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B+\)B6 {BM\)BVz B`33BiffB ffA B'33B0 BG33BRffB^ffBi ffA B'33B0 BG33BRffB^ffBi 33B, BG33BZ M>@1e>W ?*{I??H }P?+ !"457# BDCM BDCM ACCHH ??C??N@ @XCCHH ??c??N@ A?GM? GCAG BDCM BDCM BDCM BDCM BDCM ACCHH ??C?? @XCCHH ??c?? C?GM? BDCM @XCCHH ??c??N@ BDCM BDCM BDCM BDCM BDCM ACCHH ??C??N@ @XCCHH ??c??N@ A?GM? GCAG BDCM BDCM BDCM BDCM BDCM @XCCHH ??C?? @X?GCCHH ??C?? @XCCHH ??c?? @X?GCCHH ??c?? B?AM BDCM ACCHH ??C?? @XCCHH ??c?? C?AM? BDCM C?AM? BDCM BDCM BDCM BDCM C?AM? BDCM BDCM BDCM @X1'@m M$OLR 33333 ~(JEN UUUUU> >f7ir UUUUUU? l9>f7ir UUUUU>? ~(JEN 33333 5yRD? UUUUU 5ytD- 8z% @ UUUUUc? ?mm" `Ss> `Ss? ?mm" UUUUUc kick_watchdog up_send_ipi_single up_send_ipi_mask UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU 4UUUU UUUU UUUU UUUU UUUU 'UUUU 'UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU UUUU 'UUUU UUUU pause_on_oops panic A W _cpu_up _cpu_down deprecated_sysctl_warning print_dropped_signal workqueue.power_efficient workqueue.disable_numa subtract_range select_fallback_rq RSDTtXZxKWP pm_qos_update_request_timeout BUG: recent printk recursion! printk.always_kmsg_dump printk.console_suspend printk.time printk.ignore_loglevel spurious.irqfixup spurious.noirqdebug rcupdate.rcu_cpu_stall_timeout rcupdate.rcu_cpu_stall_suppress rcupdate.rcu_expedited rcutree.jiffies_till_sched_qs rcutree.jiffies_till_next_fqs rcutree.jiffies_till_first_fqs rcutree.qlowmark rcutree.qhimark rcutree.blimit rcutree.rcu_fanout_leaf __bpf_prog_run Xjump_label_rate_limit static_key_slow_inc static_key_slow_dec static_key_slow_dec_deferred perf_duration_warn oom_kill_process UEMRwarn_alloc_failed pageout alloc_vmap_area alloc_bootmem_bdata __free __reserve mark_bootmem_node free_all_bootmem_core init_bootmem_core __memblock_free_late __memblock_free_early memblock_virt_alloc_try_nid memblock_virt_alloc_try_nid_nopanic d_materialise_unique mnt_init simple_fill_super buffer_io_error do_coredump remove_proc_entry get_file_caps -generic QSeA~ !tX)i XhHp NrZl ='9-6d :.6$ aiKwZ ;fD4~ [v)C cB@" _jbF~T 11#?*0 ,4$8_@ I<(A t\lHBW QPeA~S 0 Umv -!tX SbEwd hHpX Uf*( +2Hp rZlN 9-6' \h!T[ .6$:g KwZi [4)C F~Tb #?*1 _[o= >4$8,@ p\lHtW A~Se `3SbE +HpXhE pZlNr -6'9 T6$:. wZiK *"X' `3QbE pXhH C@gw lNrZ 6'9- T[$:.6 ZiKw ;f[4~ _TbF~ x&n *1#? h8,4$ 2Ht\l P00` }++V =j&&LZ66lA??~ \44h S11b? e##F^ i''N t,,X. M;;va }{))R> q//^ ` @ gK99r U33f D<>| _55j x((Pz )w--Z T00`P ++V} &&Lj66lZ??~A O44h\ s11bS R##Fe &''Ni ,,Xt 6-nn ;;vM ))R{ >//^q , @` 99rKJJ 33fU <!KK >>|B 55j_WW "3ii ((Px --Zw 0`P0 g+V}+ &Lj&6lZ6?~A? 4h\4 1bS1 #Fe# 'Ni' ,Xt, R;vM; )R{) /^q/ @` 9rK9J M3fU3 P|B> a5j_5W U(Px( -Zw- `P00 ggV}++ Lj&&lZ66~A?? h\44Q bS11*? Fe## Ni'' Xt,,4. RRvM;; R{)) ^q// @` rK99 MMfU33 PPxD<<% pH88 Bc!! 0 DD.9 ~~zG== ]]2+ Df""T~**; dV22tN:: Hl$$ nY77 xxJo%%\r..8$ tt>! pp|B>>q aaj_55 UUPx(( Zw-- "-5C +X<6 S4DZ ZAM/ pgn| E$RJ LQ[? 4=#S =H*& __elv_add_request blk_update_request blk_peek_request blk_rq_check_limits __get_request blk_queue_start_tag blk_queue_end_tag init_tag_map blk_queue_segment_boundary blk_queue_max_segment_size blk_queue_max_segments blk_limits_max_hw_sectors /tdblock.events_dfl_poll_msecs scsi_verify_blk_ioctl ((((( AAAAAA BBBBBB kobject_create_and_add kobject_add_internal :- 0123456789ABCDEF 0123456789ABCDEF 0123456789abcdef percpu_ref_kill_and_confirm @@static_key_slow_inc nla_parse sock_release sock_set_timeout static_key_slow_dec static_key_slow_inc skb_under_panic skb_over_panic static_key_slow_dec static_key_slow_inc default_device_exit static_key_slow_dec static_key_slow_inc tx-scatter-gather tx-checksum-ipv4 tx-checksum-ip-generic tx-checksum-ipv6 highdma tx-scatter-gather-fraglist tx-vlan-hw-insert rx-vlan-hw-parse rx-vlan-filter vlan-challenged tx-generic-segmentation tx-lockless netns-local rx-gro rx-lro tx-tcp-segmentation tx-udp-fragmentation tx-gso-robust tx-tcp-ecn-segmentation tx-tcp6-segmentation tx-fcoe-segmentation tx-gre-segmentation tx-ipip-segmentation tx-sit-segmentation tx-udp_tnl-segmentation tx-mpls-segmentation tx-checksum-fcoe-crc tx-checksum-sctp fcoe-mtu rx-ntuple-filter rx-hashing rx-checksum tx-nocache-copy loopback rx-fcs rx-all tx-vlan-stag-hw-insert rx-vlan-stag-hw-parse rx-vlan-stag-filter l2-fwd-offload busy-poll static_key_slow_dec net_ratelimit static_key_slow_dec static_key_slow_inc %llu sch_htb.htb_rate_est sch_htb.htb_hysteresis dsmark_dequeue nf_conntrack.hashsize nf_conntrack.expect_hashsize nf_conntrack.nf_conntrack_helper nf_conntrack.acct nf_conntrack_ftp.loose nf_conntrack_ftp.ports nf_conntrack_h323.callforward_filter nf_conntrack_h323.gkrouted_only nf_conntrack_h323.default_rrq_ttl K h K P signalling audio video image nf_conntrack_sip.sip_direct_media nf_conntrack_sip.sip_direct_signalling nf_conntrack_sip.sip_timeout nf_conntrack_sip.ports rtsp_parse_transport rtsp_parse_message help_out nf_conntrack_rtsp.setup_timeout nf_conntrack_rtsp.max_outstanding nf_conntrack_rtsp.ports nf_nat_ftp.ports ip4-frags ip_forward_options 9m|inet_csk BUG: unknown timer value tcp_fin tcp_parse_options raw_sendmsg static_key_slow_inc udplite4_register inet_init ipv4_offload_init inet_sk_reselect_saddr fib_del_ifaddr fib_add_ifaddr inet_frag_find: Fragment hash bucket list length grew over limit 128. Dropping fragment. nf_conntrack_ipv4.hashsize iptable_filter.forward filter jmangle 666vvvv{ tcp_cubic.hystart_ack_delta tcp_cubic.hystart_low_window tcp_cubic.hystart_detect tcp_cubic.hystart tcp_cubic.tcp_friendliness tcp_cubic.bic_scale tcp_cubic.initial_ssthresh tcp_cubic.beta tcp_cubic.fast_convergence af_unix_init ipv6_offload_init br_sysfs_addbr broute filter sigd_close sigd_send do_vcc_ioctl atm_init adjust_tp vcc_sock_destruct atm_dev_register Itf VPI VCI State Remote netif_tx_stop_queue br2684_create br2684_regvcc gpio_lock_as_irq _gpio_set_open_source_value _gpio_set_open_drain_value gpiod_set_debounce gpiod_direction_output _gpiod_direction_output_raw gpiod_direction_output_raw gpiod_direction_input gpiod_request gpiochip_find_base gpiochip_add tty_open tty_release_checks tty_release tty_init_dev pqrstuvwxyzabcde n_tty_chars_in_buffer n_tty_set_room pty.legacy_count earlycon_map 8250_core.share_irqs 8250_core.nr_uarts 8250_core.skip_txen_test serial8250_interrupt serial8250_do_startup 8250.skip_txen_test 8250.nr_uarts 8250.share_irqs bus_add_driver really_probe driver_bound class_find_device class_for_each_device container_dev_init _request_firmware_prepare firmware_class.path imq.imq_dev_accurate_stats imq.numqueues imq.numdevs pppoe_proxy_output h_swNic_send swNic_receive rtl865x_config re865x_open re865x_packVlanConfig re865x_probe rtl_fill_txInfo re865x_start_xmit rtl_nic.multicast_filter_limit _rtl865x_getVlanFilterDatabaseId _rtl865x_reassign_userchain_minumun_reserved _rtl865x_delNetif _rtl865x_addNetif _rtl865x_del_acl _rtl865x_change_aclchain_reserved_num __rtl865x_free_aclentry_num _rtl865x_add_acl _rtl865x_setNetifMac _rtl865x_getDefaultWanNetif _rtl865x_getSWNetifByName _rtl8651_initAsicPara rtl865x_initAsicL2 rtl865x_delLanFDBEntry update_hw_l2table rtl865x_delFilterDatabaseEntry storm_write acl_show acl_all_show _New_swNic_send_tso_sg _New_swNic_send New_swNic_receive New_swNic_init `input_alloc_absinfo cpuidle.off dimplement hid.ignore_special_drivers hid.debug $%&21 ++'()345:;<=>?@ABCDWXcFwnfhokmjilgEb7JN`OPQKLMGHIRSV Y]|\^_ z{Z[U *8}a6d~ FastPath_Process ip_finish_output3 getNetAddrbyName ipip_sanity_check sar_close SarRecalPerVCNumber sar_rx search_autohunt foundVC ra8670.multicast_filter_limit ra8670.debug Check_Line_Rate_PCR ClearTxBuffer {zt^f pw0Gm 0cIZ- 68BG+ QC]S% v,;Zk TremotePhy_evt_notify receive_netlinkMsg ptm_event_detect ptm_timer_handle ptm_timer_init ptm_SwitchPHYIfEnable ptm_event_process hw_sachem_threshold_wirte ptm_timer_add ptm_timer_exit ptm_mii_remove_wanif ptm_mii_delete_wanif ptm_mii_unregister_wanif ptm_mii_cleanall_hw_wanif ptm_mii_update_hw ptm_mii_insert_wanif ptm_mii_gen_tag ptm_mii_register_wanif ptm_mii_update_hw_wanif ptm_mii_update_wanif_macaddr ptm_mii_update_hw_qmap ptm_mii_get_wanif ptm_mii_dump_wanif_node ptm_mii_dump_wanif ptm_mii_get_wanif_num ptm_mii_update_qmap rtk_atm_phy_init rtk_adslphy_eth2sar _rtk_adslphy_sar2eth lay wbfl type ph]b t Tvp GPIOM GIMR Tgp BspIRQNum dshak dsl_ dummy boo? boo? Tfw_ l2c{ l2c{ l2c{ Tl2 Tl1 pc{e tGPIO_SET 01_}d TPCIE TPCIE1 la?m dsl_ TMyOOIn TA1In Adsl Adsl sl_~ Wake15m sl_i TDSLComm TWake15m PCIv AdslSt OLRType TEn"T TEn"OneB "OneB TEn"P otRe otRe TEn"AEQ HPFfc nINP AFEReg LDSt TDbgD TRLTKAPI TG hINP DSLO) OlrType p TG OlrType1 TIn Adsl Defa tCfg T nt15m LossD LossD LossD Z29Upd DSLC MREFPSDds MREFPSD TXREFVNPSDds TXREFVNPSD DSLPSD ERB_In XdslS Z41_ _0ii GLOBAL__D_S tVDSL2_LR_L GLOBAL__I_S tVDSL2_LR_L apOccurLossD AtuOS AtuOV AtuOV AtuRS AtuRV AtuRV AtuRG994V numb UsPSDf mWeb nt15m DSLSt XdslC eCfg SNRM ReHSKCo Adsl EndC}n EndC}n EndC}n EndC}n TRep "NoDr TEn"NoDr tAndL UsErr DsErr kSpe OLRType |71R` Xdsl %Xdsl TEn"Di ayPr Heavy ayPr Heavy Hybr TEn"HPF MibDn MibUp |71R` S&p TEn"B Xdsl TUpd ADSL2WANC Z17DslS tUpd P17_15M a2014J S0_S0 ZL11DslS Z23In DSLC Any15m TR069D nt1dayDSLSt v1dayDSLSt DSLC DSLC Z26Upd DSLC nt1dayLossD AccuLossD LossD UsPMSP DsPMSP g TG DslD XDSLWANC ctLossD DslS ctLossD t DslS DSLC ZL23C ctLossD ifyHW TEn" EOCrx EndL EndL EndI EndI TRep tPMd DslDi GAINSpsds DslDi sPsds SNR_N QLN_N HLOG_N Heavy Heavy TDebug DslD TInc Z22m IndAPIP11Pub_M Z22m C}geIndAPIP11Pub_M TMsgS Z11c API Afe14 RefGa Afe19 AdcCl Afe11 Afe20 Afe20 AfeRe Afe13Upd Afe11S Afe7PLL_C AfeC1 AfeC2 Afe17RegRe lInEsssci Afe12AFE Afe20 RTL8271 Afe11AfeRe Afe11 clkm Afe8 Afe17AFE_VLD_P Afe11AFE_LD_M Afe11s HpfLp(c Afe15 Afe15 Afe18s ogEqu Afe15M Afe21s Afe23AFE_827x_AD_P OnIn Afe23AVDSL_Comm Hybri Afe7DDRsyncEci Afe4 Afe10s Afe14 NewGa Afe20 RMSL Afe11f dAgcEs( >6pe >6ghsD kDdrPh EndOfD >5ghsD EndOfD >2ghsD 8TX_WN_SHINE_S >5ghsD 5ghsD >3pe 7ghsD 8ghsD 6ghsD >1pe Hdlr Hdlr Z9_160Log10iPi 9_160Log10EiPi 5crc16Et ifyCRC ifyCRC tToDBEi fS0_S0 34be hSnrE= >0be >4be 34be >3be veSnrs >0be >2be UpCCF OHM_% kFcs >3Enc 5%Bu( 7FDPS _}dl dFDPS_Syn $>1pr 17_15M a2014J >5pr s1DayEi >6pr s15M >5pr sCurr >8pr sSumm >0pr Err_Fe siDn ifyCRC dFDPSSyn >2pr eOrd T"Eii OhIn eOrd BiEi MiEi >0Ti scnt16 IndMem 34be hSnrE= >3Adju CALE_Af >3be >1be _SymbSync >3be >1be EmPm mMem yElss 30Reg_RX_IRQ_SYMB_Ch kOPV DcO(s 36be hSnrE= SnrE ur1Pf ftPf fsNS_20 xPsNS_10 EsPfS1_S2_S2_PKNS_15 4i(t xiS1_ eESN >1pr kSumm >6Upd mOAM >6Upd mRAM INMEi 8%Fl OHM_% ESNEiii OnSNREt FEMe NEMe 3Expl Chnl 2dBmIn _ADp hE((f SESNo OP_V 2dBmEf SnrVEt teQln 2MREFPSD_ _iEi 2MREFPSD_ _iEi xPfS2_ S0_ji xPfji oC}n 2ndEj oC}n _ADSLEi xPfji MiT"Es 7pay >3Bi tTo16Ti sDbEf tGiT"Eh }geGiMiEssh >0Bi RsGa >0Bi RsGa SnrT"Esh >3Bi AvgM >9Bi kGiR eBiGiMiEs eBiGiMiEsh >5Upd MaxA "DsR >0Bi sROC MaxCap ZL9WrDi Bufj Z15AvmDslDi Z32AvmDslDi Shiftv Z21AvmDslDi DsSnr Z21AvmDslDi UsSnr Z32AvmDslDi SnrmP iiPsPi Z20AvmDslDi OlrFl Z13AvmDslDi ZL17AvmDslDi EnqCo jPKhji Z13AvmDslDi EnqjPKhj Z16AvmDslDi =jPKcz Z22AvmDslDi Z32AvmDslDi LookF C}geAdslv Z33AvmDslDi LookF C}geVdsl2v Z14AvmDslDi 9ANSI}dshak >5ANSI}dshak >0ANSI}dshak RcvSt ToAllENS_9HsMsgTypeENS_14HsR eiveSt ENS_9HsMsgTypeE">2c tMsgTypeToB ENS_9HsMsgTypeE ToMsgTypeEh Numb [veB Numb [veB >5HsD Segm >3HsD Segm >2HsD >6HsD eBu( NS_8Te 3buf rc16 rc16^"Et >1HsD cCrc 0cntB hEsc NS_8Te NS_8Te tToDPSKEt ifycCrc NS_8Te tByteEh 6,Maj yVot DPSK tInBu( ENS_9HsCapK dEh#>2 ENS_15HsCap yIDsE%>3 eComm CapSt ENS_15HsCap yIDsE" ifyL ENS_15HsCap yIDsE ENS_9HsCapK ceAc EscapeF Nsif dshakeS dshakeS dshakeS ceSt dshakeS ceSt >4HsD ENS_9HsCapK 8HsM NPAR1EhPhNS_14HsM >2HsM NSIF hjS0_ Comm ENS_11Hs izeCap ENS_9HsCapK ifyComm eComm >5Hs >2HsD >6HsD eBu( NS_8Te eive NS_8Te E#>6HsM NPAR3b (>6HsM NPAR3a 23Bea rC}n 8HsM NPAR2EhPhNS_14HsM UpA2MIB >4HsMod 4QAMLogg 8,Ct >5HsCap >0HsM tS{emIn >5HsMod >5HsMod >1Hs >3HsD ENS_12T 6HsD 9HsM ENS_12T NS_8Te 0Segm 5#Bu( _Ghsk ByteSync 8HsM NPAR3EhPhNS_14HsM >5HsM SPAR1 >5HsM SPAR2 8HsM SPAR2EhPhNS_14HsM 8HsM SPAR1EhPhNS_14HsM >3HsM tOct hjS0_ >1HsM hjS0_ >3HsM tOct hjS0_S0_ >4HsM hjS0_S0_ >3HsM hjS0_S0_ >0HsM hjS0_ >1HsM keSegm hS0_! 7HsM oseENS_9HsMsgType hS1_ >5HsM NSIF hjS0_S0_0>3HsM hjPNS_9HsMsgTypeES0_S0_S0_S0_5 oseP NS_8Te NS_9HsMsgType NS_14HsR eiveSt 9HsM NS_8Te NS_9HsMsgType hS4_!>5Hs ENS_13HsNo 1dpllL _Ghsk NS_8Te NS_8Te >6HsD Segm NS_8Te >2HsM !>5HsM ENS_9HsMsgTypeE >5Hs >5Hs >5Hs >4HsM ceiveSegm NS_8Te 32Hs 31Hs tStep ">9Hs ENS_15C ToAllENS_15C 6HsM fyENS_14D 3pmdSegm NS_8Te E">0HsD mdNo fyENS_14D 4QAMLogg aAva otLogg aAva dshakeS fyEndOfD Ehii v >4HsMod ENS_13Fl eRot >2HsD Hdlr EndSt ENS_7Hs 32Hs tStep 32Hs tStep 32Hs tStep >4HsD mdSegm NS_8Te 5HsD >4HsD (>5HsD ERNS_15Me >6HsD ERi( >6HsD Comb1D ERi( 31HsD ERi( >1HsD ERi( >6HsD >5HsD ENS_6HStypeE 31HsD tAva >4segm MsgLd 1AddPsdBrkptEssPNS_20PSDD tAndD ePsdB akpo EssPNS_11PSDR tEssPsS2_S2_S2_! ePsdEsPNS_20PSDD >3Com SizeEs SnrEs CDEss CDEss CDEs kEss CARMASKEs CARMASKEs 6Ensu 13PMS_TC_PARAMSS1_S1_ Alg1F tA2DpERiPiiPsi DS_C VDSL1 geEng eEs! cPssS1_S1_S1_S1_S1_ 9OlrIncB kEiii 8kl_0_o(s EndOfLd 13PMS_TC_PARAMSjjii 9OlrD sPcssh EssPsS0_S0_S0_Pc EssRsS0_R >0Com PDSds VDSL1Ehi Insp 13PMS_TC_PARAMS Insp Alg1F dLDEiii dddiRiS0_" Alg1F dBRQEf iiii iRiS0_S0_' Alg1F dMTG 13PMS_TC_PARAMSddifdi hm1E P13PMS_TC_PARAMS Alg1ROC 13PMS_TC_PARAMSt# 13PMS_TC_PARAMSS1_iiiiiRiS2_( 13PMS_TC_PARAMSS1 iiRiS2_S2_+ 13PMS_TC_PARAMSS1_S1_S1_iiiiiiRiRd+ 13PMS_TC_PARAMSS1_S1_jjiiiiiiPiS2_) hm2Ejjj=jP13PMS_TC_PARAMStjj 13PMS_TC_PARAMSss'>0P Prim _VDSL2EiP13PMS_TC_PARAMSS1_* pInsp 13PMS_TC_PARAMSP11GINP_PARAMS pInsp 13PMS_TC_PARAMSP11GINP_PARAMSP8GINP_REQB 13PMS_TC_PARAMSP11GINP_PARAMSP8GINP_REQP7PROFILE jjjjj+ pOHP hEtP10TPS_TC_REQjP13PMS_TC_PARAMS pPrim EiP13PMS_TC_PARAMSS1_P11GINP_PARAMS 2OlrAlg cPsss S&pAlg cPsssf S&pF QLNEs U_I= 3PmdP UPBOPsdL` Esss PSD_LR LR_ADVDP 6SosMu StepFE 6SosMu StepNE %SOS %OLRAlg1 eInj tEcsss Ecsss tEii 5snr_ CD1Es UsEs UsEs ?ymb Ei(Rf Bu(Re QLNEji SATN_LATN teMsgLdP 7kl_0 >7In siDs 2Com kl_0 >2ftg PSDV MREFPSD 1psdAn 5VtuR_ga >1LDM_ >5vdsl2_lr_ >2vdsl2_lr beTi 3tx_RP_VECTOR1 1rx_O_MSG_LD 1tx_R_MSG_LD 5tx_R_PMD_MEDLEY 9tx_R_ACK_SEG_MEDLEY 6tx_R_ACK_SEG_CD2 5tx_R_PMS_MEDLEY 9tx_R_TPS_ACK_MEDLEY 3tx_R_BG_VDSL1 8tx_R_MARGINn_VDSL1 >0tx_R_CONTRACT1_VDSL1 5tx_R_MSG2_VDSL1 4tx_R_ACK_VDSL1 5tx_R_MSG1_VDSL1 6tx_R_MSG2_MEDLEY 2tx_R_ACK_TR2 5tx_R_TA_UPD_TR2 1tx_R_RQ_CD2 2tx_R_PRM_CD2 2tx_R_UPD_CD2 3tx_R_MSG1_CD1 5rx_OP_PERIODIC1 OP_CD1 >2vdsl2_lr_ 9vdsl2_lr beSt geSt geTi geTi geSt V scei OsTi scei scei >6vdsl2_lr scei >5vdsl2_lr_ OsTi >3vdsl2_lr_ >0vdsl2_lr beTi >0vdsl2_lr beSt V >9vdsl2_lr_ scei >3vdsl2_lr_ St V 4rx_O_SIG_VDSL1 St V 2rx_O_SIG_CD1 >0O_P_SYNCHRO \t V tO_IDLE R_IDLE 3O_IDLE MsgW 7saveLDM ByteEh O_CONTRAC _VDSL1 O_BG_VDSL1 O_BG_VDSL1 O_MSG2_VDSL1 O_UPDATE_VDSL1 O_SIGNATURE_VDSL1 O_UPDATE >4bu O_MSG_LD O_PRM_LD 9MsgSndEnd 0#Bu( Msg_64 Msg_64 O_CONTRAC _VDSL1 O_MSG2_VDSL1 O_MSG_LD O_PRM_LD O_ACK_SEG 2O_ACK O_UPDATE REQUES O_PMD O_PMD g)Et R_BG_VDSL1 R_MARGINn_VDSL1 R_CONTRACT1_VDSL1 R_MSG2_VDSL1 _R_MSG1_VDSL1 _R_ACK_VDSL1 R_MSG_LD R_PRM_LD 7KeepS _RMSG1 R_ACK_SEG R_TPS_ACK _R_TA_UPDATE R_MSG1 R_ACK REQUES O_TPS O_TPS O_MSG1 O_MSG1 O_PMS O_PMS O_TA_UPDATE _O_TA_UPDATE 8R_MSG_PCB_LR O_PRM O_PRM O_SIGNATURE R_PRM R_MSG2 O_SIGNATURE >2R_ERROR_FEEDBACK R_PMD R_PMS R_UPDATE 9O_MSG_PCB_LR >7oam kAddrC >0oa Segm tACK 7oam ewSegM NS_13oamSegM Ei%>0oa Segm tACK NS_13oamSegM >0oa AddrC hRiii BiGiCoe(_FE EOCSt amV2 5SaveEOCSt amV2 tENS_14SHOWTIME_PRINTE 5oam NS_11oa ENS_12OAM_PRIORITYE 5oam ENS_12OAM_PRIORITYE 5oam NS_11oa ENS_12OAM_PRIORITYE BiGiCoe(_NE fP=fhh NS_11oa tERB >3oam kIfSegm 30pmdTe Khih$ 30pmdTe Khi7OamType 3seg 2seg_%D 3oam 4oam EiRMS_FvPvERi 8TPS RamSizeUpd FE_FDPS 4oam PNS_11oa St V ,_FE #>0oa SegM NS_13oamSegM hii! Segm NS_13oamSegM Segm NS_13oamSegM St V 9oam Rep tERB ,_NE r_%O 8seg_%O >0oam EOCSt amV2 r_%O Segm NS_13oamSegM 1seg_%O hRii ZdaPv ZdlPv Znaj Znwj ERB_k ERB_ EndLosV EndLcdFV EndLcdIV EndSEFV >3SYMBOL_Er 8INM_PERIOD_REACHED >0INM_CLUSTER_DETECTED 6INM_INS_DETECTED %OLR EndLPRV 4Mapp EndLofV EndLosV DpllS %St M %St V ifyAs BufEii >1As _ADCte EiPc cpyM s16 ceive Tmq ceive Tmq_w ceive Tlx4180_Re Tlx4180_W _}dl iaPhyAdd s TL mO( TL ACTO( ACTOn ubsf3 ivsf3 cdfsf2 egsf2 egdf2 sfdf2 ixdfsi ixsfsi ixdfdi ssfsi sdfsi sdfdi ubdf3 ivdf3 gtdf2 ltdf2 apse k tTi {emTi ceive wkaf ieee754_ ieee754 ieee754_ ieee754 ieee754 12#W nEs Emmt tAdd tAdd qSubscrib kIrqEmh kIrqEmh subscribeEmh 9subscribeEmhP1 MS0_FvPvEh sl30 IrqEm C1EmPVmm C2EmPVmm DspFE11 DCO(S DspFE11s DcO(s DspFE11t DspFE14t DspFEC1 DspFEC2 DspFE9afe DspFE15t DspFE8t DspFE4 u16p u18f ceCo "Syn S&pE u13s&pIm OLRE7OlrTypem u11& Symb Pmd15f Pmd15f T"AEiih Pmd20f tToCo xE11FtgF Coe( Pmd21f tToF Coe(E7Co Pmd22f aptT eB\a sEiiih Pmd21 Pmd12dpll Pmd19p SizeE Pmd8r PmdC1 PmdC2 Pmd17f "Upd Pmd15f _Upd Pmd17dpll_ Pmd9dpll' Pmd20dpll_ _ADEs Pmd17f tC}n Pmd11dpll_ Pmd8 Pmd13dpll otEs Pmd8s Pmd15s Pmd18m NrEr Pmd18m Squa dLSBEj Pmd18m Squa dMSBEj Pmd15m Squa Pmd9m Pmd9m Pmd13m Pmd14m Pmd32 dErrMe Pmd15s St Pos Pmd22 Pmd30 LDMsgs Pmd26 Pmd25 Pmd28 Msgs Pmd23 Pmd30 IComb_Msgs Pmd36 Comb_Me Pmd23 Pmd22 %VEs Pmd20 Pmd24 dErrMe Pmd22 Pmd25 Pmd25 dErrFe Pmd22 Pmd30 dC}n Pmd17 dQLN Pmd30 Pmd24 dHSDe Pmd18 dNULLEm Pmd21 dHSp otEmh Pmd17f Pmd13f T"Eii Pmd8m Pmd20f Pmd23f aptP Eiii Pmd23f aptP Pmd21f aptT tEiiiih Pmd23f aptComb2A fS0_Pt Pmd21f otPh eEih$ Pmd32f aptP 4QAM_2_2BAM [dEiii Pmd14f T"Eh Pmd21m LofRe Pmd21m LosRe sEt% Pmd9m EtNS_11M ENS_12N mSync Pmd17f "Upd VEii Pmd16f "Upd Pmd12(? Pmd8( Pmd15m eSNREiPfS0_S0_Pi Pmd13m Pmd16Me Pmd10T _En" Pmd8f 'Eiiih Pmd4 VDSL1 12Upd INMRegER10 InmP 22rs dLook XtmF HskEi 9bhP kEmmmm! AndSt P cmmmmm DspFE9afe DspFE13s BiqAllp DspFE13s BIQ3XCoe( DspFE13s BIQ2XCoe( DspFE7s EfNS_8Ga DspFE27A2_ DFE_Adju DspFE11 DspFE4 DspFEC1 DspFEC2 u16p u18f ceCo OLRE7OlrTypem u11& Symb "Syn S&pE u13s&pIm PmdC1 PmdC2 Pmd28ftg Pmd19s SyncSt Pos Pmd15s St Pos Pmd22 Pmd25 dMapM yb\WEj Pmd22 dMapR` Pmd20 Pmd20 Pmd18 dPERIOD Pmd19 dSyn Pmd28 dC}n Pmd23 Pmd19 Pmd20 dSyn Pmd19 dMapComb Pmd20 Pmd21 dMapM Pmd19p SizeE Pmd28 dR_ERROR_FEEDBACK Pmd21 dMapR` Pmd32 oSYNCFDPSS %VEs Pmd20 %VEs Pmd24 dFDPS_Syn Pmd24 dFDPSSyn Pmd17 dRPTEQ Pmd25 dFDPSS %VEi Pmd21 Pmd20 dHSMapp Pmd8ftg'Eii Pmd13i(? 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t td td csi_i csi_ twho 17.p .18 ebsd ~bsd t#_lba fqq^ype hoos fq_v fq_l fq_g ync-q sync sync fq_qu fq_v fq_l fq_g ync-q; ync; sync; ync; sync; fq_qu tum; fq-b_ fq_g fqq-r fq_g fq-b cfqg fq_k rq-b cfqq dr_h dr_lay dr_lay new_ ?qrt tkobj_ tkobj_ tdynam _kobj obj obj obj obj obj obj tkobj_ks obj tkobj tkobj e obj / s obj obj obj obj obj tkobj obj / s obj obj obj obj obj obj obj k obj obj tkobj obj ^ype T obj obj _if^ augm rlcpy rspn rcspn rpbrk rsep c.p .1 ourc Tvsnpr 17 Tvscnpr cnpr Tvspr Tvssc ncpy ncpy ncpy ncpy bcd2b 2bcd iv64_32 Tdiv Tdiv64_u64 Tdiv64_u64 Tdiv64 iv_u64 tu32 t tm lcpy bug_ dnot cnpr cnli g_kf g_km+ g_+^" g_+^" g_+^ Tgcd Tlcm Tuui Tuui =a_e p Tf + Tf tzsi2 lzsi2 lzdi2 tzdi2 uf.p .2 peek bj_h obj_h h?hr size cape W__i W__i ource w_hwe ht32 w_hwe ht16 w_hwe w_hwe ht64 rc16 rc^10dif tgf2 rc32_g hift rc32_ rc32c_ rc32_ shift rc32c_ shift rc32 rc32c tzlib_ Tzlib Tzlib Tzlib 2 Tzlib Tzlib Tzlib Tzlib Tzlib Tlzo1x c_vli rc32_v ll^e .p .1 c_lz c_lz c_lz c_lz a Tt y tkm =sm' la_v lcpy nohdr nohdr nohdr nohdr la_app turn turn c_if 64_x fy Tf Tdql Tdql Tdql' #16be #32be e16 Ti e16be e32 Ti e32be p Ti p Ti Tdum ldi3 rdi3 lshrdi3 no_~ sghdr k!li k!dna g.p .29 tx_% g.p .32 cv_% cv_wi Tvl Tdlci_i <_li cept4 cept4 cept cept t <_ cept ruct f_&ke n_obs cap" g-cv ceiv claim cept no_i no_li _km+ segm 33.p .34 _+_8190 ubufs hift +_he ll^a ksum ksum _app hift _app l-csum ceive tx_% tx_% ksum ksum crub _gso_ ?egl ksum ksum subs subs numb ephe ^x_h _lim _lim ceiv if-x ceiv ceiv api_g ceive hbour rcu T x-cu T byhw r-cu byhwtype byhwtype se t if_&k if^x_&k _gso _gso 93.p .94 D`IpAndN if-x if-x -x_}dl ceiv api_g ceiv type type api_g ceive api_ api_g ksum api_h api_h api_ priv priv priv priv priv dummy -x_}dl rxnfc rxfh rxnfc rxfh rxfh rxfh _hw_ _hw_ _hw_ _hw_ ync_ _hw_ 2.p .3 _hw_ _hw_ sync_ _hw_ sync ync_ sync_ r' T _uc_ _uc_ _uc_ sync T _uc' sync c' tds d tds y tds h-cu rcu _jif hz_jif {_% h_ifd _}dl h_hh' h_ap l_if 15.c fdb tv l_af l_af_ l_af_ ifla g_if fdb_ fc2|3 _urg ookie okie _ifsi ql;_lim n^ype n^ype = type ql;_h mtu tmtu; 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tm .p .5 type gl*d fs T priv _vpr tdrv_ tdrv_ tdri _e{_ ubs]f ubs]/.p .9 ubs] ubs] ubs] ubs] ubs] ubs]v c tdri tdri tdri Tdri l tdri Tdri Tdri t{ Tdri Tdri t{ T/ Tdri _e{_ Tdri Tdri Tdri Tdri Tdri Tdri Tdri Tdri type _e{_ tdri tdri ource ourc byna ourc ubs]m ubs]o( lugg" obj_ obj_ obj_ obj_ dummy _u8_ _u16_ _u32_ _u64_ sgt" guou f_hook mq_v mq_~ ruct ?egm _imq _imq Timq t2phy ceiv ceiv PPPoED` numb ppox ppox ppox ppox_ ppox_i c-cv lhc' lhc_ lhc_ Tdum buf_ buf_ 1-xPktP ByPri ceive Tava ^xdsc w_qo k2pr w_qo k2pr w_qo k2pr w_qo k2pr w_qo k2pr MbufR @x^x_%o mtu riv_ @x_~ T+-x uf T~_ dsr_ phyp 819x_ 819x_ s Thwna riv_i @x_i r:x_ LANpv r:x_ tMemb odVl tMemb tMemb FID r:x_ eId r:x_ r:1_ T"En tMemb odVl tMemb tMemb x'Vl DefACLF AllN r:x_ r:x_ ifByNa r:x_ ifByNa ifByV r:x_ ifByVID ifExi if_i if_i r:x_ Defa Defa Defa ifMtu r:x_ ifNa r:x_ AclF AclToAs mCha r:x_ lCha x;ACL_D x;ACL AclRu AclRu r:x_ lCha lCha lCha mCha AclCha r:x_ tToN ifMtu ifT" ifRo ifRo ifT" tLay tLay tLay tMgr tMgr tMgr tLay rToM ncpy TIntToAscii ToInt TIpS ToAscii TAsciiToInt r:1_ T"Acc r:1_ r:x_ ceAddMc tOpCnt ceAddAs tDefa tPri tDefa tPri tToN VLAN VLAN VLAN DefACLF eByV Defa tACLReg Defa tACLReg AclRu SWCo kSWCo CommT" T#_gp beSd mSize turnAs turnAs MIBCo AllAs MIBCo MIBCo MIBCo Memb Memb Memb lAndSemiR Brdc r:1'As PHYCap DbIn L2T" L2T" L2DA L2T" L2T" L2T" PHYReg PHYReg GPHYWB _RTL8196C_PHY PHYSt PHYN&y Tee PHYP PHYR PHYS PHYAdvCap PHYAdvCap PHYN&yAb PHYSpe PHYD PHYAu RGMIITim beP0G aRTL8211E tIng tIng 1_En"P tRem 8021p tRem 8021p 1_En"P tRem dscp tRem dscp tRem Numb yToQIDMapp CPUPri yToQIDMapp g)GapRe QosTh dByQ Numb xC_& emIn emIn Regs x'As 819x ExtSt 819x ExtSt l_Ti 819x tExtSt 819x 819x 819x dDeiToDP 819x dDeiSe 819x dDscpToDP 819x dDscpOrDei 802D1xM 802D1xM Dot1qAbs yPri Dot1qAbs yPri Dot1qAbs yPri kAgg LMPR t8198C t8198C_ t8198C t8198C t8198C MaxLim t8198C t8198C_As _AddOne t8198C_As tOne t8198C_As tHsbToSoft& xC_v tHsaToSoft& xC_v xC_v tHsbToAs tHsaToAs db_+ Addr HWL2T" HWL2In HWL2T" HWL2T" shHWL2T" x_Looku fdb_ x_Looku [veF r:x_ r:x_lay x_lay x_lay yExt hw_l2t" FDBEn FDBEn tNum geFdbEn r:x_C FDBEn yByP kC}g w_l2 w_l2 tvoi Tmbuf; 819x rivS hyReg rivS lCha ~ TtxR ~ Tmbuf ~ Tl2_ tMgr rivS hyReg _~_hwN _~_hwCo tvoi bug_ tdum ap2CPU tdum ap2CPU_hs k2pr hwna tdum ap2CPU tdum ap2CPU_h # tvl w_l2 tvoi bug_ lCha TtxR Tl2_ w_l2 # tm tMgr ibCo )wCo k2pr bug_ bug_ tdum ap2CPU tdum ap2CPU tdum ap2CPU_h tdum ap2CPU_hs hyReg ibCo hru_ k2pr ThwCo _hwCo ThwN _hwN bug' TNew_ava ^xdsc TNew TNew TNew TNew ceive L3L4_hdr_l TNew _}dl _keyc duct iq t t{_}dl _}dl s.p .5 keyc keyc keyc keyc /_}dl /_}dl _e{_}d /_}d /_}d (_e( m?ync t =l h_e( "d Td _gov /_gov _ava e tm poke tdumm tdumm tdumm bug_ bug_ bug_ bug_ bug- sc_~ bug- bug_ bug_ / Thi bug' bug_ new_ Thi s Thi Thi e )i Thi e Thi _keyc keyc keyc uboo boot rgScD rgScEn rgScF rgScLe _NAP _heav _heav nap? _heav odifyArp lArp TExi InLAN TExi InWAN odifyRo ARP_En NaptC lNaptC NaptC h_Ro NoARP_D` Dscp ImqFl QoSIMQ QoSM QosDscp D`TypeF Hdr Tf NotF mPPPI= AddrbyNa NaptC NaptC NaptC h_En =pnl =pnl_w _~_aps veVPINum veVCINum PVCAc veExi mvcc -x_o -x_o VCNumb PVCSe _aps TOAMFS OnAtm x_vc2 Tvc CDOI CDOI g2cr T dActu QoSl _TBE _RBF VpiVci IERBF IERBF IS|71G_1 IS|71G_0 IS|72_10 IERDA IERDA IERTO IERTO IETBE IETBE IETDF IETDF QoS_St QoS_St ATRLREN ATRLREN TEn AAL5 Raw TEn h TEn h TD h TD QoS_Pri QoS_Pri HP_CH HP_CH L2Encap SARhdr IP_P IEASMTICK IEASMTICK BOND_L BOND_L _Map Dummy Dummy TC TATM_QoS_In eVcBu( TAl VcBu( QoSP QoSIn &pCR TAdslL TAdslL n_SAR TOAMF5G TOAMF5St Ti TOAMF5St TOAMF5In TOAMF5C}geSt TOAMF5TMNLBTi TOAMF5S VpiVci TOAMF5S LBID TOAMF5TMNS CPID TOAMF5S TOAMF5G TOAMF5F dLBIn TOAMF5F dLBRXIn TOAMF5TMN LBSt TOAMF5TMN LBSt TOAMF5P TOAM l TOAMF4In TOAMF4C}geSt TOAMF4TMNLBTi TOAMF4S VpiVci TOAMF4TMNS CPID TOAMF4G TOAMF4F dLBIn TOAMF4F dLBRXIn TOAMF4TMN LBSt TOAMF4TMN LBSt TOAMF4P TOAM AtmOAMCp t AtmOAMLo AtmOAMLo AtmOAMLo AtmOAMLo TOAMTe TOAMF4LbTe TOAMF5LbTe TOAMF5TMNAllSt TOAMF5St LbTe TOAMF5LbTe TOAMF5C LbTe lib_ dAAL5 dAAL5 ADSLL TAdslL TAdslL ceiv kMsg [tePh TADSL t5^x_lim _~_hw t5^x_lim _~_hw _~_hwq _~_hww _~_hwqos _~_hw )w_qo t5^x_lim t5^x_lim |85_ T" )w_w QMap QMap )w_q mii_ mii_ mii_ hw_q mii_ hw_w mii_ mii_ mii_ mii_ Tdum slphy slph slphy slph tkl ' l Tmd5_ boot .2 T/ ubs] tdum obj f^"s hooks.c r2684 imq_ bug t bug.p .0 rgScP dsr-x t ll-x dsr^x TNew TNew TNew r:x_ h_ou Tww n_%o hr%ou hr%ou hr%o Tldse Tldse qsave qsave qsave AfeD1 AfeD0 12vo DspFED1 DspFED0 PmdD1 PmdD0 DspFED1 DspFED0 PmdD1 PmdD0 16In 16In tdc{ bug_k tqui t,_e W)# oot& o'rd t,_u% k.p .2 t,_he ca_l2c{e yncc |85sb L2c{ l2c{e la?m tu 8250' 068' sl' tdy bugs32 _ejt ly t bug!m ogy' bug! vdso source tdfl blsu pawn_ksof ource kobj boo? uf_l uf_l tkee q)#s pawn_g posix_ posix s.p .6 posix t%keep T%keep source sourc sourc boot source sourc kew_ boot fn_w boot T+_l tks&p bdi' _+_+ _embe c{e bugfs _vm+' Tvm+' boot boot boot boot boot boot boot boot boot boot boot size Tvfs ly Tvfs fmt avg' m!fs bug! gapi' rc32c rct10dif $mq' csi_i tkobj ,m' lib' rc^10dif ibcrc32c _kobj tdsm h323' tdsc tdsc pv4_o( Tudp4 Tudpl Tudpv4_o( pv4_o( ' tgr v4' Ti taf_ pv6_o( pv6_o( ' Tud tebt" tebt tebt tebt 802_3' teb teb ply' teb teb?na r2684' tgpi bug! 8250 8250_ 8250 8250' tu 8250 8250_e 8250_e 8250_ 8250 8250 Tdri ppox' tdumm |70_ pfn- ge T ge T of_DRAM of_DRAM Trtl865 write .isra. isra. timer _con queue_ even ree_ able read time _init alloc register tl865 _show TSyS T_ZN10ClassModem2 open writ lock init ate_ _set gister gist get_ T_ZN10ClassModem1 T_ZN10ClassModem Modem Mode T_ZN10Class 0Class T_ZN1 T_ZN Class lass {console earlycon 4Malformed early option '%s' 3Starting init: %s exists but couldn't execute it (error %d) 7blacklisting initcall %s init 4Parameter %s is obsolete, ignored early options 5Kernel command line: %s Booting kernel Setting init args init/main.c Interrupts were enabled *very* early, fixing it Interrupts were enabled early Too many boot %s vars at `%s' 2initrd overwritten (0x%08lx < 0x%08lx) - disabling it. 7initcall %s blacklisted 7calling %pF @ %i 7initcall %pF returned %d after %lld usecs preemption imbalance disabled interrupts initcall %pF returned with %s /dev/console 3Warning: unable to open an initial console. 3Failed to execute %s (error %d) 3Failed to execute %s (error %d). Attempting defaults... /sbin/init /etc/init /bin/init /bin/sh No working init found. Try passing init= option to kernel. See Linux Documentation/init.txt for guidance. early postcore arch subsys late HOME=/ TERM=linux PARTUUID= PARTNROFF=%d%c 3Disabling rootwait; root= is invalid. /dev/ %u:%u 3VFS: PARTUUID= is invalid. Expected PARTUUID=[/PARTNROFF=%%d] readonly 6VFS: Mounted root (%s filesystem)%s on device %u:%u. VFS: Cannot open root device "%s" or %s: error %d Please append a correct "root=" boot option; here are the available partitions: VFS: Unable to mount root fs on %s List of all partitions: No filesystem could mount root, tried: /dev/root 6Waiting %d sec before mounting root device... 6Waiting for root device %s... tmpfs rootfs /dev/ram /initrd.image junk in compressed archive can't allocate buffers decompressor failed compression method %s not configured write error broken padding can't allocate link hash entry 070707 incorrect cpio method used: use -H newc option 070701 no cpio magic 6Unpacking initramfs... 0Initramfs unpacking failed: %s TRAILER!!! can't allocate dir_entry buffer 6Calibrating delay loop (skipped) already calibrated this CPU 6Calibrating delay loop (skipped) preset value.. 6Calibrating delay loop (skipped), value calculated using timer frequency.. 6Calibrating delay loop... %lu.%02lu BogoMIPS (lpj=%lu) RTL8685SB Enable Disable [L2_DEBUG:(%s,%d)]L2_CONFIG= 0x%lx [L2_DEBUG:(%s,%d)] - L2_DataStall= 0x%x [L2_DEBUG:(%s,%d)] - L2_TagStall = 0x%x [L2_DEBUG:(%s,%d)] - L2_WsStall = 0x%x [L2_DEBUG:(%s,%d)] - L2_Bypass: %s [L2_DEBUG:(%s,%d)]SCache LineSize= %d (B) [L2_DEBUG:(%s,%d)]mips_cm_base= %p [L2_DEBUG:(%s,%d)]read_gcr_control() = 0x%x => [L2_DEBUG:(%s,%d)]0x%x Invalid bank size: reg=%x Invalid bus width: reg=%x Invalid row count: reg=%x Invalid col count: reg=%x Total DRAM Size=%dM OCP0 DRAM Size=%dM %s(%d): empty System halted. System restart. IPI_call IPI_resched plat_serial_init: serial initialization failed! %s(%d): failed to gpio chip GPIO config Error! PIN %d is used by a hardware module %s(%d): wrong gpio num %d leds-gpio %s(%d): failed rtk_gpio 3LED device already registered by %s Unload Realtek GPIO Driver Realtek GPIO Driver for Flash Reload Default power_flag can't create proc entry for power_flag internet_flag can't create proc entry for internet_flag load_default can't create proc entry for load_default load_reboot can't create proc entry for load_reboot Push Button do nothing. Set default_flag = '1' Set reboot_flag = '1' led_test can't create proc entry for ledtest start stop Error! Not in ledtest mode! internet_green internet_red internet power_green power_red lan0 lan1 lan2 lan3 fxs1 fxs2 wifi0 wifi1 usb0 usb1 LED undefined ! wps_red Error command ! GCR_BASE: 0x%08x Config2: 0x%08x Perf count0( L2 cache miss) : %u Perf count1(L2 cache access) : %u Cause: 0x%08x Config: 0x%08x Config1: 0x%08x Config7: 0x%08x EBASE: 0x%08lx read_gcr_base: 0x%08x read_gcr_control: 0x%08x [cpu%d]GCR - Global Config Register : %x ; [cpu%d]GIC - Global Config Register : %x ; count is 0 input is too large copy from user failed [CPU%d]input addr: %x, length: %x L2cache LineSize=%lu, Sets=%lu, Ways=%lu, CacheSize=%lu %p : 0x%x %p <= 0x%x %p : 0x%x cpu(%d), input %d: smp_test_lock1=%p;smp_test_lock2=%p testcache/%d arch/rlx/bsp/bsp_dw.c CPU%d create testcache_threads failed! l2cache_m/%d CPU%d create l2m_thread failed! bsp_dw bsp_l2cache bsp_PCache_test CPU%d: L2 cache misses(count0) = %d, L2 cache access(count1) = %d, [ %d ] CPU%d: Dcache miss_cycles(count0) = %d, Dcache miss stall cycles(count1) = %d CPU%d: load_completed(count0) = %d, stores_completed(count1) = %d, [ %d ] CPU%d: Load_to_Use_stall_cycles(count0) = %d, Long_stall_cycles(count1) = %d CPU: %d,l2_checkdata data[%d,%d]:%llu!=%llu ) %s(%d): %x board_01 EXT_TIMER serial8250 ==> skip runAPI here !! ChipId: 0x%08x 0x%08x startAPI! OBC ISR regist fail! mm_task create mm task OK.pid = %d #### start Adsl #### create mm task fail. #####To set for 8685 Trial setXdslPTM = 1 => PTM mode setXdslPTM = 0 => ATM mode (0xb800010c) = %x (PTM 24F, ATM 4F), enable_mode = %d (PTM 1, ATM 0) adsllog xdsl adsl0 adsl LoopLength(m)=%d serial num : %s ShowtimeTpsReset CRCFrameFar = %d %d, CRCFrameNear = %d %d Not implemented! idx=%d ## 15 min Data RxATM TxATM LCD HSKCount:%d, %d, %d, %d error timeout LOF:%d, %d, %d ES SES: %d, %d FEC ne fe: %d, %d HEC ne fe: %d, %d CRC ne fe: %d, %d ATUC-ES ATUC-SES LOF LInit:%d, %d, %d, %d LOM LPR LOS UAS:%d, %d, %d, %d gSupportedMode=0x%x, OlrType_NE=0x%x, AnnexL_Mode=%d; No mode ETSI G.DMT T1.413 G.LITE ADSL2 ADSL2+ Enter Showtime by %s Annex %s mode WriteCfg .. downstream NoiseMargin = %d/10 dB upstream NoiseMargin = %d/10 dB SNRM_Ds=%d SNRM_Us=%d SNRM_PB_Ds=(%d,%d,%d,%d,%d) SNRM_PB_Us=(%d,%d,%d,%d,%d) Showtime SNR=[ %4d, %4d Handshake Count : %d Adsl Driver Build : %s Adsl Driver Version : %s Tune perf = %ddB IncTXpower * 10 = %d gSupportedMode =0x%x Far end channel operational data report : ------------------------------------------ Upstream used ATM rate Fast : %d kbit/sec Current modem state : SHOWTIME. SHOWTIME. IDLE.L3 IDLE.L3 ACTIVATING. ACTIVATING. HANDSHAKING. HANDSHAKING. IDLE. IDLE. NoDropLineFlag=%d Full init: %d Failed full init: %d Last link downstream rate: %d kbps Last link upstream rate: %d kbps US error count CRC: %d FEC: %d ES: %d UES: %d DS error count linkState=%d L0 state L2 state L3 state Not L0,L2,L3 state Loop Attenuation (max.=63.5B) DS == %d (*0.1dB) Loop Attenuation (max.