGen %x out %x hca_HwComponentTrxIron_tpc.cpp:TPC_DBG:Incorrect tpcFlag value: %d hca_HwComponentTrxIron_bdf.cpp:RTT - CBW cbwBias=%d, RTT mode =%d, txrx_idx=%d, bhomechan=%d hca_HwComponentTrxIron_bdf.cpp:RTT - CBW offset=%d hca_HwComponentTrxIron_bdf.cpp:RTT - Invalid dynamicBw %d for 2G hca_HwComponentTrxIron_bdf.cpp:RTT - Invalid dynamicBw %d for 5G hca_HwComponentTrxIron_bdf.cpp:RTT - Error: unsupported pktBw %d hca_HwComponentTrxIron_bdf.cpp:RTT - Invalid dynamicBw %d hca_HwComponentTrxIron_bdf.cpp:RTT - pri20 %d is not valid in dynamicBw %d hca_HwComponentTrxIron_bdf.cpp:CTL_DBG :: number of CTL to parse is 0.. returning CTL fail safe power hca_HwComponentTrxIron_bdf.cpp:CTL_DBG :: NULL pointer.. returning max power hca_HwComponentTrxIron_bdf.cpp:CTL Unsupported mode %d in 5GHz hca_HwComponentTrxIron_bdf.cpp:CTL Unsupported mode %d in 2.4GHz hca_HwComponentTrxIron_bdf.cpp:GetRssiCbstateOffset : phyId %u, Band %u, PrimaryChanCode %d, bandwidth %d, 80p80 %d ,rssiCbstateOffset %d hca_HwComponentTrxIron_bdf.cpp:tpc_flag:: Invalid Input values hca_HwComponentTrxIron_bdf.cpp:tpc_flag:: %d phy_id %d hca_HwComponentTrxIron_bdf.cpp:tpc_flag:: set to value: %d phy_id %d hca_HwComponentTrxIron_bdf.cpp:DFS_DUMP :: radar det thresh programming hca_HwComponentTrxIron_bdf.cpp:Per-Packet Chainmask support: perPacketCMFeatureEnable = %d, DebugLogEnabled = %d hca_HwComponentTrxIron_bdf.cpp:Per-Packet Chainmask support: perPacketCMFeatureEnable = %d, DebugLogDisabled = %d hca_HwComponentTrxIron_bdf.cpp:Per-Packet Chainmask support: perPacketCMFeatureEnable = %d, Debug Log = %d hca_HwComponentTrxIron_bdf.cpp:Per-Packet Chainmask support is Enabled. perPacketCMFeatureEnable = %d hca_HwComponentTrxIron_bdf.cpp:Per-Packet Chainmask support is Disabled. perPacketCMFeatureEnable = %d hca_HwComponentTrxIron_bdf.cpp:GetRssiTempOffset : phyId %u, is2Ghz %u, avgDegC %d, rssiTempPierIdx %u, rssiTempPier %d, rssiTempOffset %d hca_HwComponentTrxIron_bdf.cpp:perPacketCMFeatureEnable rcFlag=%d ctlFromBDF=%d ctlPlusComp=%d MaxPwr=%d chain=%d ChMsk=%d hca_HwComponentTrxIron_bdf.cpp:SBS_PHYA1: start_chan_A0: %d, end_chan_A0 : %d, start_chan_A1 : %d, end_chan_A1: %d hca_HwComponentTrxIron_bdf.cpp:TLMM:::: GPIO config Failure for #%d gpio%d, freq: %d hca_HwComponentTrxIron_bdf.cpp:TLMM:::: GPIO config Success for #%d gpio%d, freq: %d hca_HwComponentTrxIron_bdf.cpp:TLMM:::: DalTlmm_GpioOut: Failed due to Dal result %d hca_HwComponentTrxIron_bdf.cpp:TLMM:::: DalTlmm_ConfigGpio: Failed due to Dal result %d hca_HwComponentTrxIron_bdf.cpp:TLMM:::: DAL_DeviceAttach TLMM: Failed due to Dal result %d hca_HwComponentTrxIron_bdf.cpp:Program_GPIO: #%d: gpio%d, Dir%d, output:%d, strength:%d, pulltype:%d hca_HwComponentTrxIron_bdf.cpp:Program_GPIO: #%d startFreq%d hca_HwComponentTrxIron_bdf.cpp:Program_GPIO for freq: %d hca_HwComponentTrxIron_bdf.cpp:PhyId: %lu, Mode : %lu, Rate : %lu, Target Power: %lu hca_HwComponentTrxIron_bdf.cpp:VK_NF minNfLimitFromBdf=%d hca_HwComponentTrxIron_bdf.cpp:iron dual_lo_needed = %d hca_HwComponentTrxIron_bdf.cpp:HC: band: %d, chan %d, hcliteThr %d hca_HwComponentTrxIron_bdf.cpp:HC: 5G DBS or 5G SBS HB hca_HwComponentTrxIron_bdf.cpp:HC: HK06 5G PHYB hca_HwComponentTrxIron_bdf.cpp:HC: SBS LB hca_HwComponentTrxIron_bdf.cpp:HC: band: %d, chan %d, perMcs %x, pkttype %x, Nssthr %d hca_HwComponentTrxIron_bdf.cpp:CopyDBSLutsToSBS hca_HwComponentTrxIron_bdf.cpp:NO OverrideRfmodeTxRxChainMask() called hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal:: chosen phyId %u alphaThermFreq[%u] %u curChan %u curChain %u tempIdx %u alphaThermValue %u hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal:: chosen phyId %u calFreq[%u] %u curChan %u curChain %u onePointThermOffset %d hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal:: chosen phyId %u calFreq[%u] %u curChan %u curChain %u onePointTpcGLUTOffset %d hca_HwComponentTrxIron_bdf.cpp:wmi ccaThres programming for phyId:%d reg:0x%x hca_HwComponentTrxIron_bdf.cpp:CTL DATA push successful. CTL parsing will be allowed. hca_HwComponentTrxIron_bdf.cpp:Size copied: %d hca_HwComponentTrxIron_bdf.cpp:Value at address %d after copy: %d hca_HwComponentTrxIron_bdf.cpp:Invalid CTL data size. Access denied to copy this fragment. Please copy CTL blob from beginning with right size. hca_HwComponentTrxIron_bdf.cpp:Value at address %d before copy: %d hca_HwComponentTrxIron_bdf.cpp:Size being copied in this iteration: %d hca_HwComponentTrxIron_bdf.cpp:CTL 5G DATA push under process at seq %d hca_HwComponentTrxIron_bdf.cpp:Variables: is2G: %d, seq: %d, endflag: %d, totalLen: %d, ctl_ptr: %d, beginning actual address: %d, BDF beginning: %d hca_HwComponentTrxIron_bdf.cpp:CTL 2G DATA push under process at seq %d hca_HwComponentTrxIron_bdf.cpp:SetCtlTable halphy api called. Access to BDF CTL data temporarily disabled. hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal::channel:%d cmask:%d is2GHz:%d tpcPowerOffset:%d hca_HwComponentTrxIron_bdf.cpp:phyrf_tpc_device_GetOnePointTpcOffset channel %d chosen_chanid = %d hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal:: Saving to BDF thermalOffset %u for Band %u, Chain %u,Chan %u, calAttempts %u hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal::Saving to BDF glutOffset %d for Band %u, Chain %u,Chan %u, calAttempts %u hca_HwComponentTrxIron_bdf.cpp:tpcOnepointCal::Saving to BDF txPwrOffset_db8 %d for Band %u, Chain %u,Chan %u, calAttempts %u hca_HwComponentTrxIron_bdf.cpp:bdf::SetXtalCalValue capIn %d capOut %d, ppmOffset %d hca_HwComponentTrxIron_bdf.cpp:Regulatory domain not configured. skipping CTL table generation hca_HwComponentTrxIron_bdf.cpp:phyId=%d i=%d 1 1 nss-1=%d maxEdgePower=%d hca_HwComponentTrxIron_bdf.cpp:CTL table under update process. CTL table will not be parsed/updated at this time. hca_HwComponentTrxIron_bdf.cpp:GetCurrentTempInDegC ::: phyId = %d phy reset in progress hca_HwComponentTrxIron_iniAg.cpp:ERROR: device ID %d not found in lookup list... analog master tables not set!!! hca_HwComponentBbLithium_pcss.cpp:PcssIpcIRQHandler: PS Mode, ignoring IPC IRQ! phyId:%d hca_HwComponentBbLithium_phy.cpp:%s hca_HwComponentBbQca8074_reset.cpp:After ShiftChainMask: tx:%d rx:%d hca_HwComponentBbQca8074_reset.cpp:Before ShiftChainMask: tx:%d rx:%d hca_HwComponentBbQca8074_reset.cpp:DFS_DUMPS WarmResetCall For HK09 hca_HwComponentBbQca8074_reset.cpp:M3_SSR::WarmReset calling CheckIfPhyIsOff hca_HwComponentBbQca8074_reset.cpp:WarmReset Cause = MAC |phyid = %d hca_HwComponentBbQca8074_reset.cpp:WarmReset Cause = Ucode |phyid = %d