=31.5dB) US == %d (*0.1dB) LATN_PB_Ds=(%d,%d,%d,%d,%d) LATN_PB_Us=(%d,%d,%d,%d,%d) latency#%d channel mode=%d interleave(2),fast(1) *** Latency Path %d *** %s Rate : %d Kbps (TDR : %d, ETR : %d) %s Rate : %d Kbps (TDR : %d) Upstream Downstream Upstream Max attainable rate: %d (kbps) Downstream Max attainable rate : %d (kbps) Upstream line rate: %d (kbps) Downstream line rate : %d (kbps) NE Bitswap ON NE SRA ON FE Bitswap ON FE SRA ON disable OLR VendorID=0x%x Disable AnnexM Enable AnnexM Disable AnnexB Enable AnnexB Disable AnnexL Enable AnnexL Revision Mode : ANSI ETSI G.LITE ADSL2PLUS VDSL2- 12A 12B 17A 30A N/A Annex A Annex B Annex I Annex J Annex L Annex M EnableDiagMode_gEnableLoopDiagMode=%d TestParams_ShowMode=%d LD_C_Scale = %d; LD_R_Scale = %d; LD_C_LATN = %d; LD_R_LATN = %d; LD_C_SATN = %d; LD_R_SATN = %d; LD_C_SNRM = %d; LD_R_SNRM = %d; LD_C_ATTNDR = %d; LD_R_ATTNDR = %d; LD_C_ACTATP = %d; LD_R_ACTATP = %d; NSCus = 32; ACTATPds = %d ACTATPus = %d ACTATP_Local_NE = %d ACTATP_Local_FE = %d ACTATP_Peer_NE = %d ACTATP_Peer_FE = %d ATTNDRds = %d bps ATTNDRus = %d bps HLOGGds = %d HLOGGus = %d QLNGds = %d QLNGus = %d SNRGds = %d SNRGus = %d HLOGMTds = %d HLOGMTus = %d QLNMTds = %d QLNMTus = %d SNRMTds = %d SNRMTus = %d SNRMds = %d SNRMus = %d LATNpbds LATNpbus SATNpbds SATNpbus SNRMpbds SNRMpbus i=%d: %6d %6d %6d %6d %6d %6d NumOfBandsRx %d BandsRx_Start BandsRx_End %d %d NumOfBandsTx %d BandsTx_Start BandsTx_End %d %d LD_HlinScale_ds= %d LD_HlinScale_us= %d ExitHeaveyTraffic EnterHeaveyTraffic MaskTones: %d %d SetHybrid (BridgeTap,gRph,gRrx) = (%d,%d,%d) (if %d = 0) LNA2HPF could not be bypassed now. gLNA2HPF=%d gLNA3HPF=%d (1: means bypass) MIB Atm0Dn: MIB Atm1Dn: MIB Atm0Up: MIB Atm1Up: set 8681 revison=%c reqSnrInc_forced = %d (in unit of 16 times dB) gain setting is %d Bitswap OFF Bitswap ON; gOlr=0x%08x,gOam=0x%08x AnnexB = %d AnnexM = %d AnnexL = %d SetXdslMode: mode = 0x%x, gSupportedMode = 0x%x Write Data 0x%04x to Address 0x%08x Write Data 0x%08x to Address 0x%08x Read Data 0x%04x from Address 0x%08x Read Data 0x%08x from Address 0x%08x ShowtimeTpsSet RL6405A PTM case, dont write SACHEM_BASEADDR + 0x5040 for MAPOVERRUN issue SIGNAL(%d)=%d + %d*i; NOISE(%d)=%d; ECHO(%d)=%d + %d*i; finalbi(%2d)= %2d; finalgi(%2d)= %2d; finalmi(%2d)= %2d; RSWordCount [Us,Ds]= [%d,%d] RSWordCount1 [Us,Ds]= [%d,%d] RSWordCount0 [Us,Ds]= [%d,%d] LinkEncapSupported=0x%08x LinkEncapRequested=0x%08x LinkEncapUsed=0x%08x StandardsSuported=0x%08x StandardUsed=0x%08x ## Last showtime RxATM TxATM LCD HSKCount:%d, %d, %d, %d error timeout LOF:%d, %d, %d ES SES: %d, %d FEC ne fe: %d, %d HEC ne fe: %d, %d CRC ne fe: %d, %d ## showtime RxATM TxATM LCD HSKCount:%d, %d, %d, %d error timeout LOF:%d, %d, %d ES SES: %d, %d FEC ne fe: %d, %d HEC ne fe: %d, %d CRC ne fe: %d, %d Needn't Update DSLConfigStatusTotal Latency path #%d B_p = %d R_p = %d D_p = %d L_p = %d T_p = %d M_p = %d G_p = %d F_p = %d I_p = %d DS US HLOGG %d %d HLOGMT %d %d QLNG %d %d QLNMT %d %d SNRG %d %d SNRMT %d %d NumOfBandsRxSupported = %d %d %d NumOfBandsTxSupported = %d NumOfBandsRxMedley = %d NumOfBandsTxMedley = %d Bi=[ snr=[ Hlin=[ Rus, Ius, Rds, Ids %6d %6d %6d %6d Hlog=[ %6d %6d %6d GetDiagQLN %d %d qln=[ gModemPtr->pfPerPort.secPassedTID fail! ==> VerifyHW .. ==> EnableModemLine .. ==> Skip EnableModemLine !! mm_getEOCrxmessage: length=%d %02x Far End line operational data : RelCapacity upstream = %5u % NoiseMargin upstream = %d (*0.1dB) OutputPower downstream = %d (*0.5dBm) Attenuation upstream = %u (*0.5dB) %4u : %4u Near End line operational data : RelCapacity downstream = %5u % NoiseMargin downstream = %d (*0.1dB) OutputPower upstream = %d (*0.5dBm) Attenuation downstream = %u (*0.5dB) Operational Mode = %5x Near end identification : ITU_VendorId countryCode : 0x%x ITU_VendorId vendorCode : %c%c%c%c ITU_VendorId vendorCode : %x ITU_VendorId vendorSpecific : 0x%x ITU_StandardRevisionNbr : %u ANSI_ETSI_VendorId : 0x%x ANSI_ETSI_VendorRevisionNbr : %u ANSI_ETSI_StandardRevisionNbr : %u *** Latency Path %d *** Upstream Rate : %d Kbps (TDR : %d, ETR : %d) Upstream Rate : %d Kbps (TDR : %d) NearEnd : Fec = %u Crc = %u FarEnd : Downstream Rate : %d Kbps (TDR : %d, ETR : %d) Downstream Rate : %d Kbps (TDR : %d) Hec = %u Tot Cell = %u Act Cell = %u BER = %u Near End line operational data : NoiseMargin downstream (*10) = %d dB OutputPower upstream (*10) = %d dBm Output PSD upstream = %d dBm/Hz Attenuation downstream (*10) = %d dB NoiseMargin upstream (*10) = %d dB OutputPower downstream (*10) = %d dBm Output PSD downstream = %d dBm/Hz Attenuation upstream (*10) = %d dB Connection Time: %d:%d:%d Fec (NE/FE) = %8u %8u Crc (NE/FE) = %8u %8u =============NE MSG============= showtime msgSNR= (unit:0.1dB) =============FE MSG============= showtime msgQLN= (unit:0.1dBm/Hz) showtime msgQLN= (0-255) showtime msgHLOG= (unit:0.1dB) showtime msgHLOG= (0-255) showtime msgHLOG= (0-255) ExitHeavyTraffic=%d, olr:%x EnterHeavyTraffic=%d, olr:%x->%x ==> DisableModemLine .. Now is TESTPSD TestPSD -1: normal TestPSD 0: send quiet, FFT=512 TestPSD 1: send singleTone TestPSD 2: send HS 3 or 6 tones TestPSD 3: send reverb 6~31st tone, FFT=512 TestPSD 4: send reverb 3~255 TestPSD 5 : send reverb and digital loopback TestPSD 6 : send 17a us tone check(x,y,z),monitor 4096 tone, no repeat TestPSD 7 : send 30a us tone check(x,y,z),monitor 4096 tone, no repeat TestPSD 8 : send quiet, FFT=512, repeat TestPSD 9 :send quiet(17A), monitor 4096 tone, no repeat TestPSD 10 :send quiet(30A), monitor 4096 tone, no repeat TestPSD 13: send reverb 6~31st tone, FFT=512, repeat TestPSD 16 : send 17a us tone check(x,y,z),monitor 4096 tone, repeat TestPSD 17 : send 30a us tone check(x,y,z),monitor 4096 tone, repeat TestPSD 19 : send quiet(4k mode), monitor 4096 tone, repeat TestPSD 20 : send 17a us tone, monitor 4096 tone, flexible PSD and range TestPSD 21 : send 30a us tone, monitor 4096 tone, flexible PSD and range TestPSD 22 : send tone 6~4096 @tone spacing = 4.3125kHz, no rx monitor TestPSD 23 : seperately send tone 1~4096 @tone spacing = 4.3125kHz, monitor 4096 tone TestPSD 24 : send tone 6~3700 @tone spacing = 8.625Hz, no rx monitor TestPSD 25 : seperately send tone 1~4096 @tone spacing = 8.625kHz, monitor 4096 tone TestPSD 35 : send 35B tone(5~31,880~1196,1981~2773,4981~7773), monitor 8192 tone TestPSD 36 : send 35B quiet, monitor 8192 tone TestPSD 37 : send 35B all tone, monitor 8192 tone; TestPSD 38 : send 35B quiet, monitor 8192 tone; repeat TestPSD 40 : send 8a/8b/8c/8d us tone check(x,y,z),monitor 4096 tone, repeat TestPSD 41 : send 12a/12b/17a us tone check(x,y,z),monitor 4096 tone, repeat TestPSD 42 : send 30a us tone check(x,y,z),monitor 4096 tone, repeat TestPSD 40XXX : send 8a/8b/8c/8d us tone check(x,y,z),XXX US0_MODE=32~128,monitor 4096 tone, repeat TestPSD 41XXX : send 12a/12b/17a us tone check(x,y,z),XXX US0_MODE=32~128,monitor 4096 tone, repeat TestPSD 42XXX : send 30a us tone check(x,y,z),monitor 4096 tone, XXX US0_MODE=32~128, repeat TestPSD 43XXX: send reverb XXX tone,XXX=32-64, FFT=512 TestPSD 44: upstream transmit spectral mask 1 for reach-extended operation, FFT=512 TestPSD 45: upstream transmit spectral mask 1 for reach-extended operation, FFT=512 TestPSD 47 : monitor noise and output to the format of Spirent noise file TestPSD 101: send 17A white noise(medley)/SES, no monitor (deb 1600 modify level) TestPSD 102: send 17A white noise+SHINE/REIN noise(medley), no monitor(deb 1600 modify level) TestPSD 103: send 35B white noise(medley)/SES/triangle Noise, no monitor(deb 1600 modify level,deb 1599 set triangle noise) TestPSD 104: send 35B white noise+SHINE/REIN noise(medley), no monitor(deb 1600 modify level) TestPSD 106: send 35B spike noise(medley), no monitor(deb 1600 modify level,deb 410 modify BandTx) TestPSD 105: send 35B MCT cosstalk noise (medley), no monitor (change loop/cal/direction by deb 1610) TestPSD x: send R-REVERB AD2mode x = FirstTone*10000 + LastTone*100 + MissingTone(!=99) VD2mode x = FirstTone*10000 + LastTone TestPSD with input = %d Note: deb 525: (1) bit 0: for (xi,yi,ci,pi,ni) bit1:for Matlab Note: deb 524: (3) bit 0: for repeat bit1:for 4096 SetPSDxyArrayFree Note: deb 897: (0) PSDoffset (in=-20 ->-2dB) Note: deb 506: tone range (in=x1 x2 y1 y2 z1 z2) Note: deb 177: (-1)UPBO (in=550 -1 550 -1 550 -1) -> 17a usPSD[-55 -55 -55] Note: deb 517: (-1)missing tone (in=x1 y2 z1) Note: deb 177: (-1)UPBO (in=610 -1 570 -1 550 -1) -> 30a usPSD[-61 -57 -55] Input range error startTone=%d, endTone=%d ReverB miss tone=%d,%d,%d Driver Build: VTU-R %s, %s, %x SupportedMode: %x, %x VDSL2 Profile: %x, %x, %x CarrierSet: %x, %x OLR: %x, %x G.vector: %x, %x, %x, %x G.inp: %x, %x State Showtime: TX %d,%d / RX %d,%d (kbps) State Idle State Training... gAutoStartDsl = %d iForceTxSignal = %d iRPcbUs_force = %d iRPcbDs_force = %d ==> ProfileSupported_force = %xh ==> ProfileSelectedForced = %xh ==> TrellisTx_ForceDisabled = %d gFirstReverbCarrierUs_Forced = %d gLastReverbCarrierUs_Forced = %d gFirstMedleyCarrierUs_Forced = %d gLastMedleyCarrierUs_Forced = %d gFirstReverbCarrierDs_Forced = %d gLastReverbCarrierDs_Forced = %d gFirstMedleyCarrierDs_Forced = %d gLastMedleyCarrierDs_Forced = %d gUs_prs_mode = %d CarrierSetUsed_force = %d switchABthres = %d ==> iCPEVendorID = %d %d ==> skipBytes_force = %d ==> iCOVendorID = %d gRegistry_printf = %d gRegistry_printf = %d, %d IfftLenScale_force = FftLenScale_force = ==> autoRetrain = %d LowestAllowedIdxDn_force = %d %d, %d %d ==> TxWindowSize_forced = %d(%d), TxCpLen_forced = %d, %d ==> forced_sendMR = %d ==> debug_forced = %d Disable TX opcode 0x%08x: %08x, ==> BDCM_NSIF_force = %x ==> BDCM_NSIF_force1 = %x BCM_NSIF_force2=%d gIgnoreTimeout = %d timeOutLength_DETECT_OP_CD1 = %d checkToneSnrMin_forced = %d checkToneRange_forced = %d checkToneStep_forced = %d g3BIQ_LPF_force = %d, g2BIQ_HPF_force = %d, g3BIQ_LPF_force_state = %d, g2BIQ_HPF_force_state = %d gBiq2YGain_forced = %d, gDspFeBypass = %d CE_Length_forced = %d DisplayXYES_PhsErr = %d iToneOutside = %d ==> ftgValue_forced = %d, ftgValue_forcedPos = 0x%x ==> SampleFreq_forced = 0x%x, Adpll_forced = %d ==> LOG2_K_forced = %d ==> dpll_g1_forced = %d, dpll_g2_forced = %d ==> dpll_g4_forced = %d ==> dpll_force_stages = %d, gAD_g1g2_Update=%d ==> MappingOfBtoLrx_forced=%d TpsTcMappedToBearerTx_forced=%d TpsTcMappedToBearerRx_forced=%d MappingOfBtoLtx_forced=%d ==> MaxInvStx_forced = %d, MaxInvSrx_forced = %d ==> MinMsgRateTx_forced = %d, MinMsgRateRx_forced = %d ==> iOamPrintSize = %d ==> iOlrPrintSize = %d ==> iOamERBOnly = %d ==> iOlrPrintDoneTone = %d ==> txOamMaxMsgLength_forced = %d ==> sOamPriorityEnable = %d ==> iOlrPrintMargin = %d ==> sGinpSraLonly = %d ==> sDTUmax = %d ==> iMiPrintEnable = %d, iMiPrintPeriod = %d ==> fec_divider = %d, crc_divider = %d, crc_accumulate = %d ==> iTxWriteParamSet_forced = %d ==> iRxWriteParamSet_forced = %d ==> Trellis_Force = %d ==> USE_DEMAP = %d, TONE_USED = %d ==> targetNoiseMargin16 = %d/16 ==> targetNoiseMargin10_force = %d/10 ==> rnRatio_forced = %d ==> reqSnrInc_forced = %d ==> rsGain_forced = %d ==> rsDisableOnFast = %d ==> ErasureWeight100 = %d ==> snrTtuned = %d ==> iOlrEiWeighting = %d ==> GinpRnRatio_forced = %d ==> reqSnr_forced = %d ==> worstMi16Print = %d ==> reqSnrIncBit_forced = ==> gMeasureSnr_forced = %d ==> targetNoiseMargin10_Inc_force = %d ==> msgRxScheme = %d ==> sOlrTestRepeat = %d ==> sOlrSraTest = %d ==> sOlrTestRepeat2 = %d sOlrTestRepeat2Noise=%d sOlrTestRepeat2Tone[%d]=%d ==> eventCounterPrint_forced = %d ==> iOamTransmitCommand_forced = %d ==> iOamPrint_forced, gOamPrint = 0x%x 0x%x ==> iOam_forced, gOam = 0x%x 0x%x ==> iShowTimePrint_forced, gShowTimePrint = 0x%x 0x%x ==> sRxErasureDecoding_forced = %d dbg_temp_print = %d ==> sTransmitNearEndCountersOffset_forced = %d iNoRQuiet3 = %d ==> ErasureThres = %d %d ==> measure_TA = %d ==> sTimingAdvanceMax = %d %d ==> sTimingAdvance_follow = %d ==>sTxCsLen_force = %d ==> sTimingAdvance_force = %d, %d, %d ==> txRef_adjust = %d ==> Shalf_runtime = %d ==> gLineProbe_forced = %d ==> window_moveCD1_shift = %d ==> window_moveCD1_skip = %d ==> window_moveCD1_forced = %d ==> symbOffset = %d ==> TxRxSyncMode_forced = %d ==> TxRxSyncMode = %d ==> encapsulation_mode_forced = %d ==> gVector_forced = %d, (default %d) ==>gVectorFriendly_local = %d ==>pilotIndex_offset1/2 = %d,%d ==> monitorLen0 = %d ==> monitorLen1 = %d ==> monitorLen2 = %d ==> monitorLen3 = %d ==> monitorLen4 = %d ==> monitorLen5 = %d ==> Mon_Length_LOG = %d ==> gResScale_forced = %d %d %d ==> monitorLengthV = %d, %d, gAdjustSnrV = %d ==> feqUpdateCtrl = 0x%x ==> feqManualNoise = %d ==> pilotFeqUpdate_forced = 0x%x ==> sOlrTriggerMargin_forced = %d ==> sOlrMaxAdjustMargin_forced = %d ==> sOlrMaxChangedTone_forced = %d ==> sOlrShift_forced = %d reqSnr2 (VDSL2) = %d ==> MAX_DEMAP_TONES_SHOWTIME_forced = %d ==> Kmax_forced = %d ==> (ExtSocDbg, AR_mode_ERB, NoOfERB_to_be_sent) = (%d, %d, %d) ==> iCheckControl_forced = %d ==> iCheckVectorTone = %d ==> iAdslIBControl_forced = %d ==> RxWindowing_forced = %d ==> feq_update_forced = %d ==> gG_inp_force = %d ==> type_force = %d, option_force = %d HRT_tx (tD,tS) = (%d,%d) HRT_rx (rD,rS) = (%d,%d) ==> NfecDmtMax_forced = %d ==> DeintRsOffset_forced = %d IntMemBase (conv,retx) = (%d,%d) DeintMemBase (conv,retx) = (%d,%d) ==> ReTxQueueSize_forced = %d gINP_BInterMem_Ctnl=%d ==> RrcSwInit_forced (Rx/Tx) = %d/%d ==> sGinp_Olr_toggle = %d gBlockInterD_forced = %d BlockInterD_max_Rx = %d BlockInterD_max_Tx = %d BlockInterD_pow2_Rx = %d BlockInterD_pow2_Tx = %d OLR_workaround = %d, ERB_thres = %d, Wait_thres = %d ginp_Q_pow2 = %d i8685s_opcode = %d ginpEtrUnlimit_force = %d gDV_max10_forced[0:1] = [%d %d] OMSG1_HRT_tx (tD,tS) = (%d,%d) OMSG1_HRT_rx (rD,rS) = (%d,%d) DTU_sz_max_tx_force=%d,DTU_sz_max_rx_force=%d ginp_SRA_type5=%d rtxTestModeForced=%d gBlockInterD_forced_O_MSG1 = %d OTE_ginpEtrUnlimit = %d ==> QLN_Length_LOG = %d ==> Mask TX = (%d - %d) ==> Mask RX = (%d - %d) ==> apply_psd (0: no; 1: psd) = %d ==> cutTxEdgeTone = %d ==> cutRxEdgeTone = %d ==> TxIBEnable_forced = %d ==> LofThreshold_forced = %d %d ==> iLineCheck_forced = %d ==> refgain_forced = %d ==> fLongLoopDbm_forced = %d %d, ghsSNRthreshold_forced*100=%d ==> fseShift_enable = 0x%x ==> showtimeMonitorPeriodV_forced = %d ==> gSignalPowerdBm_threshold = %d ==> gSignalPowerdBm_adjust*100 = %d ==> interpChEnabled = %d, ratio_scaling_forced = %d/1000 ==> boundaryRecover_TR1 = %d ==> boundaryRecover_TR2 = %d ==> RxcpLenOffset_forced = %d ==> RxcpLenFinal_forced = %d iTxSampleShift = %d ==> iOLRTestNo = %d, NrOfTonePair = %d, diff-(L1, Bpn, Q, V, R): (%d, %d, %d, %d, %d) ==> gEnableLoopDiagMode = %d (0: disable; >= 1: enable) ==> iOlr_forced, gOlr = 0x%x 0x%x BS(1): 0x%x, SRA(3,L/D/B): 0x%x/%x/%x, SOS(4): 0x%x, GINP_SRA(5): 0x%x, GINP_SOS(6): 0x%x, ROC: 0x%x ==> OLR_forced(1stTone,PairNr,Gi,Bi,D,Bpn) = (%d,%d,%d,%d,%d,%d) ==> OLR_forced(L0,Bpn0,L1,Bpn1) = (%d,%d,%d,%d) RX(%3d %3d): %5d %5d, ==> mode = %d modeFunctor=%d debugControl = %d 0: manual trigger; 1: dstu trigger; >=2: no trigger; 3: print Demapper data ram; 4: print Opcode and Feq Coeffs; 5: print Rx Carrier Buffer ==> sErasureDecodingRatio_forced = %d ==> iOam_blockread_start_group=%d, iOam_blockread_end_group=%d, iOam_multiread_group=%d sPmsTcAlgmSel = %#08x ==> txOamMaxSegLength_forced = %d ==> txOamMaxSegResend_forced = %d ==> iOamActivity_forced, gOamActivity = 0x%x 0x%x iArrayOamActCntDown_forced=( ==> iIndMemAccessEnable = %d, iIndMemAccessBlock = %d ==> iIndMemAccessStart = %d, iIndMemAccessEnd = %d ==> iMaxD_Rx = %d, iMaxD_Tx = %d ==> iTxTimeoutThres = %d ==> i8KHzSpacing_force = %d ==> i8KHzTreatment_force = %d ==> iIKNStreatment_force = %d ==> iIFTNtreatment_force = %d ==> iCXSYtreatment_value = %d %d ==> iIKNStreatment_ftgghs = %d sScramblerEnable=%d ==> kl_0_startTone = %d; kl_0_totalTone = %d; kl_0_stepTone = %d, kl_0_Alg_forced=%d ==> kl_0_estimate_force = %d; kl_0_estimate_RMSG1_force = %d; kl_0_final_force = %d ==> USx_force = %d ==> SnrtGap = %d %d ==> gPmstcCoLimitation = %d ==> upShift16_forced=%d,dnShift16_forced=%d RA_UTIMErx_forced=%d,RA_DTIMErx_forced=%d ==> upOlrTarget16_forced=%d,dnOlrTarget16_forced=%d ==> gLineDropESN_force = %d ==> sPmsTcAlgmCompete_toggle = %d %d %d ==> UPBO = %d %d, %d %d, %d %d, %d %d ==> gTxRamConfigBuff = %d tpsTxThru0x5834 = %08x tpsTxThru0x5838 = %08x ==> preferSolution_force = %d g_ginp_Delay_min = %d g_ginp_Delay_minHW = %d g_ginp_Delay_max = %d g_ginp_Delay_maxHW = %d RX_RETX_QRX_forced = %d RX_RETX_QTX_forced = %d ==> PSD(US0, US0_forced, ref, extra) = (%d %d %d %d)/10 dBm/Hz ==> Us0Supported : %x %x %x exBearerRx6034=%08x,exBearerTx5034=%08x iTpsDebugCtrl=%08x glineDropCtrl=%08x ERB_speed_m_force = %d MAXMASKusAdj=%d/10 dB rfiPSD = %d RFI_ExtendRange=(%d,%d) optimalPSDoption = 0x%x gKeepESNMemory = %d ==> iOLRTimeout=%d, iSEGTimeout=%d, iOAMTimeout=%d ==> iOLRTimelimitFE=%d, iOLRSRAInspect_forced=%d, iOLRBlockFE=%d, iOLRTriggerGap=%d, OlrTimeCDBySec_enable=%d AOC Rx Bs Test EocATUR:0x%04x gEOCSNRMarginForce=%d gNECounterForce=%d gAOCTXEnable=%d PmsTcParameters_forced=%d Lp0: {B_00,B_01}={%d,%d} T0=%d G0=%d F0=%d M0=%d L0=%d R0=%d I0=%d D0=%d Lp1: {B_10,B_11}={%d,%d} T1=%d G1=%d F1=%d M1=%d L1=%d R1=%d I1=%d D1=%d bearerMappingRxForced=%d TYPE_0 LP_0 TYPE_1 LP_1 %d %d %d %d bearerMappingTxForced=%d AocATUR:A[%d]=0x%04x B[%d]=0x%04x manual A2 ginp dn parameters: (H,Q,V,Qtx,lb,D)=(%d,%d,%d,%d,%d,%d) giBits_support = %d ==> iBits_support_forced = %d ==> MAXDELAYOCTET_ext_R_Force = %d OPVECTOR1_check=%d _nbrOfGalfsRxd_threshold=%d, check_halfduplex_cleardown=%d,GhskDbgMode=%d gCellReceiveControl = 0x%08x gUtopiaAccessControl = 0x%08x gPtmConfigReg_00c8 = 0x%08x gPtmIOCmdReg_1434 = 0x%08x gCellTransmitControl = 0x%08x gTxInterfaceControl = 0x%08x autoPTMATM = 0x%08x (0xb800010c) = 0x%x (226)enable_phy_role = 0x%x ###System Register### SYS:Pin Status Register0. b25: master, b24:slave, b[23:22]:PhyID 0x%08x=0x%08x SYS:pinmux1 b8: phyid_from_tpstc SYS:iopdcr SYS:IP Enable; b31:dsl_mac_sel, b29:en_sar, b28:en_ptm 0x%08x=0x%08x;8685 UTOPIA_CLOCK=1000/(bit[29:28]+4) 0x%08x=0x%08x;8685 UTOPIA_CLOCK/=(1< echo_weighting_force = %d ==> TEC_enable_forced = %d, RealTime_Eir = %d,TEC_Apply_Medley=%d TEC_Apply_Medley_ctrl=%d (0: ADSL1, 1: ADSL1+ISDN, 2:ADSL2, 3: ADSL2+ISDN) TEC_Apply_Medley_range=%d disable gRegistry_EC_Control command gRegistry_EC_Control = %d: nCONV=%d, nscale=%d,TEC_DELAY=%d, nModeEC=%d gAFEtype_force=%d, gAFEdebug=%d gReadNum=%d LNA_force = %d %d %d gRegistry_AFE_Mode_force = 0x%x gPilotForce: gAFEDloopback = %d Loopback mode : 1:AFE-A ; 2:NYQ ; 3: DSPFE ; 4:AFED ; 5:TxD-RxD ; 6:CPtest(VATTN->VLNA1 for 6405) sendToPort0 = %d iTxAfeDCtrl = 0x%x, iRxAfeDCtrl = 0x%x, iRxDspfeCtrl = 0x%x gSwGenMedley_cnt = %d gSwGenMedley_forced = %d iGhsForce = %d bytes ==> DoTEQ = %d ==> (Nr_Loop_forced, LoopOffset_forced) = (%d, %d) ==> teqSelect_forced = %d ==> window_moveTEQ_forced = %d ==> iNotchRemoval_forced = %d ==> flatness_delta_forced = %d/1e5 ==> (duration_TEQ_VtuR_forced, teq_gb_forced) = (%d, %d) ==> (SetTeqCoeffs_forced, teqLen) = (%d, %d) ==> flatness = %d ==> saveChannel_afterTEQ = %d ==> delayTime_TEQ_forced = %d ==> delta_0_offset = %d ==> scale_back = %d ==> delta_forced = %d ==> FSE_after_teq_forced = %d ==> gRedoTeqDelay = %d ==> alphaV_forced = %d / 100 ==> dpllSens = %d ==> NrOfPilotTones_forced = %d ==> BestPilot_forced = %d %d ==> BestPilot_forced3 = %d (this is for 2nd pilot at Training stage) ==> NrOfPilotTones_showtime = %d ==> Pilot_Length = %d NrOfPilotTones_forced4=%d ( valAdpll_w_forced=( DPLLsens_forced2=( (toneEnd_forced, toneStop_forced, offset_InterpCh, offset_InterpCh1) = (%d,%d,%d,%d) ==> apply_tssi_ds_forced = %d ==> hlog_refPSD(print,compensate1/2/3) = (%d,%d,%d,%d) ==> updateFeq_forced = %d ==> iSnrMonitor_forced = %d %d ==> adpllRotor_forced = %d ==> valRotorCtrl_forced = %d ==> valAdpllAdj_forced = %d ==> DPLLsens_max/min = %d/%d ==> DPLLsens_divide, DPLLsens_adjust = %d,%d ==> DPLLsens_forced = %d ==>SkipAdjustDpllSens_forced = %d ==> pilotWeight_forced = %d %d %d RotorPilotSelectAlg_forced = %d,highestTargetTone_snr_thre_forced = %d,goodSnrTone_Nr_forced = %d adpllRotor = %d, (g1, g2, g4, Log2_k) = (%d, %d, %d, 0x%x) valRotorCtrl = %d valAdpllAdj = %d alphaV = %d / 100 ==> gainBoost_toneStart = %d ==> gainBoost_factor = %d/100 ==> fft_conv1_forced = %d ==> RxOlrDtuStop SymbCnt: (Start, Length) = (%d, %d) %d ==> TxOlrDtuStop SymbCnt: (Start, Length) = (%d, %d) %d ==> jThreshold = %d ==> ftqBoostedIndB = %d/10 dB, ftqBoostedIndB_print = %d ADCPATH_VDMODE_force=%d HighestAllowedIdxDn_auto=%d HIGHEST_DS_TONE_RecvPSD_THD_VDpath=%d,HIGHEST_DS_TONE_RecvPSD_THD_VDpath=%d UPBOFLAG_applied_forced = %d nominalGi_force=%d maxbit=%d,minbit=%d Always_EnableUs0=%d FeqAutoRetrigger=%d,conv=%d,feqlen=%d feq_update_SyncSymbol=%d VLD_OPIQSEL=0x%x,IVLD_SEL=0x%x DSPSDLimit[%d]=%d force_us0_enable=%d bimax_force=%d,bimax_us_force=%d keep_pilot_feqAmp=%d usMsgRACodingGain_force(0)=%d numRSBytes_force(0)=%d selectedOption_Rx_force(-1)=%d RmsgRABmax_adjust(0)=%d RmsgRAK_adjust=%d gGhsRevNumber=%d CXSY_debug=%d Profile35bFlag_forced=%d FDPS_TEST=%d,FDPS_DEBUG=%d gVector_Npar3_force=%d HWorSW_FDPS=%d FlagtoneModulationModeToneGroup1_force=%d, FlagtoneModulationModeToneGroup7_force=%d pilot_sequence_Us[%d] = dbm_min_CD1=%d LongLoopTreatment = %d ==> agcEnable_forced = %d ==> agcGainDb_forced = %d ==> agcMonLenLog_forced = %d ==> agcTargetSumDb_forced = %d ==> agcGainGapDb_forced = %d ==> agcDebugPrint_forced = %d ==> agcDebug99Print_forced = %d (%d, %d), BandsTx_ftgValue_forced= [Start, End]( mant,exp): [%5d,%5d](%5d,%3d): newTestpsd = %d gMonitorLen_forced = %d S25_3p75M_1dBgain = %d AFE_TESTNOISEFLOOR = %d gMonitorLen_forced=%d, var_forced = %d gMonitorStartTone_forced=%d,gMonitorStopTone_forced=%d printPsd_period = %d gDPLL_timing_track = %d, gDPLLctrl_forced = 0x%x, gDPLL_refA_forced = 0x%x, gDPLL_refA_forced = 0x%x gDAC_VCM_BIAS_CURRENT = %d gDHPF_Freq_Setting = %d g8271DAC_Bias = %d TR114_margin_test = %d NEW_MID_AGC_enable=%d,NEW_FINAL_AGC_enable=%d LNA_force (%d~%d) = %d LNA_force (INIT) = %d LNA_force (GHS) = %d LNA_force (MID) = %d LNA_force (FINAL) = %d printLnaEachStage = %d gDe10dBmthod=%d gRegistry_AEQ = %d power down VDSL LD! power on VDSL LD! BridgeTap_forced = %d detectEchoRatio_forced = %d gSignalPowerdBm_save_forced*100 = %d enableULPFTuning_forced = %d, enableDHPFTuning_forced = %d BeginCarrierNr_forced = %d, EndCarrierNr_forced = %d, printEchoPower=%d gRegistry_ADC_switch = %d gRegistry_ADC_format = %d gRegistry_ADC_RSTN = %d gRegistry_ADC_CAL_En = %d gRegistry_ADC_AVG_SEL = %d RLE0705_ADC_CAL_Enable = %d gRegistry_ADC_BUF_en = %d gRegistry_TxLPF_CC = %d gRegistry_TxLPF_ISEL = %d gRegistry_ATTN_Gain_forced = %d gRegistry_NYQ_SYNC_EN = %d RLE0705_DAC_biasI_add2 = %d AFEInitCtrl = 0x%x RL0583AFE_MSG_FLAG = 0x%x gRegistry_RxLPF_force=%d,gRegistry_TxLPF_force=%d, gRegistry_TxLPF_DigitalTune=%d RLE0437_LDCtrl=%d (1 means on, 0 means off) RLE0437_Debug=%d ==> iAttnGain_force = %d gRegistry_VEQ_force=%d gRegistry_VEQ_0_force=%d gMuteAEQ=%d gMuteCOLPF=%d gMuteADHPF=%d gVLNApowOn=%d gADCon=%d gDACon=%d gADCInputSwing=%d, default is 2.6Vpp Power-Down T25 LD Power-Down T25 DAC Power-Down T25 ULPF T25 Tx Power down T25 LD mute gCMFBCK=%d not assigned! gALNA3source=%d gRegistry_ULPF_fc_forced = %d, gRegistry_ULPF_fc_forced_state = %d gRegistry_DHPF_fc_forced = %d, gRegistry_DHPF_fc_forced_state = %d AFE 0xc034 register =0x%x gRegistry_HYB_MB_forced = %d gRegistry_LNA_PMC_forced = %d print out rx registr: regRxDspFeCtrl 0x0b800 = 0x%x regRxAfeDCtrl 0x0b804 = 0x%x regTecCtrl 0x0b810 = 0x%x regRxDspIntfCtrl 0x0b818 = 0x%x regAfeACtrl 0x0b000 = 0x%x regAdpllCtrl 0x02600 = 0x%x regAdpllCoeff1 0x02604 = 0x%x regAdpllCoeff1 0x02608 = 0x%x regAdpllPilot1Param 0x0261c = 0x%x regAdpllPilot2Param 0x02620 = 0x%x regAdpllPilot3Param 0x02624 = 0x%x regAdpllPilot4Param 0x02628 = 0x%x regRotorCtrl 0x0263c = 0x%x regAdpllAdj 0x02640 = 0x%x regRxSampleCtrl 0x07800 = 0x%x regFftCtrl 0x07810 = 0x%x regRficCtrl 0x07814 = 0x%x regRxCarrierCtrl 0x07818 = 0x%x regRxDstuCtrl 0x2400 = 0x%x regRxSymbBoundary 0x2404 = 0x%x regRxGuard0 0x2408 = 0x%x regRxGuard1 0x240c = 0x%x SACHEM_BASEADDR + 0x0028 = 0x%x RLE0797A_debug=%d RL8685_Debug=%d gRegistry_AFE_Reg=%d (default:0) DDRuse_force = %d (default: -1) afeRxDdrPhase_forced = %d, afeTxDdrPhase_forced = %d DDRforceSync = %d gAfe0797_DACbuf_gain_force = %d // 0:-1.6dB; 1:-0.8dB; 2:0dB; 3:0.9dB gAfe0797_DAC_current_force = %d // 0:-4.5dB; 1:-1.9dB; 2:0dB; 3:1.5dB gAfe0797_DAC_current_FineTune_force = %d gAfeDacCtrl_force = 0x%x gAfeMiscCtrl_force = 0x%x gAfeAdcCtrl1_force = 0x%x gAfeAdcCtrl2_force = 0x%x gAfeDacCtrl_ghs_force = 0x%x gitex_REVERB_TONE =(%d, %d), (%d, %d), (%d,%d) gHybrid = %d (1: hybrid on, 0: hybrid off, -1: SW decides) gADMode_HigherClk=%d, 1: AD/DA=80MHz, 0: 40MHz g0437ADC_BiasCur=%d g0437DAC_LDVR=%d totalPw_threshold = %d gc_gain_Cap = %d gTxLPFon = %d gAEQ2MHz = %d ADC3p75M_OSR8 = %d gTxLPFforceRC = %d, gRxLPFforceRC=%d gAfePllCtrl_force=%d gRepeatMonitor_force=%d gMonitorMsgFlag_force=%d gWriteAFERegisters=%d RL8275_LowPowerMode=%d gainLNA1Option = 0x%x Engine_Force=%d Printf_Erasure_Tone=%d SNR Adjust: (StartTone,EndTone,SNR)= (%d,%d,%d) (%d,%d,%d) (%d,%d,%d) SNRAdjustNoShowtime=%d pilot_select=%d gExtendChannel=%d aliasBandProtectFirst_forced=%d, aliasBandProtectStep_forced=%d gSupportedModeReset = %d gSupportedMode = 0x%x gAnnexLMask_forced=%d GetLinkSpeedTest, speedTest[]=%d %d %d %d R_Segue2_Len = %d iIncTxPowerInit=%d, iIncTxPowerA2=%d, iIncTxPowerQLN=%d (%d %d %d %d %d %d),gMiModifyOn=%d,gSraBitMax=%d printSnrMiVflag=%d VTCTR_forced=%d teq_scale_forced=%d gNECRCTreatment=%d printf_shutoff_force = %d 0:ON | 1:OFF in interrupt = %d , when 1 protect msgTxHandleV gSwitchVDAD = %d resetUES=%d olrTargetTotalPower_factor100_force = %d, olrTargetTotalPower_DividedFactor_force=%d, gDsHighestTone=%d iEnableLatchTest = %d VD_ADC_latch_select[17a][30a] = {%d,%d}(0:positive) iLatchDebug = 0x%x olr counters NE: (%d) undo (%d) Type(%02d): %8d %8d olr counters FE: (%d) undo (%d) reset TPS counters EventCountersReset ATM0 MIB min%d max%d res%d delay%d error%d inp%d ptm%d CI%d setXtmForADHskForced=%d setXtmForVDHskForced=%d Setup new INM parameters: REG[0x9100]=0x%08x Setup new INM parameters REG[0x%08x]=0x%08x gINMAINPEQShift=%d, gINMAIATShift=%d Setup gsyncCntDelay=%d printOutQLN=%d power_limit_adjust*100=%d Best_tone_force = %d,%d,%d,%d ExplolateChnl_forced = %d gSNRMRocExtra16 = %d g17a_USRate=%d, g17a_GainImprove=%d, g30a_USRate=%d DyingGasp_Enable = %d gModemPtr->ATTNDR_Rx = %d sosCnt_Threshold = %d sosMaxDp_forced=%d sosMaxDeltaDp_forced=%d gRocMaxBi=%d runSos=%d gG_SOSds=0x%04x gG_SOSus=0x%04x gsosBandNumTarget=%d gsosTonePerBandTarget=%d gOlrCapRocDs=%d,gOlrCapRocUs=%d gOlrCapSosDs=%d,gOlrCapSosUs=%d gSocUtopiaClk=%d Sos bit change:(ACT=%d) gROC_INPMIN_ds = %d gROC_DELAY_ds = %d gROC_INPMIN_us = %d gROC_DELAY_us = %d gSocUtopiaClk0~3=1000/%d/%d/%d Ver.K UTOPIA CLOCK=%d MHz now gDisableHeavyTraffic=%d gPmsN_fecMin = %d gPmsN_fecMax = %d gSchmClk = %d (2:360MHz for trial; 1: 330 MHz; 0: 300M) gSchmClk = %d (%d MHz) toolReadTxCarrierBuffer: toolReadRxCarrierBuffer: voipTrickOn=%d Thd1=%d Thd2=%d ginp us config_1: %d %d %d %d %d ginp us config_2: %d %d %d %d %d ginp us config_3: %d ginp ds config_1: %d %d %d %d %d ginp ds config_2: %d %d %d %d %d ginp ds config_3: %d AFEtransferWait = %d gAfePowerDown_force = 0x%x gLD1stUse = %d POW_VLD = %d (page11 reg2)(0:VLD power off; 1 VLD power on) SOS config DS: sosEnable=%d sosDataRateMin0=%d sosDataRateMin1=%d sosTime=%d sosCRC=%d sosnTone=%d sosMax=%d sosMultiStepTone=%d SOS config US: gSosDeltaBiMax=%d,gSosDeltaBiMin=%d ROC config DS: rocEnable=%d rocSNRMOffset=%d/10 dB rocInpMin=%d ROC config US: mm_sendEOCmessage: len=%d, startByte=%d rxEocCnt[%d]=%d farEndLos_Cnt=%d nearEndLcdFV_Cnt=%d nearEndLcdIV_Cnt=%d farEndSEFV_Cnt=%d farEndCounters LPR=%d/%d pfPerPort.chnTx.gInpModeTestStatus=%d pfPerPort.chnRx.gInpModeTestStatus=%d g993Mode(AnnexA=0,AnnexB=1)=%d classMask(998=0,997=1)=%d classMaskOption(B8_x,B7_x,...)=%d classMaskOptSelected(B8_x,B7_x,...)=%d PSDMASKus idx Tone PSD(0.1dB) %4d %5d %5d PSDMASKds GetMREFPSDus GetMREFPSDds RFI band Set[%d]= %5d %5d chnUs->CARMASK chnDs->CARMASK SNRM_MODE_us=%d TXREFVNus SNRM_MODE_ds=%d TXREFVNds dpboEnable =%d dpboesel =%d dpboescma =%d dpboescmb =%d dpboescmc =%d dpbomus =%d dpbofmin =%d dpbofmax =%d psdDpbo idx Tone(4k) PSD(0.1dB) re865x_send_ERB size=%d, iteration=%d re865x_send_ERB Done gModemPtr->pfPerPort.secPassed=%d PSDoffset = %d UserGetDslData ID=%d %4d%12d%12d miAdjOn=%d, tone=(%d,%d),miAdjVal=%d giAdjOn=%d, tone=(%d,%d),giAdjVal=%d EFTR_MIN_RX current=%d prev=%d 15min=%d 1day=%d Reset EFTR_MIN_RX dslSecCountUpdatePeriod=%d RL6360VLD_forced=0x%x, RL6360VLD_forced_ctrl2=0x%x g8271revision_forced=%c autoPrintESN=%d (Print ESN when dropline) incTxTotalPwr10=%d, incTxDuration=%d nTimeEC[0]=%d, nTimeEC[1]=%d, sAllPassLevel_forced=%d gFirstToBeMonitored_Forced = %d, gLastToBeMonitored_Forced = %d doDdrPhaseChcek=%d, printOutDdrCheckResult=%d,ddrPhaseErrnumThreshold=%d, ddrPhaseCheckCntThreshold=%d,afedCheckCntThreshold=%d doTHNChcek=%d, printOutTHNCheckResult=%d, THNCheckCntThreshold = %d dslSecCount15MinPeriod=%d dslSecCount1DayPeriod=%d Reset counters for CRC monitoring DS US FEC0 =%11d %11d FEC1 =%11d %11d CRC0 =%11d %11d CRC1 =%11d %11d FEC_ES =%11d %11d ES =%11d %11d SES =%11d %11d LOS_ES =%11d %11d UES =%11d %11d LOS =%11d %11d LOF =%11d %11d LOM =%11d %11d LOL =%11d %11d LOL_S =%11d %11d LPR =%11d %11d LPR_S =%11d %11d FECUnCorr[0] =%11d %11d FECUnCorr[1] =%11d %11d FECCorrBits[0] =%11d %11d FECCorrBits[1] =%11d %11d RTX_TX =%11d %11d RTX_C =%11d %11d RTX_UC =%11d %11d RTX_ERR =%11d %11d LEFTR_DS =%11d %11d EFB =%11d %11d EFTR_MIN =%11d %11d INMAINPEQ1 =%11d %11d INMAINPEQ2 =%11d %11d INMAINPEQ3 =%11d %11d INMAINPEQ4 =%11d %11d INMAINPEQ5 =%11d %11d INMAINPEQ6 =%11d %11d INMAINPEQ7 =%11d %11d INMAINPEQ8 =%11d %11d INMAINPEQ9 =%11d %11d INMAINPEQ10 =%11d %11d INMAINPEQ11 =%11d %11d INMAINPEQ12 =%11d %11d INMAINPEQ13 =%11d %11d INMAINPEQ14 =%11d %11d INMAINPEQ15 =%11d %11d INMAINPEQ16 =%11d %11d INMAINPEQ17 =%11d %11d INMAIAT0 =%11d %11d INMAIAT1 =%11d %11d INMAIAT2 =%11d %11d INMAIAT3 =%11d %11d INMAIAT4 =%11d %11d INMAIAT5 =%11d %11d INMAIAT6 =%11d %11d INMAIAT7 =%11d %11d INMAME =%11d %11d linkState =%11d %11d secPassedLinked =%11d %11d fullInitCnt =%11d %11d failFullInitCnt =%11d %11d secPassedItval =%11d %11d g_aggre_int_delay_max=%d gPsdCtrlWeb=%d,gPsdCtrlWebOption=%d msgG_NE=%d msgG_FE=%d showtime msgHlog= (unit:0.1dB) showtime msgQLN= (unit:dBm/Hz) autoControlTec_forced=%d ADCBuffer_Flag=%d, VD2_XD_Flag=%d gVector_ExtraMargin_forced=%d, gGINP_ReduceTxPower_forced=%d 5th SEGUE abs_sum_threshold_forced=%d ifftScale = %d, fftScale = %d g3BIQ_LPF_force = %d, g2BIQ_HPF_force = %d Bypass TxDSPFE send Tone: AeqScale = %d ULPF = %d, DHPF = %d LNA = %d xdTargetGm_forced=%d just show iPrintctrl = 0x%x iDisableFunCtrl = 0x%x SuspendStatus = %d expMax_forced = %d PsdCeiling_US_forced = %d MaxPSD_forced = %d gInpRRCOption=%d decBP997Tone=%d iAdpllChangeOEnable=%d,iAdpllInitCtrl=%d,iAdpllLimit=%d,iAdpllInit=%d gspnSraOnForced=%d olrAlg1Pause=%d fQLN: 0.1dB fQLN=[ snrmModeOpt=%d gMaxD0tx=%d gMaxD0rxUsPortion=%d userOamCmd=%d QLN_AGC_force=%d QLN_FFTscale_force=%d gModeDebug_temp=%d, gModeADmodeAnxB_onlyFlag =%d gdebug_tssi=%d ( 0: default, 1 : ZY's trial for strange IKNS tssi CO) gExamineUsBand = %d BestToneSelect_abort=%d bdcmSraDpBugRet=%d BitswapSupportMaxBit=%d gBondNpar2_Local=0x%08x gBondPmeDiscOct1=0x%08x gBondPmeDiscReg1=0x%08x gBondPmeDiscReg0=0x%08x gBondPmeAggrReg=0x%08x gBondAtmMaxDiffDelay=0x%08x gBondPmeOption=0x%08x gBondPmeSet=0x%08x VD_LDM_WaitSymbol_force=%d VD_LDM_Timeout_force=%d VD_LDM_OPSYNC6_WaitSymbol_force=%d maxNetdataRate_us_forced=%d (*8 kbps) maxNetdataRate_ds_forced=%d (*8 kbps) minNetdataRate_us_forced=%d (*8 kbps) minNetdataRate_ds_forced=%d (*8 kbps) maxDelay_ms_Us_forced=%d maxDelay_ms_Ds_forced=%d minINP_dmt_Us_forced=%d minINP_dmt_Ds_forced=%d errThreshold = %d/1000 olrAlgCtrl = 0x%08x gSosUsUpSraPause = %d gSosDsUpSraPause = %d gSosUsUpSraPauseEn = %d gSosDsUpSraPauseEn = %d gFeOlrPause = %d gFeOlrPauseEn = %d feOlrSwappingEn = %d sosFeGiTest = %d gOlrDebugEss = %d swapSyncExtra = %d gRocMinToneIdx_forced = %d sosInitPause = %d OverHeadRateAdjust = %d gSupportLargeD = %d margin_debug = %d frmPref_force = %d Dp_start = %d Dp_end = %d Rpstart = %d Rpend = %d pmstc_net_max_adj = %d gSraLpRuleSkip = %d PMS_Manual_Load_On = %d B=%d, M=%d, T=%d, R=%d, D=%d, L=%d snrt_amendment_internal = %d gPMSparaFailAdjust = %d inp_factor=%d olrFeCheckMask = 0x%08x sosLowMiThreshold = %d sosLowMiToneThreshold = %d sosExtraSNRM16 = %d txPsd4TxRocToneEn = %d rxLna4RxSosEn = %d txVdsl2RocOffEn = %d dbgFEType3On = %d dbgNEType3On = %d incTxPwr = %d, incTxPwrVal=%d EchoDiff_force=%d printfLineCntShow = %d printfLineCnt=%d, printfLineCntMod=%d printfForceOnCnt = (%d %d) (%d %d) (%d %d) printfForceOffCnt = (%d %d) (%d %d) (%d %d) adaptPilotFeq_return = %d IFTN_vector_debug = %d, IFTN_vector_CD1_timeout =%d IFTN_treatment_OAM = %d ADC_ADVDMODE_afeinit = %d, CLR_options = %d IKNS_CD1_timeout=%d ATTN_DN_band_all = %d CD_USPSD_TO_COmsg_force = %d, Medley_USPSD_TO_COmsg_force =%d ATTN_DN_Kl0Alg2 = %d dropOam_bufffull_counter=%d dropOam_toolong_counter=%d dropOam_shortlen_counter=%d dropOam_errortype_counter=%d dropOam_sendFuncFail_counter=%d feqMantMax = %d gAdVdPathCounter_threshold= %d VendorSpecialTreatment_forced=%d gRegistry_printf_test = %d SRA_Enhance_Enable=%d nearEndCountersCRC0_thred_force=%d contiguousSES_THD=%d nr_msg_tone_force=%d gLogCtoneLenghtInSymbols = %d sleepmethod=0x%x(1:usleep_range(min,max)),min=%d,max=%d gPrintByStage = 0x%x case xtm_wkafter(10) BF Rx (sync,symb)=(%3d,%3d);Tx (sync,symb)=(%3d,%3d); AF Rx (sync,symb)=(%3d,%3d);Tx (sync,symb)=(%3d,%3d); case xtm_wkafter(300) case xtm_wkafter(1000) TxClearAll = %d gTxDACedge_forced = %d gTxDACedge=%d Thd_moretpscnt16 = %d 1:neg edge; 0:pos edge. g_DAClatch_force = %d min:0; max:7. g_LDO_ANA_voltage_force = %d adslTxDenable = %d doBitByteSyncPeriod_forced = %d hskStuckCnt_step_forced = %d nextTimeValue_forced = %d lpUsRetryCntKey = %d %d %d lpUsRetryCntKey = %d rBlackOutAry[%03d:%03d->%03d] = %04x olrFixHvyTrk0805 = %d debprinting = %d g_amUPBOELEMT=%d g_amAELE_MODE=%d g_amRXTHRSHDS=%d g_amAELE_MODE_TStep=%d gGhsAEleMode=%d kl_0_Alg=0x%x gGhs_EqualFextUpbo=%d RLE0797_ADC_LDO_flag = 0x%x RLE0797_ADC_ISEL = %d, RLE0797_ADCBUF_ISEL = %d RLE0797_ADC_ILDO_ANA = %d, RLE0797_ADC_ILDO_DIG = %d RLE0797_ADC_CLK_PATH = %d RLE0797_AFE_RxInit = 0x%x RLE0797_ADC_TEST_mode = %d RLE0797_ADC_2s_compl = %d RLE0797_AFED_TESTMODE = %d RLE0797_Resampler_Scale = 0x%x RLE0797_PLL_K_EN = %d RLE0822_ADC1_RxFVcm_forced = %d, RLE0822_ADC1_OLPSel_forced = %d RLE0822_DAC_Clk_source = %d, RLE0822_DAC_clk_edge = %d printf_detectDbm_forced = %d Failure_Wait_force = %d Erasuer_threshold_forced=%d Use8192For35B = %d %d %d OneTableSize_force=%d CE/WITHOUT symshift(TX,RX)=(%d,%d) g0822DebOpt=%d debugUse=( 0x%x, medleyCtrl_forced = %d bit0 -- 0:32 tones, 1:64 tones (ISDNMODE) bit1 -- 0: 63bits PRBS, 1: 2^23bits PRBS (ATUR_MEDLEY_PRBS) noise_type_forced = %d resampInScale = %d, resampOutScale = %d, hbf3OutScale = %d gMaxD0rxForced=%d gMaxD1rxForced=%d MAX_ASIC_DEINTER_MEM_force=%d Q_35B_FORCE (DS=%d,US=%d) Adjust_994_LENTH=%d gSQmin=%d %02x iToneOrderMode_forced=%d,reorderToneStart_forced=%d tone_step=%d (start_tone,end_tone)=(%d,%d) MT_test_force = %d rtv_tone_edge_gap=%d,rtv_tone_gap=%d toneRTV_forced = (%d,%d,%d,%d) MON_GROUP_SIZE_LOG2_CD1_forced=%d RtvQamEnhance = %d, RTVtone_select_force = 0x%x 8681rev %c%c Limit_Ds_Rate=%d, Limit_Ds_min_Rate=%d OTE_annexJ_sync_force=%d, OTE_AnnexB_sync_force %d gMaxDXtxForced = %d(0x%x) %d(0x%x) glineDropRTXNe_forced=%d PilotTreatment_forced=%d,PilotTreatment_weighting_forced=%d RLE0822C_debug = 0x%x rotorStepSize_force = %d Warming!! RLE0822C_debug = 0x%x , bit 1 != 0 gDcOffset_forced=%d gAFED_Edge=%d seqMapEnd/seqDemapStart = %d/%d update_FEQ() stopAtMonitorMedley = %d g2BIQ_Y_HPF_force=%d resetDac=0x%x ProfileSupportedByWeb=0x%x efusCtrlMode=0x%x toolReadRxTimeBuffer: gPilotCD_Forced=%d SraExtraMargin1/2/3 = %d/%d/%d gERBToBS_WaitTime=%d decreseSNRtone_force=%d, decreseSNRstep_force=%d STD_Interleaver_Size_forced=%d SNRM_STABLE=%d ROC_enable_forced=%d Disable_AutoSwitchAB=%d g35BSOSROC_Enable=%d gPSDOffset_forced=(%d/10) avoidLargeDtuAndNonIntegerSinv=%d OP_CD1_detection_toneNum=%d oam_dbg_case=%d, oam_dbg_value = LomCntTHD_forced=%d printFecCrcPeriod=%d measuredShowtimeSnr_debug=[ %% [%4d,%4d] measuredShowtimeSnr_debug = measuredShowtimeSnr_debug';figure;plot(measuredShowtimeSnr_debug(:)/16);grid on; measuredShowtimeSnr_debug is empty! EiTable_debug=[ %3d EiTable_debug = EiTable_debug';figure;plot(EiTable_debug(:));grid on; %% []totalEi=%d, totalEitone=%d, avgEi=%d EiTable_debug is empty! reset and start to catch SNR/Ei reset measuredShowtimeSnr_debug[], EiTable_debug[] delete measuredShowtimeSnr_debug[],EiTable_debug[] mode_160Log10=%d Init_TimingAdvance_adjust=%d,R_TA_TimingAdvacneCorr=%d inp_shine_report_force(tx,rx)=(%d,%d),inp_rein_report_forc(tx,rx)=(%d,%d) gkl0_curve_fitting_force= %d gPmstcPrint= %d minNret_forced= %d DtuRsAlignSymb= %d Qln_offset_force=%d NyFq_force=%d,NyFq=%d,NyFq_Fill=%d AOCRxBsTimeout_force=%d gLNA_Try=%d gINP_BlkDebug=%d GinpOhEnhance_forced = %d, GinpOhMargin16_forced=%d reorder_tone_space=(%d , %d) ,no_reorder_tone=(%d , %d) ccc0=[ New_LATN_method=%d TestPSD_USPSDLimit[%d]=%d QLN_MT_force[0] = %d QLN_MT_force[1] = %d HLOG_MT_force[0] = %d HLOG_MT_force[1] = %d SNR_MT_force[0] = %d SNR_MT_force[1] = %d printEsn(Phase,Event) = (%d,%d) amAELE_MODE2to3 = %d adjust_us_kl0=%d,ftgValue_forced2=%d IncGiFor_AlltoneFlag=%d firstGi_0dB = %d, lastGi_0dB = %d [Start,End]:Bit= [%4d,%4d]:%2d, judgeErasureGroup_divide = %d isInsAppear=%d, INM_INS_Count=%d, INM_Cluster_Count=%d, INM_PeriodReached_Count=%d, Total_Symbol_Erasure_count=%d, (INPEQing,INPEQ,IAT)=(%d,%d,%d) dynamicChangeDpll_forced = %d,dynamicChangeDpll=%d idleToneSendPrbs=%d [%7s] %5s %9s %17s %9s %9s Time table 0xa01c 0x9200 0x9204 0x9208 [%3s,%3s] (%d,%d) (%2s,%s,%2s) (%3s,%3s,%3s,%3s) (%3s,%3s) (%3s,%3s) %s (UC,C,ERR) [%3d,%3d] (%d,%d) (%2d,%d,%2d) (%3d,%3d,%3d,%3d) (%3d,%3d) (%3d,%3d) (%d,%d,%d) gRegistry_AtuR_VendorID_forced(flag,value) = (%d,%s) gRegistry_AtuR_VersionNum(flag,value) = (%d,%s) gRegistry_AtuR_SerialNum(flag,value) = (%d,%s) init dbgSignal_Ary[%d][%d], dbgSignal_enable =%d ! %4s %9s %9s %10s %8s %8s %8s %8s %8s %6s tone x*100 y*100 s*100 snr*100 snrT*100 pwr*100 pwrT*100 detect %4d %9d %9d %10d %8d %8d %8d %8d %8d %6d clear dbgSignal_Ary[][], set dbgSignal_enable=%d Triangular_Noise=%d,BestPilot_forced=%d WN_PSD_Level=%d (/10 dBm/Hz), REIN_PSD_Level=%d (/10 dBm/Hz) SHINE_REIN_Period=%d (symbol), SHINE_REIN_Duration=%d (symbol) (IL=%d, IAT=%d),SES_HighNoise =%d(/10 dBm/Hz), backgroundNoise=%d(/10 dBm/Hz) Noise_PSD_Offset=%d US1_PSD_force US2_PSD_force US3_PSD_force=%d, %d, %d MCT noise : looplength %d m , cal=%d upstream MCT noise : looplength %d m , cal=%d downstream PSD_noise_direction error Demap_Showtime_Pilot_B1B0=%d Bypass_PERIODIC1=%d,Bypass_PERIODIC2=%d Dpbo_Ctone_Detection_Enable=%d ==> duration_EC_VtuR_force = %d ==> duration_TEQ_VtuR_force = %d ==> duration_TEQ_VtuO_force = %d ==> min_duration_PeriodicSignal_force = %d SupportVDSL2_LR_Local_force=%d LongLoop_Vectoring_force=%d LongLoop_Vectoring_force2=%d Offset_IDFT_Sample0_UP=%d O_P_PILOT_force=%d LAST_TONE_DS_Index=%d scale_factor_force=%d Debug_OP_COMB4=%d gLineProbe_LR=%d Delay_RP_COMB3=%d skipTA1/2=%d %d CheckingMode=%d tx_R_MSG1_CD1_time_force=%d rx_OPliot1_wait_time_force=%d detectTimeMarkers_flag=%d R_IDLE_RTV_force=0x%x RMSG1_Pilot_force=0x%x RMSG1_wrongCRC_force=%d RP_QUIET1_LR_LEN_force=%d RP_QUIET5_LR_LEN_force=%d tx_offset_time_force=%d txBoundary_force1=%d txBoundary_force2=%d RMSG1_DEBUG_KL0=%d RMSG1_DEBUG_PSDceiling=%d RMSG1_DEBUG_currTA=%d RMSG1_DEBUG_XEEL=%d Skip_US_bounds=%d Skip_US_Shaping=%d txRangeRETK=%d Skip_AGC_TR1=%d skip_ftg_calculatePSDValues=%d DetectCOMB2_Length_force=%d O_ILDE_toneChosen_force=%d timing_lock_CD1_time_force=%d SkipFEQ_CD1_force=%d COMB2_toneChosen_force=%d COMB2_dbm_THD_force=%d SkipFTG_CD1_force=%d SkipWindowMove_CD1_force=%d LR_ADVDPath_toggle_enable=%d ==> LR_monitorLen0 = %d ==> LR_monitorLen1 = %d ==> LR_monitorLen3 = %d ==> LR_monitorLen4 = %d ==> LR_monitorLen5 = %d ==> LR_monitorLen6 = %d ==> LR_monitorLen7 = %d seguelrLen=%d ==> RPTEQ_Start_force = %d, RPTEQ_End_force =%d RPTEQ_FTG_force=%d ==> iRIdleTime_force = %d ==> teq_mode_force = %d, TeqSkipTssi1 =%d, TeqSkipTssi2 =%d ==> LR_3BIQ0 = %d ==> LR_3BIQ1 = %d ==> LR_3BIQ2 = %d ==> LR_3BIQ3 = %d ==> LR_3BIQ4 = %d ==> LR_2BIQ0 = %d ==> LR_2BIQ1 = %d ==> LR_2BIQ2 = %d ==> LR_2BIQ3 = %d ==> LR_2BIQ4 = %d ==> LR_ULPF0 = %d ==> LR_ULPF1 = %d ==> LR_ULPF2 = %d ==> LR_ULPF3 = %d ==> LR_ULPF4 = %d ==> LR_DHPF0 = %d ==> LR_DHPF1 = %d ==> LR_DHPF2 = %d ==> LR_DHPF3 = %d ==> LR_DHPF4 = %d ==> LR_AGC_force = %d, LR_TEC_force =%d LLR_TEC_VD = %d LLR_TEQ_VD = %d LLR_AnnexA_twoSteps = %d ==> LLR_AGC_VD_force = %d ==> LLR_TEC_VD_force = %d ==> Lr_txRef_adjust = %d ==> SignalPowerdBm_LLR_THD_force = %d SignalPowerdBm_MLR_THD_force ==>Probe_LR_3BIQ_force =%d Training_LR_3BIQ_force = %d Channeldiscovery_LR_3BIQ_force = %d Training_3BIQ_force=%d LR_LowestAllowedIdxDn_force = %d %d, Up = %d %d LR_HighestAllowedIdxDn_fix_force ==> B_ex_rx_R_forced = %d, B_ex_tx_R_forced =%d ==> RPTEC_start_force = %d, RPTEC_end_force =%d ==> LR_saveChannel_afterTEQ = %d ==> LR_printFtg = %d ==>LR_Probe_FTG_force =%d LR_TEQFtg_force = %d ==>LR_TEC_FTG_force =%d LR_PERIOD2_FTG_force = %d ==> LR_PERIOD2_Pattern_force = %d ==> LR_IncTxPower[0] = %d ==> LR_IncTxPower[1] = %d ==> LR_IncTxPower[2] = %d ==> LR_IncTxPower[3] = %d ==> LR_IncTxPower[4] = %d ==> LR_ChannelMeasure_force[0] = %d ==> LR_ChannelMeasure_force[1] = %d ==> LR_ChannelMeasure_force[2] = %d ==> LR_ChannelMeasure_force[3] = %d ==> LR_ChannelMeasure_force[4] = %d ==> LR_ChannelMeasure_force[5] = %d gAFE_FILTER_HOLD_MASK= %d DoTEQ_force= %d ==> LR_Power_THD_force[0] = %d ==> LR_Power_THD_force[1] = %d LR_debug_print= %d ==> LR_Tone_THD_force[0] = %d ==> LR_Tone_THD_force[1] = %d US0_PSD_force= %d ==> echo_scale_force[0] = %d ==> echo_scale_force[1] = %d ==> echo_scale_force[2] = %d ==> echo_scale_force[3] = %d NOMPSDus_force= %d OP_TREF_OR_QUITE= %d DPLL_Symbol_force= %d pilotScale_Scale_force= %d FFT_SCALE_G_return= %d pilotFeq_not_update= %d LR_delta_0= %d LR_VD_pilot_force= %d Segue_tone_detect[0]= %d Segue_tone_detect[1]= %d Segue_tone_detect[2]= %d Segue_tone_detect[3]= %d Segue_tone_detect[4]= %d Comb2_BestTone_force[0]= %d Comb2_BestTone_force[1]= %d Comb2_BestTone_force[2]= %d Comb2_BestTone_force[3]= %d Comb2_BestTone_force[4]= %d Tone_Start_force=%d, Tone_End_force=%d First TECCoefReg############# Second TECCoefReg############# Training TECCoefReg############# before Second TECCoefReg############# LR_VD_DC_Adjust= %d probe_tone_force= %d OPCD1_TONE_DEBUG_force=%d OPCD1_TONE_DEBUG]0]=%d OPCD1_TONE_DEBUG]1]=%d OPCD1_TONE_DEBUG]2]=%d OPCD1_TONE_DEBUG]3]=%d OPCD1_TONE_DEBUG]4]=%d OPCD1_TONE_DEBUG]5]=%d OPCD1_TONE_DEBUG]6]=%d OPCD1_TONE_DEBUG]7]=%d OPCD1_TONE_DEBUG]8]=%d OPCD1_TONE_DEBUG]9]=%d Enable_GhsTransceiverID=%d,Enable_GhsTransceiverID_force=%d tzy_deb=%d ERB_Report_by_SyncInterrupt=%d iAttnGain_PowerLevel_THD=%d New_Kl0_method=%d Use_CO_kl0=%d O_P_PERIODIC2_CTRL=0x%x US0_PSD_GenericPatch_Off=%d ULPF_17M_35BMODE_Off=%d MAX_ATTN=%d HighDsTone_ByAttn_force =%d NoLimit_PSDds =%d Extend_US0_Lowest_tone_AnnexBType_force =%d IsSetV43CarrierSet =%d VTUO_minNetDataRate=%d*8kbps, VTUO_maxNetDataRate=%d*8kbps US0_Used_AD_VD_PATH_Toggle =%d R_P_TEQ_OUTTONE_num =%d SupportVDSL2_LR =%d LongOrShortLoop_Vectoring =%d ERB_SEG_waitSymbol_force =%d ERB_SEG_Sent_tasklet =%d pilot_forced =%d %4s%12s%12s PSD_X PSD_Y NULL PSD_XY_Record=%d (3/4:data ready); PSD_XY_Record=0 SetPSDxyArrayFree PSD_X SetPSDxyArrayFree PSD_Y REG[0x%08x]=0x%08x REG[0x%08x]=0x%08x,mask=0x%08x ==> Sync Octet found .. ==> Cntrl Character S found .. %d %2x In All Idle frame .. %d NO PTM HEAD IS FOUND .. ###UserSetDslData %d %d %d %d %d WEB sets gAFEtype=%08x WEB sets gSupportedMode=0x%x, gSupportedModeByWeb=0x%x, 0x%x, 0x%x This IC not support 35b. WEB sets ProfileSupportedByWeb=%08x (efusData=%08x) WEB sets gG_inp_force=%08x WEB sets gOlrByWeb=%08x WEB sets gVector_forced=%08x, sw input=%08x WEB sets gSwApiDef=%08x ginp us config_2: %d %d %d %d %d %d ginp ds config_2: %d %d %d %d %d %d WEB SetLineRAUs iOlr_forced=%x WEB SetLineRADs iOlr_forced=%x (WEB)enable_phy_role = 0x%x (WEB) sets SetDslBond=%x %x %x %x => %x %x WEB sets gBondPmeDiscRegX=0x%08x 0x%08x =>0x%08x 0x%08x WEB sets gSystemVendorId %08X %08X WEB sets gVerNumber %08X %08X %08X %08X WEB sets gG994VendorId %08X %08X SupportVDSL2_LR_Local=%d IsSetV43CarrierSet=%d minNetdataRate_us_forced=%d*8kbps, maxNetdataRate_us_forced=%d*8kbps minNetdataRate_ds_forced=%d*8kbps, maxNetdataRate_ds_forced=%d*8kbps targetNoiseMargin10_Inc_force=%d/10 dB CarrierSetUsed_force=%d SetPSDxyArrayFree, PSD_XY_Record= %d PSD_XY_Record=%d (1: enable) AvmConfig.ConfigBits 0x%08x UserSetDslData %d %d %d %d %d modemInitFailureInd_API() .. NrOfRetrain = %d (autoRetrain: type deb 14) ### InitFailure: 0x%08x (NrOfRetrain %u) wait once %d %d wait more %d %d pls wait %d ms send msg fail, fid=%2d DSL CANNOT RECOGNOZE IC VERSION (%c,%c) !!! Set gAutoStartDsl=%d g8681revision = %c, sachem_ver_reg =0x%x, sub_ver_reg = 0x%x create modem failed! Disable LatchTest gRegistry_ATTN_Gain_offset = %d ==>create modem failed! ==>create modem Successfully! CreateAndStartProcess .. //Peter 09-18-07 G137L310 V121+-G19 10-12-22_apX AVM u318 MIPS EUR FDPS ### startAPI ##### ==> SachemBase = 0x%x, Int = %d disable gModemPtr->pfPerPort.chn ... done #### AFE registers of SinglePort %d ##### Table1 0xc000=0x%9x Table2 0xc004=0x%9x Table3 0xc008=0x%9x Table4 0xc00c=0x%9x Table5 0xc010=0x%9x Table6 0xc014=0x%9x Table7 0xc018=0x%9x Table8 0xc01c=0x%9x Table9 0xc020=0x%9x Table10 0xc024=0x%9x Table11 0xc028=0x%9x Table12 0xc02c=0x%9x Table13 0xc030=0x%9x Table14 0xc034=0x%9x Table15 0xc038=0x%9x Table16 0xc03c=0x%9x Table17 0xc040=0x%9x Table18 0xc044=0x%9x Table19 0xc048=0x%9x Table20 0xc04c=0x%9x Table21 0xc050=0x%9x Table22 0xc054=0x%9x Table23 0xc058=0x%9x Table24 0xc05c=0x%9x Table25 0xb850c060=0x%9x Table26 0xb850c064=0x%9x Table27 0xb850c068=0x%9x Table28 0xb850c06C=0x%9x Table29 0xb850c070=0x%9x Table30 0xb850c074=0x%9x Table31 0xb850c078=0x%9x Table32 0xb850c07C=0x%9x Table33 0xb850c080=0x%9x RL8275_LowPowerMode=%d, DDRuse=%d RLE0797/RLE0822 iAttnGain org = %d, RLE0797/RLE0822 iAttnGain after = %d PLL calibration final 0xC010 [19:14] = 0x%x, 0xc010 = 0x%x init 1VDPLL protect for 0513B init PLL protect for 6518 100-10 AFE transfer fail!3(%d) cmd[%d]=0x%8x ctrlin readback(%d): RegReadBackCtrlIn %d: 0x%x page[%1d][%1d] = 0x %x AFE transfer fail!4(%d) transfer =0x%x page[%1d][%1d] = 0x %x AFE transfer fail!5(%d) VD AFE Register Save, chipAddr=0x%x 0x%x = 0x%9x ( SACHEM2V_0437_AFE_MISC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_PLLCTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_ADC_CTRL1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_ADC_CTRL2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_DAC_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_RCtune_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_AEQ_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_RXLPF_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_LD_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_TXLPF_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_LNA_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_VLNA_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_HYB_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_TEST_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_POWERDOWN_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_POWERONOFF_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_LCPLL_CTRL1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_LCPLL_CTRL2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_LCPLL_CTRL3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_LCPLL_CTRL4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_RC_CALIBRATION_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_XD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_CK_PART_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_BG_MBIAS_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_RXTX_POWER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_DAC_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_TX_SETTING_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_RX_SETTING_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_ADC_CTRL1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_ADC_CTRL2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_ADC_CTRL3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_ADC_CTRL4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0797_AFE_BACKUP_OFFSET ) afe readback: page[%1d] ID[%1d]= 0x %x External AFE readback init value DONE Not Store External AFE readback init value TBD Not downbonad case AFE_ver1=0x%x, AFE_ver=0x%x it's downbonad case it's 5v VLD 6360 case AFE_ver 2nd Try AFE_ver2[%d]=0x%x decide 8271 as H force 8271 as H for temp 6318B/C downbonad case Ctrlin w.o. ref clkm, Data ref clkm ### g8271revision is forced to %c AFE_ver=0x%x no DDR case Register ID error: TRY AGAIN 8685 ctrlin readback: page[%1d] ID[%1d]= 0x %x Switch to 2.2MHz, CLKM=37.5MHz instread of 75M(2) D%d, %d Switch to 3.75MHz ADC, CLKM=75MHz instread of 37.5M(2) D%d, %d AFE transfer fail!(%d) cmd[%d]=0x%8x DDR interface w.o. ref. clkm (like 2.2MHz, CLKM=37.5MHz) CtrlSel w.o. ref. clkm (like 2.2MHz, refer 25M), but data use clkm=%d pre_clkm_type=%d, clkm(1: 70M; 0:35M), gRegistry_AFE_Mode=0x%x, ADCis3p75Now = %d !!! pre_clkm_type should be 0, but not !!! wait(%d).. ####message in transfer =0x%x, (32bit)=0x%x ,regAfeACtrl.read()=0x%x ####message in transfer =0x%x AFE transfer fail! (page 11 ID 0x2): 0x%x (PowerDown?=%d) (page 00 ID 0x2): 0x%x (Mute?=%d) Cameo_BBVD_3600_AD: A.1.9.2/TR67 0~50ft gRegistry_ULPF_fc=%d, gRegistry_HPF_fc=%d Cameo_BBVD_3600_AD: TR100 table table A.1.5.4 8kft low ds rate gRegistry_ULPF_fc=%d Cameo_BBVD_3600_AD: For AD crc, Fast ADSL2+,1kft~18kft,.gRegistry_ULPF_fc=3 Cameo_BBVD_3600_AD: For AD crc,Interleave20/20 auto & ADSL2+,gRegistry_ULPF_fc=3 Cameo_BBVD_3600_AD: For AD crc,Fast ADSL2.7kft~18kft,gRegistry_ULPF_fc=3 Cameo_BBVD_3600_AD: TR100 table A.1.4.2.1 14~20kft& 1.4.4 13kft ~15kft loop &1.5.4 15kft &1.4.2.315~17.5 low us rate gRegistry_ULPF_fc=%d Cameo_BBVD_3600_AD: TR100 A.1.4.2.2 13kft~20kft & 1.5.2 a.1-22 18kft low us rate gRegistry_ULPF_fc=%d DT_Test_ADmode_AnxB: gRegistry_DHPF_fc=13 for TR67 B.2.4.1.1 3800m. force gRegistry_ULPF_fc=9. OTE adsl2+ annexB force gRegistry_ULPF_fc=8. OTE adsl2+ annexB force gRegistry_HPF_fc=14. force gRegistry_ULPF_fc=12. force gRegistry_ULPF_fc=11. ST AnnexB/J case, gRegistry_HPF_fc=11 MT VDPM/VDMF gRegistry_ULPF_fc=15 (DHPF, ULPF, nDLPF, AEQ, state, phaseindex) = (%d, %d, %d, %d, %d %d) TX_ID currentValue: 0x%x Cameo_BBVD_3600_AD: TR100 table A.2-40 A.2-41 4km~6km low ds rate AEgain=%d RTL8271:: gain = %d/10, LNA_INIT =(%d %d %d %d) dB Cameo_BBVD_3600_AD: adsl2+ crc issue gainLNA1 = 5 OTE_TUNE AD2Plus AnxB 600m gain DS+US rate under AEQ=2 gainLNA1 = 0 Cameo_BBVD_3600_AD: adsl2+ crc gainLNA2 =2 OTE_TUNE AD2Plus AnxB 600m gain DS+US rate under AEQ=2 gainLNA2 = 0 ### gRegistry_LNA_AVDSLHyb=0x%x Cameo_BBVD_3600_AD: adsl2+ crc gainLNA3 =1, gainLNA4 =0 OTE_TUNE AD2Plus AnxB 600m gain DS+US rate under AEQ=2 gainLNA3 = gainLNA4 = 0 force LNA1=6dB at AGC_LNA3 stage. ERROR!! unknown AGC phase %d in RTL8271 RTL8271 LNA[phase,gain*10,(1,2,3,4)]= [%d,%d,(%d,%d,%d,%d)] ERROR!! unknown AGC phase %d in VDSL2 ERROR: no such AFE chips: %d RTL8271 LNA[phase,gain*10,(1,2,3,4)]= [%d,%d,(%d,%d,%d,%d)]. gainLNA1 in RLE0797 = %d ###### Phase(%d) LNA = (%d,%d,%d) = %d, VEQ=%d ###### Phase(%d) SKIP LNA = (%d,%d,%d) = %d, VEQ=%d AFE AD mode PowerOnInit AD-LD not Power On yet 0x%x (PDCTR) ####RxD latch is Falling edge ###TxD latch is Falling edge $page01 0x%x $page10 0x%x AVDSL_CommonHybrid_Init() $page 00 0x%x DDRsync(%d), DDRuse(%d) cmd[%d]=0x%8x => 0x%x RxTimeBuffer0=[ %8x %% (%4d ~ %4d) rxPhase02=%d, RxTimeBuffer0=[ rxPhase13=%d, RxTimeBuffer0=[ afeRxDdrPhase02=%d, afeRxDdrPhase13=%d txPhase02[%d][%d]=%d, RxTimeBuffer0=[ txPhase13[%d][%d]=%d, RxTimeBuffer0=[ afeTxDdrPhase02[%d][%d]=%d, afeTxDdrPhase13[%d][%d]=%d afeDdrPhase R[%d][%d]=%d T[%d][%d]=%d rxPhase02=%d,rxPhase13=%d,txPhase02=%d,txPhase13=%d. DSP set DDR Phase: afeRxDdrPhase = %d, afeTxDdrPhase = %d No Usable DDR Phase Can Be Found!!! =>initAFE ! skip PLL_Cal in afe init Sachem CLK=%d gSchmClk = %d (360 MHz) RLE0822_gSchmClk = %d, AFE 0xc000 = 0x%x AFE init for reg0797_AfeTxRxPowerCtrl 0xc024 = 0x%8x, 0xc034 = 0x%8x xxx gRegistry_AFE_Mode = 0x%x, gAFEtype = %d AFE Chip is RTL8271 AFE Chip is RTL8275 #####To set for 8685 AD mode --- regAfePllCtrl=0x%x ###TXD-RXD loopback mode (TEST_ID): 0x%x (RX_ID): 0x%x #### T25 LD MUTE ##### CMFBCK = %d (CONF_ID): 0x%x LNA2HPF = %d (0:internal, 1:external) LNA3HPF = %d (0:enable, 1:bypass) (DPLL_ID): 0x%x for RLE0583 try, power down T25 (PDCTR): 0x%x ###CLKM source from ADC $page10 0x%x,Modify DAC Bias Current From 101010->001010 $page 11 0x%x $page00 $page01 $page10 $page11 ### CHIP_VDSL2AFE , RLE0437 ### CHIP_VDSL2AFE , RLE0797 AFEInitCtrl=0x%x, AVDSL_CHyb_flag=0x%x $page 11->VLD_OPIQSEL=0x%x POW_VLD = %d For RLE0583B VD LD , $page 11 0x%x $page11->IVLD_SEL=0x%x TXLPF for 0513A2! TXLPF for non-0513A2! #######900MHz in RLE0513B2 force regAfeLDCtrl = 0x%x avoid Tx high noise write 000, write 101 #####Now is LNA CP mode(LNA loopback ) in RL6405 manual set Tx LPF = 0x%x IFFT = (%d,%d), FFT = (%d,%d) ### RMS line single = %d/100 dB SigPow =%d x1000, EchoPow=%d x1000 at AGC_LNA1 SigPow =%d x1000, EchoPow=%d x1000 at AGC_LNA2 SigPow =%d x1000, EchoPow=%d x1000 at AGC_LNA3 gAfeStoredRegNewP0R4_save = 0x%x gAfeStoredRegNewP0R5_save = 0x%x %%Error Tone: Pn(%4d:%4d)=[ Pn=Pn/10;figure;plot(Pn);grid on DDRuse=%d, g8271revision=%c TXD-RXD Loopback, errorNum=%d, ddrPhaseCheckCnt=%d AFED Loopback, errorNum=%d, afedCheckCnt=%d SET DAC edge as %d edge #320-#200<45dB ==> fail #400-#450<45dB ==> fail checkTxHighNoise: errorNum=%d, THNCheckCnt=%d index[%d]:abs(%d-%d)=%d>%d Pn(%4d:%4d)=[ figure;plot(Pn/10);grid on; hold on;plot(Pn/10);grid on; figure;plot(Pn/10,'b');grid on; hold on;plot(Pn/10,'r');grid on; Toggle TX signal => SOC_PRBS Toggle TX signal => RTV Pn(%3d:%3d)=[ Pn=Pn/10;figure;plot(Pn);grid on; Pn=Pn/10;hold on;plot(Pn); #### CLKM25M power down ##### %%### gRepeatMonitor=%d, gMonitorMsgFlag=%d PSD_XY Record start FFT_LENGTH_G=%d, MON_GROUP_SIZE=%d SNXYZ_size SNXYZ_data %4s%12s%12s%12s%12s%12s %4d%12d%12d%12d%12d%12d PSD_XY Record ready PSD_X PSD_Y NULL,TestPSD again EndOfSNXYZ_data %d(skip). Psd_sum[%d]=%d .2nd-%d(%d). .%d(%d). 2nd Both big (1st=%d) 1st ### ADC latch Test(%d) regRxAfeDCtrl.read()=0x%x, regAfePllCtrl.read=0x%x, i8K=%d %%PsdOHMtime= %2d:%2d:%2d Psd_sum=%d hold on;plot(Pn/10,'r');grid on; figure;plot(Pn/10,'b');grid on; $name $standard $ver $clk<100MHZ> $data %d.%-d %d.%d -1 50 regAfeMiscCtrl=0x%x max_PSD_sum for 17a positive = %d, negative =%d; 30a positive = %d, negative = %d idx(%2d, %2d, %2d, %2d) !!! decide the best VD path ADC latch edge is [17a][30a]={%d,%d} (0:positive) startTimer(%d,%d) not allowed, already has (%d,?) started! startTimer(%d) is ignored! ###### gDecidedMode=0x%x, far end vendor ID = 0x%x ###### Adjust 8685s Compared to 8676s : _76signalPowerdBm_save*100=%d #############################V2(%c%c,%c)########################### Ansi %s %s %s 8681rev %c ############################################################### Timestamp:%u ANSI ETSI C_TONES_RX Rx Time buffer #0: %8d Rx Time buffer #1: pilot = %d: (%d %d) %5d, %6d %6d, FFT (%d %d), gain (%d %d), conv %d change WN level from %d/10 dbm/Hz to %d/10 dbm/Hz spike Tone PSD from %d/10 to %d/10 dbm/Hz, background PSD from %d/10 to %d/10 dbm/Hz change noise [ len, cal, direction(0:ds, 1:us) ]=(%d, %d, %d) to (%d, %d, %d) ### IFFT_LENGTH_G=%d, IFFT_SCALE_G=%d ### FFT_LENGTH_G=%d, FFT_SCALE_G=%d iForceTxSignal=3, startTone=%d, endTone=%d temp0 tone=%d, temp1 tone=%d iForceTxSignal: %d send ReverBV (%d,%d),(%d,%d),(%d,%d) with PSD force= %d, %d, %d with FTG force= %d iForceTxSignal=46, startTone=%d, endTone=%d iForceTxSignal: %d => (%d %d) iftt scale free runing ==> peerDetectorStop .. (%d %d) ==> (newGainDb*100) dB in PeerDetectorSetReceiver = %d #############################V2(%c%c,%c)################################ Ghs %s %s %s %s, 8681rev %c #################################################################### ###gSupportedMode=0x%x(0x%x), gSupportedModeByWeb=0x%x(0x%x), hskStuckCnt=%d Timestamp:%u, debugVersion(%s) R_TONES_REQ_TX # Read from Reg, IFFT size = %d, REQ_SCALE = %d, applied scale = %d ############## iForceTx =%d GEPUA=%d Force DPLL parameter to signal source gMonitorLen = %d ANSI->ITU ## resetModemCnt = %d ## reset for AD mode %d Next Detect Mode = DETECTING_ITU Next Detect Mode = DETECTING_ANSI change to AD path Next Detect Mode = DETECTING_NOT_READY Unknown Next Detect Mode! ==> peerDetectorStart .. buildFDPS_Synchro error(%d,%d)->(%d,%d) US DS ============================================================= FEC0 =%8d %8d FEC1 =%8d %8d CRC0 =%8d %8d CRC1 =%8d %8d FEC_ES =%8d %8d ES =%8d %8d SES =%8d %8d LOS_ES =%8d %8d UES =%8d %8d LOS =%8d %8d LOF =%8d %8d LOM =%8d %8d LOL =%8d %8d LOL_S =%8d %8d LPR =%8d %8d LPR_S =%8d %8d FECUnCorr[0] =%8d %8d FECUnCorr[1] =%8d %8d FECCorrBits[0] =%8d %8d FECCorrBits[1] =%8d %8d RTX_TX =%8d %8d RTX_C =%8d %8d RTX_UC =%8d %8d RTX_ERR =%8d %8d LEFTR_DS =%8d %8d EFB =%8d %8d EFTR_MIN =%8d %8d INMAINPEQ1 =%8d %8d INMAINPEQ2 =%8d %8d INMAINPEQ3 =%8d %8d INMAINPEQ4 =%8d %8d INMAINPEQ5 =%8d %8d INMAINPEQ6 =%8d %8d INMAINPEQ7 =%8d %8d INMAINPEQ8 =%8d %8d INMAINPEQ9 =%8d %8d INMAINPEQ10 =%8d %8d INMAINPEQ11 =%8d %8d INMAINPEQ12 =%8d %8d INMAINPEQ13 =%8d %8d INMAINPEQ14 =%8d %8d INMAINPEQ15 =%8d %8d INMAINPEQ16 =%8d %8d INMAINPEQ17 =%8d %8d INMAIAT0 =%8d %8d INMAIAT1 =%8d %8d INMAIAT2 =%8d %8d INMAIAT3 =%8d %8d INMAIAT4 =%8d %8d INMAIAT5 =%8d %8d INMAIAT6 =%8d %8d INMAIAT7 =%8d %8d INMAME =%8d %8d linkState =%8d %8d secPassedLinked =%8d %8d fullInitCnt =%8d %8d failFullInitCnt =%8d %8d secPassedItval =%8d %8d printOutEventCounters1Day,idx=%d, _1DayAryIdx=%d printOutEventCounters15Min,idx=%d, _15MinAryIdx=%d printOutEventCountersCurr Event Counters Summary: %2d:%2d:%2d NE FEC-0 = %u (local,remote)=(%u,%u) NE CRC-0 = %u (local,remote)=(%u,%u) NE FEC-1 = %u (local,remote)=(%u,%u) NE CRC-1 = %u (local,remote)=(%u,%u) NE RTX_TX = %u (local,remote)=(%u,%u) NE RTX_UC = %u (local,remote)=(%u,%u) NE RTX_C = %u (local,remote)=(%u,%u) NE LEFTR_DS = %u (local,remote)=(%u,%u) NE EFB = %u (local,remote)=(%u,%u) NE EFTR_MIN = %u NE HEC = %u (local,remote)=(%u,%u) FE FEC-0 = %u (offset=%u) FE CRC-0 = %u (offset=%u) FE FEC-1 = %u (offset=%u) FE CRC-1 = %u (offset=%u) FE RTX_TX = %u (offset=%u) FE RTX_UC = %u (offset=%u) FE RTX_C = %u (offset=%u) FE LEFTR_DS = %u (offset=%u) FE EFB = %u (offset=%u) FE EFTR_MIN = %u FE HEC = %u (offset=%u) US DS ES : %10d %10d SES : %10d %10d UAS : %10d %10d GinpFrameType: %10d %10d GinpMode : %10d %10d TestModeSta : %10d %10d EFTR(bps) : %10d %10d H : %10d %10d Q : %10d %10d V : %10d %10d QTX : %10d %10d lb : %10d %10d Nret : %10d %10d NretMax : %10d %10d D : %10d %10d Delay(ms) : %10d %10d ETR(kbps) : %10d %10d ReTxMem : %10d %10d INP_act_SHINE: %10d %10d INP_act_REIN : %10d %10d RtxTX : %10d %10d RtxCorr : %10d %10d RtxUnCorr : %10d %10d RtxERR : %10d %10d LEFTRs : %10d %10d MinEFTR(bps) : %10d %10d ErrFreeBits : %10d %10d FECS : %10d %10d LOS : %10d %10d LOF : %10d %10d LOM : %10d %10d LOL : %10d %10d LOL_S : %10d %10d LPR : %10d %10d LPR_S : %10d %10d EBR not ready .. ErrorFeedBack=[ %3d %4d %4d %4d %4d %4d %d %d tssi_dn=[ %5d %5d idx: (HlinRe, HlinIm)/10000; Hlog/10; QLN/10; SNR/10 (0-511: US; 512-1023: DS) CCF=[ Upstream: %4d %-6d %-6d %-6d %-6d %-6d Downstream: crc %x, calculateCRC %x, length %d quickSort: lo hi = %d %d!! buildFDPSSynchro1 error(%d,%d)->(%d,%d) Dvice Resume no Suspend/Resume Dvice Suspend ToneOrderTxRx[] is NULL! ToneOrderRx[%d]=[ %4d[%2d] %% [%d,%d] ToneOrderTx[%d]=[ ROCus(toneNr,rrcBit,rocBit,trellisBit,totalBit)=(%d,%d,%d,%d,%d) ROCus Tone=[ %4d, ROCus Bi =[ ROCds(toneNr,rrcBit,rocBit,trellisBit,totalBit)=(%d,%d,%d,%d,%d) SNRM-ROC(NE,FE)=(%d,%d)/10 ROCds Tone=[ ROCds Bi =[ ROCds Mi =[ GinpOHtone=[ GinpOH Bi =[ GinpOH Mi =[ NumOfTonesTx = %d NumOfTonesRx = %d ToneOrderTx=[ %4d %2d ToneOrderRx=[ usToneOrderTable=[ FTG=[ %5d %2d Gi=[ EndOfDebug100 %2d[%3d] dbg[0]=-99:help; -1:S/W default; 0:assign Ds; 1:assign Us; 97:print Ds; 98:print Us; 99:print all dbg[1]=minNetDataRate_forced dbg[2]=maxNetDataRate_forced dbg[3]=revNetDataRate_forced dbg[4]=maxDelay_ms_forced (shall be ignored by VTU-O in VDSL2) dbg[5]=minINP_dmt_forced (shall be ignored by VTU-O in VDSL2) dbg[6]=HDLC_encap_forced dbg[7]=preEmption_forced dbg[8]=shortPacket_forced dbg[9]=CIpolicy_forced iArrayTpsTcDs_forced (Min, Max, Rev) = (%d, %d, %d), maxDelay = %d, minINP = %d, HDLC_encap = %d preEmption = %d, shortPacket = %d, CIpolicy = %d iArrayTpsTcUs_forced (Min, Max, Rev) = (%d, %d, %d), maxDelay = %d, minINP = %d, HDLC_encap = %d VTUR LinkInfo RX==%s; TX==%s 35B ****************************** **********PMD status********** ****************************** Link State %-d Revision Mode %-s RevCode %-d,%d(==%x,%x) NrOfRetrain %-d failFullInitCnt %-d (fdmt,fsync,fs) ( RX Band (%d): [%4d, %4d] TX Band (%d): %s %s ------------------------------------------------- ATTNDR SNR Margin LATN SATN FFT/IFFT size %9d %9d FFT/IFFT scale %9d %9d ACTATP ACTATPRX fGiTssiPower fGiPowerRXL2 nominalGi %9d %9d ActualPSD %9d %9d NominalPSD %9d %9d Min_Pcb %9d %9d CurrentPCB %9d %9d LastPCB %9d %9d KL0 %9d %9d Trellis %9d %9d # of loaded tones %9d %9d # of 1-bit tones %9d %9d # of bits %9d %9d # of active tones %9d %9d US0 US1 US2 US3 US4 DS1 DS2 DS3 DS4 DS5 -------------------------------------------------------------------------- LATN(0.1dB) %4d %4d %4d %4d %4d %4d %4d %4d %4d %4d SATN(0.1dB) %4d %4d %4d %4d %4d %4d %4d %4d %4d %4d SNRM(0.1dB) %4d %4d %4d %4d %4d %4d %4d %4d %4d %4d TxPWR(.1dBm)%4d %4d %4d %4d %4d %4d %4d %4d %4d %4d RxPWR(.1dBm)%4d %4d %4d %4d %4d %4d %4d %4d %4d %4d ELE(.1dBm) %4d %4d %4d %4d %4d %4d %4d %4d %4d %4d ACTATP_Local_NE=%d ACTATP_Local_FE=%d Rx (cp, cs, Beta) = (%d, %d, %d) ACTATP_Peer_NE=%d ACTATP_Peer_FE=%d Tx (cp, cs, Beta) = (%d, %d, %d) reqSnr[ 2] %7d **********PMS status********** (RxActPath,TXActPath) (%2d,%2d) (GINP,ROC,SOS,gOlr) (%2d,%2d,%2d,0x%x) %sLp0 %sLp1 %sLp0 %sLp1 TDR: NDR: OR: msgr: delay: INP: FEC: %10d %10d %10d %10d CRC: %10d %10d %10d %10d FECUnCorr: %10d %10d %10d %10d FECCorrBits: %10d %10d %10d %10d FECCodeword: %10u %10u %10u %10u CRC_Frame: %10u %10u %10u %10u Np : %10d %10d %10d %10d Rp : %10d %10d %10d %10d Dp : %10d %10d %10d %10d Lp : %10d %10d %10d %10d Sp : INPact: ES : %10d %10d SES: %10d %10d UAS: %10d %10d DS US -------------------------------------------- Mode : %10d %10d **********TPS status********** %s %s BearerType {%2d,%2d,%2d,%2d} {%2d,%2d,%2d,%2d} BearerToLp {%2d,%2d,%2d,%2d} {%2d,%2d,%2d,%2d} DataAccuCnt {%5d,%5d} {%5d,%5d} EndOfDebug117 Mi=[ %3d[%2d] measuredShowtimeSnr=[ Ei=[ PMD status: Rx Tx Trellis %7d %7d # of loaded tones %7d %7d # of 1-bit tones %7d %7d # of bits %7d %7d # of active tones %7d %7d fATP(0.1dB) %7d %7d fGiTssiPower(*0.1) %7d %7d fGiPowerRXL2(*0.1) %7d %7d nominalGi %7d %7d ActualPSD %7d %7d NominalPSD %7d %7d Min_Pcb %7d %7d CurrentPCB %7d %7d LastPCB %7d %7d SNR Margin(0.1dB) %7d %7d LATN(0.1dB) %7d %7d SATN(0.1dB) %7d %7d targetNoiseMargin16 %7d %7d targetNoiseMargin10 %7d %7d ATTNDR (*0.1kbps) %7d %7d xxx=[ %-6d %-6d ht_eir=[ %-6d;%-6d; TEC_coeff=[ Read indirect address:0x%05x (%d to %d) %08x Read indirect address:0x%05x=0x%x (%d to %d) FFT_SCALE_G = %d, fft_scale = %d change FFTSCALE %d to %d Done! %d:(%5d %5d) rtv %02x: (%3d %3d) MULTI-PILOT: Read %d word(s) from address:0x%05x ==> SEQUENCER RAM MAP0 .. ==> SEQUENCER RAM MAP1 .. ==> SEQUENCER RAM DEMAP0 .. ==> SEQUENCER RAM DEMAP1 .. Reg_RX_IRQ_SYMB_CheckOPVector1 ==> rxAccu %d, rxRotor %d, ADPLL %d ==> x = %d, DcOffset = %d, TEQ DC register is %d , RFIC CTRL Reg is 0x%x Erasures for tone# %3d [%2d]: %3d snr1200FirstTone[%d]=%d!!! iAvgMargin = %d, ADPLL = %d, erasure = %d, ==> ADSL1/2/2+ TEQ .. (min max) = (%d %d) ==> VDSL2 TEQ .. %d %d %d teq_mode = %d ******* SSNR = %d, delay_save = %d ******* FFT scale before feq calculations = %d FFT scale after feq calculations = %d FEQ min = %d/100 No ESN can be examined! index_peak = %d, peak = %d MinKl0_Avg=%d MINKl0 %d,%d,%d,%d,%d,%d MAXKl0 %d,%d,%d,%d,%d,%d [ToneIndex,Qln,(Tone_PSD,ActPSD),(Atten_Bykl0,Measure_atten),kl0_SNR,Medley_SNR,kl0]=[ %5d %8d %8d %8d %8d %8d %5d %8d %8d %8d %8d %8d %8d %8d %8d ==> MEDLEYtx set: Band(%d) = (%d, %d) ==> MEDLEYrx set: band(%d) = (%d, %d) gfseShift:(scale), fft: (scale, size), decideEngine_Stage = (%d, %d, %d, %d) ifft: (scale, size) = (%d, %d) pilot : %d => %d => %d => %d(%d,%d) Margin10 (target, current) = (%d %d)/10 dB ADPLL = %d, phs_err = %d record 0x%x, 0x%x, ==> adpllRotor = %d, (g1, g2, g4, Log2_k) = (%d, %d, %d, 0x%x), DPLLsens = %d Final LNA RLE0437: (%d,%d,%d), VEQ=%d Final LNA RLE0797: (%d,%d,%d), VEQ=%d ######################### RTL8271/RTL8275 ################################# Tx Power : %d/10dB, gBiq2YGain=%d DHPF = %d, ULPF = %d, TxBIQHPF = %d, TxBIQLPF = %d gAFEdebug=%d Rx Gain=%d dB, Final LNA : (%d,%d,%d,%d), AEQ=%d, XTALK=%d gApply_Tssi=%d, gRph, gRrx = %d %d, BridgeTap = %d gRegistry_AFE_Mode = 0x%x, REG[0xc010] = 0x%x, gAFEType=%d gRegistry_AFE_Mode = 0x%x, REG[0xc028] = 0x%x, gAFEType=%d RA_MODE_ds=%d, gOlr=0x%x, gSignalPowerdBm_save*100=%d, Qln_rms=%d/10 dBm/Hz (sRxErasureDecoding,treEraThres,monEraThres,numberOfLoadedTonesRx)=(%d,%d,%d,%d) rxGain-ASIC: (INIT, GHS, MID, FINAL) = (%d, %d, %d, %d), rxRefGain = %d gSignalPowerdBm: (Ghs, Mid, Final) = (%d, %d, %d)dBm txSync = %d, TimingAdvanceTarget = %d ftgValue = %d; Psd (max, min) = (%d %d)/5120; iAttnGain = %d PSD(US0, US0_forced, ref, extra) = %d %d %d %d; TXPSD_max[] = %d %d %d %d TEQ: (SSNR, delay, size) = (%d, %d, %d) kl_0 (alg1_ori, alg2_ori, alg1, alg2) = (%d, %d, %d, %d)/10 (kl_0_estimate, kl_0_estimate_RMSG1, kl_0_final) = (%d, %d, %d)/10 ==> Tx(cp cs beta): (%d %d %d), Rx(cp cs beta): (%d %d %d), RxWindowing: %d G.bond: %d ==> gVectoring = %d, gVector_forced = %d ==> gVector_Npar3 = %d, HWorSW_FDPS = %d (0:HW;1:SW) Upstream pilot sequence[0]: (length, bit-index) = (%d, %d) %2x (N_ERB, 1/R) = (%d, %d) Vector Band %d: (L_w, F_sub, B_max, B_min, F_block) = (%d, %d, %d, %d, %d) ==> TxRxSyncMode = %d, encapsulation_mode = %d, line_ID = %d iIKNStreatment = %d, iIKNStreatment_force = %d ddrResultMsg=%d,autoKtype=%d,dspKPhaseTx=%d,dspKPhaseRx=%d,ddrError1=%d,ddrError2=%d,afedError=%d, ==> VCE MAC : %02x-%02x-%02x-%02x-%02x-%02x GinpParamTx.Dtu_D = %d, GinpParamRx.Dtu_D = %d Support_LR = %d, Final_LR = %d RTVtone_select = %d, RtvQamEnhance = %d, GinpOhEnhance = %d DSP ERROR _160log ever inout <0, %d ******************************************************************** SHOWTIME %s, 8681rev %c%c , AFE=%c VTU-R DSP Version %s (%s) %s Mask1(WBM) Mask2(NBM) BDCM vector G993.5 vector G993.5 FDPS vector VDSL2 ADSL1/2/2+ %s %s mode (0x%x) Peer CO = %c%c%c%c Lp#0 FE: FEC(%u) %c[0;35mCRC(%u)%c[1;37m: %2d:%2d:%2d Lp#0 FE: FEC(%u) %c[1;35mCRC(%u)%c[1;37m: %2d:%2d:%2d Lp#0 FE: FEC(%u) CRC(%u): %2d:%2d:%2d Lp#1 FE: FEC(%u) %c[1;35mCRC(%u)%c[1;37m: %2d:%2d:%2d Lp#1 FE: FEC(%u) CRC(%u): %2d:%2d:%2d FE: RTX_TX(%u): %2d:%2d:%2d FE: RTX_C(%u) %c[1;35mRTX_UC(%u)%c[1;37m: %2d:%2d:%2d FE: RTX_C(%u) RTX_UC(%u): %2d:%2d:%2d assignRxTimeout is still active! assignTxTimeout(%d) is ignored! assignTxTimeout is still active! Lp#0 NE: FEC(%u>%u) %c[0;31mCRC(%u>%u)%c[1;37m: %2d:%2d:%2d Lp#0 NE: FEC(%u>%u) %c[1;31mCRC(%u>%u)%c[1;37m: %2d:%2d:%2d Lp#0 NE: FEC(%u>%u) CRC(%u>%u): %2d:%2d:%2d #LP0 total CRC=%d Mi=[ %%Tone(%4d,%4d) Mi=Mi';figure;plot(Mi(:)./16);grid on Lp#1 NE: FEC(%u>%u) %c[1;31mCRC(%u>%u)%c[1;37m: %2d:%2d:%2d Lp#1 NE: FEC(%u>%u) CRC(%u>%u): %2d:%2d:%2d tpsCnt[0x%02x]=d'%08d regUtopiaAccessCtrl=0x%08x Lp#0 NE: RS_CORR_BITS(%u) RS_UNCORR_WORDS(%u) Lp#1 NE: RS_CORR_BITS(%u) RS_UNCORR_WORDS(%u) Lp#0 NE: RS_TOTAL(%d) RS_C(%d) RS_UC(%d): %2d:%2d:%2d Lp#1 NE: RS_TOTAL(%d) RS_C(%d) RS_UC(%d): %2d:%2d:%2d NE: RRC_ERR(%d) SID_ERR(%d) SID_LEAP(%d) ACK_MISS(%d) UNFILL(%d) nearEndCounters.RTX_TX=%d => 0 NE: RTX_TX(%u): %2d:%2d:%2d nearEndCounters.RTX_UC=%d => 0 Start Retx DTU stop Retx DTU by ACK all DTU #######SIDERR=(%d,%d,%d,%d,%d,%d) ACK ALL DTU ReStart Retx DTU nearEndCounters.RTX_C=%d => 0 %c[1;33mnearEndCounters.RTX_ERR=%d => 0%c[1;37m NE: %c[1;33mRTX_C(%u) RTX_UC(%u) RTX_ERR(%u)%c[1;37m: %2d:%2d:%2d; sRTX_C_Ne=%d UC>0, dnShift16_Airtel(%d,%d,%d,%d) UC=0, dnShift16_Airtel(%d,%d,%d,%d) Inject Noise, sRxImpLen=%d, sRxNoiseInterval=%d, sRxNoiseLength=%d, 0x4088=0x%x farLprDetecState=%d, %d %d %d uas_l=%d,%d regRX_INS_PARAM(0x9100)=0x%08x regRX_INM_CONTROL0(0x9108)=0x%08x regRX_INM_CONTROL0(0x910c)=0x%08x INM parameters: INMDF=%d INIMIATO=%d INMCC=%d INM_INPEQ_MODE=%d INM_INPEQ_FORMAT=%d %11s%21s INMAINPEQ Farend INMAIAT Nearend INMAIAT %02d(%3d~%3d) = %6d, %d(%3d~%3d) = %d %02d(%3d~%3d) = %6d, %d(INF~%3d) = %d %02d(%3d~%3d) = %6d %02d(INF~%3d) = %6d gSignalPowerdBm*100=%d AFTER %d HOURS %d min Fec Lp0 (NE/FE) = %8u %8u Crc Lp0 (NE/FE) = %8u %8u Fec Lp1 (NE/FE) = %8u %8u Crc Lp1 (NE/FE) = %8u %8u AFTER 1 MINUTES AFTER 3 MINUTES AFTER %d HOURS AFTER %d HOURS 30 min FEQ=[ FEQ_r=[ FEQ_i=[ No ESN can be dumped! EndOfDebug99 ESNLoopName=ESNPlot_%d_%d ESN=[ %3d %d %d %d %d %d %d %d %d TEQ=[ SNR=[ %4d %4d EC=[ GetSatnFE %d, toneAllCnt=%d fPower1 = %d, fPower2 = %d, nSlope=%d, iExtendChannel=%d ++FFT@%d@StoreChannelMeasurement[%d]++ ++++FFT@%d@StoreChannelMeasurement@[%d %d]++++ min_max OPvector1_probepowe=(%d,%d) min_max OPvector1_probepower (cannot detect o-p-vector1) =(%d,%d) FEQ.exp(13,14,15) = %d,%d,%d Tone ~%d:SNR %d %d => %d SNR adjust for 0822B 0m 35B CRC SNR Adjust: (%d,%d,%d) (%d,%d,%d) (%d,%d,%d) Qln_rms*100=%d,Qln_aeq*100=%d,Hybrid agc gain = %d, gain_save =%d fQLN100=[ ];figure;plot(fQLN100/100);grid on; ### XTALK_HDSL ##### ### XTALK_FB ##### ### XTALK_DSL ##### ### XTALK_5T1 ##### ### XTALK_FB short ##### ### XTALK_FD ##### ### XTALK_FB##### ### No XTALK_Detected ##### Force Noise Type to %d OTE ad2+ J, 3600m, OTE_annexJ_sync %d OTE ad2+ B, 3600m, OTE_AnnexB_sync %d XTALK_HDSL +(%d/10)dB in Gdmt XTALK HDSL +(50/10)dB in ADSL2+ XTALK HDSL +(30/10)dB in ADSL2+ XTALK HDSL +(28/10)dB in ADSL2+ XTALK HDSL +(0/10)dB in ADSL2+ XTALK HDSL -(10/10)dB in ADSL2+ Cameo_BBVD_3600_AD: A.1.4.2.1/TR100 loop iIncTxPower=%d Cameo_BBVD_3600_AD: A.2-19/TR100 5500m iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 eu A.2-15 3250~4750m low us rate iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 eu A.2-15 5500m low us rate iIncTxPower=%d TTNET: TR100 eu A.2-17 2250m low us rate iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 eu A.2-18 750m low us rate iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 table A.1.5.3 13kft loop low us rate iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 table A.2-40 iIncTxPower=%d RL6518 K3,K4 TR-067 1.9.4 bridged tap A.1.5.1.1-1 Plain Loop 17.5kft, 18kf tx-0.5dB XTALK_HDSL +(15/10)dB in Gdmt XTALK_DSL +(15/10)dB in Gdmt XTALK_5T1 +(10/10)dB in Gdmt DT_Test_ADmode_AnxB: Tx power -(20/10)dB for TR100 table B.2-11 4000m no sync. ###iIncTxPower2=%d, gIncTxPower=%d at computeQln Qln_tmp=%d/10, offset to Qln_tmp=%d/10. fLATN-=3 CCF max = %d, scale = %d/32768 >>> Calculate_H_Function... CCF max = %d, scale = %d/32768, %d fLAtn00=%d/10 ATTNds : gSignalPowerdBm*100 = %d ->%d; signalPowerdBm_adj %d/100 fLAtn=%d/10 psd offset %d %d totalGiPower*100, fATP*100 = %d %d group#%d:dB(sum,pwr_tx,nse_tx,pwr_rx,nse_rx)=(%d,%d,%d,%d,%d)/100 group#%d:raw=( %d*10E6, %d*10E6) VD echoPowerdBm_save1 = %d, echoPower = %d VD echoPowerdBm_save2 = %d, echoPower = %d echoPowerdBm_save = %d, echoPowerdBm_2nd = %d echoPowerdBm_save = %d, echoPower = %d echoPower(%d~%d) = [ >>>group=%d toneStart=%d toneEnd=%d bestTone: (%d %d), (%d %d), (%d %d), (%d %d), (phaseIndex=%d) _toneNrG: (%d %d), (%d %d), (%d %d), (%d %d),(%d %d), (phsVdsl2_Event=%d) _toneNrSegueLR: (%d %d), (%d %d), (%d %d), (%d %d) ESN=[ %% x*256,y*256,noise_largeer1,noise_less1*65536 %3d %d %d %d %d for i=1:size(ESN,1)-1 Ps(i) = ESN(i+1,2)^2+ESN(i+1,3)^2; Pn(i) = ESN(i+1,4)*65536+ESN(i+1,5); if Ps(i)==0 Snr(i)=0; else Snr(i) = 10*log10(Ps(i)/Pn(i)); figure;plot(Snr(:));grid on; performanceMargin = %d/16, %d/10 ###35B profile +3dB margin for RTK pair MT VDPM SNRT -24 MT VDPM SNRT -16 MT VDPM SNRT -8 MT VCMM SNRT -16 MT VCPM SNRT -16 MT SDMM SNRT -32 MT SDMM SNRT -16 MT SDMM SNRT -8 ###OTE 35B short loop -16 #### ###OTE 17a annexB >1400m -16 #### ### OTE SDMM vectoring -16 ######## ### OTE SDMM vectoring -8 ######## ### OTE NOKIA NDLT-J -16 ######## ### OTE NOKIA NDLT-J -24 ######## ### OTE NOKIA NDLT-J -8 ######## SNRT -24 for AVM/SERCOMM at UNH 1000ft rate Inc reqSnr2 +16 for 17a long loop. Inc reqSnr2 +10 for 17a long loop. Inc reqSnr2 +8 for high Qln case Inc reqSnr2 mode+8 for high Qln and fast path Inc reqSnr2 +8 for 8d 3dB more margin for gVector case 1dB more margin for gVector case reqSnr[2] = %d for Max_Delay>=3 F-2/0 case 1 F-2/0 case 2 F-2/0 case 3 F-1/0 case1 F-1/0 case2 F-1/0 case3 F-1/0 case4 F-1/0 case5 reqSnr[2] = %d SNRT-4 in ADSL1 >15kft SNRT BT -40 in ADSL1 >17.5kft SNRT BT +20 for Margin Verification A.1.1.1.1/TR67 SNRT BT +15 for Margin Verification A.1.1.2.1/TR67 SNRT BT +25 for Margin Verification A.1.1.3.1/TR67 SNRT BT +20 for Margin Verification A.1.1.5.1/TR67 ADSL2+ short loop SNRT+=24 ADSL2+ BT SNRT+=14 ADSL2+ long loop SNRT+=6 reqSnr +=%d for 7k-12k at ADSL2+ reqSnr-=32 for added RS code reqSnr-=24 for A.1-3/TR-100 reqSnr-=0 for A.1-4/TR-100 reqSnr-=10 for A.1-5/TR-100 reqSnr-=8 for A.1-6/TR-100 reqSnr-=8 for A.1-7/TR-100 BestToneSNR SNRT -32 (20141124) IKNS strange tssi SNRT -24 reqSnr+=56 for Table 7-10/TR-100 GDMT ANNEXB +=8 GDMT ANNEXB +=24 ADSL2 ANNEXB +=16 ADSL2+ ANNEXB +=4 Cameo_BBVD_3600_AD: reqSnr+=%d for table A.1.9.3 1000~1500 BT loop Cameo_BBVD_3600_AD: reqSnr+=%d for table A.1.9.4 150 ~ 1500 BT loop Cameo_BBVD_3600_AD: reqSnr-=32 for TR67 A.2.3.2-2 3000m ds rate.... Cameo_BBVD_3600_AD: reqSnr-=10 for A1.5.1.1 14kft~ 19kft ds rate.... Cameo_BBVD_3600_AD: reqSnr+=%d for table A.1.4.2.1 <=13kft... Cameo_BBVD_3600_AD: reqSnr+=%d for table A.1.4.2.3 <=13kft... Cameo_BBVD_3600_AD: reqSnr+=%d for table A.1.4.3 <=13kft Cameo_BBVD_3600_AD: TR100 table A.2-19 3250m~5500m low ds rate, SNRT %d Cameo_BBVD_3600_AD: TR100 table A.2-34 2550m SNRT %d Cameo_BBVD_3600_AD: reqSnr+=24 For AD crc, Fast ADSL2... Cameo_BBVD_3600_AD: reqSnr+=24 Interleave20/20 auto & ADSL2,.. Cameo_BBVD_3600_AD: reqSnr+=%d for TR100 table A.2-1 750m.... Cameo_BBVD_3600_AD: reqSnr+=%d for TR100 table A.2-2 2750m.... TTNET: A.2-17 1750m~3250m ds crc rnRatio reqSnr+=24 Cameo_BBVD_3600_AD: TR100 table 1-7, SNRT %d Cameo_BBVD_3600_AD: TR100 table 1-14, SNRT %d Cameo_BBVD_3600_AD: TR100 table 1-16&1-21 175+800BT low ds rate, SNRT %d Cameo_BBVD_3600_AD: TR100 table 1-16, SNRT %d A.1.5.1.1 Fast/TR67 <=8kft SNRT -16 A.1.5.1.1 Fast/TR67 9kft ~ 17kft SNRT +16 RL6518 K3,K4 TR-067 A.1.9.4 17.5k bridged taps and A.1.5.1.1-1 Plain Loop 17.5kft, 18kft SNRT -32 A.1.5.1.1 Fast/TR67 >=17.5kft SNRT -40 A.1.5.1.1 Interleaved/TR67 >=17kft SNRT -16 A.2.3.1.1 Fast/TR67 <=500m SNRT +16 A.2.3.1.1 Interleaved/TR67 1750m~3000m SNRT -16 A.1.7.1 Fast/TR67 CSA#4 XTALK_HDSL SNRT +8 A.1.7.1 Fast/TR67 CSA#4 XTALK_DSL SNRT +8 A.1.7.1 Fast/TR67 CSA#4 XTALK_5T1 SNRT +8 B.2.4.1.1 Fast/TR67 >=2500m SNRT +16 AVM B.2.4.1.1 Fast/TR67 <2500m SNRT +32 AVM B.2.4.1.1 Fast/TR67 >=2500m SNRT +40 B.2.4.1.1 Fast/TR67 >3750m SNRT +48 B.2.4.2.1 Fast/TR67 <=1250m SNRT +24 B.2.4.2.1 Fast/TR67 >=2500m SNRT +24 MS tr100 stress test at 12kft SNRT +48 A.2-15 >=5500m SNRT -20 A.2-16 250m SNRT -36 A.2-16 750m~4000m SNRT -20 A.2-16 >=4750m SNRT -32 A.2-17 750m SNRT -4 A.2-18 250m SNRT -4 B.2-11 2500m~3500m reqSnr[2]+= 16; A.2-40/TR100 >= 5500m SNRT -32 A.1-14/TR100 7kft ~ 9kft SNRT -8 A.1-14/TR100 14kft SNRT -24 A.1-14/TR100 16kft ~ 17kft SNRT -24 A.1-14/TR100 >=18kft SNRT 0 A.1-14/TR100 >=20kft SNRT -16 A.1-15/TR100 7kft ~8kft SNRT -24 A.1-15/TR100 9kft ~13kft SNRT -8 A.1-15/TR100 14kft ~ 19kft SNRT -24 A.1-15/TR100 >=20kft SNRT -16 A.2-19/TR100 5500m SNRT -24 A.2-21/TR100 4750m SNRT -16 A.2-21/TR100 5500m SNRT -32 A.2-22/TR100 <=750m SNRT -24 A.2-24/TR100 <=750m SNRT -48 A.2-23/TR100 <=250m SNRT -48 A.2-23/TR100 750m SNRT -64 OTE NDLT-J/G reqSnr[2]-=64 (NM 9) OTE NDLT-J/G reqSnr[2]-=40 (NM 9) OTE NDLT-J/G reqSnr[2]-=24 (NM 9) OTE NDLT-J/G reqSnr[2]-=48 (NM 9) B.3-12/TR100 500m SNRT -16 AVM B.3-12/TR100 ADmode AnxB 3dB snrT protection B.3-14 750m reqSnr[2]-= 16; B.3-15/TR100 <=250m SNRT -32 B.3-15/TR100 750m SNRT -48 B.3-15/TR100 3000m SNRT -16 Croatia AD2PannexB SNRT-32 MT VDMF and VCMM anxB reqSnr[2]-=-42 (NM 9)(46) MT VDMF and VCMM anxB reqSnr[2]-=-22 (NM 9)(66) MT VDMF and VCMM anxB reqSnr[2]-=-20 (NM 9)(68) MT VDMF and VCMM anxB reqSnr[2]-=24 (NM 9)(64) MT VDMF and VCMM anxB reqSnr[2]-=-40 (NM 9)(48) MT VCMM anxB reqSnr[2]+=8 to avoid NE CRC OTE NDLT-J reqSnr[2]-=72 (NM 9) OTE NDLT-J reqSnr[2]-=56 (NM 9) OTE NDLT-J reqSnr[2]-=48 (NM 9) OTE NDLT-J reqSnr[2]-=40 MT lab, VCPM reqSnr[2]-=24 >4000m, reqSnr[2]-=16 AVM AnxJ +1dB snrT protection FB noise short Loop AVM AnxJ +1dB snrT protection WN noise 1000/1500 Loop AVM AnxJ +1dB snrT protection WN noise long Loop OTE NDLT-J/G reqSnr[2]-=72 (NM 9) OTE NDLT-J/G reqSnr[2]-=48 ST ALCATEL-LUCENT ISAMFD NDLTJ hsi2m 4000m reqSnr[2]-=32 ST Huawei MA5616 SDMM hsi2m 4000m reqSnr[2]-=24 MT VCPM >=3500m reqSnr[2]-=24 MT VCPM 1000m reqSnr[2]-=8 MT VDPM/VDMF <=500m reqSnr[2]-=48 MT VDPM/VDMF 750m reqSnr[2]-=48 MT VDPM/VDMF 1000m reqSnr[2]-=40 MT VDPM/VDMF >=3500m reqSnr[2]-=32 MT VCMM >=250m && <=750m reqSnr[2]-=32 MT VCMM >=3750m reqSnr[2]-=40 CETM co adsl2plus SNRT +40 for linedrop B.2.4.1.1 Fast/TR67 >=1500m SNRT +32 B.2.4.2.1 Fast/TR67 <=1250m SNRT +32 B.2-11 >=2500m reqSnr[2]+= 16; B.3-12 1000m SNRT -16 B.3-12 1500m~2000m SNRT +32 B.3-12 >=2500m SNRT +64 B.3-14 <=750m SNRT +64 B.3-14 >=1250m SNRT +24 ST lab, reqSnr[2]-=45 -8 ST lab, reqSnr[2]-=45 AVM AnxJ +2.5 dB snrT protection FB noise 100/250/2500/2750m Loop AVM AnxJ +1dB snrT protection FB noise 750m Loop AVM AnxJ +2.5 dB snrT protection WN noise 2500/3000/3500 Loop AVM AnxJ +1dB snrT protection WN noise 2000 Loop ST ADTRAN hiX5630 IUADSL:72IFX hsi2m 3750m reqSnr[2]-=24 ST ADTRAN hiX5630 IUADSL:72J hsi2m 3800m reqSnr[2]-=24 ST ADTRAN hiX 5630 IUADSL72J hsi10m 2025m reqSnr[2]-=16 ST ADTRAN hiX5630 IUVDSL48J3MEE hsi2m 3800m reqSnr[2]-=32 ST ALCATEL LUCENT ISAMFD NVLTS hsi2m 3850m reqSnr[2]-=32 ST ADTRAN hiX5630 IUADSL:72B 1950 m reqSnr[2]-=16 IKNS co <4kft SNRT +16 ST lab, reqSnr[2]-=8 OTE ad2+ J, 3600m no sync issue, SNRT tune SERCOMM_MT High noise floor SNRT treat case1 reqSnr[2] += %d by reqSnrInc_forced reqSnr[2] = %d by reqSnr_forced ### SNRT: Bigi_fillupGains(): power = (%d %d)/100 >Gain value underflow >Gain value overflow totalGiPower, giPower(*100) = %d %d; nrLoaded, numberOfLoadedTonesRx = %d %d rmsGi(*100) = %d, nominalGi = %d (%d/16dB) Rule 3 breaks! fATP = %d>20.4dBm ###nominalGi=%d for CROATIA case## DT 35B nominalGi=%d Wrong1 RTV tone=%d, bi=%d Wrong1 GinpOHtone=%d, bi=%d tone_num=%d tone_num_more2bits=%d toneRTV_showtime[%d]=%d RTV_tone[%d] = %d; bi=%d->%d GinpOhBits=%d,totalDataBi=%d,totalBi=%d,bestMarginLastTone=%d,reqSnr[2]=%d,reservMargin16=%d %11s= GinpOH_tone %4d(%4d) Bi[Old] Bi[New] TrellisRx delete tone %d bit (%d %d), tone (load %d act %d), power %d, power_tssi %d Margin (target %d, max %d) nominalGi_force = %d #%d: %d %d %d: #%d excess (Load %d, Margin %d); margin (target %d, max %d), nominalGi %d Bigi_decreaseBiGiMi fails: iter = %d Bigi_increaseBiGiMi fails: numberOfLoadedTonesRx = %d Bigi_increaseBiGiMi fails: iter = %d TrellisRx case1 tone %d TrellisRx case2 tone %d STEP4: bit %d (cur %d req %d), tone (load %d act %d), power %d, power_limit %d Increase one bit at tone: Decrease one bit at tone: abs(currentLoadBits - requestedBits) = (%d - %d) > 8 bits...should not come here!! STEP5: bit %d (cur %d req %d), tone (load %d act %d), power %d, power_limit %d Bigi_allocateBits() fails!! ROC targetNM=%d, gSNRMRocExtra16=%d,gGiRoc=%d, gRocMaxBi=%d Wrong RTV tone=%d, bi=%d Wrong GinpOH tone=%d, bi=%d Bigi_allocateBitsROC OK; ROC target margin=%d/16 -> %d/16 dB ROCtone(bi,Mi)= %4d(%2d,%4d) Bigi_allocateBitsROC fail; ROC target margin=%d/16 -> %d/16 dB Calculating final capacity ... Warning: requestedBits > maxNumberOfBitsSupportedRx... bigiFinalCapacity() fail! requestedBits = %d bigiFinalCapacity() not needed RocRxTones(%d,%d,%d,%d; AvgGi=%d) RxTones(%d,%d,%d,%d; AvgGi=%d) RocMaxToneIdx=%d, payload=%d giAdjOn giPower+=%d/1000 Warning: checkGiRanges fails! checkGiRanges OK! Calculating Max capacity ... Cameo_BBVD_3600_AD: TR100 table A.2.5.4.1 3250m targetNoiseMargin10=%d ### OTE 900m real-line gvector case ### OTE 3600m AnnexB limited rate profile no sync targetNoiseMargin10 %d targetNoiseMargin10 = %d/10 force targetNoiseMargin10 = %d/10 **case 1: rn_begin_idx=%d,rn_end_idx=%d,rnRatio=%d **case 2: rn_begin_idx=%d,rn_end_idx=%d,rnRatio=%d Cameo_BBVD_3600_AD: rn_begin_idx = rn_end_idx = 1 Cameo_BBVD_3600_AD: A.2.5.4.2/TR100 250m rnRatio %d Cameo_BBVD_3600_AD: A.2.5.3.3 and A.2.5.4.3/TR100 250m~4000m rnRatio %d Cameo_BBVD_3600_AD: A.1.4.2.1/TR100 0~1kft rnRatio=%d Cameo_BBVD_3600_AD: A.1.4.2.3/TR100 12+750kft ds rate rnRatio %d Cameo_BBVD_3600_AD: TR100 table A.2-2 2750m rnRatio %d Cameo_BBVD_3600_AD: TR100 table A.2-16 A.2-18 250m~5500m low ds rate rnRatio %d Cameo_BBVD_3600_AD: adsl2 fast crc, 11kft ~ 18kft rnRatio %d Cameo_BBVD_3600_AD: 1.5.3 13kft ds rate rnRatio %d TTNET: A.2-17 1750m~3250m ds crc rnRatio %d Cameo_BBVD_3600_AD: TR100 table A.2-40 low ds rate rnRatio %d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.3 15~17.5 low ds rate rnRatio %d CETM co adsl2plus rnRatio 600 for linedrop IKNS co adsl2plus rnRatio 600 for linedrop ##OTE_ADSL2+ AnnexA rnRatio=%d OTE annnex B 3600m,rnRatio=%d ##OTE_ADSL2+ AnnexB rnRatio=%d ##MT ADSL2+ AnnexB rnRatio=%d AVM IFTN rnRatio=%d OTE annnex J 3600m,rnRatio=%d ##OTE_ADSL2+ AnnexJ, <1200m, rnRatio=%d ##OTE_ADSL2+ AnnexJ, =1200m, rnRatio=%d ##OTE_ADSL2+ AnnexJ, >=3000m, rnRatio=%d ST ADTRAN hiX5630 IUADSL:72IFX hsi2m 3750m rnRatio=%d ST ADTRAN hiX5630 IUADSL:72J hsi2m 3800m rnRatio=%d ST ADTRAN hiX 5630 IUADSL72J hsi10m 2025m rnRatio=%d ST ADTRAN hiX5630 IUVDSL48J3MEE hsi2m 3800m rnRatio=%d ST ALCATEL LUCENT ISAMFD NVLTS hsi2m 3850m rnRatio=%d ST ALCATEL-LUCENT ISAMFD NDLTJ hsi2m 4000m rnRatio=%d OTE SDMM 35B 300m rnRatio=%d NE CRC treatment. Rx Bn#%d (maxDelay, minINP, Type, CIPolicy)=(%d, %d/10, %d, %d) at bigiMaxCapacity rn(ratio,gain)=(%d,%d), bits(ori,eqv)=(%d,%d) bigiMaxCapacity Dn_Inp_CL %d %d %d %d *ShowTIME %02u:%02u:%02u DS: Latn %u, Satn %u, Snrm %d, AttNdr %u, ActAtp %d / US: %u %u %d %u %d DS: Latn pb %u %u %u / US: %u %u %u DS: Snrm pb %d %d %d / US: %d %d %d [ADSL TxTim] %d => %d [ADSL RxDet] %d => %d [ADSL RxMsg] %d => %d [ADSL TxMsg] %d => %d [VDSL2 Ph1] %d => %d [VDSL2 Ph2] %d => %d [VDSL2 Ph3] %d => %d AVM DP 1.208.0.8 AvmConfig: CBits 0x%0x [VDSL2 Ph1] MEASURE_QLN [VDSL2 Ph1] DETECT_OP_PROBING_LR [VDSL2 Ph1] SEND_RP_COMB2_LR [VDSL2 Ph1] END_OF_RP_COMB2_LR [VDSL2 Ph1] SEND_RP_COMB3_LR [VDSL2 Ph1] END_OF_RP_MSG_PCB_LR [VDSL2 Ph1] DETECT_OP_TRAINING_LR [VDSL2 Ph1] DETECT_OP_REVERB0_LR [VDSL2 Ph1] OP_REVERB0_MEASUREMENT_LR [VDSL2 Ph1] DETECT_OP_REVERB0_TO_QUITE5_LR [VDSL2 Ph1] DETERMINE_FINAL_AGC_LR [VDSL2 Ph1] END_OF_RP_REVERB1_LR [VDSL2 Ph1] OP_PILOT_MEAS_LR [VDSL2 Ph1] OP_TREF1_MEAS_LR [VDSL2 Ph1] OP_TREF1_TO_OP_REVERB2_LR [VDSL2 Ph1] OP_MONITOR_MEASUREMENT_LR [VDSL2 Ph1] OP_MONITORING_DONE_LR [VDSL2 Ph1] OP_ECHO_MEASUREMENT_LR [VDSL2 Ph1] OP_CHANNEL_MEASUREMENT_LR [VDSL2 Ph1] CHECK_OP_REVERB3_CONTENT [VDSL2 Ph1] CHECK_PILOT_OP_REVERB3 [VDSL2 Ph1] OP_CHECK_TEQFEQ_LR [VDSL2 Ph1] OP_CHECK_SEGUE1_LR [VDSL2 Ph1] OP_ECHO_MEASUREMENT_2ND_LR [VDSL2 Ph1] CONTROL_GEPU_C [VDSL2 Ph1] END_OF_RP_SEGUE1_LR [VDSL2 Ph1] DETECT_OP_PILOT_LR [VDSL2 Ph1] DETECT_OP_CD1 [VDSL2 Ph1] WINDOW_MOVE_LDM [VDSL2 Ph1] WINDOW_MOVE_CD1 [VDSL2 Ph1] TIMING_LOCK_CD1 [VDSL2 Ph1] CHNL_MEAS_CD1 [VDSL2 Ph1] RX_O_SIG_CD1 [VDSL2 Ph1] TX_RP_VECTOR1 [VDSL2 Ph1] TX_R_MSG1_CD1 [VDSL2 Ph1] DETECT_OP_SYNC1 [VDSL2 Ph1] OP_PILOT1_TRAINING [VDSL2 Ph1] CHNL_MEAS_PERIODIC1 [VDSL2 Ph1] RX_O_UPD_CD2 [VDSL2 Ph1] TX_R_UPD_CD2 [VDSL2 Ph1] TX_R_PRM_CD2 [VDSL2 Ph1] TX_R_RQ_CD2 [VDSL2 Ph1] SEND_RP_SYNC3 [VDSL2 Ph1] TX_R_ACK_SEG_CD2 [VDSL2 Ph2] DETECT_OP_VECTOR [VDSL2 Ph2] DETECT_OP_TR_V1 [VDSL2 Ph2] START_SENDING_R_VECTOR11 [VDSL2 Ph2] WINDOW_MOVE_TR1 [VDSL2 Ph2] DETERMINE_AGC_TR1 [VDSL2 Ph2] START_SENDING_R_TRAINING1 [VDSL2 Ph2] START_SENDING_R_TEQ [VDSL2 Ph2] START_SENDING_R_QUIET3 [VDSL2 Ph2] START_TRAINING_TEQ [VDSL2 Ph2] START_TRAINING_TEQ_2nd [VDSL2 Ph2] START_SENDING_R_ECT [VDSL2 Ph2] START_SENDING_R_ECT_2nd [VDSL2 Ph2] START_SENDING_R_PERIODIC2 [VDSL2 Ph2] START_MONITOR_O_PERIODIC2 [VDSL2 Ph2] START_SENDING_R_TRAINING2 [VDSL2 Ph2] TX_R_TA_UPD_TR2 [VDSL2 Ph2] TX_R_ACK_TR2 [VDSL2 Ph2] ADJUST_TA_TR [VDSL2 Ph2] RECEIVE_OP_VECTOR2 [VDSL2 Ph2] RECEIVE_OP_VECTOR21 [VDSL2 Ph3] RX_O_MSG1_MEDLEY [VDSL2 Ph3] MEDLEY_TRAINING [VDSL2 Ph3] MEDLEY_TRAINING_2 [VDSL2 Ph3] TX_R_MSG2_MEDLEY [VDSL2 Ph3] TX_R_TPS_ACK_MEDLEY [VDSL2 Ph3] TX_R_PMS_MEDLEY [VDSL2 Ph3] TX_R_ACK_SEG_MEDLEY [VDSL2 Ph3] TX_R_PMD_MEDLEY [VDSL2 Ph3] ENTER_VDSL2_TX_SHOWTIME [VDSL2 Ph3] RX_O_P_MEDLEY_LD [VDSL2 Ph3] TX_R_P_MEDLEY_LD_END [VDSL2 Ph3] START_SENDING_R_TRAINING3 [VDSL2 Ph3] RX_O_MSG_LD [VDSL2 Ph3] TX_R_MSG_LD [ADSL TxTim] LOAD_R_MSG_FMT_PCB_LENGTH [ADSL TxTim] LOAD_R_REVERB1_LENGTH [ADSL TxTim] DETERMINE_FINAL_AGC [ADSL TxTim] END_OF_R_REVERB1 [ADSL TxTim] CALCULATE_CHANNEL [ADSL TxTim] C_PILOT_MEAS [ADSL TxTim] C_CTREF1_MEAS [ADSL TxTim] CTREF1_TO_CREVERB2 [ADSL TxTim] C_MONITOR_MEASUREMENT [ADSL TxTim] C_MONITORING_DONE [ADSL TxTim] C_ECHO_MEASUREMENT [ADSL TxTim] C_CHANNEL_MEASUREMENT [ADSL TxTim] C_ECHO_MEASUREMENT_2ND [ADSL TxTim] SEND_R_MEDLEY [ADSL TxTim] END_SEND_R_MEDLEY [ADSL TxTim] BUILD_R_PARAMS [ADSL TxTim] SEND_R_SEGUE1 [ADSL TxTim] SEND_R_SEGUE2 [ADSL TxTim] SEND_R_SEGUE3 [ADSL TxTim] SEND_R_SEGUE4 [ADSL TxTim] TEST_ON_R_SEGUE_LD [ADSL TxTim] DETECT_C_ACK_OR_NACK [ADSL TxTim] PREPARE_FOR_LOADING [ADSL TxTim] SEND_R_QUIET2_LD [ADSL TxTim] R_ACK_R_NACK [ADSL TxTim] RESEND_R_SEGUE_LD [ADSL TxTim] TEST_ON_R_EXCHMARKER [ADSL TxTim] SEND_R_EXCHMRAKER [ADSL RxDet] C_ICOMB1 [ADSL RxDet] C_LINEPROBE [ADSL RxDet] C_ICOMB2 [ADSL RxDet] C_SEGUE1 [ADSL RxDet] C_SEGUE_RA [ADSL RxDet] C_SEGUE2 [ADSL RxDet] C_EXCHMARKER [ADSL RxDet] C_SEGUE1_LD [ADSL RxDet] C_SEGUE2_LD [ADSL RxDet] C_SEGUE3_LD [ADSL RxDet] C_SEGUE4_LD [ADSL RxDet] C_SEGUE5_LD [ADSL RxDet] C_SEGUE3 [ADSL RxDet] C_SEGUE4 [ADSL RxDet] C_NO_OP [ADSL RxMsg] PRE_C_MSG_FMT [ADSL RxMsg] C_MSG_FMT_PCB [ADSL RxMsg] C_MESSAGES1 [ADSL RxMsg] C_MESSAGES1_ADSL2 [ADSL RxMsg] C_MESSAGES1_LD [ADSL RxMsg] C_MESSAGES2 [ADSL RxMsg] C_MESSAGES2_ADSL2 [ADSL RxMsg] C_PARAMS_ADSL2 [ADSL RxMsg] C_MESSAGES_RA [ADSL RxMsg] C_MSG1_LD [ADSL RxMsg] C_MSG2_LD [ADSL RxMsg] C_MSG3_LD [ADSL RxMsg] C_MSG4_LD [ADSL RxMsg] C_MSG5_LD [ADSL TxMsg] R_MESSAGES1 [ADSL TxMsg] R_MESSAGES_RA [ADSL TxMsg] R_MESSAGES2 [ADSL TxMsg] R_BIGI HSMSG_CL HSMSG_CLR HSMSG_MR HSMSG_MS HSMSG_ACK1 HSMSG_ACK2 HSMSG_NAK_EF HSMSG_NAK_NR HSMSG_NAK_NS HSMSG_REQ_MS HSMSG_REQ_MR HSMSG_REQ_CLR HSMSG_NAK_NU HSMSG_UNKNOWN HSMSG_RQ_ACK2 isAnyModeSet: FALSE 1 isAnyModeSet: FALSE 2 isAnyModeSet: FALSE 3 MODE_NOTENABLE verifyCommonMode = FALSE 1 verifyCommonMode = FALSE 2 verifyCommonMode = FALSE 3 determineCommonMode = FALSE 1 determineCommonMode = FALSE 2 determineCommonMode = FALSE 3 bdcmVectorTryCnt %d, gVector_forced (%d %d) sendClearDownDone! *** INTERNAL ERROR ***** ==>TxGet (0x%8x, 0x%8x) ==>RxRelease (0x%8x, 0x%8x) STD_Interleaver_Size = 0x%x D0 max value = %02x R1 max value = %02x D1 max value = %02x PEER min %d max %d res %d delay %d inp %x=>%d ptm_cap %x CIpolicy %x cipolicy=%d gBondNpar2 (Local, peer) = %d %d ATU-R SENDING BIT_NPAR2_US_1_32_ANNEX_B .. CLR ATU-R SENDING BIT_NPAR2_US_1_32_ANNEX_B .. MS ==> ATU-R wants to enter diagnostics mode.. ==> Both ATU-C/R shall enter diagnostics mode.. ATU-R SENDING BIT_NPAR2_US_1To32_ANNEX_B .. CLR ATU-R SENDING BIT_NPAR2_US_1To32_ANNEX_B .. MS ==> VTU-R supports All Digital Mode .. ==> VTU-R requests Lineprobe stage .. ==> Initialization sequence shall include a Lineprobe stage .. ==> VTU-R wants to enter diagnostics mode.. ==> Both VTU-O/R shall enter diagnostics mode.. ==> gGhsAEleMode. %x ==> LOCAL wants to enter G.993.5 friendly.. %x ==> VTU-O supports All Digital Mode?: %d ==> VTU-O requests Lineprobe stage?: %d ==> VTU-O requests diagnostics mode?: %d ==> PEER G.993.5 friendly octet (0x1+0x4).. %x ==> startPilot_4QAMLogging .. (%d %d) 4QAM-1 startPilot_4QAMLogging: x = %6d, y = %6d, p = %d force pilot 0: force pilot to %d ==>(fsc, gain, measuredPower) = (%d/1000, %d/1000, %d) ==> RMS line single = %d/10000, newGaininDb=%d/100 15dB safer for AGC_MID 30dB safer for AGC_MID %d weakHsTone reset! storeModemCapabilities: no common mode!! ==> NO DMT MODE chosen ??? ==> pTxDstu->hsSendQuiet() .. TX (%d %d) sendClearDown: gepuB = %d ==> NS_CLEARDOWN .. C_FLAG1_RX HS :: enable SOC transmit. (GALF -> FLAG [%x]). FLAG: rxSt = %d data = 0x%x debug 3: RxBufPtr = %d, data = 0x%x cleardown: RxBufPtr = %d, data = 0x%x, TX-DSTU = (%d %d) C_GALF2_RX ERROR :: _nbrOfUserDataRxd_LOF _activeBuffer == NULL?? Prevent crash dummy_read = 0x%x _dbg_rxdData[%d]=%x HS :: send flags. C_GALF1_RX R_FLAG1_TX TX gBondPmeDiscReg = 0x%x, 0x%x RX gBondPmeDiscReg = 0x%x, 0x%x (clear %d) TX gBondPmeAggrReg = 0x%x RX gBondPmeAggrReg = 0x%x =>NomPsd_ds*10 = %d =>MaxPsd_ds*10 = %d =>MaxAtp_ds*10 = %d (TONE,TSSI)= VendorSpecialTreatment = %d NrOfLogTssiDs = %d LOCAL min %d inp %d ptm_cap %x CIpolicy %d CIpolicy %d ==> NrOfBandUs = %d, (%d, %d) ==> NrOfBandDs = %d, (%d, %d) ==> DftLengthRx 2N = %d ==> CE_LENGTH oct1 = %x ==> CE_LENGTH oct2 = %x ==> CE_LENGTH oct3 = %x ==> m = %d ==> CE_length_tmp = %x ==> NumOfBandsRfi = %d, (%d, %d) ==> CLR: ProfileSupported = 0x%x clear COSupportProfile_save disable 30a (LR) No common profile!! ==> CL/MS: ProfileSelected = 0x%x VendorSpecialTreatment=105 35B retrain (only VD) ==> NumOfBandsTx: %d (%d - %d) ==> NumOfBandsRx: %d ==> PEER: ProfileSelected = 0x%x COSupportProfile_save=0x%x ==> NumOfBandsRfi over 16 ==> !!!NumOfBandsRfi = %d, (%d, %d) ==> Initial IDFT size(TX) was set to be 16384 ==> Initial IDFT size(RX) was set to be 16384 ==> CE_length_VTUO = %d ==> Us0DecidedA = %x => %x ==> Us0DecidedB = %x ==> PEER: gVectoring = 0x%x => gVector(0x%x),PS multi 4 (%d),up FDPS(%d),8192 o-p-vector1(%d),o-p-vector1 flag tone only(%d) ==> PEER: BIT_SPAR2_9984_EXT = 0x%x ==> CLR: VECTOR_LR OperationType = 0x%x ==> MS: VECTOR_LR OperationType = 0x%x ==> PEER: SupportVDSL2_LR_Peer = 0x%x ==> SupportVDSL2_LR = 0x%x, OP_TREF_OR_QUITE =0x%x ==> CLR: VECTOR_LR NOMPSDus = %d ==> PEER: VECTOR_LR_NOMPSDus = %d ==> PEER: VECTOR_LR_NomPsd_us*10 = %d (TONE,US_TSSI)= ==> PEER: VECTOR_LR_NOMPSDds = %d ==> PEER: VECTOR_LR_NomPsd_ds*10 = %d (TONE,DS_TSSI)= (%d,%d,%d) ==> PEER: Offset_IDFT_Sample0_DN=%d ==> CLR: Offset_IDFT_Sample0_UP=%d commonMode: %x, gSupportedMode: %x %x, gDecidedMode: %x, gSupportedModeByWeb=%x Local TPS/PMS = %x %x %x %x Peer TPS/PMS = %x %x %x %x Common TPS/PMS = %x %x %x %x TpsTc/BtoL = %x %x %x %x CL gBondPmeSpar2 = %d ==> G.inp enable .. ==> gG_inp = %d ==> VECTOR_LR MS : VDSL2_ANNEX_B_US0 ==> VTU-R requests Vectoring .. ==> Vectoring will be enabled from Channel Discovery phase .. ==> VTU-R requests VECTOR_LR .. ==> VECTOR_LR will be enabled .. ==> VTU-O: AnnexA/B/C US0 = 0x%x ==> AnnexA US0 ==> AnnexB US0 ==> AnnexC US0 ==> G.993.5 follows ==> G.998.4-ext follows ==> G_VECTOR_LR follows ==> 992_1A ...., gSupportedModePeer = %x ==> 992_1B...., gSupportedModePeer = %x ==> 992_2 ...., gSupportedModePeer = %x ==> 992_3A/L ...., gSupportedModePeer = %x ==> 992_3B ...., gSupportedModePeer = %x ==> 992_3I ...., gSupportedModePeer = %x ==> 992_3J ...., gSupportedModePeer = %x ==> 992_5A ...., gSupportedModePeer = %x ==> 992_5B ...., gSupportedModePeer = %x ==> 992_3M ...., gSupportedModePeer = %x ==> 992_5I ...., gSupportedModePeer = %x ==> 992_5J ...., gSupportedModePeer = %x ==> 992_5M ...., gSupportedModePeer = %x ==> 993_1 ANSI T1.424 ...., gSupportedModePeer = %x ==> 993_1 Annex I ...., gSupportedModePeer = %x ==> 993_2 ...., gSupportedModePeer = %x mct MP ====== SIF Field => %s ====== error 1 error 2 error 3 counter: %d, (parTreeFinished, nextSegmentRequired) = (%d, %d) ### gRegistry_AtuR_G994VendorID_flag=1 !!! G994VendorID= %02X ***** ITU near end vendor Code = %c%c%c%c (0x%x) specific 0x%04x***** ====== ID Field => %s ====== gSupportedMode = 0x%x, gSupportedModeByWeb = 0x%x, (%d,%d,%d)(in MS) gSupportedMode_switch=%d,gSupportedModePeer=0x%x IKNS AD mode => %d IKNS VD mode => %d gAFEtype_force=%d,ADCPATH_VDMODE_force=%d/gAFEtype=%d,ADC_ADVDMODE=%d voipTrick=%d DS/US delay %d %d; inp %d %d retrainflag: change AFEtype ADC_ADVDMODE=%d retrainflag: voip delay trick ON retrainflag: voip delay trick OFF retrainflag: commonMode FALSE 3 retrainflag: use IKNStreatment retrainflag: change local delaymax to reduce delay for IPTV service retrainflag: retore delay BDCM_features = 0x%x, length %d, vector %d >>> gGhsRevNumber = %d, ATU_C_Rev_Number = %d, gSupportedMode = 0x%x ***** ITU far end vendor Code = %c%c%c%c (0x%x) specific 0x%04x***** VendorSpecialTreatment_forced = %d VendorSpecialTreatment not concordant --> retarin! ADSL_state(HS_1ST_MSG_RECEIVED) %c[1;32m >>> TSTC ADSL1 => retrain with ALCB %c[0m %c[1;32m >>> gHSDetected_AtuC_VendorID %x => %x %c[0m BDCM iReHsk = %d -> No Common Mode Selected!! ===>AnnexL...gReadsl_WBM=%d, gDecidedMode=0x%x ===>AnnexL...gReadsl_NBM=%d, gDecidedMode=0x%x DISABLE LDM WITH ADSL1 CHOSEN ... G994.1 END : _76gSignalPowerdBm_save*100 = %d,_76signalPowerdBm_save_2*100 = %d ADC_ADVDMODE_save %d, ADC_ADVDMODE %d, call pAfe->init() 35B DS IDFT error 35B IDFT(TX,RX)=(%d,%d)(FFT,IFFT)=(%d,%d) ==> SupportVDSL2_LR = %d, LongOrShortLoop_Vectoring=%d HsTransactionHandler::NOTIFY_NO_LOCK_ERROR HsTransactionHandler::NOTIFY_GENERAL_ERROR HsTransactionHandler::NOTIFY_PROTOCOL_ERROR ==> dpllLocking after 75ms .. ADPLL = %d, erasure = %d 4QAM-1 dpllLocking: x = %6d, y = %6d, p = %d Ph_err %d, ADPLL %d, 0xb824 %x writeBuffer_Ghsk: %d %d TransmitSoc not properly cleared! ** HS datalink *** ERROR invalid user HsSegment ** HS datalink *** ERROR message exchange during invalid phase ACK2 received - tx next segment ==> Tx: pSegment = 0x%8x, pSegment->length = %d TX_SEG:(ACK2) nsifHandleError!! TX_SEG:(msgType=0x%x) gSupportedMode=0x%x Ghs : gSignalPowerdBm_save*100 = %d RX_SEG: ** CRC - OK ** CRC - ERROR => ==> pilot_4QAMLoggingDataAvailable .. (%d %d) RTV = %x ADPLL=%d, 4QAM-16 after: x = %d, y = %d => Pilot scale error! 4QAM-1, x=%d,y=%d ==> pilot = %d, in pilotLoggingDataAvailable .. (%d %d) 4QAM-16 before: x = %d, y = %d 4QAM-1 BEFORE: x = %6d, y = %6d, p = %d 4QAM-1 AFTER: x = %6d, y = %6d, p = %d ERROR :: Underflow FLAG GALF ==>HsReceiveSoc::enableSocChannel - selectFlagDetection = %s 4QAM-1 2BAM: x = %6d, y = %6d, p = %d HS :: send R-TONE. (%d %d) R_TONE1_TX ERROR :: Overflow IKNS CO bug?? NAK_NS received! IFTN CO bug?? CLR can't support 35b! IKNS CO bug?? CLR can't support AELE CO_TranID=0x%x,CPE_TranID=0x%x,CPE_TranID_CL=0x%x send NAK-CD because CPE_TranID(0x%x) != CPE_TranID_CL(0x%x) disable_35B_NSif = %d LR try = %d Ghs_Transceiver_ID_ON_For_BDCM = %d NAK_NS workaround to ACK1 ??? R_SILENT1_TX ==> NOT EMPTY YET .. buf = 0x%x ==> ERASURE .. measInfo.nrErasures = %d ==> snr*100 = %d, gSignalPowerdBm = %d, signalPower*10 = %d,noise*10=%d, RxRefGaindB = %d, RxGaindB = %d, SNR_THD*100 = %d, Comb2DetectionCnt = %d Power (line): %d/10 dBm, (S,N)=(%d %d) ==> %d: tone #%d (x, y, p)= (%d, %d, %d) => # %d, snr %d/100 ERASURE: power = %d*1000 => new FFT_SCALE_G = %d wrong measurementDone !!! wrong startDetection !!! ***Warning: over extract (index=%d,length_w/o CRC bytes=%d) ***Warning: under extract (index=%d,length_w/o CRC bytes=%d) Amendment?? maskToneDs = (%d, %d) maskToneDs: mibCarrierMask_loaded maskToneUs = (%d, %d) RFI taken care of ==> Interpolation on (%d ,%d) ratio(re im Sqr scaling) = (%d %d %d %d)/1000 tone= %d => EXP=%d FEQ_scaling=%d, bi= %d gi=%d calculateShowtimeFeqV: max min = %d %d, sTreated = %d MT lab SDMM 35b 300m real line vector -> force kl_0_estimate_alg1 from %d to 100 prepareEndOfLdMode log2GroupSize_Tx=%d, log2GroupSize_Rx=%d index# tone# mi bi gi gi_dB done %d %d %d %d %d %d %d ==> OLR carriers truncated print (total=%d) (total_power100,avg_margin16,avg_margin10)=(%d, %d, %d) (data_bits,total_bits,load_tones,one_bit_tone)=(%d, %d, %d, %d) A.General dbg[0]=-99:help; -1:S/W default; 10:hard code; 99:print all dbg[0]=0:PmsTc manual; 1~6:force PmsTc parameters dbg[0]=20:Ginp manual; 21~26:force Ginp parameters B.Manually assign pmstc parameters: dbg[0]=0 dbg[1]=B00 dbg[2]=T dbg[3]=G dbg[4]=F dbg[5]=M dbg[6]=L dbg[7]=R dbg[8]=I dbg[9]=D dbg[10]=B01 dbg[11]=B10 dbg[12]=T1 dbg[13]=G1 dbg[14]=F1 dbg[15]=M1 dbg[16]=L1 dbg[17]=R1 dbg[18]=I1 dbg[19]=D1 dbg[20]=B11 C.Force parameters in algorithm search: dbg[0]=1:set the min rnage of a parameter dbg[0]=2:set the max rnage of a parameter dbg[0]=3:fix one parameter dbg[1]=1:B dbg[1]=2:T dbg[1]=3:G dbg[1]=4:F dbg[1]=5:M dbg[1]=6:L dbg[1]=7:R dbg[1]=8:I dbg[1]=9:D dbg[1]=10:MSGc dbg[1]=11:q dbg[1]=12:Nfec dbg[1]=13:S*1000 dbg[1]=14:NDR dbg[1]=15:MSGR dbg[1]=16:delay dbg[1]=17:INP*10 dbg[1]=18:U dbg[1]=19:B1 dbg[1]=20:T1 dbg[1]=21:G1 dbg[1]=22:F1 dbg[1]=23:M1 dbg[1]=24:L1 dbg[1]=25:R1 dbg[1]=26:I1 dbg[1]=27:D1 dbg[1]=28:MSGc1 dbg[1]=29:q1 dbg[1]=30:Nfec1 dbg[1]=31:S1*1000 dbg[1]=32:NDR1 dbg[1]=33:MSGR1 dbg[1]=34:delay1 dbg[1]=35:INP1*10 dbg[1]=36:U1 dbg[2]=value D.Manually assign G.INP parameters: dbg[0]=20 dbg[1]=H dbg[2]=Q dbg[3]=V dbg[4]=QTX dbg[5]=lb dbg[6]=D E.Force parameters in algorithm search: dbg[0]=21:set the min rnage of a parameter dbg[0]=22:set the max rnage of a parameter dbg[0]=23:fix one parameter dbg[1]=1:H dbg[1]=2:Q dbg[1]=3:V dbg[1]=4:QTX dbg[1]=5:lb dbg[1]=6:D dbg[1]=7:Nret all user-defined and manual parameters are reset! Manual=> Bp0 T G F M L R I D Bp1 Manual (Lp1)=> B10 T G F M L R I D B11 mode=%d, index=%d, value=%d ==> PmsTcParameters_forced = %d Ginp Manual=> H Q V QTX lb D Nfec S*1000 MSGR Delay INP*10 Manual=> %s=%d User Min=> User Max=> Nfec1 S1*1000 NDR1 MSGR1 Delay1 INP1*10 Nret rx pmstc inspect error (#%d,0x%x) tx pmstc inspect error (#%d,0x%x), olrFeCheckMask=0x%08x tx pmstc inspect error (#%d,0x%x) pmsParaCurr: B%d %d %d %d %d -- L%d %d %d %d %d OHR_min_In=%d;fLowestLatencyPath=%d;Net_min_p=%d;Net_max_p=%d;Delay_max_p=%d; INP_min_p=%d*0.1;support_bits=%d;latencypath_p=%d;search_mode=%d;fs*1000=%d; S_inv_max=%d;Aggre_int_delay=%d;DmaxSpec=%d; rnRatio=%d;olrMode=0x%08x;gOlr=0x%08x; OlrUpShift DVp_diff*100=%d,olrDVpMax=%d OlrDnShift DVp_diff*100=%d,olrDVpMax=%d solCnt1=%d,solCnt2=%d ROC request: MinMsgRateRx=%d, fs=%d,invSrx[0]=%d,delay=%d,inp*10=%d PmsTcAlg1ROC fail! By algorithm ROC_LP-rx, (T G F M L R I D) = (%d %d %d %d %d %d %d %d) wanring:olr_SRAfixB(%d,%d,%d) wanring:olr_SRAfixG(%d,%d,%d) wanring:olr_SRAfixT(%d,%d,%d) wanring:olr_SRAfixN(%d,%d,%d) wanring:olr_SRAfixF(%d,%d,%d) wanring:olr_SRAfixM(%d,%d,%d) wanring:olr_SRAfixR(%d,%d,%d) wanring:olr_SRAfixI(%d,%d,%d) (r,n,r/n,l,tdr10,ndr10)=(%d,%d,%d,%d,%d,%d) pmstc derived error (T=%d)! pmstc derived error (G=%d)! pmstc derived error (M=%d)! pmstc derived error (q=%d,I=%d)! ROC Rx P#0:(ADmax,MDmax,ADact,MDact)=(%d %d %d %d) ROC Rx P#1:(ADmax,MDmax,ADact,MDact)=(%d %d %d %d) LP min:(%d,%d); EST Lp=(%d,%d) LP fail:(%d,%d); EST Lp=(%d,%d) LP pass:(%d,%d); EST Lp_min=(%d,%d), NDR(%d,%d) LP pass:(%d,%d); EST Lp_max=(%d,%d), NDR(%d,%d) sBits_target:(%d,%d) ***Wrong active_path_rx(=%d) ==> VDSL2 Total L=(%d+%d)=%d rx primary not found (%d %d %d) rx ginp inspect error (#%d,0x%x,0x%x) tx ginp inspect error (#%d,0x%x,0x%x) nret=(%d,%d,%d) GinpRnRatio = %d/10000, GinpRnRatio_force=%d %03d (qtx,nret,q,a,l,h,v,QtxQH) = (%d %d %d %d %d %d %d %d) %03d (sq,ndr,etr,delay,inp) = (%d %d %d %d %d)/1000 %03d (q,qtx,nret,l,h,v,QtxQH) = (%d %d %d %d %d %d %d) ==> GINP Total L=(%d+%d)=%d rx ginp primary not found (%d %d %d) Error: D change to 1 Error: D change ==> NE OLR Type %d Lp#%d: delta=%d, skip=%d side=%d,done=%d,stable=%d,index_x=%d,index_y=%d,m_diff=%d,b_diff=%d,p_diff*100=%d ==> truncated print (print_size=%d) (data_bits,total_bits,load_tones,one_bit_tone)=(%d, %d, %d, %d), b_diff=%d Trellis fixed Trellis wrong!! original giPower*100=%d, olrTargetTotalPower*100=%d. nr_mi_done_ori=%d, nr_mi_done=%d. Power is increasing. olrTargetTotalPower_cnt=%d Power is decreasing. olrTargetsTotalPower_cnt=%d final giPower*100=%d, olrTargetTotalPower*100=%d. adjust power result: best (#%d %d %d), worst (#%d %d %d), avgMi %d loadedBitChange %d, trellisBitChange %d aocCommand[%d] = %d GetNeTxRefTxPsd_U_Itf=%d/10 dBm/Hz (%d %d %d %d %d %d) Calculate Rx PMD PmdParameters .. iToneOrderMode: random mode %d %d %d %d Tone reordering for ROC tones Tone reordering for GinpOH tones ST band[%d]: (a,b)=(%d,%d) OTE band[%d]: (a,b)=(%d,%d) %d %d %d %d %d kl_0 estimate = %d change AFE type, retrain, gAdVdPathCounter_LR=%d , LR_ADVDPath_RetrainFlag=%d SignalPowerdBm=%d/100 LongOrShortLoop_Vectoring=%d LR_ADVDPath_RetrainFlag=%d, ADC_ADVDMODE from %d to %d Profile35bFlag %d to %d catch SNR/Ei done... #%4d: %4d, %d %d MANT=%d EXP=%d Bi=%d (best) #%4d: %4d snrT_%03d_%02d_%02d_snrMiV=[ => %d bad tones, minMi = %d (tone %d) => %d best tones, maxMi = %d (tone %d) dbg[0]= %d:print Tx PmsTc registers %d:print Rx PmsTc registers %d:print Tx PmsTc parameters %d:print Rx PmsTc parameters %d:print Tx TpsTc parameters per bearer %d:print Rx TpsTc parameters per bearer %d:print Tx TpsTc parameters per latency %d:print Rx TpsTc parameters per latency %d:print Tx ReTx registers %d:print Rx ReTx registers %d:print Tx ReTx Configuration %d:print Rx ReTx Configuration %d:print Tx ReTx Parameters %d:print Rx ReTx Parameters %d:print Tx PmsTc Parameters **COMPETE** Tx PmsTc Registers: Tx Retx Registers: Rx PmsTc Registers: Rx ReTx Registers: Tx Bearer Capabilities: MappingOfBtoLtx=0x%02x, TpsTcMappedToBearerTx=0x%02x Tx Enable:(GINP, ROC, SOS)=(%d, %d, %d) Tx Bn#%d (Min, Max, Rev)=(%d, %d, %d)* %dkbps Tx Bn#%d (maxDelay, minINP, Type, CIpolicy)=(%d, %d/10, %d, %d) Tx Bn#%d (INP_no_erasure, Pre_emption, Short_packet)=(%d, %d, %d) Tx Bn#%d (Dynamic_interleaver, DV_max)=(%d, %d/10) Rx Bearer Capabilities: MappingOfBtoLrx=0x%02x, TpsTcMappedToBearerRx=0x%02x Rx Enable:(GINP, ROC, SOS)=(%d, %d, %d) Rx Bn#%d (Min, Max, Rev)=(%d, %d, %d)* %dkbps Rx Bn#%d (maxDelay, minINP, Type, CIPolicy)=(%d, %d/10, %d, %d) Rx Bn#%d (INP_no_erasure, Pre_emption, Short_packet)=(%d, %d, %d) Rx Bn#%d (Dynamic_interleaver, DV_max)=(%d, %d/10) Tx Latency Capabilities: active_path_tx=%d MSG_LP_tx=%d MSGR_min_tx=%d S_inv_max_tx=%d Net_min_tx=(%d,--)*%d kbps Net_max_tx=(%d,--)*%d kbps Delay_max_tx=(%d,--) INP_min_tx=(%d/10,--) Type_tx=(%d,--) CIpolicy_tx=(%d,--) max_delay_octet_tx=(0x%x,--) INP_no_erasure_tx=(%d,--) Pre_emption_tx=(%d,--) Short_packet_tx=(%d,--) Dynamic_interleaver_tx=(%d,--) DV_max_tx=(%d/10,--) Net_min_tx=(--,%d)*%d kbps Net_max_tx=(--,%d)*%d kbps Delay_max_tx=(--,%d) INP_min_tx=(--,%d/10) Type_tx=(--,%d) CIpolicy_tx=(--,%d) max_delay_octet_tx=(--,0x%x) INP_no_erasure_tx=(--,%d) Pre_emption_tx=(--,%d) Short_packet_tx=(--,%d) Dynamic_interleaver_tx=(--,%d) Net_min_tx= (%5d,%5d)*%d kbps Net_max_tx= (%5d,%5d)*%d kbps Delay_max_tx= (%5d,%5d) INP_min_tx= (%5d/10,%5d/10) Type_tx=(%d,%d) CIpolicy_tx=(%d,%d) max_delay_octet_tx=(0x%x,0x%x) INP_no_erasure_tx=(%d,%d) Pre_emption_tx=(%d,%d) Short_packet_tx=(%d,%d) Dynamic_interleaver_tx=(%d,%d) DV_max_tx=(%d/10,%d/10) ***Wrong active_path_tx(=%d) Rx Latency Capabilities: active_path_rx=%d MSG_LP_rx=%d MSGR_min_rx=%d S_inv_max_rx=%d Net_min_rx=(%d,--)*%d kbps Net_max_rx=(%d,--)*%d kbps Delay_max_rx=(%d,--) INP_min_rx=(%d/10,--) Type_rx=(%d,--) CIpolicy_rx=(%d,--) max_delay_octet_rx=(0x%x,--) INP_no_erasure_rx=(%d,--) Pre_emption_rx=(%d,--) Short_packet_rx=(%d,--) Dynamic_interleaver_rx=(%d,--) DV_max_rx=(%d,--)*0.1 ms Net_min_rx=(--,%d)*%d kbps Net_max_rx=(--,%d)*%d kbps Delay_max_rx=(--,%d) INP_min_rx=(--,%d/10) Type_rx=(--,%d) CIpolicy_rx=(--,%d) max_delay_octet_rx=(--,0x%x) Pre_emption_rx=(--,%d) Short_packet_rx=(--,%d) Dynamic_interleaver_rx=(--,%d) DV_max_rx=(--,%d)*0.1 ms Net_min_rx= (%5d,%5d)*%d kbps Net_max_rx= (%5d,%5d)*%d kbps Delay_max_rx= (%5d,%5d) INP_min_rx= (%5d/10,%5d/10) Type_rx=(%d,%d) CIpolicy_rx=(%d,%d) max_delay_octet_rx=(0x%x,0x%x) INP_no_erasure_rx=(%d,%d) Pre_emption_rx=(%d,%d) Short_packet_rx=(%d,%d) Dynamic_interleaver_rx=(%d,%d) DV_max_rx=(%d,%d)*0.1 ms Tx PmsTc Parameters: Bearer Type toPath bn Path Bpn Mp Tp Rp Dp Lp Path Np Gp Fp Ip q Up Path MSGc maxDp (TDR OR MSGR NDR)*10 %d %d %d %dk %dk %dk %dk Path SEQp SEQAp SEQBp SEQCp SEQDp PERBp Path (Sp delay INP fs PERp)*1000 %d %d %d %d %dk %d Rx PmsTc Parameters: Tx PmsTc Parameters **COMPETE**: Tx ReTx Configuration: Framing_options_tx = %d HRT_tx (tD,tS,rD,rS) = (%d,%d,%d,%d) Delay_tx (max,min) = (%d,%d) INPmin_tx (SHINE,REIN) = (%d,%d) ETR_tx (max,min) = (%d,%d) IAT_REIN_flag_tx = %d CIpolicy_tx = %d SHINE_ratio_tx*1000 = %d LEFTR_THRESH_tx*100 = %d RetxQueue_max_tx = %d Rx ReTx Configuration: Framing_options_rx = %d HRT_rx (tD,tS,rD,rS) = (%d,%d,%d,%d) Delay_rx (max,min) = (%d,%d) INPmin_rx (SHINE,REIN) = (%d,%d) ETR_rx (max,min) = (%d,%d) IAT_REIN_flag_rx = %d CIpolicy_rx = %d SHINE_ratio_rx*1000 = %d LEFTR_THRESH_rx*100 = %d RetxQueue_max_rx = %d Tx ReTx Parameters: Tx (Type, H, Q, V, QTX, lb, Nret, NRET, D)=(%d %d %d %d %d %d %d %d %d) Tx (SQ*1000, Delay*10, ETR*10, ReTxMem)=(%d %d %d %d) Rx ReTx Parameters: Rx (Type, H, Q, V, QTX, lb, Nret, NRET, D)=(%d %d %d %d %d %d %d %d %d) Rx (SQ*1000, Delay*10, ETR*10, ReTxMem)=(%d %d %d %d) SosMutipleStepFE sos one-bit tone treatment ==> FE OLR Type %d Lp#%d: delta=%d, skip=%d SosMutipleStep1 Idx %d to %d SosMutipleStep2 OlrRequestToneNr_FE=%d SosMutipleStepFE_done SosMutipleStepNE sos one-bit tone treatment SosMutipleStep1; sosMultiStepGoingNE=%d; Idx %d to %d SosMutipleStep2 OlrRequestToneNr_NE=%d SosMutipleStepNE_done performanceMargin16 = %d showtimeSOS_0 SOS_enable=0x%x sosMultiStepGoingNE=0x%x gG_inp=0x%x gOlr=0x%x G_SOSds=0x%x G_SOSus=0x%x suspend showtimeSOS = %d SOS config SOS: LowMiNr=%d, sosSwitch=%d,sosCnt=%d SOS band SNRM: showtimeSOS_1 sosSwitch=%d exSosMsgMode=%d SOS check %d time, monitor again! sosTSNRM16=%d, sosExtraSNRM16=%d SOS_NumOfBandsRx (%d,%d) deltaBi=%d sos1 dataBit %d %d %d %d Framing_type=%d %d (newdataBit%d ptr_oh->L_p%d) first maxD_p=%d SOS (D,newD)=(%d,%d)...1 SOS (D,newD)=(%d,%d)...2 showtimeSOS_2 pmsSuc=%d requestedBits=%d dataBit=%d p=%d actual sosTSNRM16=%d New PMS framing after SOS is done sos2 dataBit %d %d %d %d pmsSuc=%d showtimeSOS DONE showtimeOLRAlg1 ... OlrSRA_1 %d %d %d %d snrmBi1To14=%d Atrigger1 Atrigger2 Atrigger3 Atrigger4 Atrigger5 Atrigger6 Atrigger4.5 SRATrigOffUpCnt=%d SRATrigOffDnCnt=%d Atrigger7 Atrigger8 Atrigger9 r2.5 SRA_triggered_Alg1=%d %d OlrDTIMECountDown%d,OlrUTIMECountDown%d r2.6 performanceMargin16=%d upShift16=%d,dnShift16=%d,BsSraToggleCnt%d,sraDnOrUp%d,SraToggleDpChange%d r2.7 requestedBits=%d ToneInfo=%d %d %d OlrSRA_1 TARSNRMds %d %d,gSraBitMax=%d,olrMode=0x%08x upOlrSRA_2 miThd%d bitMax=%d sraBiDiffMax=%d gspnSraOn NDR %d %d %d %d bitAccu=%d GSPN_SRA_ZERO_BI_RECOVER toneNr=%d new Bi=%d Mi=%d GSPN:extra SRA tone: toneChanged,succeeded=%d, toneSelected=%d new Bi=%d Mi=%d upOlrSRA_3 dataBit%d,bitAccu%d,maxD_p=%d Framing_type=%d %d rxLpMaxByPmd=%d upOlrSRA_4 pmsSuc%d, newlp=%d,maxD_p=%d,sucNoNeedNewBi=%d upOlrSRA_5 dataBit %d %d ToneInfo=%d %d %d dnOlrSRA_2 miThd%d; %d,%d,%d dnOlrSRA_3 dataBit%d,bitAccu%d; %d,%d,%d 1. maxD_p=%d dnOlrSRA_4 pmsSuc%d, newlp=%d,maxD=%d, LpParamRx[0].Dp=%d dnOlrSRA_2 miThd%d,LpParamRx[0].L_p=%d GSPN:extra SRA tone: toneSelected=%d new Bi=%d Mi=%d dnOlrSRA_4.5 dataBit %d %d SRA error dnOlrSRA_5 dataBit %d %d dnOlrSRA_7 dataBit %d %d, LpParamRx[0].L_p=%d OlrSRA_8 OlrRequestToneNr_NE %d, LpParamRx[0:1].L_p=(%d,%d); NDR(%d,%d) GSPN 0->X tone %d copy tone %d; FEQ bi %d->%d, gi %d->%d GSPN 0->X old FEQ %d %d (%d,%d) tone m1 %d %d %d %d %d tone m2 %d %d %d %d %d GSPN 0->X new FEQ %d %d (%d,%d) OlrSRA_done showtimeOLRAlg1 xtm_elapse=%d OlrSRA_done gG_inp=%d,%d Set Rx PmsTc Parameters... Invalid max interleaving delay in bearer#%d and path#%d INP_min_ed=%d/10 (%d,%d) invalid active_path_rx(=%d) BDCM delay_max=255->1 bdcmSraDpBug %d limit supported bits (%d->%d) iBits_support forced %d->%d iBits_support(may minus 24 for RRC)=%d Manually assign Rx PMS-TC parmeters: Manually assign Rx GINP parmeters: Harcode Rx PMS-TC parmeters: Harcode Rx GINP parmeters: Rx P#%d:(ADmax,MDmax,ADact,MDact)=(%d %d %d %d) Rx LpReqRx[0]->maxD_p = %d ,MD_p=%d Rx LpReqRx[1]->maxD_p = %d ,MD_p=%d Rx rnRatio=(%d %d), rsGain=(%d %d) Noise Injection on Tx Path! Noise Injection on Rx Path! RRC Validation stop DTU retransmission! number of uncorrected RRC = %d number of uncorrected DTU = %d 0xa01c 0x9204 0x9200 %2d %d %2d, %08X %08X RX sImpLen = %d, sImpCnt = %d, sRxNoiseLength=%d, sRxNoiseInterval=%d TX sImpLen = %d, sImpCnt = %d SC 0xa01c 0x9204 0x9200 0x9208WQID 0x9208RQID 0x920c 0x9210 0x921c 0x9218 0x9214 %3d %2d %d %2d, %08X %08X %010X %010X %08X %08X %08X %08X %08X ###i_count=%d, count_check=%d, count_check_end=%d 0xa01c 0x9204 0x9200 0x9208 0x920c 0x9210 0x921c 0x9218 0x9214 %2d %d %2d, %08X %08X %08X %08X %08X %08X %08X %08X %d %3d %2d %d %2d, %08X %08X %010X %010X %08X %08X %08X %08X %08X ==> DEBUG GINP-OLR-TYPE5 .. 