hca_HwComponentBbQca8074_reset.cpp:HC: band: %d, chan %d, perMcs %x, pkttype %x, Nssthr %d, hcliteThr %d hca_HwComponentBbQca8074_reset.cpp:HC: 5G DBS or 5G SBS LB hca_HwComponentBbQca8074_reset.cpp:HC: HK06 5G PHYB hca_HwComponentBbQca8074_reset.cpp:HC: SBS HB hca_HwComponentBbQca8074_reset.cpp:ANI_DUMP_PHYID%d SAVE ANI DEFAULTS hca_HwComponentBbQca8074_reset.cpp:WarmReset: Skip WSI Config for WarmReset hca_HwComponentBbQca8074_reset.cpp:Setting QuarterRate %d hca_HwComponentBbQca8074_reset.cpp:Setting Half Rate %d hca_HwComponentBbQca8074_reset.cpp:the bwCode %d hca_HwComponentBbQca8074_ani.cpp:ANI_EDCCA_PHYID_EXT%d ED_A_VAL=0x%x ED_B_VAL=0x%x ED_C_VAL=0x%x hca_HwComponentBbQca8074_ani.cpp:ANI_EDCCA_PHYID%d ED_A_VAL=0x%x ED_B_VAL=0x%x ED_C_VAL=0x%x hca_HwComponentBbQca8074_ani.cpp:default ANI: ed_a=0x%x ed_b=0x%x ed_c=0x%x hca_HwComponentBbQca8074_ani.cpp:ANI_EDCCA_PHYID%d MAX_ED_CCA=0x%x NF_DELTA=0x%x hca_HwComponentBbQca8074_ani.cpp:ANI_DUMP_PHYID%d OFDM DL=%d OP_PARAM_5_U =%x hca_HwComponentBbQca8074_spurMit.cpp:spurLvl1=%d, spurLvl2=%d hca_HwComponentBbQca8074_spurMit.cpp:%s ExtCount : 0x%lx , 1stExtSpur : 0x%lx , 2ndExtSpur : 0x%lx hca_HwComponentBbQca8074_spurMit.cpp:%s PriCount : 0x%lx , 1stPriSpur : 0x%lx , 2ndPriSpur : 0x%lx hca_HwComponentBbQca8074_spurMit.cpp:SpurMitigation: flatChannelThreshold : 0x%x hca_HwComponentBbQca8074_spurMit.cpp:SpurMitigation: Spur is in Pri20 hca_HwComponentBbQca8074_spurMit.cpp:SpurMitigation: No 5G Spur freq available hca_HwComponentBbQca8074_spurMit.cpp:SpurMitigation: No 2G Spur freq available hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_PAPRD_CTRL_L_CH%d->PAPRD_ENABLE, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, RXTD_AGC_CCA_THRA_L, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, RXTD_RSSI_THR_L, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_VR_OP_PARAMS_5_U, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_VR_RX_CONFIG_PARAMS_0_L->DCN_COMP_EN, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_VR_OP_PARAMS_3_U->RX_DISABLE, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_VR_OP_PARAMS_3_U->CHANNEL_NUM, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_GLOBAL_CONFIG_L->CF_ACTIVE, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_VR_OP_PARAMS_3_L->PHYON_RCVD, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, WFAX_PCSS_VR_OP_PARAMS_3_L->PHYOFF_RCVD, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_CLPC_CTRL_0_L->CLPC_ERR_UPDATE_DIS, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_CLPC_CTRL_0_L->MASK_OUT_CLPC_ERR_UPDATE, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_OLPC_CTRL_L->TPC_SPARE, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_GLUT_IDX_8_L->TPC_GLUT_INIT_IDX_DPDTRAIN, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_GLUT_IDX_8_L->TPC_GLUT_LAST_IDX_DPDTRAIN, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_GLUT_SETTINGS_L->GLUT_DAC_GAIN_CAL, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_GEN_CTRL_L->OLPC_MODE, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: %d, PHYRF_TPC_GEN_CTRL_L->TARGET_PWR_CLPC_THR_CORR, 0x%x, 0x%x, 0x%x, %d hca_HwComponentBbQca8074_debug.cpp:DumpPerfReg: PhyExt, Name, BitMask, BitShift, Value(Hex), Value(Dec) hca_HwComponentBbQca8074_dfs.cpp:Rxchainmask %d