0xa01c 0x9204 0x9200 0x9208 0x920c 0x9210 0x91f4 crc8 j %2d %d %2d, %08X %08X %08X %08X %08X %08X %8d %8d uiDebug = NULL! Set Tx PmsTc Parameters... Tx P#%d:(ADact,MDact)=(%d %d) re-assign ADR %d %d re-assign ADR2 %d %d AD_max(%d,%d) MD_max(%d,%d) Tx LpReqTx[0]->maxD_p = %d ,MD_p=%d Tx LpReqTx[1]->maxD_p = %d ,MD_p=%d txRnRatio=%d Tx_cp P#%d:(ADact,MDact)=(%d %d) err_code_compete=%d Set Rx TpsTc Parameters... TpsTcMappedToBearerRx = 0x%2x force TpsTcMappedToBearerRx to 0x%2x RateAdaptRatioDs = %d iAdslIBControl_forced=%d TpsTcMappedToBearerRx=0x%x MappingOfBtoLrx = 0x%2x MappingOfBtoLrx=%d ==> PTM pre emption Rx in bearer#%d ==> PTM short packet Rx in bearer#%d ==> Support CIpolicy Rx in bearer#%d ==> DV_max10 Rx in bearer#%d ==> Dynamic interleaver Rx in bearer#%d ==> INP_no_erasure in Rx in bearer#%d Set Tx TpsTc Parameters... force TpsTcMappedToBearerTx to 0x%2x force MappingOfBtoLtx to 0x%2x TpsTcMappedToBearerTx=0x%x MappingOfBtoLtx = 0x%2x MappingOfBtoLtx=%d ==> PTM pre emption Tx in bearer#%d ==> PTM short packet Tx in bearer#%d ==> Support CIpolicy Tx in bearer #%d ==> DV_max10 Tx in bearer#%d ==> Dynamic interleaver Tx in bearer#%d ==> INP_no_erasure in Tx in bearer#%d ==> probe tones used: %d ==> NO TIME MARKER IS FOUND !!! %d %3d: 0x%08x 0x%08x ==> calculateTeq_V() .. (teqSelect_forced, guard_band) = (%d, %d) ==> (window_move, window_move_save) = (%d, %d) ==> put TEQ in place .. teq_gain = %d ==> put FEQ in place .. ==> init_Teq_V.. TEQ gardband = %d (ceiling, atp, MaxAtp, excess) = (%d, %d, %d, %d)/10 dBm rxLna4RxSos=%d target_sum_db-=6 == %d power_sum=%d*10E6, power_sum_db=%d/100 power_sum=%d, power_sum_db=%d/100 scale=(%d=>0):power_sum=%d*10E6 scale=(%d=>0):power_sum=%d len=(%d=>512):power_sum=%d*10E6 len=(%d=>512):power_sum=%d agc gain:(tgt,cur,gap,fnl)=(%d,%d,%d,%d,%d)/100 ==> adjust_symbolBoundary .. ==> Rx: (cp, cs, Beta, samples) = (%d, %d, %d, %d) ==> TA in Channel Discovery .. ==> pTxDstu->windowSize = %d ==> TA in Training .. make TimingAdvanceCorrection -2 shift TimingAdvanceCorrection=%d @@ txSync: %d (%d %d) %d ori TimingAdvanceTarget = %d, txBoundary: %d CD @@ TimingAdvanceTarget = %d, new txBoundary: %d, txSync = %d @@ TR TimingAdvanceTarget = %d, new txBoundary: %d, txSync = %d skipTA1 TimingAdvanceTarget = %d, txBoundary: %d, txSync = %d skipTA2 TimingAdvanceTarget = %d, txBoundary: %d, txSync = %d skipTA TimingAdvanceTarget = %d, txBoundary: %d, txSync = %d @@ TimingAdvanceTarget = %d, txBoundary: %d, txSync = %d ==> samples = %d ==>Tx:(cp cs beta) = (%d %d %d), Rx:(cp cs beta) = (%d %d %d) FEQ(%d): (%d, %d)/100 => (%d, %d)/100 (%3d %3d): %02x, %5d %5d adjust_TA2: (%d %d), txSync = %d ==> prepareRxShowtime: (%d %d) ==> RX0: (%d %d, %d %d) BearerConfigDs_0_ptm_cap=(0x%x,0x%x,0x%x) PTMREG[%#x]=%#x ==> prepareTxShowtime: (%d %d) ==> (NumOfTonesRx, NumOfTonesTx) = (%d, %d) ==> TX0: (%d %d, %d %d) %d: (%d %d %d) (%d %d) minTone=%d,maxTone=%d,pilot=%d,range=%d Error : too many RFI tone detectTone_inCD1 = %d ==> toneErased = %d dbmSum1,2 = %d %d, met dbmSum1,2 = %d %d ==> BestPilots[0] = %d %d ==> pilot_forced = %d max_timeBuff_value_midGain=%d ==>original iWindowMove = %d, absMax = %d fMaxMSE/10000 = %d, fMinMSE/10000 = %d, iPeakIndex = %d, iWindowMove = %d iTimeBuf0 = [ ==>Rx:(cp cs) = (%d %d) VerifyAsic:AsicReadTimeBuf iTimeBuf0=[ iTimeBuf1=[ Qln_rms=%d/10 dbm/Hz per-band %d: counter %d per-band i=%d RX PER-BAND(%d) LATN/SATN = %d, SNRM = %d, ATP = %d RX_ALL LATN = %d, SNRM = %d,%d, ATP = %d, gi_avg = %d BDCM : kl_0_estimate=%d LATN_PB_Rx[0]=%d IKNS : kl_0_estimate=%d LATN_PB_Rx[0]=%d IFTN : kl_0_estimate=%d LATN_PB_Rx[0]=%d kl_0_estimate=%d LATN_PB_Rx[0]=%d TX PER-BAND(%d) ATP = %d TX_ALL ATP = %d, gi_avg = %d VBB-%d, Block-%d: (S B_M B_L) = (%d %d %d) maxVal=%d VBB-%d: (MEq, ME.exp, ME.mant) = (%d, %d %d) ==> Intrp_Linear_Convert_TssiDs, (NrOfLogTssiDs, NumOfBandsRx) = (%d, %d) C_Min_Pcb_Ds = %d, apply_tssi_ds=%d ==> bandDs %d: (%d, %d) tssi(%d): %d/10000 %d %d %d Compute kl0 ..kl_0_Alg=0x%04x amAELE_MODE=%d MinKl0_Avg=%d (%d,%d,%d,%d,%d,%d,%d,%d,%d,%d) kl0RawData rxFFTSize=%d kl0Buf[] j_start = %d tone_count = %d total_act_tones = %d step = %d kl_0_estimate_alg1_ori = %d, kl_0_estimate_alg2_ori = %d. (MINKl0,MAXKl0)=(%d,%d)(%d,%d), HighDsTone_ByAttn = %d Loop is bridgetap!!! kl_0_estimate_alg1 = %d, kl_0_estimate_alg2 = %d. kl_0_estimate = %d. force kl_0_estimate = %d. kl_0_estimate_RMSG1 = %d. force kl_0_estimate_RMSG1 = %d. random_num= %d,%d,%d,%d ELErx_RMSG1[%d]=%d skip ftg_calculatePSDValues Exam(%d), NumOfBandsTx: %d => %d ftg_calculatePSDValues sRefPSD=%d MaxNomPsdUs=%d (gPsdCtrlWeb=%d) Tune PSD mask for OTE 300m rate Tune PSD mask for OTE 900m rate Tune PSD mask for OTE 600m (vector) rate Tune PSD for ST 500m ds rate Tune PSD mask for AVM at UNH 1000ft rate for OTE SDMM 35B vecotr 300m rate for OTE SDMM 35B vecotr 775m rate Tune PSD mask skip UPBO retore UPBO ##Cut more PSD %d/10 here optimalPSD = %d, NumOfTonesTx = %d User defined US PSD in ftg_calculatePSDValues force US1 %d/10 dB in MREFPSDus force US2 %d/10 dB in MREFPSDus force US3 %d/10 dB in MREFPSDus force US0 %d/10 dB in MREFPSDus UPBO_applied(band,a,b)= iAttnGain %d, MaxPsdLevel %d %d PsdCeiling_US = %d default_PSD_level=%d,MaxPsdLevel=%d,psdLvShift=%d Increase ftgValue=35000 for TR-114 BA17a 150m and 450m us rate ## ftg change for Croatia vdmode #### DAC_biasCurrent = %d After DAC reg = 0x%x decrease ftgValue to %d decrease ftgValue to 10000 change ftgValue to 34000 change ftgValue to %d orig ftgValue = %d max_psd_dB %d/%d, ftgValue = %d ### ftg_calculatePSDValues: PSD(US0,US0_forced, ref, extra) = %d %d %d %d ### ftg_calculatePSDValues: max min = %d %d; PSD(US0,US0_forced, ref, extra) = %d %d %d %d Reduce US0: %d %d Disable US0: %d %d ignore kl_0_final MREFPSD descriptor : after sub-carrier index: %d, PSD level: %d/10 dBm/Hz CDPSD descriptor : after ###i=%d, j=%d, R-MSG1=%d, O-SIG=%d, PSDCheck=0x%x VTU-R LOOP DIAGNOSTICS (DELT) Done DSP Version %s (%s) VDSL2- ******************************************************************** ==> vdsl2_lr_probeTimeoutV() .. end (%d, %d) pilot_seqlength_Us = %d!! ==> sending R-IDLE, ADPLL = %d ==> skip sending R-IDLE, ADPLL = %d ==> TX: (%d, %d=>%d) (%d, %d) ==> Pilot Sequence - (Index, Index_timemarker) = (%d, %d) ==> Pilot Sequence Reg = 0x%08x, pilotIndex_offset1 = %d ==> Pilot Sequence Reg for 10n+2 = 0x%08x ==> Pilot Sequence Reg for 10n+3 = 0x%08x ==> Pilot Sequence Reg for 10n+4 = 0x%08x ==> Pilot Sequence Reg for 10n+5 = 0x%08x ==> Pilot Sequence Reg for 10n+6 = 0x%08x ==> Pilot Sequence Reg for 10n+8 = 0x%08x ==> Pilot Sequence Reg for 10n+9 = 0x%08x (%3d %3d) (%3d %3d) %x %x %x %x ==> start detecting O-P-Synchro 7 .. (%d, %d) in O-IDLE before O-P-Sync6 ?? => 0x%x ==> tx_R_MSG_LD: prepareRxSoc() .. O-IDLE before O-P-Sync2 ?? => 0x%x Config values for slow path (bearer 0): (U, Dz, K, P, Drs, D, q) = (%d, %d, %d, %d, %d, %d %d) Config values for fast path (bearer 1): Contract values for slow path (bearer 0): (n, N, R, I, M) = (%d, %d, %d, %d, %d) Contract values for fast path (bearer 1): ==> sending R-MSG1-VDSL1 = (%d %d), ADPLL = %d, B=%d MONITORING O-TA_UPDATE, monitorLen1 = %d Send R-REPEAT_REQUEST .. ==> sending R-IDLE = (%d %d), ADPLL = %d max_timeBuff_value_midGain2=%d ## Read from Reg, IFFT size = %d, REQ_SCALE = %d, applied scale = %d ==> sending R-MSG1 = (%d %d), ADPLL = %d, B=%d ChannelDiscoveryVdsl2_sequenceStop .. vdsl2_lr_trainingStopV .. Rx(cp, cs) = (%d, %d).. Tx(cp, cs, windowsize) = (%d, %d, %d) vdsl2_lr_probeStopV .. LongOrShortLoop_Vectoring = %d ChannelAnalysisExchangeVdsl2_sequenceStop .. ChannelAnalysisExchangeVdsl1_sequenceStop .. ==> anaExchangeTimeoutV() .. end (%d, %d) ==> trainingTimeoutV() .. end (%d, %d) TrainingVdsl2_sequenceStop .. TrainingVdsl1_sequenceStop .. ==> realtime_save_idx = %d ==> ME_idx = %d RTV = %x ==> discoveryTimeoutV() .. end (%d, %d) RX_O_MSG1_MEDLEY: (%d %d) MEDLEY_TRAINING: (%d %d) BestPilots[0] = %d => %d MEDLEY_TRAINING: (%d %d). TX_R_MSG2_MEDLEY: (%d %d) Stop FEQ update : %d MEDLEY_TRAINING_2: (%d %d) TX_R_TPS_ACK_MEDLEY: (%d %d) TX_R_PMS_MEDLEY: (%d %d) TX_R_ACK_SEG_MEDLEY: (%d %d) TX_R_PMD_MEDLEY: (%d %d) VTU-R RX Loop Diagnostics %s %s VTU-R TX Showtime: (%d %d) ==> TX1: (%d %d, %d %d), RX(%d %d) RX_O_P_MEDLEY_LD: (%d %d) TX_R_P_MEDLEY_LD_END, RECEIVE RX_O_MSG_LD .. : (%d %d): %d START_SENDING_R_TRAINING3 in Dstu: (%d %d) TX_R_MSG_LD: (%d %d) TX_R_MSG2_VDSL1: (%d %d) (A B C D rtv): (%d, %d) = (%d %d %d %d %2x) MEDLEY_TRAINING_VDSL1: (%d %d) TX_R_CONTRACT1_VDSL1: (%d %d) TX_R_MARGINn_VDSL1: (%d %d) TX_R_ACK_SEG_VDSL1: (%d %d) TX_R_RQ_VDSL1: (%d %d) TX_R_BG_VDSL1: (%d %d) ENTER_VDSL1_TX_SHOWTIME: (%d %d) ChannelAnalysisExchangeVdsl2_sequenceStart .. ChannelAnalysisExchangeVdsl1_sequenceStart .. ==> write: (UsToneLimit, DsToneLimit) = (%d, %d) TIMER START_SENDING_R_ECT_2nd TX(%d %d) iCXSYadjustment = %d, %d, %d pilot(%d) PSD: %d => %d, AGC_MID(%d ->%d) pilot(%d) PSD: %d => %d, AGC_MID(%d) Rx(cp, cs) = (%d, %d).. Tx(cp, cs, windowsize) = (%d, %d, %d) discoveryTransceiverV txSync = %d seqDemapStart=%d, Opcode_length = %d rxtone=%d ==> SKIP pRxPmd->feq_init(FEQ_VDSL_CONJ) .. AGC_MID: newGainDb = %ddB discoveryTransceiverV... LongOrShortLoop_Vectoring = %d ==> internal (IFFT, FFT) = (%d, %d) ==> DiscoveryTransceiver (IFFT, FFT) length= (%d, %d) scale=(%d %d) Reduce gain at MID, newGainDb=%d ==> vdsl2_lr_probeTransceiverV (IFFT, FFT) length= (%d, %d) scale=(%d %d) AGC_MID: newGainDb_adsl = %ddB fft_scale=%d TIMER OP_REVERB0_MEASUREMENT_LR ### Tx(%d %d) Rx(%d %d) 4QAM: (#%d: %d, %d) TIMER OP_ECHO_MEASUREMENT_LR ### Tx(%d %d) Rx(%d %d) TIMER OP_ECHO_MEASUREMENT_2ND_LR ### Tx(%d %d) Rx(%d %d) bypass Tec sync = %d, symb = %d TX_EVENT1 DETECT_OP_TRAINING_LR: Tx(%d %d) Rx(%d %d) TX_EVENT1 DETERMINE_FINAL_AGC_LR: Tx(%d %d) Rx(%d %d) bypass CalculateAEQandLNA, rxGain = %d pilot %d ori exp=%d change FFTSCALE %d to %d, now exp=%d TX_EVENT1 END_OF_RP_REVERB1_LR: Tx(%d %d) Rx(%d %d) TX_EVENT1 OP_TREF1_MEAS_LR: Tx(%d %d) Rx(%d %d) TX_EVENT1 OP_PILOT_MEAS_LR: Tx(%d %d) Rx(%d %d) TX_EVENT1 OP_ECHO_MEASUREMENT_LR: Tx(%d %d) Rx(%d %d) TEC (3,31) TEC (7,63) R-MEDLEY TEC TX_EVENT1 OP_CHANNEL_MEASUREMENT_LR...Tx(%d %d) Rx(%d %d) TX_EVENT1 C_ECHO_MEASUREMENT_2ND...Tx(%d %d) Rx(%d %d) seguelrLen = %d LR_monitorLen5 =%d, gepuC = %d TX_EVENT1 END_OF_RP_SEGUE1_LR...Tx(%d %d) Rx(%d %d) txSync = %d %d %d %d TX_EVENT1 DETECT_OP_PILOT_LR...Tx(%d %d) Rx(%d %d) TX_EVENT1 MEASURE_QLN: TX(%d %d) RX(%d %d) TX_EVENT1 DETECT_OP_PROBING_LR: TX(%d %d) RX(%d %d) ==> COMB tx set: ==> COMB rx set: OPCOMB2 Index Range = %d %d TX_EVENT1 RP_COMB2_LR_SENDING: TX(%d %d) RX(%d %d) TX_EVENT1 END_OF_RP_COMB2_LR: TX(%d %d) RX(%d %d) TX_EVENT1 RP_COMB3_LR_SENDING: TX(%d %d) RX(%d %d) TX_EVENT1 END_OF_RP_COMB3_LR: TX(%d %d) RX(%d %d) ProfileSelected=0x%x 0x%x %d: %d Us0DecidedB = %x (bits: B/M/A), Us0DecidedA = %x gHSDetected_AtuC_VendorID = 0x%x => 0x%x ==> gVectoring = %d, gVectorFriendly_common = %d ProfileSupported=0x%x, gSignalPower*100=%d ==> (CE_length_VTUO, CE_m) = (%d, %d) ==> PilotCD = %d, MON_GROUP_SIZE_LOG2_CD1 = %d VDSL2_TX_TRAINING_LR activate ===>vdsl2_lr_trainingStartV... FirstReverbCarrierUs=%d, LastReverbCarrierUs=%d DETECT_OP_VECTOR 1-1: (%d %d) ==> probe tones used: %d, pilot = %d %5d TX(%3d %3d) RX(%3d %3d): %5d %5d, %x %x %x %x DETECT_OP_TR_V1: (%d %d) START_SENDING_R_VECTOR11: (%d %d) ==> PilotSeq - (Index, Tmarker, asic, calc) = (%d, %d, %d, %d) ==> Start detecting O_P_SYNCHRO_V2 .. WINDOW_MOVE_TR1: (%d %d) START_SENDING_R_TRAINING1: (%d %d) Bypass DETERMINE_AGC_TR1 Skip DETERMINE_AGC_TR1 FFT_SCALE_G=%d, fft_scale = %d ori exp=%d START_SENDING_R_TEQ of %d symbols: (%d %d) NO R-QUIET3! ### Read from Reg, IFFT size = %d, REQ_SCALE = %d, applied scale = %d START_SENDING_R_QUIET3 of %d symbols: (%d %d) ==> SKIP DOING TETQ, go to START_SENDING_R_ECT instead !!! START_TRAINING_TEQ: (%d %d) START_SENDING_R_ECT of %d symbols: (%d %d) TxSync = %d START_SENDING_R_PERIODIC2 of %d symbols: (%d %d),periodic2_MonLen=%d START_SENDING_R_TRAINING2 w/ R-IDLE: (%d %d) pilot seq (mark,calc)=(%d,%d) Rx SYNC symb Count(%d) error (need adjust!!!) TX_R_TA_UPD_TR2: (%d %d) TX_R_ACK_TR2: (%d %d) RECEIVE_OP_VECTOR2: (%d %d) in O-IDLE before O-P-Sync V3 ?? => 0x%x RECEIVE_OP_VECTOR21: (%d %d), K_nbOfEstimationSymb = %d RECEIVE_OP_VECTOR21: (%d %d) DETECT_OP_VDSL1: (%d %d) WINDOW_MOVE_VDSL1: (%d %d) TIMING_LOCK_VDSL1: (%d %d) CHNL_MEAS_VDSL1: (%d %d), ADPLL = %d RX_O_SIG_VDSL1: (%d %d) RX_O_SIG_VDSL1 (end): (%d %d) TX_R_MSG1_VDSL1: (%d %d) TX_R_ACK_VDSL1: (%d %d) SEND_RP_SYNC1_VDSL1: (%d %d) TrainingVdsl2_sequenceStart .. TrainingVdsl1_sequenceStart .. ==> PilotCD = %d gPilotForce=%d pilot =%d, pilotSNR=%d pilot =%d, pilotSNR=%d,maxtemp/100000=%d SLOVENIA : pilot =%d, pilotSNR=%d,maxtemp/100000=%d SLOVENIA : pilot force 90th eventually SLOVENIA : pilot force 100th eventually force BestPilots[8] and Pilot_BackUp_CD = 500. force BestPilots[8] and Pilot_BackUp_CD = %d. RotorPilotSelect: %d (%d %d %d %d %d %d) (pilotOfRotor,highestTone,highestSnrTone,highestSnrTone_snr)=(%d,%d,%d,%d) set adpllRotor=%d (turn off rotor) Change BestPilots[8] = %d to ### BestPilots[8] = %d, RotorPilotSelect[0]=%d NrOfPilotTones = %d MEASURE_QLN: (%d %d) DETECT_OP_CD1: (%d %d) WINDOW_MOVE_CD1: (%d %d) ==> PRESET TEQ .. ==> PRESET TEQ 8tap .. ==> SKIP window_move_CD1 .. Rx(cp, cs) = (%d, %d) ==> SKIP teq_init .. TIMING_LOCK_CD1: (%d %d) CHNL_MEAS_CD1: (%d %d), ADPLL = %d RX_O_SIG_CD1: (%d %d) %3d %5d %5d RX_O_SIG_CD1 (end): (%d %d) TX_RP_VECTOR1: (%d %d) TX_R_MSG1_CD1: (%d %d) DETECT_OP_SYNC: (%d %d) OP_PILOT1_TRAINING: (%d %d) CHNL_MEAS_PERIODIC1: (%d %d) RX_O_UPD_CD2: (%d %d) TX_R_UPD_CD2: (%d %d) TX_R_PRM_CD2: (%d %d) TX_R_ACK_SEG_CD2: (%d %d) TX_R_RQ_CD2: (%d %d) SEND_RP_SYNC3: (%d %d) O_P_ICOMB2_LR detected: Tx(%d %d) Rx(%d %d) O_P_ICOMB4_LR detected: Tx(%d %d) Rx(%d %d) O_P_SEGUE1_LR detected: Tx(%d %d) Rx(%d %d), RX GEPUC = %d O_P_SYNCHRO_V1 detected: (%d %d) O_P_IDLE: (%d %d) O_P_IDLE_BOUNDARY/WINDOW_MOVE_LDM: (%d %d) O_P_IDLE_BOUNDARY/TIMING_LOCK_CD1: (%d %d) O_P_IDLE_BOUNDARY/CHNL_MEAS_CD1: (%d %d) O_P_SYNC1 detected; Send SYNC1 => LINEPROBE => PERIOD1: (%d %d) O_P_SYNC1 detected(LR); Send SYNC1 => PERIOD1: (%d %d) O_P_SYNC1 detected; Send SYNC1 => PERIOD1: (%d %d) O_P_Periodic1_RTV=0x%x, (%d %d %d) O_P_PILOT1_END: (%d %d) O_P_SYNC2 detected: (%d %d) O_P_SYNC3 detected: (%d %d) O_P_SYNCHRO_V2 detected: (%d %d) O_P_SYNC4 detected, Send R_P_SYNC4: (%d %d) MONITORING O-P-PILOT2, monitorLen2 = %d MONITORING O-P-ECT: (%d %d) MONITORING O-P-TEQ: (%d %d) ADPLL = %d, phs_err_1st = %d MONITORING O-P-PILOT3: (%d %d) MONITORING O-P-PERIODIC2: (%d %d) O_P_PERIODIC2_END: (%d %d) O_P_SYNC5 detected, ADJUST_TA_TR, Send R_P_SYNC5: (%d %d), gepuB = %d O_P_SYNC5 detected, Send R_P_SYNC5: (%d %d) ==> Current PILOT SEQUENCE bit index counter value = %d => %d ==> Current PILOT SEQUENCE bit index counter value = %d O_P_SYNC V3 detected, Send R_P_SYNCHRO V1: (%d %d) O_P_SYNC V4 detected, Send R_P_Synchro V2: (%d %d) (%d %d %d) O_P_SYNC6 detected, detect O-IDLE followed by O-MSG-LD: Tx:(%d %d), Rx:(%d %d) O_P_SYNC6 detected, Send R-P-SYNC6: (%d %d) ==> RX1: (%d %d, %d %d) RX last synchro at (%d, %d)(symbCnt should be 256 in Vector) O_P_SYNC6 detected, Send R-P-SYN6: (%d %d) VTU-R RX Showtime %s %s O_P_SYNC7 detected, Send R_P_SYNC7: (%d %d) (B, C) = (%d, %d) O_P_SYNC1_VDSL1 detected: (%d %d) ==> REPEAT_REQUEST_detected: (%d %d) ==> O_MSG_PCB_LR: TX(%d %d) RX(%d %d) ==> discovery_O_SIGNATURE_decode: (%d %d) MsgType is error ==> SKIP adjust_TA .. ####Slovenia_35B_Treatment=%d ####gSignalPowerdBm_save=%d/100, kl_0_estimate=%d, UPBOFLAG_O_SIG=%d ADC_ADVDMODE=%d, gAFEtype=%d change AFE type, temp treatment 2014-12-04, gAdVdPathCounter=%d Do not change to AD path, use VD path,( gAdVdPathCounter=%d) Force (ADC_ADVDMODE %d,gAFEtype %d) DEBUG!!!ADC_ADVDMODE=%d ==> discovery_O_UPDATE_decode: (%d %d) ==> discovery_O_PRM_decode: (%d %d) ==> O_ACK_SEG_LD1_decode: (%d %d) ==> False detection of O_ACK_SEG .. ==> O_ACK_decode: (%d %d) ==> O_TA_UPDATE_decode: (%d %d) ==> O_MSG1_decode: (%d %d) ==> O_TPS_decode: (%d %d) ==> O_PMS_decode: (%d %d) Mp=%d,B_pn=%d,R_p=%d,NDR_p=%d, net_max=%d,MAXSNRMds=%d retrain to decrease ftgValue ==> O_PMD_decode: (%d %d) ==> O_ACK_SEG_decode: (%d %d) Q=%d,N=%d,DTUsizr=%d ==> O_MSG_LD_decode: (%d %d) ==> O_ACK_SEG_LD2_decode: (%d %d) ==> training_O_SIGNATURE_VDSL1_decode: (%d %d) ==> O_UPDATEn/O_MSG1_VDSL1_decode: (%d %d) ==> O_MSG2_VDSL1_decode: (%d %d) ==> O_CONTRACTn_VDSL1_decode: (%d %d) time out by command = %d time out for IKNS is 6000 symbols discoveryStartV... LongOrShortLoop_Vectoring=%d MONITOR MEASURE_QLN: Tx(%d %d) Rx(%d %d) DC = (%d %d)/%d MONITOR DETECT_OP_REVERB0_LR: Tx(%d %d) Rx(%d %d) Tone%d : (x1,y1)=(%d,%d) (x2,y2)=(%d,%d), x3=%d, toneDetected = %d Tone_next_to_pilotRootPower = %d MONITOR OP_REVERB0_MEASUREMENT_LR: Tx(%d %d) Rx(%d %d) >>> pilot %d : x=%d y=%d scale*100 = %d Pilot scale error: %d: x=%d y=%d ==> adjusting AGC_MID: GainDb (%d => %d)dB, %d MONITOR DETECT_OP_REVERB0_TO_QUITE5_LR: Tx(%d %d) Rx(%d %d) Tone %d : (x1,y1)=(%d,%d) (x2,y2)=(%d,%d), x3=%d, toneDetected = %d O-P-QUIET5 Detected: Tx(%d %d) Rx(%d %d) MONITOR OP_PILOT_MEAS_LR: Tx(%d %d) Rx(%d %d) MONITOR OP_ECHO_MEASUREMENT_LR: Tx(%d %d) Rx(%d %d) >>> 4QAM# %d : x=%d y=%d s= %d scale*100=%d CEM: Pilot scale error: %d: x = %d, y = %d, s= %d Tone %d, (x1,y1)=(%d,%d) (x2,y2)=(%d,%d), x3=%d, toneDetected = %d MONITOR OP_TREF1_TO_OP_REVERB2_LR: Tx(%d %d) Rx(%d %d) >>> OP_REVERB2 detected: LR_monitorLen4=%d >>> Start Sending RP-QUIET5-LR... >>> FEQ_ALL_ONES MONITOR OP_CHANNEL_MEASUREMENT_LR: Tx(%d %d) Rx(%d %d) bypass calculateTeqFeqSecond ==>calculateTeqFeqSecond(%d) done ! START MONITORING CHECK_OP_REVERB3_CONTENT: Tx(%d %d) Rx(%d %d) MONITOR CHECK_OP_REVERB3_CONTENT: Tx(%d %d) Rx(%d %d) LR_monitorLen3=%d START MONITORING CHECK_PILOT_OP_REVERB3: Tx(%d %d) Rx(%d %d) Pilot %d : (x1,y1)=(%d,%d) ==> SKIP doing 1/channel directly ! ==>doing 1/channel directly ! pilot: %d => (%d %d %5d %2d) CHECK TEQ-FEQ RESULT: Tx(%d %d) Rx(%d %d) MONITOR OP_ECHO_MEASUREMENT_2ND_LR: Tx(%d %d) Rx(%d %d) bypass calculateWindowMove calculateWindowMove txSync = %d ==>calculateWindowMove done ! MONITOR OP_MONITOR_MEASUREMENT_LR: Tx(%d %d) Rx(%d %d) %3d: (#77:%d,%d) (#%d:%d,%d) BestTone %3d : (x1 y1) = (%5d %5d) Comb2_BestTone %3d : (x1 y1) = (%5d %5d) MONITOR OP_CHECK_SEGUE1_LR: Tx(%d %d) Rx(%d %d) LR_monitorLen1=%d RX_GEPUA=%d, TrefQuietDetected=%d pilot %d : (x1 y1) = (%5d %5d), rtv = 0x%2x MONITOR DETECT_OP_PILOT_LR: Tx(%d %d) Rx(%d %d) >>> 4QAM# %d : x=%d y=%d x,y = %d,%d, CO is gone x,y = %d,%d RX:RTV=0x%x,gepuA=0x%x,gepuC=%d MON_GROUP_SIZE_CD1 = %d, MON_GROUP_SIZE_LOG2_CD1 = %d,_monitorGroups=%d ==> MULTI-PILOT CHOSEN: (%d, %d) ==> OP-PILOT1 training period: %d(ms) CHNL_MEAS_LONG: %d: (%d %d %d) %d: (%d %d %d) %d: (%d %d %d) iIKNStreatment = %d iIKNSadjustment = %d, rtv = %x x,y = %d,%d DETERMINE_AGC_TR1: (%d %d) ==> MULTI-PILOT CHOSEN at DETERMINE_AGC_TR1: delete ch1 .. START_TRAINING_TEQ 1st: (%d %d) START_TRAINING_TEQ 2nd: (%d %d) START_SENDING_R_PERIODIC2: (%d %d) START_MONITOR_O_PERIODIC2: (%d %d) BestPilots[0]... = %d(%d) => %d(%d) BestPilots[0] = %d(%d), BestPilots[1] = %d(%d) highestTone=%d(%d),highestTargetTone=(%d,%d),highestSnrTone=(%d,%d) BestPilots[0]=%d(%d) NrOfPilotTones=%d : %d(%d), NrOfPilotTones=%d ( ==> start detecting O-P-Synchro 6 .. (%d, %d) Messages are larger than 1024 bytes Field #1: Message code = %d Field #2: Downstream Minimum SNR Margin (MINSNRMds)/2 = %d Field #3: maxBitsPerTone = %d Field #4: RS_Setting_VDSL1_rx = %d Field #5: Intlv_Setting_VDSL1_rx = %d Field #6: (I q Mmin Mmax) = (%d %d %d %d) Field #6 (0 byte): Mandatory detailed interleaver setting only! Field #7: MAXNOMATPds = %d Field #8: max delay in ms = %d Field #9: MaxEOCBytes_VDSL1_rx = %d Field #10: MaxVOCBytes_VDSL1_rx = %d Field #11: support of express bit swap = %d Field #12: jmax_VDSL1_tx = %d ==> IKNS bug, skip extract Field #1: Message code = 0x%2x Field #2: Final length of CE = %d Field #2: Training Gain Update descriptor : sub-carrier index: %d, PSD level: %d Field #3: Timing advance correction = %d Field #2: Downstream Bands descriptor : band %d: (first - last) = (%d, %d) Field #2: Invalid Downstream Bands descriptor : Field #3: Upstream Bands descriptor : band %d: (first# - last#) = (%d, %d) Field #3: Invalid Upstream Bands descriptor : Field #4: RFI Bands descriptor : Field #4: Invalid RFI Bands descriptor : Field #5: Downstream Transmit PSD descriptor : => MaxNomPsdDs = max(PSDMASKds) = %d Field #5: Invalid Downstream Transmit PSD descriptor : TxPSD_Selector = %x (0xFF: Reference PSD; 0x00: Max PSD) Field #7: Upstream Transmit PSD descriptor : %d points => max(PSDMASKus) = %d/10 => Modified Upstream Transmit PSD descriptor : %d points Field #7: Invalid Upstream Transmit PSD descriptor : Field #8: Channel Discovery Downstream PSD descriptor : Field #8: Invalid Channel Discovery Downstream PSD descriptor : Field #9: Downstream transmit window length = %d Field #2: electrical-length: (coded final) = (%d %d)/10 Field #3: No limit to upstream PSD ceiling (MAXMASKus) level Field #3: Updated upstream PSD ceiling (MAXMASKus) = %d/10 dBm/Hz MAXMASKusAdj=%d/10,MAXMASKus=%d/10 ==> ignore MAXMASKus = %d Field #4: Highest allowed upstream sub-carrier = %d Field #5: Lowest allowed upstream sub-carrier = %d ==> modify HighestAllowedIdxUp = %d ==> modify LowestAllowedIdxUp = %d HighestAllowedIdxUp in 'J'=%d Force US0 start at tone %d Force US0 End at tone %d Force US0 end at tone %d Field #6: Blackout sub-carriers in the upstream direction Blackout sub-carrier %d: (first - last) = (%d, %d) ==> No Upstream Blackout sub-carriers .. Field #7: Timing advance correction = %d, currTA = %d ==> check O_UPDATE_Idx: (%d %d) Field #8: Total Bytes in G.998.4 = %d Field #9: Total Bytes in G.993.5 = %d Field #10: UPBOXFEL = %d kl0(%d) = %d Field #11.2: Kmax = %d Field #11.3: BackChannel_configParam = 0x%x Field #2: scale, a, b: %d: Field #3: SNR per sub-carrier group: Field #4: LATN per band: Field #5: SATN per band: Field #6: SNRM and SNRM per band: Field #7: ATTNDR: Field #8: ACTATP: Field #2: Downstream MEDLEY Reference PSD (MREFPSDds) sub-carrier index: %d, PSD level: %d dBm/Hz Field #3: MEDLEYds set Field #4: Cyclic extension length : %d Field #5: Downstream cyclic prefix = %d Field #6: Downstream transmit window length = %d Field #7: VTU-O IDFT size = %d Field #8: Duration of the VTU-O EC training period = %d Field #9: Requested duration of the VTU-O TEQ training period = %d Field #10: Requested duration of the VTU-R TEQ training period = %d Field #11: Requested minimum duration of the periodic signal = %d Field #12: Downstream frequency-domain spectrum shaping tssi band %d: (first - last) = (%d, %d) ==> all log_tssi is zero for all trasmitted sub-carriers .. Field #13: Quiet line noise per sub-carrier group Field #14: Channel characteristics function Hlog per sub-carrier group ERR MSG(%d): %x %x ==>2 in O-IDLE ?? => 0x%x, B = %d LDM Word: %4x in O-IDLE ?? => 0x%x, ADPLL = %d R-IDLE R-ACK R-MSG1 R-UPDATE R-MSG2 R-PRM R-TA-UPDATE R-TPS-ACK R-PMS R-PMD R-PRM-LD R-MSG-LD R-ERR-FEEDBACK R-REPEAT_REQUEST R-ACK-SEG R-NACK R-CONTRACT1 R-MARGINn R-B&G =========> VTU-R: %d words of %s sent, SegmentationIndex = 0x%2x =========> VTU-R: %d bytes of R-ERR-FEEDBACK sent, SegmentationIndex = 0x%2x =========> VTU-R: %d bytes of %s sent, SegmentationIndex = 0x%2x =========> VTU-R: %d words of %s sent .. =========> VTU-R: %d bytes of %s sent .. O-IDLE O-ACK O-SIGNATURE O-UPDATE O-MSG1 O-PRM O-TA-UPDATE O-TPS O-PMS O-PMD O-PRM-LD O-MSG-LD O-REPEAT_REQUEST ERROR! O-ACK-SEG O-UPDATEn O-MSG2 O-CONTRACTn O-B&G ================> VTU-R: %d bytes of O-PMD received .. ================> VTU-R: %d bytes of %s received .. First FLAG skipped!! ==> Payload_len = %d CRC OK for O_CONTRACTn CRC OK for O_BG Messages length: %d, SegmentationIndex = 0x%2x CRC error for O_CONTRACTn CRC OK for O_MSG2 CRC error for O_MSG2 CRC OK for O_MSG_LD CRC error for O_MSG_LD CRC OK for O_PRM_LD CRC error for O_PRM_LD CRC OK for O_ACK_SEG: %d CRC error for O_ACK_SEG CRC OK for O_ACK CRC error for O_ACK CRC OK for O_UPDATE CRC OK for O_UPDATEn CRC OK for O_MSG1 CRC error for O_UPDATE Field #2: US Trellis = 0x%2x totalBits = %d, totaltones = %d, onebittones = %d, TrellisTx = %d Lp in O-PMD = %d and in O-PMS = %d do not match!!! NDR %d ; net_max_rate %d ==> check O_PMD_Idx: (%d %d) Field #5 (amd1): Initialization status = 0x%x Field #6 (amd5): Total data bytes in G.998.4 = %d Field #7 (amd5): Total data bytes in G.993.5 = %d CRC OK for O_PMD Missing segment for O_PMD CRC error for O_PMD TX_DSTU fix: (%d 256) RX_DSTU fix: (%d 256) ================> VTU-R: anaExchange_R_BG_VDSL1_build Field #2: jmax = %d Field #3: Bits and Gains table = %d %d - %d ==> R-BG total: %d (octets) ==> R-BG left: %d (octets) Tx SOC Buffer is too samll for R_BG! ================> VTU-R: anaExchange_R_MARGINn_VDSL1_build Field #2: R-MARGINn = %d / 2 dB Tx SOC Buffer is too samll for R_MARGINn! ================> VTU-R: anaExchange_R_CONTRACT1_VDSL1_build Field #2: Rate in fast channel = 0 Field #3: RS_Setting in fast channel = 0 Field #4: Rate in slow channel = %d Field #5: RS_Setting in slow channel (N, R) = (%d, %d) Field #6: Intlv Setting in slow channel (I, M) = (%d, %d) Field #7: EOC Capacity = %d Field #8: VOC Capacity = %d Tx SOC Buffer is too samll for R_CONTRACT1! ================> VTU-R: anaExchange_R_MSG2_VDSL1_build Field #2: maxBitsPerTone = 15 Field #3: RS_Setting_VDSL1_tx = %d Field #4: Intlv_Setting_VDSL1_tx = %d Field #5: (I q Mmin Mmax) = (%d %d %d %d) Field #5: Mandatory detailed interleaver setting only! Field #6: Max power transmitted = %d / 10 dBm Field #7: Max interleaver memory = %d Field #8: MaxEOCBytes_VDSL1 = %d Field #9: MaxVOCBytes_VDSL1_tx = %d Field #10: support of express bit swap = 0 Field #11: jmax_VDSL1_rx = %d Tx SOC Buffer is too samll for R_MSG2! ================> VTU-R: training_R_MSG1_VDSL1_build Field #2: Training upstream PSD (CDPSDus) : Field #3: Echo canceller training flag = %d Tx SOC Buffer is too samll for R_MSG1! Tx SOC Buffer is too samll for R_ACK! ================> VTU-R: anaExchange_R_MSG_LD_build scale factor = %d; max_ab = %d ==> R-MSG_LD total: %d (octets) ==> R_MSG_LD left: %d (octets) Tx SOC Buffer is too samll for R_MSG_LD! ================> VTU-R: discovery_R_PRM_LD_build Field #2: Upstream MEDLEY Reference PSD (MREFPSDus) = %d Field #3: MEDLEYus set = %d Band(%d) = %d %d Field #4: Upstream cyclic prefix length = %d Field #5: Upstream transmit window length = %d Field #6: VTU-R IDFT size = %d Field #7: Duration of the VTU-R EC training period = %d Field #8: Requested duration of the VTU-R TEQ training period = %d Field #10: Requested minimum duration of the periodic signal = %d Field #11: Minimum duration of the R-P-TRAINING 1 signal = %d Field #12: Upstream frequency-domain spectrum shaping = %d ==> R-PRM_LD total: %d (octets) ==> R-PRM_LD left: %d (octets) Tx SOC Buffer is too samll for R_PRM_LD! KeepSending_RMSG1, ADPLL = %d %5d 0x%2x KeepSending_RMSG1, ADPLL = %d %5d 0x%2x (%d %d) ================> VTU-R: anaExchange_R_ACK_SEG_build ================> VTU-R: anaExchange_R_TPS_ACK_build Field #2: No G.998.4 Field #3: No G.993.5 ================> VTU-R: training_R_TA_UPDATE_build Field #2: Current timing advance = %d Field #4: Maximum value of timing advance = %d Field #5: Desired number of SOC bytes per DMT symbol in O-P-MEDLEY = %d Field #6: Desired number of SOC bytes per DMT symbol in R-P-MEDLEY = %d Field #7: No G.998.4 Field #8: No G.993.5 Tx SOC Buffer is too samll for R_TA_UPDATE! ================> VTU-R: discovery_R_MSG1_build force kl_0_coded = %d Field #2: Estimate of electrical length = %d/10 force Initial upstream PSD ceiling = %d Field #3: Initial upstream PSD ceiling (CDMAXMASKus) = MaxNomPsdUs = %d/10 dBm/Hz Field #3: Initial upstream PSD ceiling (CDMAXMASKus) = PsdCeiling_US = %d/10 dBm/Hz Field #4: Channel Discovery upstream PSD (CDPSDus) : CD_USPSD_TO_COmsg = %d sub-carrier index: %d, PSD level: %d/10 dBm/Hz (Report: %d/10 dBm/Hz) Field #5: Initialization Pilot tones : BestPilots[%d] = %d, BestPilots[%d] = %d force currTA = %d Field #6: Timing advance = %d Field #7: O-P-PILOT setting = %d Field #8: Upstream transmit window length = %d Field #9: Upstream cyclic prefix length = %d Field #10: No G.998.4 Field #11: G.993.5 length = %d Field #11: No G.993.5 Field #12: UPBOXEEL RxBand#=%d - ELE[]=( Field #12: No UPBOXEEL RMSG1_wrongCRC = %d Field #2: TPS-TC configuration BearerConfigRx[%d] - %cTM: (Min, Max, Rev) = (%d, %d, %d)*8kbps, maxDelay = %d, minINP = %d, options = (%d,%d,%d) BearerConfigRx[n].maxNetDataRate %d change to %d BearerConfigTx[%d] - %cTM: ==> check O_TPS_Idx: (%d %d) Field #3: Maximum Delay Variation (amd 1) BearerConfigRx[%d] - DV_max = %d/10 (ms), org=%d, gDV_max10_forced=%d Field #4: ROC and SOS (amd3) (amd3) ds_us (SOS, ROC) = (0x%x, 0x%x) SOS_enable = 0x%x, ROC_enable = 0x%x ROC_enable = ROC_enable_forced = 0x%x Field #5 (amd5): Total data bytes in G.998.4 = %d Field #5.2 (amd5): VTU-O Retransmission Enable (Upstream) = %d; (Downstream) = %d orig max ETR_max %d Field #5.3 (amd5): Downstream ETR_max = %d, ginpEtrUnlimit=%d %d Field #5.4 (amd5): Downstream ETR_min = %d Field #5.5 (amd5): VTU-O Minimum Downstream Delay = %d Field #5.6 (amd5): Downstream IAT_REIN (0:100Hz; 1:120Hz) = %d INPMIN_REIN = %d INPMIN_REIN force %d Field #5.7 (amd5): VTU-O Downstream SHINE Ratio = %d/1000 Field #5.8 (amd5): VTU-O Minimum Upstream Delay = %d Field #5.9 (amd5): Upstream IAT_REIN (0:100Hz; 1:120Hz) = %d INPMIN_REIN = %d Field #5.10 (amd5): VTU-O LEFTR THRESH = %d/100 Field #5.11 (amd5): VTU-O Downstream Channel Initialization Policy = %d Field #6 (amd5): Total data bytes in G.993.5 = %d BDCM proprietary??? Field #7 (amd7): Time Sync Enable = %d Field #8 (amd1): attndr_method = %d CRC OK for O_TPS CRC error for O_TPS Field #2: Downstream Target SNR margin = %d/10 (dB) Field #3: Downstream Minimum SNR Margin = %d/10 (dB) Field #4: Downstream Maximum SNR Margin = %d/10 (dB) Field #5: RA-mode = 0x%2x Field #6: NTR = 0x%2x Field #7: TPS-TC capabilities of VTU-O maxNrof (STM, ATM, PTM)ds = (%d, %d, %d) maxNrof (STM, ATM, PTM)us = (%d, %d, %d) supported combinations of bearer0 and TPS-TC (STM, ATM, PTM)ds = (%d, %d, %d) supported combinations of bearer1 and TPS-TC (STM, ATM, PTM)ds = (%d, %d, %d) supported combinations of bearer0 and TPS-TC (STM, ATM, PTM)us = (%d, %d, %d) supported combinations of bearer1 and TPS-TC (STM, ATM, PTM)us = (%d, %d, %d) VtuO_BearerChannel[%d]Ds - %cTM: VtuO_BearerChannel[%d]Us - %cTM: Field #8: PMS-TC capabilities of VTU-O Downstream OLR Capabilities = 0x%x Upstream OLR Capabilities = 0x%x gOlr(init=0x%x=>0x%x, O-MSG1 #8 final=0x%x) Downstream Message Overhead Data Rate = %d Upstream Message Overhead Data Rate = %d Max DS net data rate for latency path 0 = %d Max US net data rate for latency path 0 = %d Max DS net data rate for latency path 1 = %d Max US net data rate for latency path 1 = %d DS (1/S)max = %d US (1/S)max = %d ==> check O_MSG1_Idx: (%d %d) Field #9 (amd1): Downstream rate adaptation downshift SNR margin = %d/10 (dB) Field #10 (amd1): Downstream rate adaptation downshift time interval = %d (sec) Field #11 (amd1): Downstream rate adaptation upshift SNR margin = %d/10 (dB) Field #12 (amd1): Downstream rate adaptation upshift time interval = %d (sec) Field #13 (amd3): Downstream Flexible OH Frame Type 2 = %d (%x) Field #14 (amd3): Downstream SOS Multi-step activation G_SOSds = 0x%x Field #15 (amd3): Upstream SOS Multi-step activation G_SOSus = 0x%x Field #16 (amd3): MIN_SOS_BR_ds0 = %d (* 8kbps) Field #17 (amd3): MIN_SOS_BR_ds1 = %d (* 8kbps) Field #18 (amd3): SOS_TIME_ds = %d (* 64ms) Field #19 (amd3): SOS_NTONES_ds = %d (out of 100 percents) Field #20 (amd3): SOS_CRC_ds = %d Field #21 (amd3): MAX_SOS_ds = %d Field #22 (amd3): Downstream SNR Margin offset for the ROC = %d/10 (dB) (0x%x,0x%x) Field #23 (amd3): the required INP_no_erasure value for the ROC = %d Field #24 (amd5): Total data bytes in G.998.4 = %d Field #2 (amd5): VTU-O Support Upstream Retransmission = %d Field #3 (amd5): VTU-O Support Framing Type 2 = %d; 3 = %d; 4 = %d ***Warning: Type intended to is not supported! opt=(%d,%d) Field #4 (amd5): VTU-O Half Roundtrip Transmit Delay in DTU = %d; in symbol = %d Field #5 (amd5): VTU-O Half Roundtrip Receive Delay in DTU = %d; in symbol = %d Field #6 (amd5): DS (1/S)max with RTX = %d Field #7 (amd5): US (1/S)max with RTX = %d Field #8: Downstream D1 values supported (0x%x) warning: CO requests pow2! gBlockInterD=%d => %d ***Warning: under extract NrOfByte_OMsg1=%d gOlr(init=0x%x,O-MSG1 #24 final=0x%x) MT_test = %d Field #25 (amd5): Total data bytes in G.993.5 = %d Field #26 (amd7): REINIT_TIME_THRESHOLDds = %d Field #27 (amd7): Time Sync Capability = %d REPEAT_REQUEST_detected??? CRC error for O_MSG1 g35BSOSROC_Flag=%d -> %d => retrain!! ==> G.vector parameter field length = %d BDCM proprietary: skipBytes = %d: Field #21.2: Vectored downstream bands : Field #21.2: Invalid Vectored downstream bands : Field #21.3: Upstream pilot sequence length in bits = %d Field #21.5: Upstream sync symbol offset = %d Field #21.6: Upstream R-P-VECTOR1 PSD cutback = %d/10dB Field #21.7: Donwstream sync symbol counter modulo value N_SSC = %d Field #21.9: VTU-R ID(GHS TranID)=0x%x ==> ceiling of (N_carrier / F_sub) .. ==> Reserved for use by ITU-T .. Field #6.2: (Nb, padding, Fblock) = (%d, %d, %d) VBB-%d: (Fsub, Lw, Bmin, Bmax) = (%d, %d, %d, %d) Field #6.3: oneOverR : %d Field #6.4: Kmax_O : %d (Kmax_R = %d, pick min) Field #15.2: encapsulation_mode : %d (0:eoc; 1:eth) Field #15.3: VCE MAC : %02x-%02x-%02x-%02x-%02x-%02x Field #15.4: line_ID : %d Field #2: MSG_LP = %d Field #3: Mapping of bearer channels to latency paths = 0x%2x Field #4: Bx0 = %d Field #5: Bx1 = %d Field #6: LP0-us, (T G F M L R I D) = (%d %d %d %d %d %d %d %d) Field #7: LP1-us, (T G F M L R I D) = (%d %d %d %d %d %d %d %d) Field #8: MaxD0rx = 0x%6x ==> Pair can remove DS memory constraint, set MaxD0rx = 0x%6x MaxD0rx by gMaxD0rxForced = 0x%6x Field #9: MaxD1rx = 0x%6x MaxD1rx by gMaxD1rxForced = 0x%6x ==> check O_PMS_Idx: (%d %d) Field #10 (amd1): MaxD0tx = 0x%6x Field #11 (amd1): MaxD1tx = 0x%6x MaxD0tx=gMaxD0txForced = 0x%6x = %d MaxD1tx=gMaxD1txForced = 0x%6x = %d Field #12 (amd3): SOS_NumOfBandsTx =%d, Upstream [SosGroup,StartTone,EndTone]= [%2d,%4d,%4d] VTU-O Proposed SOS tone groups Group %d: (first# - last#) = (%d, %d) Adjusted Upstream SOS tone groups Field #13 (amd3): ROC_LP-us, (T G F M L R I D) = (%d %d %d %d %d %d %d %d) Field #14 (amd5): Total data bytes in G.998.4 = %d Field #2 (amd5): Upstream Framing Type = %d Field #3 (amd5): Upstream RS codewords per DTU = %d Field #4 (amd5): Upstream Padding Octets per DTU = %d Field #5 (amd5): Upstream Delay in two consecutive Tx DTUs = %d Field #6 (amd5): Upstream Loopback Value = %d Field #7 (amd1): Downstream OLR capabilities with G.998.4 = %d Field #8 (amd1): Upstream OLR capabilities with G.998.4 = %d GinpOlr(init=0x%x,final=0x%x) Field #9 (amd2): Block interleaving depth in the upstream direction = %d ***Warning: under extract NrOfByte_OPms=%d Field #15 (amd5): Total data bytes in G.993.5 = %d Field #16 (amd1): ATTNDR_max_delay_octets = %d CRC OK for O_PMS CRC error for O_PMS Field #2: Timing advance correction = %d Field #3: Desired number of SOC bytes per DMT symbol in O-P-MEDLEY = %d Field #4: Desired number of SOC bytes per DMT symbol in R-P-MEDLEY = %d ==> Number of SOC bytes final: (us, ds) = (%d, %d) ==> check O_TA_UPDATE_Idx: (%d %d) Field #5: Total Bytes in G.998.4 = %d Field #6: Total Bytes in G.993.5 = %d CRC OK for O_TA_UPDATE CRC error for O_TA_UPDATE ================> VTU-R: discovery_R_MSG_PCB_LR_build R_Min_Pcb_Ds=%d,O_P_PILOT=%d,OPTYPE=%d,LAST_TONE_DS=%d Group_SNR_Rx=%d MEDLEY NumOfTonesRx = %d ==> check O_PRM_Idx: (%d %d) Field #13: Total Bytes in G.998.4 = %d Field #14: Total Bytes in G.993.5 = %d CRC OK for O_PRM CRC error for O_PRM force us0 enable Field #4: Downstream Transmit PSD mask descriptor (PSDMASKds) : CO enable DPBO 0x%x Field #4: Invalid Downstream Transmit PSD mask descriptor (PSDMASKds) : Field #5: Upstream Transmit PSD mask descriptor (PSDMASKus) : %d points => MaxNomPsdUs = max(PSDMASKus) = %d => Modified Upstream Transmit PSD mask descriptor (PSDMASKus) : %d points Field #5: Invalid Upstream Transmit PSD mask descriptor (PSDMASKus) : Field #6: Channel Discovery Downstream PSD descriptor (CDPSDds) : Field #6: Invalid Channel Discovery Downstream PSD descriptor (CDPSDds) : Field #7: Initial downstream PSD ceiling (CDMAXMASKds) = %d/10 dBm/Hz Field #8: MAXNOMATPds = %d/10 dBm Field #9: Parameters for UPBOPSD_O_SIG : band %d: (a, b) / 100 = (%d, %d) Field #10: MaxTargetTotalDataRate = %d (* 8kbps) Field #11: Downstream Maximum SNR margin = %d/10 (dB) Field #12: Downstream Target SNR margin = %d/10 (dB) Field #13: Downstream transmit window length = %d ==> IKNS DftLengthRx 2N = %d Field #14: Downstream cyclic prefix = %d force TA 266 Field #15: no initial value of timing advance was set by VTU-O Field #15: Initial value of timing advance from VTU-O = %d Field #16: Contain zero breakpoints .. Field #16: Downstream Transmitter Referred Virtual Noise PSD : Field #17: SNRM_MODE_ds = %d, SNRM_MODE_us = %d Field #18: Contain zero breakpoints .. Field #18: Upstream Transmitter Referred Virtual Noise PSD : ==> check O_SIGNATURE_Idx: (%d %d) Field #19: UPBOREFEL = %d Field #20: Total Bytes in G.998.4 = %d Field #21: Total Bytes in G.993.5 = %d Field #22: AELE-MODE = %x %x (%d,%d,%d) Field #24: G.993.5 parameter field B = %d bytes gVector_Npar3 = %d G.993.5 parameter field B length error FDPS_pilotSeq_Naips=%d (FSPS pilot seq Index,sign inverse,cyc shift)= (%2u %2u %2u) %d <--- %d ================> VTU-R: discovery_R_PRM_build Medly_USPSD_TO_COmsg = %d sub-carrier index: %d, PSD level: %d/10 dBm/Hz (report: %d/10 dBm/Hz) Group_SNR_Tx=%d Field #13: No G.998.4 Field #14: No G.993.5 Tx SOC Buffer is too samll for R_PRM! ================> VTU-R: anaExchange_R_MSG2_build txVdsl2RocOffEn=1, txVdsl2RocOff=1, ROC US OFF Final G_SOSds = 0x%04x, G_SOSus = 0x%04x (%d,%d) gOlr=%x,dynamicSOS_NE=%d,dynamicSOS_FE=%d Field #2: TPS-TC capabilities of VTU-R VtuR_BearerChannel[%d]Ds - %cTM: VtuR_BearerChannel[%d]Us - %cTM: Field #3: PMS-TC capabilities of VTU-R bdcmSraDpBug disable dynamic D, gOlr=0x%08x Downstream OLR capabilities = 0x%x Upstream OLR capabilities = 0x%x MinMsgRateRx: VTU-O=%d VTU-R=%d decided=%d MinMsgRateTx: VTU-O=%d VTU-R=%d S_inv_max_rx: VTU-O=%d VTU-R=%d S_inv_max_tx: VTU-O=%d VTU-R=%d Field #4 (amd3): Upstream Flexible OH Frame Type 2 = %d Field #5 (amd3): Downstream SOS Multi-step activation G_SOSds = 0x%x Field #6 (amd3): Upstream SOS Multi-step activation G_SOSus = 0x%x Field #7.1: Total data bytes in G.998.4 = %d Field #7.2: Support of Upstream Retransmission = %d Field #7.3: VTU-R Support Framing Type 2 = %d; 3 = %d; 4 = %d Field #7.4: VTU-R Half Roundtrip Transmit Delay in DTU = %d; in symbol = %d Field #7.5: VTU-R Half Roundtrip Receive Delay in DTU = %d; in symbol = %d Field #7.6: S_inv_max_tx G.INP: VTU-O=%d VTU-R=%d Field #7.7: S_inv_max_rx G.INP: VTU-O=%d VTU-R=%d Field #7.8: Max US net data rate for G.INP = %d Field #7.9: Upstrem D1 values supported (0x%x), gBlockInterD=%d Field #7.10: MAXDELAYOCTET_ext_R = %d Field #9: Time Sync Capability not supported Field #10: Time Sync Period not supported Field #11: ATTNDR method capability not supported CRC OK for O_SIGNATURE Force TX start at tone %d Group_QLN_Rx=%d Group_QLN_Tx=%d CRC error for O_SIGNATURE R_ERROR_FEEDBACK_build ERROR (%d,0x%x,0x%x) VBB_ID = %d, (bitShift, VBB_Idx) = (%d, %d) (ME_exp, ME_mant): (%d, %d) >Block_ID %d B_M %d B_M %d B_L %d %d %d (bitShift, VBB_Idx) = (%d, %d), opcode_idx = %d Tx SOC Buffer is too samll for R_ERROR_FEEDBACK! ================> VTU-R: anaExchange_R_PMD_build Field #2: DS Trellis = %d Field #4: Tone ordering table = %d Field #5: Showtime Pilot Tones = %d Field #6 (amd1): Initialization status = 0x%x ==> R-PMD total: %d (octets) ==> R-PMD left: %d (octets) Tx SOC Buffer is too samll for R_PMD! ================> VTU-R: anaExchange_R_PMS_build Field #3: Mapping of bearer channels to latency paths (msg,act) = (0x%2x,0x%2x) Field #6: LP0-ds, (T G F M L R I D) = (%d %d %d %d %d %d %d %d) Field #7: LP1-ds, (T G F M L R I D) = (%d %d %d %d %d %d %d %d) Field #8: Erasure decoding used = %d sosBandIdx = %d , continue (go out to avoid crash ) rxTonesPerSosBand=%d,sosBandIdx=%d,gapNumber=%d,rxTones=%d Field #9: SOS_NumOfBandsRx = %d, Downstream [SosGroup,StartTone,EndTone]= Field #10: ROC_ds parameters (T G F M L R I D) = (%d %d %d %d %d %d %d %d) Field #11: Total data bytes in G.998.4 = %d Field #2: Downstream Framing Type = %d Field #3: Downstream RS Codewords per DTU = %d Field #4: Downstream Padding Octets per DTU = %d Field #5: Downstream Delay in two consecutive Tx DTUs = %d Field #6: Downstream Look-back value = %d Field #9 (amd2): Block interleaving depth in the downstream direction = %d Field #11: No G.998.4 Field #12: No G.993.5 Tx SOC Buffer is too samll for R_PMS! B00rx=%d,B10rx=%d,B01rx=%d,B11rx=%d p#%d:T=%d G=%d F=%d M=%d L=%d R=%d I=%d D=%d ROC:T=%d G=%d F=%d M=%d L=%d R=%d I=%d D=%d ================> VTU-R: discovery_R_UPDATE_build Field #2: Updated downstream PSD ceiling: (MAXMASKds) = %d/10 HighestAllowedIdxDn_save = %d highest_ds_tone=%d PSD(%d,%d) cut tones %d Field #3: Proposed highest downstream sub-carrier = %d Field #4: Proposed lowest downstream sub-carrier = %d Field #5: Blackout sub-carriers = %d Field #6: Suggested cyclic extension length = %d Tx SOC Buffer is too samll for R_UPDATE! C_Min_Pcb_Ds=%d gDecidedMode=%x => DoTEQ = %d gSQmin=%d/10000 ReadEOCStreamV2: rxEocRdIdx=%d, (%d,%d,%d,%d) SaveEOCStreamV2: length=%d,rxEocWrIdx=%d, (%d,%d,%d,%d) %c[31m EOC RX length=%d %c[0m Tx MSG command (all segments): %2d:%2d:%2d Tx MSG response (all segments): %2d:%2d:%2d total_size=%d Rx MSG command (all segments): %2d:%2d:%2d Rx MSG response (all segments): %2d:%2d:%2d Tx MSG command: %2d:%2d:%2d Tx MSG response: %2d:%2d:%2d Rx MSG command: %2d:%2d:%2d Rx MSG response: %2d:%2d:%2d %03x block#%d->(Hlog,QLN,SNR)=(%d,%d,%d)/10 dB truncated print total_size=%d wait=%2d, first=%2d, last=%2d ==> case_no:%d (%2d:%2d:%2d)(%d,%d) no support to case %d Warning:invalid oam priority type(=%d) high: normal: low: wait (h+n+l) = %d (%d+%d+%d) before dequeue: after dequeue: olr_update feq: %d %d => %d %d, bigi %d %d => %d %d @@oam_timeOut(1) rxOamTimer.running=%d Message transmitter fifo full(%d) Warning: waiting in queue is over the max Message receiver overwrite. stopReportERB send_ERB_cnt=%d ####stopReportERB, gShowtimeERBReport=0x%x p_cur=%d, p_new=%d, segmentEncodeStatus=%d ->Warning: decode exceeds msg size (%d,%d) ->FE Test Multi Read: ->FE Test Block Read: ->FE Test Single/Scalar Read: ->LATN_PB_Tx=(%d,%d,%d,%d,%d) ->SATN_PB_Tx=(%d,%d,%d,%d,%d) ->SNRM_Tx=%d %c[1;34m->FE SNRM = %d/10, %02d:%02d:%02d%c[1;37m ->SNRM_PB_Tx=(%d,%d,%d,%d,%d) ->ATTNDR_Tx=%d ->Peer NE ACTATP=%d ->Peer FE ACTATP=%d Peer FE TX INP_act_SHINE:%d Peer FE TX INP_act_REIN:%d Peer FE RX ETR:%d Peer FE RX delay_act_RTX:%d ->Peer FE INPACT(Br0,BR1)=(%d,%d) ->Peer FE SNRMROC=%d @@seg_stopTimer(1):rxSegTimer.running=%d @@seg_timeDone(1):rxSegTimer.running=%d %c[1;32mSegment id %d received%c[1;37m: %2d:%2d:%2d (%d, %d) @@oam_stopTimer(1):rxOamTimer.running=%d isSetTxTimer (%d) Set SEG ACK Count Down=%d @@oam_startTimer(1):rxOamTimer.running=%d,rxSegTimer.running=%d @@oam_startTimer(2):iOamTransmitCommand_forced=%d Warning: the running timer is stopped!(1) OLR timeout_threshold=%d OlrTimeStart_NE=%d Warning: OLR timeout is not released Warning: the running timer is stopped!(2) OAM timeout_threshold=%d Warning: OAM timeout is not released Segment id %d (repeat=%d,remain=%d) max_seg_id = %d SEG timeout_threshold=%d Warning: SEG timeout is not released FE (%d):time =(%d) Start timer (%dms): %2d:%2d:%2d (%d %d) (%d,0) LOSE(or error) sync inverse (rtv,gepuc)=(0x%2x,0x%2x) olr_swap_FE_FDPS delay bs sync map delay %c[1;31mUNDO FE OLR(%d)!!%c[1;37m: %2d:%2d:%2d (%d, %d) Warning:total_segment_number=%d Warning:cur_seg_id=%d Warning:output_idx=%d, length=%d @@olr_encode_NE(1) ***Warning:intend to do bitswap at pilot(%d) ***Warning:invalid bitload=%d ***Warning:swap to 1 bit ***Warning:disable OLR Type2 NE L change but receive L change request ***Warning:disable OLR Type2 NE Bpn change but receive Bpn change request ***Warning:disable OLR Type3 NE L change but receive L change request ***Warning:newD=%d is not in the range 1 and maxD ***Warning:disable OLR Type3 NE D change but receive D change request ***Warning:disable OLR Type3 NE Bpn change but receive Bpn change request ==> Sp: (old, new) = (%d, %d)/1000 Dtu_V = %d, Bpn = %d, dtuOH = %d Block FE OLR!!: %2d:%2d:%2d Cancel to allow new FE OLR request gFeOlrPause=%d return busy => Lp#%d diff(L,B)=(%d,%d) ==> FE OLR Type %d Lp#%d (L,B): (%d,%d) => (%d,%d) ***Warning:disable OLR Type3 FE D change but receive D change request => Lp#%d diff(L,D,T,G,B)=(%d,%d,%d,%d,%d) ==> Lp#%d (L,D,T,G,B): (%d,%d,%d,%d,%d) => (%d,%d,%d,%d,%d) ***Warning:disable OLR Type3 FE B change but receive B change request OLR_TYPE4_FE: NTG=%d TX SOS_Group(%d) = %d %d, sosBi=%d => sos_delta_bi_FE= %2d, sos (%d %d) bi=%d => Lp#%d diff(L,B,M,R,Q,V,Qtx,lb)=(%d,%d,%d,%d,%d,%d,%d,%d) => Lp#%d (%d,%d,%d,%d,%d,%d,%d,%d)=>(%d,%d,%d,%d,%d,%d,%d,%d) ==> FE OLR Type (%d) (Tone Nr = %d) ==> FE OLR Type %d #%d (g%d,b%d) => (g%d,b%d) ==> FE OLR Type %d truncated print ==> FE OLR Type%d TX_ROC #%d (g%d,b%d) => (g%d,b%d) FE OLR msg len dismatch(%d,%d)!!: %2d:%2d:%2d ==> toneStart = %d, toneEnd = %d ==> nrLoadedTones = %d, nrOneBitTones = %d, Totalbits = %d, nrDataBits = %d GINP Error =Lp0=%d, Lp1=%d Error =Lp0=%d, Lp1=%d ==> biChanges = %d, olrInvalidFE = 0x%x FE OLR olrInvalidFE(0x%x)=>Reject: %2d:%2d:%2d jiffies overflow or msg time error ???? FE OLR timediff (%d) FE OLR:time =(%d,%d) FE OLR Timeout(%d)!!: %2d:%2d:%2d (%d, %d) FE OLR:swapSync(%d) Message transmitter underread txfifo is masked (%d) warning:case %d over msg length(%d) txfifo is unmasked(%d) sending tx_oam_case %d (0x%02x,0x%02x,0x%02x) warning:case %d oam msg len(%d) > max len(%d) abort tx_oam_case %d (0x%02x,0x%02x,0x%02x) warning2:case %d oam msg len(%d) > max len(%d) before enqueue: after enqueue: ==> first_SSC_ds = %d, current_SSC = %d %d, SYNC = %d ERB_speed_m forced: from %d to %d (3)ERB_speed_m = %d (1)ERB_speed_m = %d NumOfTonesRxMax = %d ERB_shift_z = %d band (start, end) = (%d, %d) VBB-%d: tone = (%d, %d) NumOfBandsRx_V = %d F_block = %d Nb = %d ==> (Nb, padding, Fblock) = (%d, %d, %d) VBB-%d: (Lw, Fsub, Bmax, Bmin) = (%d, %d, %d, %d) (m, z) = (%d, %d) OlrNeUnDo Type=%d::RX Tone (1:%d, N:%d); Bits:%d; rate (%d %d); Lp (%d,%d) ==> NE OLR Type %d #%d (g%d,b%d) => (g%d,b%d) %c[1;31mUNDO NE OLR(%d)!!%c[1;37m: %2d:%2d:%2d (%d, %d) %dms NE OLR:time =(%d=%d-%d) @@seg_timeOutHandler(1):rxSegTimer.running=%d ==> NE OLR Type (%d) (Tone Nr = %d) => sos_delta_bi_NE= => Lp#%d (%d,%d,%d,%d,%d)=>(%d,%d,%d,%d,%d) ==> NE OLR Type %d Lp#%d (L,B): (%d,%d) => (%d,%d) ==> NE OLR Type %d truncated print NE OLR olrInvalid(0x%x)=>Abort olr_encode_NE false; gHeavyTraffic=%d gOlr=%d @@oam_findNextActivity(1):rxOamTimer.running=%d,rxSegTimer.running=%d @@oam_findNextActivity(2):iOamTransmitCommand_forced=%d EOC TX length=%d disable OAM_RX_OLR_ALGM first warning! test_no %d ==> OLR_forced(1stTone,PairNr,Gi,Bi,Di,Bpn) = (%d,%d,%d,%d,%d,%d) test_no %d ==> OLR_forced(L0,B0n,L1,B1n) = (%d,%d,%d,%d) ==> NE: %d (%d %d, %d %d) %c[1;32mNE %s Done(%d)%c[1;37m: %2d:%2d:%2d (%d, %d) %dms SOS setRxPmsTcRegisters ERROR! SOS Finish. sosMultiStepGoingNE=2->%d OlrNeDone::RX Tone (1:%d, N:%d); Bits:%d; rate (%d %d); Lp (%d,%d) L0->L2 L2Trim ==> FE: %d (%d %d, %d %d) ==> TxOlrDtuStop SymbCnt(Start, Length) = (%d, %d) %c[1;33mFE OLR Done(%d)%c[1;37m: %2d:%2d:%2d (%d, %d) OlrFeDone::TX Tone (1:%d, N:%d); Bits:%d; rate (%d %d); Lp (%d,%d) oamActCntDown=( @@olr_timeOutHandler(1):rxOamTimer.running=%d NE OLR Timeout: %2d:%2d:%2d (%d, %d) @@oam_timeOutHandler(1):rxOamTimer.running=%d @@seg_timeOut(1):rxSegTimer.running=%d Segment id %d timeout (repeat=%d): %2d:%2d:%2d (%d, %d) force oam send/report = 0x%02x, NE OLR->Type 1 Re:FE OLR->Type 1->Busy Re:FE OLR->Type 1->Invalid NE OLR->Type 2 Re:FE OLR->Type 2->Busy Re:FE OLR->Type 2->Invalid Re:FE OLR->Type 2->Not Enabled Re:FE OLR->Type 2->Not Supported NE OLR->Type 3 (SRA) Re:FE OLR->Type 3->Busy Re:FE OLR->Type 3->Invalid Re:FE OLR->Type 3->Not Enabled Re:FE OLR->Type 3->Not Supported NE OLR->Type 4 (SOS) Re:FE OLR->Type 4->Busy Re:FE OLR->Type 4->Invalid Re:FE OLR->Type 4->Not Enabled Re:FE OLR->Type 4->Not Supported NE OLR->Type 5/Adsl2: %d (GinpSRA) NE OLR->Type 5/Adsl2+: %d (GinpSRA) NE OLR->Type 5/Vdsl2: %d (GinpSRA) Re:FE OLR->Type 5->Busy Re:FE OLR->Type 5->Invalid Re:FE OLR->Type 5->Not Enabled Re:FE OLR->Type 5->Not Supported NE OLR->Type 6 (GinpSOS) Re:FE OLR->Type 6->Busy Re:FE OLR->Type 6->Not Enabled Re:FE OLR->Type 6->Not Supported Re: G.Vector Error Feedback Re: G.Vector OAM_RSP_ERROR_FEEDBACK_NACK Re: G.Vector Pilot Sequence Update ACK Re: G.Vector Pilot Sequence Update NACK Diagnostic EOC->Self-test Re:Diagnostic EOC->Self-test ACK Diagnostic EOC->Update Test Parameters Re:Diagnostic EOC->Update Test Parameters Re:Diagnostic EOC->CMD_ENTER_RTX_TESTMODE Re:Diagnostic EOC->CMD_LEAVE_RTX_TESTMODE Time->Set Time => Time (%2d:%2d:%2d) Re:Time->Set Time ACK Time->Read Time Re:Time->Read Time Inventory->Ident Re: Inventory->Ident => vendor id = => vendor id = %c%c%c%c => version no = %s => serial no = %s Inventory->Aux Ident Re: Inventory->Aux Ident Inventory->Self-test Results Re:Inventory->Self-test Results => Self-test Result: OK Re:Inventory->ADSL2/2+ PMD capabilities Re:Inventory->ADSL2/2+ PMSTC capabilities Re:Inventory->ADSL2/2+ TPSTC capabilities Re:Inventory->Init Flag: %d Re:Inventory->Init Flag & Reset: %d Control->ADSL2/2+ PMD parameters Re:Control: ADSL2/2+ PMD parameters Control->ADSL2/2+ PMSTC parameters Re:Control: ADSL2/2+ PMSTC parameters Control->ADSL2/2+ TPSTC parameters Re:Control: ADSL2/2+ TPSTC parameters Far End Management Counter Read Counters force: %d Re: Near End Management Counter Read NE:(FEC0,CRC0)=(%u,%u) NE:(FEC1,CRC1)=(%u,%u) (FEC_ES,ES,SES,LOS_ES,UES)=(%u,%u,%u,%u,%u) NE:Total(CellHEC,CellATM,BitError)=(%u,%u,%u) Clear EOC Re:Clear EOC->ACK Re:Clear EOC->NACK Power Management->L0 Request Power Management->L3 Request Re: Power Management->L0/L3 Request->Grant Re: Power Management->L0/L3 Request->Reject(busy) Re: Power Management->L0/L3 Request->Reject(invalid) Re: Power Management->L0/L3 Request->Reject(state not desired) Re: Power Management->L2 Request->Reject(BUSY) Re: Power Management->L2 Request->Reject(INVALID) Re: Power Management->L2 Request->Reject(Infeasible Parameters) Re: Power Management->L2TRIM Request->Reject(INVALID) Re: Power Management->L2TRIM Request->Reject(Infeasible Parameters) Re: Power Management->L2TRIM Request->Grant Re: Non-Standard Facility->ACK Re: Non-Standard Facility->NACK Re: Low Priority Non-Standard Facility->ACK Re: Low Priority Non-Standard Facility->NACK SNRM(%d) force: %d/10 %c[1;34m->NE SNRM = %d/10, %02d:%02d:%02d%c[1;37m Re: PMD Test Single Read ->LATN_PB_Rx=(%d,%d,%d,%d,%d) ->SATN_PB_Rx=(%d,%d,%d,%d,%d) ->SNRM_Rx=%d ->SNRM_PB_Rx=(%d,%d,%d,%d,%d) ->ATTNDR_Rx=%d ->Local NE ACTATP=%d ->Local FE ACTATP=%d GINP_SR_encode1:%d %d GINP_SR_encode2:%d %d %d Re: PMD Test Single Read Hlog(f) Re: PMD Test Single Read QLN(f) Re: PMD Test Single Read SNR(f) Re: PMD Test NACK ->BlockReadStart_FE=%d ->BlockReadEnd_FE=%d NE request: PMD Test Block Read sent! (%d %d) PMD Test Block Read 1 NE request: PMD Test1 Block Read sent! (%d %d) Re: PMD Test Single Read INP_SHINE Re: PMD Test Single Read INP_REIN Re: PMD Test Single Read ETR Re: PMD Test Single Read DELAY_RTX Re: PMD Test Block Read ->BlockReadStart_NE=%d ->BlockReadEnd_NE=%d Re: PMD Test Block Read->Hlog(f) Re: PMD Test Block Read->QLN(f) NE request: PMD SNR(f) Block Read sent! (%d %d) Re: PMD Test Block Read->SNR(f) Command segment warning:msg_length=0 Response segment Command segment IACK Response segment IACK Re: PMD Test Multi Read Re: PMD Test Next Multi Read LATN_PB_Rx: %d %d %d %d %d LATN_Rx: %d SATN_PB_Rx: %d %d %d %d %d SATN_Rx: %d SNRM: %d, %d %d %d %d %d SNRM_Rx: %d ATTNDR_Rx: %d ACTATP_Local_NE: %d ACTATP_Local_FE: %d INP_act_FE(BR0,BR1): (%d,%d) SNRM-ROC: -512(OutOfRange),actual %d/10 dB SNRM-ROC: %d/10 dB (offset %d/10,tartgetNM %d/16,SNRM-ROCds %d/16,SNRM-ROCds_init %d/16) SNRM-ROC: 0(NotMeasured) No corresponding Tx command or response (%d) ***Warning:inconsistent tx oam msg length(%d) and msg_index(%d) ->Receive invalid segment ACK! NE OLR FE OLR ->Type 1 no support to FE OLR Type 1 ->Type 2 no support to FE OLR Type 2 ->Type 3 (SRA) no support to FE OLR Type 3 ->Type 5 Adsl2 (GinpSRA) ->Type 5 Adsl2+ (GinpSRA) no support to FE OLR Type 5 busy to FE OLR Type 5 ->Type 4 Vdsl2 (SOS) no support to FE OLR Type 4 ->Type 5 Vdsl2 (GinpSRA) ->Type 6 Vdsl2 (GinpSOS) no support to FE OLR Type 6 busy to FE OLR Type 6 ->Defer/Reject Type %d ->Busy ->Invalid Params ->Not Enabled ->Not Supported ->Invalid Reason Code ->Receive the unexpected last segment ACK! ->Unknown OLR Response! G.Vector Pilot sequence update FDPS G.vector Pilot seq update Ready PilotSeqShowtimeFlag = %d FDPS_pilotSeq_Naips=0 error ==> All other values are reserved by ITU-T G.Vector Error Feedback ....error sample update period m=0(%d) ....WARNING: invalid set of error vector parameters!!!(%d) Diagnostic EOC ->Self-test ->Self-test ACK ->Update Params ->Start TX Corrupt CRC ->End TX Corrupt CRC ->Start RX Corrupt CRC ->End RX Corrupt CRC ->DIAG_ENTER_RTX_TESTMODE ->DIAG_LEAVE_RTX_TESTMODE ->Invalid! ->Set Time ->Read Time ACK Inventory ->Ident ->Aux Ident ->Self-test Result ->PMD Capabilities ->Init Flag ->PMS-TC Capabilities ->Init Flag & Reset ->TPS-TC Capabilities => version = => serial = ->FE Auxiliary Identification => Self-test Result: FAIL ->ADSL2/2+ FE PMD Capabilities ->Init Flag response ->ADSL2/2+ FE PMS-TC Capabs ->Init Flag & Reset response ->ADSL2/2+ FE TPS-TC Capabs ->Wrong! Control Param Read ->PMD Params ->PMS-TC Params ->TPS-TC Params ->FE PMD Params ->FE PMS-TC Params ->FE TPS-TC Params ->Far-End Management Counter FE:(FEC0,CRC0)=(%u,%u) FE:(FEC1,CRC1)=(%u,%u) (FE:Total(CellHEC,CellATM,BitError)=(%u,%u,%u) Power Management(length=%d) RX MSG:PM:SIMPLE_REQ:next state=%d SIMPLE_REQ MSG LENGTH ERROR!! L3 REQ SIMPLE_REQ State Not Desirable!! RX MSG:PM:L2_REQ L2_REQ Nlp=%d L2_REQ MSG LENGTH ERROR!! State Error for L2_REQ RX MSG:PM:L2_TRIM Rx L2_TRIM MSGlength=%d L2_TRIM MSG LENGTH ERROR!! State Error for L2_TRIM L3 GRANT Error in MsgHandle!! Clear EOC (Remote Management) FE ACK FE NACK and reason code Non-Standard Facility ->Request => vendor id = 0x%x Test Param Read ->Single Read ->from 21h to 26h ->Hlog(f) ->QLN(f) ->SNR(f) ->T_Mea(k) ->LATN ->SATN ->SNRM ->ATTNDR ->NE ACTATP ->FE ACTATP ->INP_SHINE ->INP_REIN ->ETR ->DELAY_RTX ->Multiple Read Block ->Next Multiple Read ->Block Read 1:ADSL2+/VDSL2 ->Multiple Read:ADSL2+/VDSL2 ->Block Read ->Block Read:VDSL2/ADSL2+ ->Vector Block Read ->Invalid (start=%d,end=%d)! ->Scalar Read ->FE INP_act ->FE SNRM ROC ->FE TX INP_act_SHINE ->FE TX INP_act_REIN ->FE RX ETR ->FE RX delay_act_RTX ->FE Single Read Result: FE ACTATP=%d ->FE Multiple Read result ->FE NACK FE reply: PMD Test Block Read! (len %d) ->FE Block Read result ->VBLOCK Read ->HLOG ->QLN ->SNR ->Invalid Case=%d! ->Invalid %d! Low Priority Non-Std Facility Low Priority newINMParam=%d,inmParamByCo.INMIATS=%d OAM message decoded error! case %d transmitted case %d discarded RxOamRing full, drop msg RxOam is too long, drop msg RxOam is too short, drop msg OAM_TYPE=0x%x length=%d ERROR:OAM ring is empty ERROR: OAM msg length is error FCS error!(%d) Address/Control/Designator error! case %d received Invalid command or response received! delete error new[]: fail to allocate kernel memory! (size=%d) new: fail to allocate kernel memory! (size=%d) Detect Margin Verification, power_limit_adjust = %d!!! ###ShowtimeOLR, disableBitSwap, gShowtimeERBReport=0x%x, gOlr=0x%x, Olr_Trigger_Diff_Save=%d, olr_trigger_diff=%d Time is %d ShowtimeOLR, back BitSwap, gShowtimeERBReport=0x%x, gOlr=0x%x, Olr_Trigger_Diff_Save=%d, olr_trigger_diff=%d Warning:olrCarrierSize=%d Warning:olrCarrierSize=%d,j=%d Ei_max = #%d(%d,%d) SRA_triggered=%d,olr trigger=%d+%d,cur_diff=%d,%d(#%d),%d(#%d),start_idx=%d,type=%d,olrTgtM16=%d,pM16=%d (ushift16,dshift16,ushiftT16,dshiftT16,utime,dtime,type)=(%d,%d,%d,%d,%d,%d,0x%x),Ei(tot%d,avg%d),olrTgtM16=%d lowMi Tone[%d]=%d trigger SRA AA8d margin test OLR done! TR114 margin test OLR done! Target olrTargetTotalPower_factor=%d/100, now =%d/100. olrTargetTotalPower_factor=%d/100 ###showtimeOLR , giPower_diffdB=%d gipower*100=%d, giPower_ShowtimeFirst*100=%d showtime OLR Margin avg16(tgt,cur)=(%d,%d),pwr100(tgt,cur-giPower)=(%d,%d),tgtScale*100=%d, giPower_diffdB*100=%d act margin16=%d, power100=%d autoRetrain=%d,noRetrain by iTpsDebugCtrl=0x%x ### LastResyncReasonCode: 0x%x showtimeLineDrop T=%03d:%02d:%02d LOS Failure Declared!!! (%d, %d) ***Warning:Invalid second_cnt=%d LOS Failure Lasting!!! (%d, %d) LOS Persistent Failure Declared!!! POWER LOSS!!! ***Warning:invalid LOS Status(%d) LOF Failure Declared!!! (%d, %d) LOF Failure Lasting!!! (%d, %d) LOF Persistent Failure Declared!!! PERSISTENT LINK FAILURE!!! ***Warning:invalid LOF Status(%d) gNearEndLomCounter>%d; showtimeLineDrop showtimeLineDrop by sCrc0Sec=%d sCrc1Sec=%d showtimeLineDrop by sRTX_C_Ne=%d farEndLPRV_IB1=0x%08x (%d) FE LPR detected Demap_ORUN, Demapper_ORun_Cnt = %d, %x, %x, %x : %2d:%2d:%2d Map_ORUN, Mapper_ORun_Cnt = %d, %x, %x %x : %2d:%2d:%2d Near End Loss of Frame!!!(current%d,total%d,status%d) Near End Loss of Signal!!!(current%d,total%d,status%d) Warning: expected_SSC_ERB = %d SSC_ERB = %d ######rtv=0x%x; GepuC = 0x%x, GepuA = %d GEPUC_preset! ERROR: Dying Gasp Clear RX SEG buffer! too many INS symbol (%d,%d) TPS unblocks cells: 0x6800=0x%08x pilotErasure = %4d (SNR %4d, ADPLL %4d, %4d,%4d), symbolErasure = %4d: %2d:%2d:%2d NM-Rx-Tx %3d %3d pilotErasure = %4d (SNR %4d, ADPLL %4d, %4d), symbolErasure = %4d: %2d:%2d:%2d NM-Rx-Tx %3d %3d (%d,%d,%d) pilotErasure = %4d (SNR %4d, ADPLL %4d, %4d,%4d), symbolErasure = %4d: %2d:%2d:%2d NM-Rx-Tx perMargin10=%3d(%3d) %3d EiTable[%3d] = %3d, BiMi = %d %d pilotErasure = %4d (SNR %4d[%d], ADPLL %4d, %5d,%4d), symbolErasure = %4d: %2d:%2d:%2d NM-Rx-Tx perMargin10=%3d(margin_cur=%3d, margin_raw=%3d,%3d) %3d SNRM(0.1dB) %4d %4d %4d %4d %4d %4d %4d %4d %4d %4d SNRMraw(0.1dB) %4d %4d %4d %4d %4d %4d %4d %4d %4d %4d ERROR: Monitor Restart by updateCountersV() gSosUsUpSraPause=%d gSosDsUpSraPause=%d incTxPwr=%d --> Pilot Seq Reg = 0x%08x Pilot Seq Update @%d Recv(%d,%d)->ACK(%d,%d)->Reg(%d,%d) #####showtime_ERB_buld, gShowtimeERBReport=0x%x Skip L2+ SSCprint Warning: m_too_small = %d Warning: erb_abnormal = %d ERB: %d %d queue: %d %d ...m = %d to %d: OLR for Lantiq... DPLLsens=%d, PilotSNR=%d: %2d:%2d:%2d DPLLsen !(%4d, %1d) (%4d, %1d) ...change to ERB state for Lantiq... DPLLsens=%d, PilotSNR=%d, symErasCnt=%d: %2d:%2d:%2d phs_err = %d showtimeMonitoringDoneV gOlr 0x%08x 0x%08x 0x%08x ret=showtimeSOS=%08x showtimeOLR ret=%d ==> showtimeStopV .. codesize (%d,%d,%d) dynamicChangeDpll=%d detectShineEnabled=%d detectReinEnabled=%d ==> showtimeStartV .. xTMmode = %d snrm_init = %d GinpParamTx.Dtu_D=%d>0, Disable FE SRA: gOlr = 0x%x GinpParamRx.Dtu_D=%d>0, Disable NE SRA: gOlr = 0x%x VTU RX enters GINP testmode because Nret==0 ROC TX bit error=%d %d To pair ROC tones, one more ROC TX tone=%d bi=%d RxTimeBuffer=[ %% RxTimeBuffer%d %8d, %8d, %% Tone(%5d,%5d) ];AA=RxTimeBuffer'; for i=1:16384 if AA(i) > 2^15*16 AA(i)=AA(i)-2^15*16; elseif AA(i) < 2^15*16 AA(i)=AA(i)+2^15*16; end AA=AA-32768*16 figure;plot(AA(:));grid on figure;plot(1:16384,20*log10(abs(fft(AA(1:16384)))+1));grid on ];RxTimeBuffer=RxTimeBuffer';figure;subplot(1,2,1);plot(RxTimeBuffer(:));grid on fout=fft(RxTimeBuffer(1:%d));len=length(fout)/2; subplot(1,2,2);plot(1:len,20*log10(abs(fout(1:len))));grid on; TxTimeBuffer=[ %% TxTimeBuffer%d ];TxTimeBuffer=TxTimeBuffer';figure;subplot(1,2,1);plot(TxTimeBuffer(:));grid on fout=fft(TxTimeBuffer(1:%d));len=length(fout)/2; subplot(1,2,2);plot(1:len,20*log10(abs(fout(1:len))));grid on; fout=fft(TxTimeBuffer(%d:%d));len=length(fout)/2; subplot(1,2,2);plot(1:len,20*log10(abs(fout(1:len))));grid on; RxCarrierBufferX=[ ];RxCarrierBufferX=RxCarrierBufferX';figure;subplot(1,3,1);plot(RxCarrierBufferX(:));grid on RxCarrierBufferY=[ ];RxCarrierBufferY=RxCarrierBufferY';subplot(1,3,2);plot(RxCarrierBufferY(:));grid on fin=RxCarrierBufferX(:)'+j*RxCarrierBufferY(:)';finv=wrev(conj(fin));len=length(fin);f=[fin,0,finv(1:len-1)]; subplot(1,3,3);plot(1:len*2,ifft(f));grid on; TxCarrierBufferX=[ ];TxCarrierBufferX=TxCarrierBufferX';figure;subplot(1,3,1);plot(TxCarrierBufferX(:));grid on TxCarrierBufferY=[ ];TxCarrierBufferY=TxCarrierBufferY';subplot(1,3,2);plot(TxCarrierBufferY(:));grid on fin=TxCarrierBufferX(:)'+j*TxCarrierBufferY(:)';finv=wrev(conj(fin));len=length(fin);f=[fin,0,finv(1:len-1)]; subplot(1,3,3);plot(1:len*2,ifft(f));grid on; Sachem Register: 0x%x = 0x%9x ( SACHEM2V_INT_MAIN_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_AOC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_SOC_RX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_SOC_TX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_MON_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_RX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_TX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_EOC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_ALARMS_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_MISC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_RX_DSTU_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_TX_DSTU_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_MSG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_RX_OLR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_TX_OLR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_INT_RX_INM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_DSTU_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SYMBOL_BOUNDARY_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SAMPLE_TIMER_GUARD_0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SAMPLE_TIMER_GUARD_1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIMER_RELOAD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_FREEZE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SCHEDULE_SWAP_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SYNC_PERIOD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SAMPLE_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SYMBOL_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SYNC_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SYNB_INTERRUPT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RTV_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_GEN_PURPOSE_A_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_GEN_PURPOSE_B_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_GEN_PURPOSE_C_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_GEN_PURPOSE_D_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SYNCHRONIZATION_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DSTU_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SYMBOL_BOUNDARY_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SAMPLE_TIMER_GUARD_0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SAMPLE_TIMER_GUARD_1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIMER_RELOAD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_FREEZE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SCHEDULE_SWAP_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SYNC_PERIOD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SAMPLE_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SYMBOL_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SYNC_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_SYNB_INTERRUPT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RTV_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_GEN_PURPOSE_A_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_GEN_PURPOSE_B_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_GEN_PURPOSE_C_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_GEN_PURPOSE_D_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_COEF1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_COEF2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_REF_A_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_REF_B_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_REF_C_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_TEST_PPM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_PILOT1_PARA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_PILOT2_PARA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_PILOT3_PARA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_PILOT4_PARA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ROTOR_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ADPLL_ADJ_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DELTA_T_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_ACCUMULATOR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_ACCUMULATOR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_ROTOR_FREEZE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_ROTOR_FREEZE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_FEQ_UPDAET_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_FEQ_DONT_TOUCH_0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEMAP_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TRELLIS_DECODER_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEMAP_BIT_LOAD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MON_ITF0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEMAPPER_DATARAM_INDEX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEMAPPER_DATARAM_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DSTONE_LIMIT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_EXTSOC_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DMTCOUNTER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DMTCOUNTER_CONFIG0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DMTCOUNTER_CONFIG1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE_CNTRL0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE_CNTRL1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE_CNTRL2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE_CNTRL3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE0_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE1_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE2_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE3_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE4_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE5_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE6_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBETONE7_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_PROBESYMBOL_COUNT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DMTCOUNTER_STATUS_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_CONSTDBG_CONTROL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_CONSTDBG_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEMAP_BIT_LOAD2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SEQUENCER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEMAP_TABLE0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MAP_TABLE0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_EOC_TX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_EOC_CNT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_AOC_TX_AOC_DATA_0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MSG_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MSG_CONTROL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_FRAMER_CNTRL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_VDSL1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_CELL_TRANSMIT_CONTROL ) 0x%x = 0x%9x ( SACHEM2V_TX_PATH_INTERFACE_CONFIG ) 0x%x = 0x%9x ( SACHEM2V_UTOPIA_ACCESS_CONTROL ) 0x%x = 0x%9x ( SACHEM2V_TX_TPS_RAM_CONFIG ) 0x%x = 0x%9x ( SACHEM2V_EOC_RX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_AOC_MESSAGE_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_AOC_CONTROL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DEFRAMER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_EOC_MASK_DYING_GASP_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEFRAMER_CNTRL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_EVENT_COUNTER_TABLE0 ) 0x%x = 0x%9x ( SACHEM2V_RX_EVENT_COUNTER_TABLE1 ) 0x%x = 0x%9x ( SACHEM2V_RX_VDSL1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_CELL_RECEIVE_CONTROL ) 0x%x = 0x%9x ( SACHEM2V_REV_CELL_PARAM ) 0x%x = 0x%9x ( SACHEM2V_RX_SAMPLE_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_WINDOW_SIZE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_WINDOW_BETA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_FFT_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RFIC_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_CARRIER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_INDEX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA5_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA6_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_TIME_BUF_DATA7_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_CARRIER_BUF_INDEX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_CARRIER_BUF_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_SAMPLE_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_WINDOW_SIZE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_WINDOW_BETA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_IFFT_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_CARRIER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_INDEX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA5_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA6_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_BUF_DATA7_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_CARRIER_BUF_INDEX_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_CARRIER_BUF_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RSDECODER_LP0_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RSDECODER_LP1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DECODER_STATUS0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DECODER_STATUS1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RSRECEIVE_IND_MEM_ACCESS_ADDR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RSRECEIVE_IND_MEM_ACCESS_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_OLR_CNTRL_ZERO_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_OLR_CNTRL_ONE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_OLR_CNTRL_TWO_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEMUX_SEQUENCE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_OLR_CNTRL_THREE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_LP0_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_LP1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_LP0_CNTRL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_LP1_CNTRL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_GENERAL_PURPOSE0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_GENERAL_PURPOSE1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_LP0_ADSL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEINTERLEAVER_LP1_ADSL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEMUX_LP0_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DEMUX_LP1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_INS_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_INM_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_INM_CONTROL0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_INM_CONTROL1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_INMAINPEQ1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CONFIG0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CONFIG1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_RRC_BITMAP0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_RRC_BITMAP1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_MISC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_LEFTR_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_UNCORRECTED_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_CORRECTED_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_EFTR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_EFBC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_EFTR_MIN_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_CRC8_COUNT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_FEC_COUNT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_EFTR_COUNTER_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CLOCK_COUNT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DEBUG_STATUS0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DEBUG_STATUS1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DEBUG_STATUS2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DEBUG_STATUS3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DEBUG_STATUS4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_RRC_ERROR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_SID_ERROR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_RRC_ERASURE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CONFIG2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CONFIG3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_CONFIG4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_SID_LEAP_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_ACK_MISS_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_UNFILLED_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_ERROR_COUNT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_RETX_DTU_CORRECTED_NEW_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RSENCODER_LP0_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RSENCODER_LP1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RSENCODER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_DTU_LIST_STATUS0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_DTU_LIST_STATUS1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_RECEIVED_RRC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_TRANSMIT_RRC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_LP0_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_LP1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_LP0_CNTRL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_LP1_CNTRL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_GENERAL_PURPOSE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_LP0_ADSL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_INTERLEAVER_LP1_ADSL_PARAM_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MUX_LP0_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MUX_LP1_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MUX_TOTAL_BITLOAD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MUX_STATUS_OFFSET ) 0x%x = 0x%9x ( TX_RSTRANSMIT_IND_MEM_ACCESS_ADDR_OFFSET ) 0x%x = 0x%9x ( TX_RSTRANSMIT_IND_MEM_ACCESS_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_OLR_CNTRL_ZERO_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_OLR_CNTRL_ONE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_OLR_CNTRL_TWO_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_CONFIG1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_ANOMALY_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_MISC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_ERROR_STATUS_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_CONFIG2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_CONFIG3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_CONFIG4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_RETX_CONFIG5_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_AFE_A_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_DSPFE_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_AFE_D_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_3BIQ_X_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_2BIQ_X_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_2BIQ_Y_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_AFE_A_REG_RD_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_DSPFE_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_RX_AFE_D_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DC_OFFSET_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TEQ_COEFF_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TEC_CONTROL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TEC_COEFF_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_DSPFE_INTF_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SAMPLING_FREQ_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_ERROR_FREQ_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_VCXO_ERR_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_MISC_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_0437_AFE_PLLCTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SOC_RX_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SOC_TX_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SOC_TX_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SOC_TX_OCP_CTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SOC_TX_OCP_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_SOC_RX_DATA_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MON_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MON_SYM_NOISE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MON_GENERAL_PURPOSE_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MON_PILOT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_MON_LOF_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_MAPPER_CONTROL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_USTONE_LIMIT_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_EXTSOC_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_DMTCOUNTER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_DMTCOUNTER_CONFIG0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_DMTCOUNTER_CONFIG1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_DMTCOUNTER_STATUS_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_MARKER_CONFIG_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_TIME_MARKER_CNTRL_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA0_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA1_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA2_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA3_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA4_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA5_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA6_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA7_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA8_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA9_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA10_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA11_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA12_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA13_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA14_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA15_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA1xx_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA2xx_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA3xx_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA4xx_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA5xx_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA6xx_OFFSET ) 0x%x = 0x%9x ( SACHEM2V_TX_PILOT_SEQUENCE_DATA7xx_OFFSET ) VD AFE Register: 0x%4x Init=0x%8x , current=0x%8x ; !!! different AD AFE register saved: gAfeStoredRegNew[%d][%d]=0x%x 8275afe[%1d][%1d]=>Init=0x%4x , Cur=0x %4x ; SWbackup=0x%4x ; !!! diff !!! swbp ======== mq_with_wait_receive &msgq->msg_wait_tx_q === board_enable_intrs() #### board_disable_intrs() T%07x: RPF%08d allocTimerUnit: not enough timer node to be allocated! XQ SEND FAIL -> MMtaskQ SMIF xDSL System Error! xtm_wkafter in disabling interrupt status xDSL Error! Delay too long in IRQ mode. DelayTime= %dms. &wait mcs_task create mcs task OK , pid=%d. create task fail. irqTable.modemObject (%d %d) == NULL! irqTable.modemObject (%x %x) != NULL! gOlr=0x%x,iOlr_forced=0x%x VDdisable35b_cnt = %d now not support 35b. ProfileSupported = 0x%x, (Web,force) = (0x%x,0x%x) voipTrickOn=%d,voipTrickCnt=%d thd=%d %d %c[1;37;40m modem reset .. new ch1 .. codesize (%d,%d,%d) checkDdrPhase0 --> Error Detected!! (Cnt,ASIC,DSP)=(%d, %d, %d) checkDdrPhase0 --> Correct!! (Cnt,ASIC,DSP)=(%d, %d, %d) -4dB in TEQ WARNING!!! Wrong in RLE0797A, no 1024 FFT size in VD path WARNING!!! Wrong in RLE0822, no support 2048 FFT size in VD path 0xb8a8b804 = 0x%x SampleFreq_forced = 0x%x 0xb820 26 bits instead of 24 bits, default VD value is 0x2832069 WARNING!!! Wrong Sample Ratio regRxAfeDCtrl.read()=0x%x 0xb820 regSampFreq = 0x%x ###1024FFT, 0xb820 is 0x%x -6dB in Resampler 0xb8a80034=0x%x, 0xb8000124=0x%x 0xb8000100=0x%x Rx AFE-D edge 25M AFE [b820]regSampFreq.read()= 0x%x ###AD2+ mode, AD/DA is in 80MHz manual set RxLPF= 0x%x 17a 6318C force positive Tx Clear All in 0xb8a8b004[6] RL6405 VD path only Afed init Done regRxAfeDCtrl.read()=0x%x ==> BYPASS AFED_INIT .. 0xb820/b824 controlled manually outside ==> RxOlrDtuStop SymbCnt(Start, Length) = (%d, %d) Rx timeout: %d fix_load range error! FEQ update done! MT 300m vectoring test alphaV = 0.8 (g1, g2, g4) alphaV = (%d, %d, %d) %d/100 MT lab 300m force log2K=9 Cameo_BBVD_3600_AD: A.1.9.2/TR67 BT 150~1500ft set (dpll_g1, dpll_g2)=(%d,%d) CETM co adsl2plus dpll g1/g2=50/5000 (dpll_g1, dpll_g2, dpll_g4, LOG2_K) = (%d, %d, %d, 0x%x), gSignalPowerdBm_save*100=%d (dpll_g1, dpll_g2, dpll_g4)_ADmode = (%d, %d, %d) feq_invertChannel() (%d %d), FEQ(%d)/100: (%d %d) => skip pilot Feq update = %d Warning: fseShift == expMin! FFT_SCALE_G=%d, fft_scale=%d FEQ.exp: (%d, %d), feqSqrMin: %d/100, FFT_SCALE_G = %d gfseShift=%d. pilot%d(tone,snr,weight,sens)=(%d,%d,%d,%d) pilot%d(tone,snr,weight)=(%d,%d,%d) ==> rotor_on .. valRotorCtrl = 0x%x (rotorStepSize,REF_ADJ,ACCU_MAX,SAMPLING_FREQ)= (%d,%d,%d,%d) valAdpllAdj = 0x%x (sync symb) ph_er ref_C ref_B rx_accu rx_rot tx_accu tx_rot ppm 0xb824 (%4d %4d) %5d %5d %5d %7d %6d %7d %6d %5d %6d newPilot - pilot = %d Reset Seq Bundary in Demap Ram toneRTV: %d %d %d %d at demapper_buildErrMeasureShowtime demapper too many opcodes!! L02 demapTableSel Error L22 demapTableSel Error demapTableSel=%d ==> demapper_buildShowtime: sequencerStartPos = %d, B_total = %d Warning: RX nrOneBitTones = %d nrLoadedTones = %d, nrOneBitTones = %d, threshold = %d rtvVal = %08x,orderindex=%d gC_SOC_LD = %x rtv = %x buildDemapC_Params: pilot = %d buildDemapMedley: pilot = %d txSampleThres=(%d) buildDemapSegueMsgs: pilot = %d %d buildDemapSegueMsgs .. (loopBegin loopEnd) = (%d %d) dynamic segue detection tones : %d, %d, %d, %d SocMain: (%d, %d) SocBackup: (%d, %d) Old FEQ(%d): (%d, %d, %d, %d) power = 0!! old FEQ(%d): (%d, %d, %d, %d) New FEQ(%d): (%d, %d, %d, %d) >>> ori rtvVal for ICOMB2 detection : 0x%x >>> rtvVal for ICOMB2 detection : 0x%x ==>#### demapper_buildShowtimeV: sequencerStartPos = %d, seqDemapStart=%d toneRTV: %d %d %d %d RX totalBits = %d, nrLoadedTones = %d, nrOneBitTones = %d, TrellisRx = %d Rx IDLE tones: (%d:%d) trunc! demapper too many opcodes!! k = %d seqDemapStart overwritten!! %d Seq RAM = %d: #%d %d ==> MAX_DEMAP_TONES_SHOWTIME = %d ==> demapper_buildMedley: sequencerStartPos = %d, ==> RTV tones: %d %d %d %d ==> demapper_buildErrMeasure: sequencerStartPos = %d, ==> chosen tones: %d %d %d %d %d %d %d %d ==> chosen tones: %d %d %d %d ==> demapper_buildExchange: sequencerStartPos = %d, ==> demapper_buildEchoMeasure: sequencerStartPos = %d, (%d %d) ==> demapper_buildEchoMeasure: demapper too many opcodes(%d,%d,%d)!! ==> NrOfTones for G.vector = %d, oneOverR = %d %4d ==> demapper_buildErrFeedBack: sequencerStartPos = %d, startTone %d ==> tone(Nr1, Nr2, Nr3, Nr4) = (%d, %d, %d, %d) ==> demapper_buildTraining: sequencerStartPos = %d, ==> demapper_buildChannelDiscovery: sequencerStartPos = %d, ==> demapper_buildQLN: ==> demapper_buildQLN: sequencerStartPos = %d, demapper too many opcodes!! (%d,%d) ==> demapper_buildHSDemapper: sequencerStartPos = %d CarrierSetUsed=%d (%d %d) C-TONES : ==> demapper_buildHSpilot: sequencerStartPos = %d ==> feq_adaptPilotAmplitude: pilot = %d, (%d %d) FEQ(%d): (%d, %d)/100 => (%d, %d)/100 pilot FEQ_xy = (%d %d) => (%d %d) pilot %d:(x,x1)=(%5d,%5d),(y,y1)=(%5d,%5d),scale*100000=%7d,FEQ(%6d,%6d) ==> pilot = %d, in feq_inversePilotPhase .. ==> pilot = %d, in feq_adaptPilot_4QAM_2_2BAM_demod .. Old FEQ(%d): (%d, %d)/100 New FEQ(%d): (%d, %d)/100 ==> lof_threshold = %d ==> los_threshold = %d fft_size range error! gSignalPowerdBm_save=%d/100 at mon_getResult C_ACT1_DETECTED C_ACT2_DETECTED C_ACT3_DETECTED C_ACT4_DETECTED C_TONE_DETECTED Programming error in Monitor::detect - NOT_DETECTED back to old feq ver K0 shouldn't go this way ==>before TEC: TEC cntl register is 0x%x echoPowerdBm_save*100 = %d #### DcOffset at EC is %d EC_control =0x%x, nCONV is %d, nSCALE=%d, nDelay = %d, nTEC_Mode =%d ##### #EC sAllPassLevel = %d forced nTimeEC[0]=%d,nTimeEC[1] = %d nTimeEC[0]=%d,nTimeEC[1] = %d ECcoeffFlag1 = %d ECcoeffFlag2 = %d ==> nModeEC = %d (%d %d), TEC cntl register is 0x%x ECcoeffFlag3 = %d TEC coeff not conv, disable TEC !!!! TEC coeff not conv, Retrain modem regRX_INM_PARAM=0x%08x,INMIATO=%d, INMIATS=%d, INMCC=%d, INM_INPEQ_MODE=%d, INM_INPEQ_FORMAT=%d regRX_INM_CONTROL0=0x%08x ==> indicator_path(0,1) = (%d,%d)(%d,%d), rxInactiveSet(B,A) = (%d,%d) at (%d,%d) Warning:exceed rx inter memory size! ASIC(maxDelay,minDelay,QTx,QRx,NfecDmtMax) = (%d,%d,%d,%d,%d) Showtime(maxDelay,minDelay,QTx,QRx,NfecDmtMax) = (%d,%d,%d,%d,%d) LEFTR_THR = %d regRxOlrCtrlZero = 0x%x, regRxOlrCtrlOne = 0x%x, regRxOlrCtrlTwo = 0x%x Rx totalbits = 0x%x, readback = 0x%x, demapControl = 0x%x !!!!! totalbits %d > 32767 !!!!! regRxDeinterleaverGeneralPurPose1 = 0x%x force use ATM0 Rx ADSL1_IB_TEST ATM%d ***Warning:The type of bearer#%d=%d is not supported Deframer parameter register for table#%d is updated exBearerRx6034=0x%08x ***Warning:sHalfS_p=%d Latency mode error! Deframer lookup table#%d is updated deframer opcode:(Lp#1 Lp#0) %x%x Searching Rx inactive deframer set(%d) Rx inactive deframer set = %d iRxWriteParamSet_forced = %d clk0 %d, clk1 %d, clk2 %d reset TPS sendToPort0=%d, option = %d WARM!!!!!!! set ATM1 in 0822 TPS blocks cells: 0x6800=0x%08x TPS allows cells: 0x6800=0x%08x disable TPS For ATM/PTM, UTOPIA clock 0xb8000228=0x%x, 0xb800004c=0x%x, 0xb80006D4=0x%x For ATM/PTM, UTOPIA clock 0xb8000228=0x%x, 0xb800004c=0x%x For ATM/PTM, UTOPIA clock=%d MHz %s mode, phyRate=%dK %s mode, phyRate=%dK, UTOPIA clock=%dM rxCell[0x%04x]=0x%04x ENTERING ClassTaskServices::mainloop() .. //Peter 09-25-07 m_xq_receive status: %d WARNING!!! Wrong in RLE0797A, no 1024 IFFT size in VD path WARNING!!! Wrong in RLE0822, HBF no support 2048 IFFT size in VD path 0xb8a8b008 = 0x%x ###Set TxAFED bit-11 of output edge regTxAfeDCtrl = 0x%x USER-3-BIQ ###HDSL with BDCM-CO#### Cameo_BBVD_3600_AD: table A.1.5.1.1&1.5.1.2 g3BIQ_LPF=%d Cameo_BBVD_3600_AD: table A.1.9.2 BT150~1500 loop low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: table A.1.9.3 150~1500 loop low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: table A.1.9.4 BT150~1500 loop g3BIQ_LPF=%d Cameo_BBVD_3600_AD: table A.2.3.2-1&-2,1750m~3000m loop low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.1 loop low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.3 12+250~17.5+150kft low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.3 loop low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.2 loop low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-20 A.2-21 3250m~5500m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-23 750m~3250m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: For AD crc, Fast ADSL2+,,1kft~18kft, Cameo_BBVD_3600_AD: TR100 table A.2-19 3250m~5500m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-22 250m~2500m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-24 250m~3250m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-15 3250m~5500m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-17 250m~3250m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-16 3250m~5500m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-18 250m~3250m low us rate g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.5.3 13k g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.2-40 4km~5.5km g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.1, A.1.4.4(13kft~15kft) g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.3 12+250~17.5+1500kft g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.3 17.5k800 g3BIQ_LPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.5.4 9kft~15kft g3BIQ_LPF=%d force g3BIQ_LPF = %d, currentState=%d USER-2BIQ:X Cameo_BBVD_3600_AD: TR100 table A.2-40 A.2-41 4km~6km low us rate g2BIQ_HPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.1 1.4.4(13kft~19kft) loop low us rate g2BIQ_HPF=%d Cameo_BBVD_3600_AD: TR100 table 1.4.4(9kft) loop low us rate g2BIQ_HPF=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.3 12+250~17.5+1500kft low us rate g2BIQ_HPF=%d force g2BIQ_HPF = %d, currentState=%d ##### Attention, now g2BIQ_Y_HPF=%d USER-2BIQ:Y -=> newval(gBiq2YGain) = %d -=> setDspfeGain*10 = %d, newval(gBiq2YGain) = %d Dn_Delay_CL=%d, Dn_Inp_CL=%d, ds_rate_CL_max=%d, ds_rate_CL_min=%d,ChannelMode=%d gSignalPowerdBm_save*100=%d sUs0PSD tuning mid/long loop at 8a profile = %d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.1 & 1.4.2.3 & 1.4.4 12kft ~17kft &1.5.4 15kft iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 table A.1.4.2.1 & 1.4.4 >=18kft iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 A.1.4.2.2 17kft~19kft & 1.5.2 a.1-22 18kft low us rate iIncTxPower=%d Cameo_BBVD_3600_AD: TR100 eu A.2-40 A.2-41 4km~6km low us rate iIncTxPower=%d Sercomm MT vcpm/vdpm ADSL2+ incTx 3dB <3000m Sercomm MT VCMM ADSL2+ incTx 3dB <3000m ###iIncTxPower=%d ###iIncTxPower=%d, gIncTxPower=%d at AdjustTransmitGain coUndetectedCnt=%d add Tx Power by 3dB, set coUndetectedCnt=%d DAC bias is changed, incTx 0.4dB for compensation IncTxPower=%d at InitTransmitPower #### Init TXDspFE: g2BIQ_HPF=%d, g3BIQ_LPF=%d ####Inctx power is %d/10 Tx timeout! %d %d Tx timeout: %d ==> ftg_calculateShowtimeValuesV: , max min = %d %d ==> mapper_buildMapReverbV: sequencerStartPos = %d, (%d %d) ==> mapper_buildExchange: sequencerStartPos = %d, ==> mapper_buildTraining: sequencerStartPos = %d, ==> mapper_buildPERIOD: sequencerStartPos = %d, ==> mapper_buildSynchro: sequencerStartPos = %d, ==> mapper_buildChannelDiscovery: sequencerStartPos = %d, ==> mapper_buildMap_ACT_REQ: sequencerStartPos = %d ==> mapper_buildSynchro1: sequencerStartPos = %d, mapper_buildShowtime starts at %08x, %08x Warning: TX nrOneBitTones = %d nrLoadedTones = %d, nrOneBitTones = %d, gDecidedMode = 0x%x, TrellisTx = %d IDLE tones: ==> b_Total = %d ==> mapper_buildMapReverb: sequencerStartPos = %d, (%d %d) sync map miss (%d,%d) %d ERROR: mapper_buildFDPS_Synchro delay (%d %d ==> mapper_buildRPTEQ: sequencerStartPos = %d, send SYNC = #%d (state %d) ==> mapper_buildShowtimeV: sequencerStartPos = %d, Tx IDLE tones: ==> mapper_buildHSMapper: sequencerStartPos = %d R_TONES : Testpsd ftgValue=%d ftgValue=%d, sRefPSD=%d ftg miss tone=%d,%d,%d usPSD=[%d, %d, %d, %d]/10 + PSDoffset=%d/10 noise loop length Error PSD_noise_cal Error ifft_size range error! Warning:exceed tx inter memory size! regTxOlrCtrlZero = 0x%x, regTxOlrCtrlOne = 0x%x, regTxOlrCtrlTwo = 0x%x Tx totalbits = 0x%x, readback = 0x%x, mapControl = 0x%x ==> indicator_path(0,1) = (%d,%d)(%d,%d), txInactiveSet(B,A) = (%d,%d) at (%d,%d) ??? ***Warning:D0_change_status = %d (%d) D1_change_status = %d Tx ADSL1_IB_TEST ATM%d Framer parameter register for table#%d is updated exBearerTx5034=0x%08x Framer lookup table#%d is updated framer opcode:(Lp#1 Lp#0) Searching Tx inactive framer set(%d) Tx inactive framer set = %d iTxWriteParamSet_forced = %d RL6405 VDSL+PTM uses 8191 for slow, 1024 for fast TPS TX RAM RL6405 ADSL+ATM uses 8k TPS TX RAM VDSL+ATM uses 4k TPS TX RAM FuncAryAllocPtr=%d FunAry[%d]::%02x,%08x,%08x,%08x Functor::execute - pModem is NULL! Functor::execute - funcPtr is NULL! Funexecute %08x FunaFB_OK,fid=%d,*funptr=%08x FunaFB_FAIL ERROR: allocFunctor(perTimer) - not enough memory! FunaFA_OK,fid=%d,*funptr=%08x FunaFA_FAIL ERROR: allocFunctor - not enough memory! Bid=%d,Bfreed=%d ERR: FunctionMessage::sendMgtFunction (MEMORY NOT ENOUGH)! ERR: FunctionMessage::sendFunction (MEMORY NOT ENOUGH)! debbg freeFunctor fid%d ERROR: freeFunctor index %d error! TimerMessage::stopTimer() - Error! TimerMessage::startPeriodicTimer() ERROR TimerMessage::sendTimer() ERROR ERROR: dispatch - msg_ptr=NULL! debbg dispatchA, fid=%d Tfunctor fid%d free again! debbg dispatchA, fid=%d,freed?=%d END debbg dispatchB, fid=%d Gfunctor fid%d free again! debbg dispatchB, fid=%d,freed?=%d END tones_1_32_mode=%d, Reverb=(%d,%d), Medley=(%d,%d) TI: R(4~63), M(4,31) Cameo_BBVD_3600_AD: A.1.9.2/TR67 set Medley(%d,%d) Manual Rx Bearer Mapping : ==> MappingOfBtoLrx_forced=%d, TpsTcMappedToBearerRx_forced=%d Manual Tx Bearer Mapping : ==> MappingOfBtoLtx_forced=%d, TpsTcMappedToBearerTx_forced=%d Sachem Reset BIG_ENDIAN LITTLE_ENDIAN ###msg_id =0x%x at sendOAM gotoIdle() ###g35BSOSROC_ErrCnt=%d, g35BSOSROC_Flag=%d, Profile35bFlag=%d, gSupportedMode=0x%x, gSupportedModeByWeb=0x%x gSuccessFailCause = %d reportFailure (currentState, request) = (%d, %d) changeModemState xDSLPhyState=%d gPreDsRate=%d, gPreUsRate=%d AdslLinkDown changeModemState to IDLE_L3 ==> LD_END .. ==> test sendTimer() .. ==> sendOAM g35BSOSROC_Flag=%d,retForOpenSos=%d 35B to let CO send SOS, gSupportedMode=0x%x, gSupportedModeByWeb=0x%x let CO send SOS, Profile35bFlag=0x%x set back Profile35bFlag=0x%x Profile35bFlag=%d, Profile35bFlag_forced=%d hskStuckCnt %d/%d trySingleMode %d, gSupportedModeByWeb = 0x%x ChangeAnnexMode => switch (0x%x) Us0DecidedB(0x%x), gHSDetected_AtuC_VendorID(0x%x) AVM only support AnnexB gSupportedMode = 0x%x, gSupportedModeByWeb = 0x%x, time (%d %d) ITU ==> ANSI, force AD path %d => CarrierSetUsed = %d, CarrierSetUsed_force = %d VD path adc block - Test Latch edge start (%d) (0:17a; 1:30a) VD path adc block - Test Latch edge END phaseFPtr_Stop[%d] = 0!!! CAPACITY_ERROR MESSAGE_ERROR (%d %d) (%d %d %d) gSwGenMedley_cnt = %d, 0x%x TIME_OUT (%d %d) (%d %d %d) Enter Showtime: TX %d,%d / RX %d,%d (kbps) Start Phase %d: ADSL1 Training Phase... Analysis Phase... Exchange Phase... ADSL2+ Discovery Phase... VDSL1 VDSL2 Vdsl2_lr Probe Phase... Vdsl2_lr training Phase... phaseFPtr_Start[%d] = 0!!! Vectored -LR decide sequence error!(grev_nr=%d) PCWCurveFitting Error %*d.%0*uE%+03d -0.%0*u %*d.%0*u allocation failure 1 in matrix() allocation failure 2 in matrix() ON .. flatness_delta = %d/1e5 ******* Wall: SSNR = %d, delay = %d ******* adjustRoots = (%d, %d) closeness: atan2(%d/100,%d/100)*%d/pi => %d/100 Too many iterations in hqr bad args in zrhqr ERROR: Cholesky decomposition failed: num = %d dynamic allocation TEQ Ts=%d, Gb=%d, Nfft=%d LoopNr=%d, Ts=%d, Gb=%d, delta=%d, LoopOffset=%d ... utc delay=%d iOpt=%d, mse=%d delta=%d, delay_save=%d, mse_opt=%d ******* SSNR = %d, delay = %d ******* ==> impulse_response (%d %d %d) dispersion*100 = %d, delta_0 = %d Cameo_BBVD_3600_AD: TR100 table A.2-40 Nr_Loop %d assign directly delta with delta_0 in TRAINING-LR .. %d teq_gb = %d, delta = %d ==> hf ==> Scale down noise_table by echo_weighting = %d/1e5 TEQ: maximum*100 = %d, RMS_gain*100 = %d, teq_scale = %d teq_scale is forced: teq_scale=%d ==>(min max) = (%d %d), *teq_gain = %d min_inp lookup=(%d,%d/10) Us ADSL1_IB_FAST Lp#%d,Bpn#%d sHalfS_p=%d Ds ADSL1_IB_FAST Lp#%d,Bpn#%d Ds ADSL1_IB_SLOW Lp#%d,Bpn#%d BF,BI,RF,RI,S,I = %d %d %d %d %d %d BF,BI,RF,RI,S,I = %d %d %d %d %d %d iToneOrderMode: fixed interval mode %d %d %d %d 5th SEGUE = %d(%d %d) %d(%d %d) %d(%d %d) => abs_sum = %d sProbing = %d, sFailCode = %d, GepuC=%d, SSNR=%d FORCE RETRAIN: C_SEGUE4 not detected or R_params not sent!! symb %d ==> Send R-SEGUE5: TX(%d %d) RX(%d %d); C-SEGUE3 detected at TX(%d %d) FORCE RETRAIN: due to TEC coeff not converge!! TEC coeff not converge, but not retrain!! Data rate option selection ... No option selected ! =======> bestOption=5 Shalf_runtime=%d =======> bestOption=%d, nOptionNBits=%d, rsGain=%d (I: %d %d %d %d) (F: %d %d) selectedOption_Rx = %d Max_number_of_bits_supported = %i requestedBits = %i RNratio = %d/10000, GinpRnRatio_force=%d,rnRatio_forced=%d ginp DTUD %d %d %d %d algm fail iRsCoding=%d pmstc_net_max_adj=%d user_define_INP=%d INP_min_p=%d Dp_start=%d Dp_end=%d Rpstart=%d Rpend=%d DS_min_OH_rate_in_Alg (org,new,adj)=(%d %d %d) frmPref = %d avoid_large_D InvSp_min=%d MaxInvSrx=%d INvS0_min=%d sSupportedTotalBits=%d Net_min_p=%d, Net_max_p=%d,OHMin=%d,DlyMax*10=%d,INPMin*10=%d iRsCoding%d,DEBUG_TEMP%x,i24DSL_ptr%d 1000*Smin=%d R_p_start%d,R_p_end%d,1000*Rp_length_factor%d T_p_start%d,T_p_end%d,RA_MODE_ds%d ERROR: no suitable PMS-TC parameters!!! snrt_amendment_internal = %d sraLpRuleSkip 0x%08x/0x%08x Final L_p_Min=%d Final L_p_Max=%d Max rate=%d/10, Final rate=%d/10 INPact=%d P#%d(Net, Delay, OH, OHP, INP)*10 = (%8d, %6d, %6d, %6d, %6d) Lp1 ALG 1 END:%d Lp1 ALG 2 END:%d %d,%d.%d,%d,%d Lp1 ALG 3 END:%d ==> ADSL2 Total L=(%d+%d)=%d The biggest variances: Tone: Diff: Max : ADSL1 tone[%d] disabled firstMedleyCarrier=%d, decreseSNRtone=%d, decreseSNRstep=%d, transition band adjusted first=%d, last=%d, step=%d, aliasing band adjusted tone=%d, Snr1=%d,Snr2=%d ===>measuredSnr: %d: %5d ===>New measuredSnr: Cameo_BBVD_3600_AD: table A.1.9.2 BT 150~500ft decrease measured snr on tone(33,50) Cameo_BBVD_3600_AD: table A.1.9.2 BT 750~1000ft decrease measured snr on tone(33,50) Cameo_BBVD_3600_AD: table A.1.9.2 BT 1250ft~1500ft decrease measured snr on tone(33,50) Cameo_BBVD_3600_AD: burst test 1 choose pilot with best snr Cameo_BBVD_3600_AD: burst test 2 choose pilot with best snr Cameo_BBVD_3600_AD: burst test 3 choose pilot with best snr Cameo_BBVD_3600_AD: burst test 4 choose pilot with best snr Cameo_BBVD_3600_AD: rein test choose pilot with best snr REIN Test: choose pilot with best snr >>> pilotRootPower #%d: %d (%d %d) Tone_next_to_pilotRootPower #%d: %d >>> C_NACK detected ...%d >>> No more RMSGx_LD to be sent ... >>> C_ACK detected ... %d windowdstu = %d TEQ-FEQ 2: window_move = %d, firstWindowShift = %d 2ndTEQ window move parameter : %d RX-DSTU: (%d %d %d), (%d %d %d) Calculate final TEQ .. ==>calculateTeqFeqSecond done ! move pilot=%d to avoid TEQ notch tone[96] force pilot 6: pilot is %d before Measure Medley force pilot 2: load ADSL1_TX_EXCHANGE 4QAM: (#%d: %d, %d)(#%d: %d,%d)(#%d: %d,%d)(#%d: %d,%d) pilotCarrier=%d, BestPilots[0]=%d trefCarrier=%d gSignalPowerdBm_save*100 = %d C-COMB1: RX = (%d, %d) to (%d, %d) >>> 1:O-P-COMB2 detected @Rx(%d, %d) BestPowerdBm_CTone=%d, LastDetected_COMB2=%d >>> 2:O-P-COMB2 detected @Rx(%d, %d) >>> C-COMB2 detected: >>> bestTone = %d BestToneSNR = %d, bestsize=%d A.1-14/TR100 >=20kft force pilot = %d A.1-15/TR100 >=20kft force pilot = %d force pilot 1: Comb2_BestTone = %d %d %d %d >>> O-P-QUITE3 detected @Rx(%d, %d) >>> Start RP_COMB2_SENDING >>> Start RP_COMB2 + RP-ICOMB2 + RP-LINEPROBE SENDING >>> START OP_COMB3 DETETCTING C_PILOT detected fMidAgc=%d DHPF=%d,ULPF=%d, 3BIQ=%d, 2BIQ=%d, gBiq2YGain=%d, IFFT(%d,%d),FFT(%d,%d) EchoRatio= %d/100, EchoRatio2= %d/100, BridgeTap = %d, gRegistry_HPF_fc = %d,gRegistry_ULPF_fc = %d regRxAfeDCtrl=0x%x ####FINAL_AGC = %d dB fft_scale =%d Timeout on CMessages1 detection Timeout on CMessages2 detection Timeout on CMessages_RA detection Timeout on C_Params detection Timeout ! fft_scale = %d %d, MID AGC = %d START_SENDING_R-COMB3 ... >>> Skip processing C-MESSAGES1 ... >>> processing C-MESSAGES1 ... >>> MedleyLength=%d iTxSampleShift = %d %d for ADSL1 C_PARAMS ends: (%d %d) R-REVERB-RA should <1447 TX(%d,%d)->(%d,%d) C_MSG2... ==> Send R-SEGUE4: TX(%d %d) RX(%d %d) >>> check it's C-ICOMB1 or C-QUIET3... abs_sum = %d >>> Transition to C_LINEPROBE detected. >>> Transition to C-QUIET3 detected. START_SENDING_R_COMB2 >>> C-ICOMB2 symbol detected at sync %d and symb %d ===> C-Segue1 detected at sync %d and symb %d ===> C-Segue1 symbol detected at sync %d and symb %d IKNS, iTxsampleShiftApplied = 0 iTxSampleShift = %d %d ===> C-Segue2 detected at sync %d and symb %d ===> C-Segue_RA detected at RX_FREEZE(%d %d) TX(%d %d) ===> C-Segue2 symbol detected at sync %d and symb %d ===> Start detecting C-EXCHMARKER at sync %d and symb %d ===> C-Segue3 symbol detected at sync %d and symb %d ===> C-Segue4 symbol detected at sync %d and symb %d ===> C_SEGUE1_LD symbol detected at sync %d and symb %d ===> RTV = %2x, A=%d, B=%d, C=%2x ===> C_SEGUE2_LD symbol detected at sync %d and symb %d ===> C_SEGUE3_LD symbol detected at sync %d and symb %d ===> C_SEGUE4_LD symbol detected at sync %d and symb %d ===> C_SEGUE5_LD symbol detected at sync %d and symb %d Training Stop .. analysisReceiver: pilot = %d Analysis Start .. >>> prepare for C_Msgs2_Adsl2 >>> prepare for C_Msgs2 >>> prepare for C_Msgs_RA Analysis::osTimerExpired==> ### C_PILOT_MEAS ### ### C_ECHO_MEASUREMENT ### ADSL1 us PCB = %d/10 (dB) ### C_CHANNEL_MEASUREMENT ### ### C_ECHO_MEASUREMENT_2ND ### due (132,64) sync = %d, symb = %d due (52,0) sync = %d, symb = %d trainingOsTimerExpired = %d Send R_MSG1... Send R_MSG_RA... Send R_MSG2... Exchange Stop .. Analysis Stop .. #### AnalysisReceiveSequence - stopTimer adaptPilotFeq ===> ###skip timing gSignalPowerdBm_save*100=%d Pilot dBm=%d, x=%d y=%d scale*100 = %d Adjust 8685s Compared to 8676s : _76signalPowerdBm_save_2*100=%d >>> TMD: pilot = %d : x=%d y=%d scale*100 = %d BridgeTap=%d (Rph=%d, Rrx=%d) (SignalPower, EchoPower)/1000 = %d %d, %d %d, %d %d RTL8271:: MID LNA = %d %d %d %d, SignalRMSdBm*10 = %d dB, AE1=%d, AE2=%d RTL8271:: FINAL LNA = %d %d %d %d, %d %d %d %d, %d %d %d %d, AEgain = %d, HPFfc = %d >>> Start Sending R-QUIET5... >>> Tone_Power_save: %d Tone_Power: %d R-REVERB2 TX: sync = %d, symb = %d Monitor due (48,0) sync = %d, symb = %d ==> txTimerEvent = C_ECHO_MEASUREMENT_2ND RQUIET5: (B,C) = (%d,%d) too many erasures, force retrain... SNR measurement all done... !!! FORCE RETRAIN cause by abnornal SNR SNRflag=%d Cameo_BBVD_3600_AD: TR100 A.2.8 force pilot = %d (>=50) force pilot 3: New PILOT has carrier number %d (%d, %d) Pilot miss, force retrain ** LATN = %d/10 dB ** SATN = %d/10 dB ** SNRM = %d dB ** ATTNDR = %d bps ** ACTATP = %d/10 dBm Discovery Stop .. >>> Start Sending R-SEGUE2... R_PARAMS will end: (%d %d) (%d %d) >>> Start Sending R-SEGUE3... >>> SEND_R_SEGUE4... gSwGenMedley_cnt = %d, (%d %d), 0x%x >>> Start Sending R-MEDLEY... >>> Back to DefaultTref: #%d >>> End Sending R-MEDLEY... >>> Run R-PARAMS... RX(%d %d) TX(%d %d) >>> End of R_EXCHMARKER ... >>> End of R_SEGUE_LD ... >>> PREPARE_FOR_LOADING ADSL2_TX_RACK_RNACK_LD... >>> DETECT CACK OR CNACK...GepuB=%d, GepuC=%d >>> Start sending SEND_R_QUIET2_LD ... ==> in C-REVERB4: (A, B, C, D, rtv) = 0x(%x, %x, %x, %x, %x) Noise(max,min) = %d %d exchange - g1 = %d, g2 = %d, pilot = %d force pilot 5: New PILOT has carrier number %d Pilot relocation failed because no best tone was selected >>> C_CHANNEL_MEASUREMENT... Timer due (48,0) sync = %d, symb = %d >>> C_ECHO_MEASUREMENT_2ND... > R_REVERB1 Length_tmp = %d #### gain = %d dB at AGC_MID channel discovery for FINAL_AGC (return to fMidAgc) DS PSD = %d %d US PSD = %d %d R_QUIET4(%d)... >>> Go to R_QUIET4, switch to ADSL2_TX_TRAINING %d symbols later... >>> R_QUIET4 Length_tmp = %d >>> Load ADSL2_TX_TRAINING_LD >>> CALCULATE_CHANNEL trainingTimer: (#64:%d,%d) ==> internal (IFFT, FFT) = (%d/%d, %d/%d) ### X(0)=%d after DC offest cancel checkDdrPhase1 Error Detected!! (%d, %d) Discovery Start gDecidedMode = 0x%x.. Timeout on CPilot1 detection change FFT to 1024 ####Gain is %d dB in AGC_MID trainingTransceiver force pilot 4: Training Start gDecidedMode = 0x%x.. #### gain = %d dB at AGC_HYBRID trainingTransceiver for C_Pilot detection >>> startDetection ReceiveSoc not properly cleared >>> C_MSG_FMT_Length=%d >>> C_MSG1_Length=%d >>> C_MSG1_ADSL2_Length=%d >>> C_MSG2_ADSL2_Length=%d >>> C_PARAMS_ADSL2_Length=%d CRC error for C_MSG_FMT >>> C_Pass_Fail=0x%x, C_Last_TX_State=%d CRC error for C_MSG_PCB >>> C_MSG%d_LD received completely CRC OK for CMSGx_LD Extracting Cmsg1-LD...SN = %x Extracting Cmsg2-LD...SN = %x Extracting Cmsg3-LD...SN = %x Extracting Cmsg4-LD...SN = %x Extracting Cmsg5-LD...SN = %x End of LDM Retrain after 3 sec, ready for data retrieving... CRC error for CMSGx_LD CMSGS2_ADSL2 received completely pattern = 0x%x C_MSGS2_ADSL2 CRC OK. (len=%d) >>> CMsgs2_Adsl2::extractParameters NumberOfNSCus = %d co_cuts_tones = %d CRC error for C_MSGS2_ADSL2 gOlr(init=0x%x ,final=0x%x) >>> BIMAX_ds=%d EXTGI_ds=%d CA_MEDLEY_us=%d TARSNRM_ds=%d MAXSNRM_ds=%d >>> RA_MODE_ds=%d PM_MODE=%d RA_USNRM_ds=%d RA_DSNRM_ds=%d >>> RA_UTIME_ds=%d RA_DTIME_ds=%d CRC error for C_MSGS1_ADSL2 C_PARAMS CRC OK. US: (LATN,SATN,SNRM,ACTATP)*10, ATTNDR = (%d,%d,%d,%d), %d retrain: Apply new BIQ filter for the DSLAM when us SNRM=15db TrellisTx %d C_PARAMS_PMS_START = 0x%x Tx N*D = %d > %d => not supported!! Warning: Tx D = %d > 8, N*D = %d %d Tx Lp=0 ### OTE US low rate retrain !!! power = %d NDR = %d retryCnt = %d CRC error for C_PARAMS decode C_MESSAGES_RA C_RATES_RA CRC OK. (len=%d) CmessageRA CRC OK... CmessageRA CRC ERROR... CMsgRa: new margin - %d CMsgRa: max margin - %d/10 CMsgRa: min margin - %d/10 Try backup tones ... ##### max dn bits = %d ##### dn politeness = %d dB ############ far end vendor ID = 0x%x version = 0x%x standard = 0x%x Retrain to update gDetected_AtuC_VendorID !!! FULL SYNC FRAMING !!! CMessages1: TARSNRMds - %d ChannelMode=%d, C_Msg1_Ptr[2]&0xff=%x CMessages1: select optionNr=%d --------------------------------------------------------------- MODEM INITIALIZING IN OPERATION MODE ETSI !!!!! ANSI !!!!! G_LITE !!!!! G_DMT POTS !!!!! Cmessage1 CRC OK... Cmessage1 CRC ERROR... C_MESSAGES2 received completely Cmessage2 co_cuts_tones retrain... Cmessage2 CRC OK... C-MSG2: maxBits = %d, margin = %d C-MSG2: us_averageLoopAttenuation = %d/2 dB C-MSG2: RxSocMsg_Buf[C_RATES2] = 0x%x ALL_OPTIONS_FAIL received from ATU_C : modem will fail ! C_bigi CRC ERROR... Selected option (for US) has invalid format : modem will go down selectedOption_Tx = %d Selected option (for DS) has invalid format : modem will go down Option reselection !! Cmessage2 CRC ERROR... Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =6 for A1.4.1 1kft A.2.5.4.2/TR100 100m~250m low ds rate Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =4 for A.2.5.4.2/TR100 750m low ds rate %d Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =8 for A.2.5.4.1/TR100 100m~250m low ds rate Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =6 for A.2.5.4.1/TR100 750m low ds rate Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =9 for A.2.5.3.3 and A.2.5.4.3/TR100 100m~250m low ds rate TTNET: R_Min_Pcb_Ds =6 for A.2.5-24 750m low ds rate Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =9 for TR100 table A.2-17 250m.... Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =4 for TR100 table A.2-17 750m... Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =8 for TR100 table A.2-18 250m... Cameo_BBVD_3600_AD: R_Min_Pcb_Ds =2 for TR100 table A.2-18 750m... R_Min_Pcb_Ds in ANX B = %d OTE NDLT-J, <=600m, DS PSD=6. R_Min_Pcb_Ds=4 for TR100 table B.2-13 750m Dn low rate. R_Min_Pcb_Ds=4 for TR100 table B.2-20 Interleave 600m 750m No sync. R_Min_Pcb_Ds=4 for TR100 table B.2-14 750m Dn low rate. DT_Test_ADmode_AnxB: R_Min_Pcb_D=4 for TR100 table B.2-13 750m, B.2-20 600m 750m. DT_Test_ADmode_AnxB: R_Min_Pcb_Ds=4 for TR100 table B.2-13 750m, B.2-20 600m 750m. force R_Min_Pcb_Ds=6dB. into loop Cameo_BBVD_3600_AD: R_Min_Pcb_Us =4 for A.2.5.4.1/TR100 250m~750m low us rate %d Cameo_BBVD_3600_AD: R_Min_Pcb_Us =0 for A.2.5.4.1/TR100 250m~750m low us rate %d Cameo_BBVD_3600_AD: R_Min_Pcb_Us =1 for A.2.5.3.3 and A.2.5.4.3/TR100 750m low us rate %d TTNET: R_Min_Pcb_Us -=2 for A.2.5-24 250m low us rate %d Cameo_BBVD_3600_AD: R_Min_Pcb_Us=3 for A.2.5.2.1/TR100 750m TTNET: R_Min_Pcb_Us=5 for TR100 table A.2-17 250m... TTNET: R_Min_Pcb_Us=2 for TR100 table A.2-17 750m... TTNET: R_Min_Pcb_Us=5 for TR100 table A.2-18 250m... TTNET: R_Min_Pcb_Us=2 for TR100 table A.2-18 750m... R_Pass_Fail = 0xFF, R_Last_TX_State = 31 build R_MESSAGES1 vendor,version,standard = 0x%x %d %d TRELLIS coding is active! (Trellis_Force=%d) TRELLIS coding is deactive! (Trellis_Force=%d) DS: (LATN,SATN,SNRM,ACTATP)*10, ATTNDR = (%d,%d,%d,%d), %d TrellisRx = %d usTxSelectIndex = %d Build RMsgs2_Adsl2 %d %d %d %d Build RMsgs1_Adsl2 Croatia Rx Trellis off >>> BIMAX_us=%d EXTGI_us=%d CA_MEDLEY_ds=%d >>> CParams_INP_Flag=%d ATU-R HRT_Receive_DTU=%d ATU-R HRT_Receive_Symbol=%d Build R_BIGI Build R_MESSAGES_RA Fail Bmax = %d, K,R = %d,%d Rec_R=%d,Rec_deltaB=%d,AllOptionsFail=%d Bmax_adjust = %d, K_adjust = %d, gIsT1413_Mode = %d Bmax = %d, K,R = %d,%d margin = %d, gain*2 = %d, tone = %d selectedOption_Rx : (0,1,2,3,4=NO_SELECTED,5=ALL_FAIL)%d R_MESSAGE2-bits %d->%d R_MESSAGE2 - estimatedNoiseMargin = %d dB ERROR IN SELECTED OPTION !!!!!!!!! All options fail will be sent to ATU-C ***Warning:not a suitable mode=%x PWRM_L2TrimCapacity => PowerCBtrim out of range! performanceMargin16 too low! NewPCB = %d, performanceMargin16 = %d PWRM_Timeout_L3 EOC_RxDyingGasp L2 EXIT DETECTED!! Error: linkState==L0 PWRM_PrepareL2Trim new fft_conv1=%d PWRM_PrepareL2Trim Error! carrier[%3d]: bi: %c[0;33m%2d%c[0m -> %c[1;33m%2d%c[0m gi: %c[0;33m%3d%c[0m -> %c[1;33m%3d%c[0m mi %d->%d, ;ERN=%d PWRM_L2Capacity => minL too big! PWRM_PrepareL2 new fft_conv1=%d TX MSG:PM:PWRM_PrepareL2 Fail!!! Timeout! L02->L0 Timeout! L22->L2 AocRx::limitOverflRate AocATUX TX busy; give up Aoc message size too long. AOC_TxUTC EOC_RxOverFlow Resume RX IRQ Eoc Rx blocked at reset. Aoc reset, fifo A flushed. Aoc reset, fifo B flushed. AocRx::overFlow Warning - colliding with other autonomous BS (BS Save for UNDO: Tone=%d,B=%d,G=%d) Warning Counter is already running but retarts now AOCRxBsTimeout = %d Warning fail to allocate rxOamTimer in tasks Warning fail to AOC_Tx #%3d, Bi: %3d->%3d, Gi:%3d->%3d WARNING excessive TX BS command comes Message rejected because decreasing load of 0 bit const requested default case of bitswap, just break out Bitswap command is NOT recognized! #%3d, %3d, Bi: %3d->%3d, Gi:%3d->%3d request rejected : invalid bit constellation gAOCTXEnable is zero TX AOC bitswap swapCnt=%d,syncCntDelay=%d TX AOC bitswap request extended FAIL, AOC_Tx occupied SEG:Stop OLR counter OLR Warning: counter already stopped ERROR aocRxState==AocRxIDLE) AOC bitswap request extended Error AOC bitswap request Error AOC unable to comply AOC unable to comply Error AOC wrong msg AOC_NormalRx regAocRxCntrl: 0x%08x AOC_Rx : both fifo data av AOC_NormalRx regAocRx A : 0x%08x AOC_Rx : endless loop (A) AOC_NormalRx regAocRx B : 0x%08x AOC_Rx : endless loop (B) Aoc receiver overflow (don't enable normal interrupt). AOC_NormalRx END regAocRx : 0x%08x AOC_NormalRx END regAocRxCntrl: 0x%08x TxBsDone State Error %c[1;33mFE OLR Done(%d)%c[1;37m: %2d:%2d:%2d FE OLR swapped at symbol (%d, %d),fTxATP_Showtime*1000=%d RxBsDone State Error %c[1;32mNE OLR Done(%d)%c[1;37m: %2d:%2d:%2d NE OLR swapped at symbol (%d, %d) AOC enabled EOC enabled eocByteShift(0x%04x) found EOC_RxOverFlow eocTxSocBuf full, drop the word EOC_TX byte eocTxSocBuf[%d]=0x%d EOC_Tx in use w%d r%d EOCRX 0x%04x; State: %s-> EOC_R_UTC EOC_R_IDLE EOC_R_PreWrite EOC_R_WriteOdd EOC_R_WriteEven EOC_R_PreRead EOC_R_ReadOdd EOC_R_ReadEven Error EOCTX 0x%04x (%d/%d) End of increase TxPower totally %d/10 dB in %d seconds pilotErasure = %4d (SNR %4d, ADPLL %4d, %4d), symbolErasure = %4d: %2d:%2d:%2d NM-Rx-Tx %3d %3d pilotErasure = %4d (SNR %4d, ADPLL %4d, %4d,%4d), symbolErasure = %4d: %2d:%2d:%2d NM-Rx-Tx %3d(%3d) %3d ==> showtimeStop .. gDecidedMode = 0x%x ADSL1 EOC AOC disable .. ==> showtimeStart .. gitex_BitSwap_up=%d Dying Gasp! dying_gasp request_irq %d failed! %s %d: apollo still has no kick function, why kick? Watchdog Status: Enable: %s Kick Cycle: %d sec Timeout Time: %d sec %d sec passed since last kick. watchdog started ?fffB @s33A 33AH 33B" ?&ff A,HAAs ffqI ?O\(? {?PbM 333333? ffffff@ B#@aN 333333? 333333@B,tS ffffff@x !@N' 33333@ @4ffffff? 333333 \)@? BF,. UUUUUU?[ ^5@@ 333333@ 33333@ :!?p @9ffffff@ fffff ffffff@ ! J333333@ ffffff? ffffff@: &333333@: ffffff@ <<<<<] %pS Call Trace: $%2d : %*s Hi : %0*lx Lo : %0*lx epc : %0*lx %pS ra : %0*lx %pS Status: %08x USER SUPERVISOR KERNEL BAD_MODE ERL EXL Cause : %08x BadVA : %0*lx PrId : %08x (%s) Caught unexpected vectored interrupt. Process %s (pid: %d, threadinfo=%p, task=%p, tls=%0*lx) *HwTLS: %0*lx %s[#%d]: Fatal exception in interrupt 0Fatal exception: panic in 5 seconds Fatal exception COP2: Unhandled kernel unaligned access or invalid instruction %s instruction in kernel code Kernel bug detected Instruction 1%s bus error, epc == %0*lx, ra == %0*lx bus error Oops Integer overflow single_step Break Trap RI Fault Reserved instruction in kernel code do_cpu invoked from kernel context! not Index : %0x Pagemask: %0x EntryHi : %0*lx EntryLo0: %0*lx EntryLo1: %0*lx Caught Machine Check exception - %scaused by multiple matching entries in the TLB. 7Thread Underflow 7Thread Overflow 7Invalid YIELD Qualifier 7Gating Storage Exception 7YIELD Scheduler Exception 7Gating Storage Scheduler Exception 7*** UNKNOWN THREAD EXCEPTION %d *** MIPS MT Thread exception in kernel Caught reserved exception %ld - should not happen. secondary primary insn Cache error exception: cp0_errorepc == %0*lx c0_cacheerr == %08x Decoded c0_cacheerr: %s cache fault in %s reference. 3Error bits: %s%s%s%s%s%s%s%s 3Error bits: %s%s%s%s%s%s%s IDX: 0x%08x DErrAddr0: 0x%0*lx DErrAddr1: 0x%0*lx Can't handle the cache error! 3FTLB error exception, cp0_ecc=0x%08x: 3cp0_errorepc == %0*lx 3c0_cacheerr == %08x 3Decoded c0_cacheerr: FTLB parity error 3Decoded c0_cacheerr: %s cache fault in %s reference. 3FTLB error exception 7SDBBP EJTAG debug exception - not handled yet, just ignored! 7c0_depc = %0*lx, DEBUG = %08x CPU%d NMI taken, CP0_EPC=%lx Shadow register set %d not supported VECTORSPACING too small 6Writing ErrCtl register=%08lx 6Readback ErrCtl register=%08lx 6Cache parity protection %sabled 6L2 cache parity protection %sabled Unaligned FP access in kernel code Unhandled kernel unaligned access Unhandled kernel unaligned access or invalid instruction unaligned_instructions unaligned_action Kernel unaligned instruction access Cannot allocate vdso Cannot map vdso [vdso] MIPS 6Synchronize counters for CPU %u: %-5s %03lx %01ld UND U %01ld Segment Virtual Size Access Mode Physical Caching EU ------- ------- ---- ----------- -------- ------- -- 0 e0000000 512M %s 1 c0000000 512M %s 2 a0000000 512M %s 3 80000000 512M %s 4 40000000 1G %s 5 00000000 1G %s MUSK MUSUK RSRVD UUSK 4Overriding previously set SMP ops arch/mips/kernel/smp.c 3%s called === MIPS MT State Dump === -- Global State -- MVPControl Passed: %08lx MVPControl Read: %08lx MVPConf0 : %08lx -- per-VPE State -- VPE %d VPEControl : %08lx VPEConf0 : %08lx VPE%d.Status : %08lx VPE%d.EPC : %08lx %pS VPE%d.Cause : %08lx VPE%d.Config7 : %08lx -- per-TC State -- TC %d (current TC with VPE EPC above) TC %d TCStatus : %08lx TCBind : %08lx TCRestart : %08lx %pS TCHalt : %08lx TCContext : %08lx =========================== "norps" option deprecated: use "rpsctl=" 34K return prediction stack override set to %d. 34K ALU/LSU sync override set to %d. CP0.Config7 forced to 0x%08x. I-cache flushes single-threaded D-cache flushes single-threaded I-Cache Flushes Repeated %d times D-Cache Flushes Repeated %d times Mapped %ld ITC cells starting at 0x%08x 6Detected %i available secondary CPU(s) VPE : %d 6VPE topology %c%u } total %u Failed to call remote CPU 3CPU%u: didn't offline Failed to call remote sibling CPU 4Using only one core due to unsuitable CCA 0x%x 3Failed to allocate boot config for %u cores 3Failed to allocate %u VPE boot configs Failed to offline CPU %u 4MIPS CPS SMP unable to proceed without a CM 4MIPS CPS SMP unable to proceed without a GIC MIPS GIC FPU V%d.%d system type : %s machine : %s processor : %ld cpu model : %%s V%%d.%%d%s BogoMIPS : %u.%02u wait instruction : %s microsecond timers : %s tlb_entries : %d extra interrupt vector : %s hardware watchpoint : %s isa : mips1 mips32r2 ASEs implemented : mips16 htw shadow register sets : %d kscratch registers : %d package : %d core : %d arch/mips/kernel/perf_event_mipsxx.c (share with timer interrupt) 6Performance counters: No available PMU. mips/24K mips/34K mips/74K mips/proAptiv mips/P5600 mips/1004K mips/1074K mips/interAptiv mips/loongson1 octeon BMIPS5000 Either hardware does not support performance counters, or not yet implemented. %s PMU enabled, %d %d-bit counters available to each CPU, irq %d%s Invalid performance counter number (%d) mips_perf_pmu 4Unable to request IRQ%d for MIPS performance counters! 4The platform hasn't properly defined its interrupt controller. 3GCRs appear to have been moved (expected them at 0x%08lx)! arch/mips/kernel/pm-cps.c pm-cps: FSB flush unsupported for this CPU 4Power management is using heavyweight sync 0 4pm-cps: no CM, non-coherent states unavailable 4pm-cps: non-coherent wait unavailable 4pm-cps: CPC does not support clock gating 4pm-cps: CPS SMP not in use, power gating unavailable 4pm-cps: no CPC, clock & power gating unavailable 3Failed to generate core %u state %u entry 3Failed allocate core %u ready_count write access to read access from do_page_fault() #2: sending SIGSEGV to %s for invalid %s %0*lx (epc == %0*lx, ra == %0*lx) 1CPU %d Unable to handle kernel paging request at virtual address %0*lx, epc == %0*lx, ra == %0*lx do_page_fault() #3: sending SIGBUS to %s for invalid %s %0*lx (epc == %0*lx, ra == %0*lx) Oh boy, that early out of memory? arch/mips/mm/init.c 6Freeing %s: %ldk freed initrd unused kernel tlbmiss_handler_setup_pgd space exceeded TLB load handler fastpath space exceeded TLB store handler fastpath space exceeded TLB modify handler fastpath space exceeded TLB refill handler space exceeded 4Unsupported PTEI field value: 0x%lx. HTW will not be enabled 6Hardware Page Table Walker enabled Unsupported Micro-assembler instruction %d arch/mips/mm/uasm.c 4Micro-assembler field overflow arch/mips/mm/uasm-mips.c 4Invalid micro-assembler branch target Unsupported Micro-assembler relocation %d remap_area_pte: page already exists 3iounmap: bad address %p VIVT VIPT PIPT cache aliases no aliases Don't know how to probe P-caches on this cpu. Invalid icache line size Invalid dcache line size Improper R4000SC processor configuration detected Primary instruction cache %ldkB, %s, %s, linesize %d bytes. Primary data cache %ldkB, %s, %s, %s, linesize %d bytes 6Unified secondary cache %ldkB %s, linesize %d bytes. 4-way MIPS secondary cache %ldkB, %s, linesize %d bytes. Unified secondary cache %ldkB %s, linesize %d bytes. direct mapped 2-way 3-way 5-way 6-way 7-way 8-way 4No TLB space left for add_temporary_entry Restricting TLB to %d entries Ignoring invalid argument ntlb=%d &sighand->signalfd_wqh &mm->mmap_sem kernel/fork.c task_struct 1BUG: Bad rss-counter state mm:%p idx:%d val:%ld &sig->wait_chldexit &sig->cred_guard_mutex include/linux/iocontext.h include/linux/kref.h &x->wait sighand_cache signal_cache files_cache fs_cache mm_struct vm_area_struct %d-%d %-16s [%s] execdomains Linux 0Kernel panic - not syncing: %s 0Rebooting in %d seconds.. 0---[ end Kernel panic - not syncing: %s Tainted: Not tainted 4Disabling lock debugging due to kernel taint 4---[ end trace %016llx ]--- 4------------[ cut here ]------------ 4WARNING: CPU: %d PID: %d at %s:%d %pS() kernel/cpu.c 4%s: attempt to take down CPU %u failed 4Task %s (pid=%d) is on cpu %d (state=%ld, flags=%x) 3can't online cpu %d because it is not configured as may-hotadd at boot time 4%s: attempt to bring up CPU %u failed Aiee, killing interrupt handler! Attempted to kill the idle task! 1Fixing recursive fault but reboot is needed! 6note: %s[%d] exited with preempt_count %d Attempted to kill init! exitcode=0x%08x kernel/exit.c kernel/softirq.c 3softirq: huh, entered softirq %u %s %p with preempt_count %08x, exited with %08x? 5softirq: Attempt to kill tasklet from interrupt ksoftirqd/%u NET_TX NET_RX BLOCK BLOCK_IOPOLL TASKLET SCHED HRTIMER %*s%0*llx-%0*llx : %s ioports iomem kernel/resource.c relaxed 7release child resource %pR Expanded resource %s due to conflict with %s 3resource: requested range [0x%llx-0x%llx] not in root %pr 3resource: fixing request to [0x%llx-0x%llx] check-region 4Trying to free nonexistent resource <%016llx-%016llx> resource collision: %pR conflicts with %s %pR 4resource sanity check: requesting [mem %#010llx-%#010llx], which spans more than %s %pR PCI mem PCI IO %s%lu 4Unsafe core_pattern used with suid_dumpable=2. Pipe handler or fully qualified core dump path required. 4%s wrote to %s when file position was not 0! This will not be supported in the future. To silence this warning, set kernel.sysctl_writes_strict = -1 inode-nr inode-state file-nr file-max nr_open dentry-state overflowuid overflowgid leases-enable lease-break-time aio-nr aio-max-nr epoll protected_symlinks protected_hardlinks suid_dumpable pipe-max-size overcommit_memory panic_on_oom oom_kill_allocating_task oom_dump_tasks overcommit_ratio overcommit_kbytes page-cluster dirty_background_ratio dirty_background_bytes dirty_ratio dirty_bytes dirty_writeback_centisecs dirty_expire_centisecs nr_pdflush_threads swappiness lowmem_reserve_ratio drop_caches min_free_kbytes percpu_pagelist_fraction max_map_count laptop_mode block_dump vfs_cache_pressure legacy_va_layout stat_interval mmap_min_addr user_reserve_kbytes admin_reserve_kbytes sched_child_runs_first sched_rt_period_us sched_rt_runtime_us sched_rr_timeslice_ms core_uses_pid core_pattern core_pipe_limit sysctl_writes_strict real-root-dev print-fatal-signals ctrl-alt-del hotplug cad_pid threads-max usermodehelper pid_max panic_on_oops printk printk_ratelimit printk_ratelimit_burst printk_delay dmesg_restrict kptr_restrict ngroups_max cap_last_cap randomize_va_space max_lock_depth poweroff_cmd perf_event_paranoid perf_event_mlock_kb perf_event_max_sample_rate perf_cpu_time_max_percent %lu %hu.%hu 6warning: process `%s' used the deprecated sysctl system call with sys/ s390dbf sunrpc cmode udp_slot_table_entries tcp_slot_table_entries min_resvport max_resvport debug_stoppable debug_active membase portbase portshift raid mac_hid scsi ipmi logging_level speed_limit_min speed_limit_max mouse_button_emulation mouse_button2_keycode mouse_button3_keycode poweroff_powercycle dir-notify-enable quota inotify ocfs2 max_user_instances max_user_watches max_queued_events hb_ctl_path irix_sgid_inherit irix_symlink_mode panic_mask error_level xfssyncd_centisecs inherit_sync inherit_nodump inherit_noatime xfsbufd_centisecs age_buffer_centisecs inherit_nosymlinks rotorstep inherit_nodefrag filestream_centisecs stats_clear lookups drops reads writes cache_hits allocated_dquots free_dquots syncs warnings appletalk netrom ax25 rose ipv6 token-ring decnet sctp irda nf_conntrack_max discovery devname fast_poll_increase discovery_slots discovery_timeout slot_timeout max_baud_rate min_tx_turn_time max_tx_data_size max_tx_window max_noreply_time warn_noreply_time lap_keepalive_time nf_conntrack_buckets nf_conntrack_log_invalid nf_conntrack_tcp_loose nf_conntrack_tcp_be_liberal nf_conntrack_tcp_max_retrans nf_conntrack_count nf_conntrack_frag6_low_thresh nf_conntrack_frag6_high_thresh nf_conntrack_checksum llc2 station ack_timeout busy rto_initial rto_min rto_max rto_alpha_exp_divisor rto_beta_exp_divisor valid_cookie_life association_max_retrans path_max_retrans max_init_retransmits hb_interval cookie_preserve_enable max_burst addip_enable prsctp_enable sndbuf_policy sack_timeout rcvbuf_policy node_address node_name default_device time_wait dn_count di_count dr_count dst_gc_interval no_fc_max_cwnd decnet_mem decnet_rmem decnet_wmem ethernet ipgre ddcmp loopback priority rif_timeout restart_request_timeout call_request_timeout reset_request_timeout clear_request_timeout acknowledgement_hold_back_timeout x25_forward neigh route icmp bindv6only ip6frag_high_thresh ip6frag_low_thresh ip6frag_time ip6frag_secret_interval mld_max_msf ip6_queue_maxlen ratelimit gc_thresh max_size gc_min_interval gc_timeout gc_elasticity mtu_expires min_adv_mss gc_min_interval_ms hop_limit accept_ra accept_redirects autoconf dad_transmits router_solicitations router_solicitation_interval router_solicitation_delay use_tempaddr temp_valid_lft temp_prefered_lft regen_max_retry max_desync_factor max_addresses force_mld_version accept_ra_defrtr accept_ra_pinfo accept_ra_rtr_pref router_probe_interval accept_ra_rt_info_max_plen proxy_ndp accept_source_route accept_ra_from_local acknowledge_hold_back_timeout routing_control link_fail_timeout maximum_virtual_circuits no_activity_timeout ip_default_mode ax25_default_mode backoff_type connect_mode standard_window_size extended_window_size t1_timeout t2_timeout t3_timeout idle_timeout maximum_retry_count maximum_packet_length protocol dama_slave_timeout default_path_quality obsolescence_count_initialiser network_ttl_initialiser transport_timeout transport_maximum_tries transport_acknowledge_delay transport_busy_delay transport_requested_window_size transport_no_activity_timeout link_fails_count aarp-expiry-time aarp-tick-time aarp-retransmit-limit aarp-resolve-time ipx_pprop_broadcasting ip_forward tcp_timestamps tcp_window_scaling tcp_sack tcp_retrans_collapse ip_default_ttl ip_no_pmtu_disc ip_nonlocal_bind tcp_syn_retries tcp_synack_retries tcp_max_orphans tcp_max_tw_buckets ip_dynaddr tcp_keepalive_time tcp_keepalive_probes tcp_keepalive_intvl tcp_retries1 tcp_retries2 tcp_fin_timeout tcp_syncookies tcp_tw_recycle tcp_abort_on_overflow tcp_stdurg tcp_rfc1337 tcp_max_syn_backlog ip_local_port_range igmp_max_memberships igmp_max_msf inet_peer_threshold inet_peer_minttl inet_peer_maxttl inet_peer_gc_mintime inet_peer_gc_maxtime tcp_orphan_retries tcp_fack tcp_reordering tcp_ecn tcp_dsack tcp_mem tcp_wmem tcp_rmem tcp_app_win tcp_adv_win_scale tcp_tw_reuse tcp_frto tcp_frto_response tcp_low_latency tcp_no_metrics_save tcp_moderate_rcvbuf tcp_tso_win_divisor tcp_congestion_control tcp_mtu_probing tcp_base_mss tcp_workaround_signed_windows tcp_slow_start_after_idle cipso_cache_enable cipso_cache_bucket_size cipso_rbm_optfmt cipso_rbm_strictvalid tcp_allowed_congestion_control tcp_max_ssthresh icmp_echo_ignore_all icmp_echo_ignore_broadcasts icmp_ignore_bogus_error_responses icmp_errors_use_inbound_ifaddr icmp_ratelimit icmp_ratemask ipfrag_high_thresh ipfrag_low_thresh ipfrag_time ipfrag_secret_interval ip_queue_maxlen ip_conntrack_max ip_conntrack_buckets ip_conntrack_log_invalid ip_conntrack_tcp_loose ip_conntrack_tcp_be_liberal ip_conntrack_tcp_max_retrans ip_conntrack_count ip_conntrack_checksum mcast_solicit ucast_solicit app_solicit base_reachable_time delay_first_probe_time gc_stale_time unres_qlen proxy_qlen gc_thresh1 gc_thresh2 gc_thresh3 retrans_time_ms base_reachable_time_ms mc_forwarding secure_redirects send_redirects shared_media rp_filter proxy_arp medium_id bootp_relay log_martians arp_filter arp_announce arp_ignore arp_accept arp_notify disable_xfrm disable_policy force_igmp_version promote_secondaries flush redirect_load redirect_number redirect_silence error_cost error_burst min_pmtu max_dgram_qlen wmem_max rmem_max wmem_default rmem_default netdev_max_backlog message_cost message_burst optmem_max dev_weight somaxconn netdev_budget xfrm_aevent_etime xfrm_aevent_rseqth hugetlb_shm_group zone_reclaim_mode min_unmapped_ratio vdso_enabled min_slab_ratio ostype osrelease version hostname domainname reboot-cmd powersave-nap modprobe sg-big-buff acct shmmax msgmax msgmnb sysrq shmall msgmni stop-a shmmni ieee_emulation_warnings userprocess_debug soft-power unaligned-trap scons-poweroff unknown_nmi_panic bootloader_type spin_retry ignore-unaligned-usertrap compat-log panic_on_unrecovered_nmi poolsize entropy_avail read_wakeup_threshold write_wakeup_threshold boot_id uuid 6capability: warning: `%s' uses 32-bit capabilities (legacy support in use) 6capability: warning: `%s' uses deprecated v2 capabilities in a way that may be insecure 2capability: capable() called with invalid cap=%u kernel/capability.c kernel/ptrace.c uid_cache 6%s/%d: reached RLIMIT_SIGPENDING, dropped signal %d kernel/signal.c 6potentially unexpected fatal signal %d. include/linux/thread_info.h sigqueue 3.18.20 2.6.%u%s khelper bset inheritable kernel/workqueue.c %s%d:%d 4workqueue: max_active %d requested for %s is out of range, clamping between %d and %d %d:%d%s u%d:%d kworker/%s workqueue: per-cpu pwq for %s on cpu%d has 0 refcnt 3BUG: workqueue leaked lock or atomic: %s/0x%08x/%d last function: %pf kworker/dying 4workqueue %s: drain_workqueue() isn't complete after %u tries &pool->manager_arb &pool->attach_mutex &wq->mutex ordering guarantee broken for workqueue %s pool_workqueue events events_highpri events_long events_unbound events_freezable events_power_efficient events_freezable_power_efficient %sWorkqueue: %s %pf (%s) workqueue pool_ids nice cpumask numa max_active per_cpu kernel/pid.c 6pid_max: default: %u minimum: %u 5Sorting __ex_table... 3%s: string doesn't fit in %u chars. %hhu 2Adding module '%s' to sysfs failed (%d), the system may be unstable. 3%s: string parameter too long module 4%s (%d): error creating kset kernel/params.c parameters 3%s: can only take %i arguments 3%s: needs at least %i arguments 4Setting dangerous option %s - tainting kernel 4%s: option '%s' enabled irq's! 3%s: Unknown parameter `%s' 3%s: `%s' too large for parameter `%s' 3%s: `%s' invalid for parameter `%s' kernel/kthread.c kthreadd nsproxy &nh->mutex %llu notes rcu_expedited fscaps uevent_helper uevent_seqnum CRED: put_cred_rcu() sees %p with usage %d cred_jar 0reboot: Restarting system 0reboot: Restarting system with command '%s' 0reboot: System halted 0reboot: Power down 4reboot: Failed to start orderly shutdown: forcing the issue PATH=/sbin:/bin:/usr/sbin:/usr/bin kernel/async.c 3%s: run out of slot in ranges kernel/smpboot.c 3SMP: fork_idle() failed for CPU %u 3BUG: scheduling while atomic: %s/%d/0x%08x 4Unable to set relax_domain_level kernel/sched/core.c 6%-15.15s %c running %08lx %5lu %5d %6d 0x%08lx 6 task PC stack pid father process %d (%s) no longer affine to cpu%d %s/%d swapper wrong sd_flags in topology description 3BUG: arch topology borken 6Task dump for CPU %d: 3bad: scheduling from the idle thread! kernel/sched/rt.c sched: RT throttling activated kernel/sched/deadline.c sched: DL replenish lagged to much kernel/sched/idle.c kernel/sched/cpudeadline.c 4Maximum lock depth %d reached task: %s (%d) kernel/locking/rtmutex.h rtmutex deadlock detected kernel/locking/rtmutex.c 3pm_qos_param: %s setup failed kernel/power/qos.c 3pm_qos_add_request() called for already added request 3pm_qos_update_request() called for unknown object %s called for unknown object. 3pm_qos_remove_request() called for unknown object memory_bandwidth network_throughput network_latency cpu_dma_latency %u,%llu,%llu,%c; \x%02x [%5lu.000000] [%5lu.%06lu] <%u> ttyS ** %u printk messages dropped ** 4%s (%d): Attempt to access syslog with CAP_SYS_ADMIN but no CAP_SYSLOG (deprecated). &user->lock 6log_buf_len individual max cpu contribution: %d bytes 6log_buf_len total cpu_extra contributions: %d bytes 6log_buf_len min size: %d bytes 3log_buf_len: %ld bytes not available 6log_buf_len: %d bytes 6early log buf free: %d(%d%%) 6debug: ignoring loglevel setting. Suspending console(s) (use no_console_suspend to debug) 6debug: skip boot console de-registration. boot 6%sconsole [%s%d] disabled kernel/printk/printk.c console '%s%d' already registered 6Too late to register bootconsole %s%d 6%sconsole [%s%d] enabled %sCPU: %d PID: %d Comm: %.20s %s %s %.*s %sHardware name: %s %stask: %p ti: %p task.ti: %p 6NR_IRQS:%d irq %d, desc: %p, depth: %d, count: %d, unhandled: %d ->handle_irq(): %p, ->irq_data.chip(): %p, ->action(): %p ->action->handler(): %p, %14s set IRQ_LEVEL IRQ_PER_CPU IRQ_NOPROBE IRQ_NOREQUEST IRQ_NOTHREAD IRQ_NOAUTOEN IRQS_AUTODETECT IRQS_REPLAY IRQS_WAITING IRQS_PENDING kernel/irq/handle.c irq %u handler %pF enabled interrupts 4IRQ %d device %s returned IRQ_WAKE_THREAD but no thread function available. kernel/irq/manage.c Primary handler called for nested irq %d Trying to free IRQ %d from IRQ context! Trying to free already-free IRQ %d percpu IRQ %d still enabled on CPU%d! 3genirq: exiting task "%s" (%d) is an active IRQ thread (irq %d) 4Unbalanced enable for IRQ %d 3enable_irq before setup/request_irq: irq %u Unbalanced IRQ %d wake disable 3genirq: Setting trigger mode %lu for irq %u failed (%pF) irq/%d-%s 3genirq: Threaded irq requested with handler=NULL and !ONESHOT for irq %d 3genirq: Failed to request resources for %s (irq %d) on irqchip %s &desc->wait_for_threads 4genirq: irq %d uses trigger mode %u; requested %u 3genirq: Flags mismatch irq %d. %08x (%s) vs. %08x (%s) failed to set type for IRQ%d 6IRQ lockup detection disabled 4Misrouted IRQ fixup support enabled. 4This may impact system performance. 4Misrouted IRQ fixup and polling support enabled 4This may significantly impact system performance 3handlers: 3[<%p>] %pf threaded [<%p>] %pf 3irq event %d: bogus return value %x 3irq %d: nobody cared (try booting with the "irqpoll" option) kernel/irq/spurious.c irq poll in progress on cpu %d for irq %d 0Disabling IRQ #%d kernel/irq/chip.c dummy none kernel/irq/devres.c count %u unhandled %u last_unhandled %u ms affinity_hint smp_affinity_list spurious irq/default_smp_affinity CPU%-8d %*d: %10u %8s None %*d -%-8s %s , %s kernel/rcu/srcu.c kernel/rcu/tree.c Current pid: %d comm: %s / Idle pid: %d comm: %s rcu_init_one: rcu_num_lvls overflow &rsp->gp_wq kernel/rcu/tree_plugin.h rcu_cleanup_dead_cpu: Callbacks on offline CPU %d: qlen=%lu, nxtlist=%p 6%s: wait state: %d ->state: %#lx 3INFO: %s self-detected stall on CPU (t=%lu jiffies g=%ld c=%ld q=%lu) 3INFO: %s detected stalls on CPUs/tasks: (detected by %d, t=%ld jiffies, g=%ld, c=%ld, q=%lu) 3INFO: Stall ended before state dump start 6Hierarchical RCU implementation. 6 Boot-time adjustment of leaf fanout to %d. 6 RCU restricting CPUs from NR_CPUS=%d to nr_cpu_ids=%d. 6RCU: Adjusting geometry for rcu_fanout_leaf=%d, nr_cpu_ids=%d rcu_bh rcu_sched kernel/time/timer.c timer: %pF preempt leak: %08x -> %08x 3schedule_timeout: wrong timeout value %lx kernel/time/hrtimer.c 6hrtimers_resume() called with IRQs enabled! 4hrtimer: interrupt took %llu ns 4Could not switch to high resolution mode on CPU %d 4%s calls setitimer() with new_value NULL pointer. Misfeature support will be removed 4POSIX clock register failed for clock_id %d 4POSIX clock id %d lacks clock_get() 4POSIX clock id %d lacks clock_getres() posix_timers_cache kernel/time/posix-timers.c kernel/time/posix-cpu-timers.c 6RT Watchdog Timeout: %s[%d] kernel/time/timekeeping.c 4__timekeeping_inject_sleeptime: Invalid sleep delta value! 4WARNING: Persistent clock returned invalid value! Check your CMOS/BIOS settings. 4WARNING: Boot clock returned invalid value! Check your CMOS/BIOS settings. 4Adjusting %s more than 11%% (%ld vs %ld) 5Clock: inserting leap second 23:59:60 UTC 5Clock: deleting leap second 23:59:59 UTC 4Override clocksource %s is not HRT compatible. Cannot switch while in HRT/NOHZ mode 6Switched to clocksource %s pmtmr Warning: clock=pmtmr is deprecated. Use clocksource=acpi_pm. acpi_pm Warning! clock= boot option is deprecated. Use clocksource=xyz kernel/time/clocksource.c Clocksource %s might overflow on 11%% adjustment available_clocksource unbind_clocksource current_clocksource refined-jiffies timer_list <%pK> Tick Device: mode: %d Per CPU device: %d max_delta_ns: %llu min_delta_ns: %llu mult: %u shift: %u mode: %d next_event: %Ld nsecs set_next_event: set_mode: event_handler: retries: %lu Clock Event Device: Broadcast device tick_broadcast_mask: %08lx tick_broadcast_oneshot_mask: %08lx cpu: %d clock %d: .base: %pK .index: %d .resolution: %Lu nsecs .get_time: .offset: %Lu nsecs active timers: #%d: , S:%02lx # expires at %Lu-%Lu nsecs [in %Ld to %Ld nsecs] .%-15s: %Lu nsecs expires_next .%-15s: %Lu hres_active nr_events nr_retries nr_hangs max_hang_time nohz_mode last_tick tick_stopped idle_jiffies idle_calls idle_sleeps idle_entrytime idle_waketime idle_exittime idle_sleeptime iowait_sleeptime last_jiffies next_jiffies idle_expires jiffies: %Lu Timer List Version: v0.7 HRTIMER_MAX_CLOCK_BASES: %d now at %Ld nsecs &clk->rwsem alarmtimer kernel/time/clockevents.c broadcast unbind_device current_device clockevents clockevent 4%s depends on broadcast, but no broadcast function available 2Failed to broadcast timer tick. Some CPUs may be unresponsive. kernel/time/tick-broadcast.c 3tick-broadcast: ignoring broadcast for offline CPU #%d 6Clockevents: could not switch to one-shot mode: no tick device %s is not functional. %s does not support one-shot mode. sleep_time 3Failed to create sleep_time debug file time (secs) count %10u - %-10u %4u kernel/futex.c refusing to wake PI futex 3fixup_owner: ret = %d pi-mutex: %p pi-state %p futex kernel/smp.c IPI on offline CPU %d 4IPI callback %pS sent to offline CPU 6Brought up %d CPUs %pK %c %s [%s] %pK %c %s kallsyms +%#lx/%#lx [%s] %10u %10u %10u user_namespace allow deny user pid_namespace pid_%d kernel/stop_machine.c cpu_stop: %s(%p) leaked preempt count migration/%u kernel/irq_work.c kernel/bpf/core.c unknown opcode %02x 4perf interrupt took too long (%lld > %lld), lowering kernel.perf_event_max_sample_rate to %d perf kernel/events/core.c failed to create perf workqueue &ctx->mutex Failed to register pmu: %s, reason %d include/linux/jump_label.h %s used before call to jump_label_init include/linux/jump_label_ratelimit.h unexpected event refcount: %ld; ptr=%p perf interrupt took too long (%lld > %lld), lowering kernel.perf_event_max_sample_rate to %d //enomem //toolong [heap] [stack] //anon &event->child_mutex &event->waitq &event->mmap_mutex [perf_event] &child->perf_event_mutex &swhash->hlist_mutex software event_source perf_event_mux_interval_ms kernel/events/callchain.c mm/filemap.c &pool->wait 4%s invoked oom-killer: gfp_mask=0x%x, order=%d, oom_score_adj=%hd 6[ pid ] uid tgid total_vm rss nr_ptes swapents oom_score_adj name 6[%5d] %5d %5d %8lu %8lu %7ld %8lu %5hd %s 3%s: Kill process %d (%s) score %d or sacrifice child 3Killed process %d (%s) total-vm:%lukB, anon-rss:%lukB, file-rss:%lukB 3Kill process %d (%s) sharing same memory compulsory system-wide Out of memory: %s panic_on_oom is enabled Out of memory (oom_kill_allocating_task) Out of memory and no killable processes... Out of memory 1BUG: Bad page state: %lu messages suppressed 1BUG: Bad page state in process %s pfn:%05lx nonzero mapcount non-NULL mapping nonzero _count PAGE_FLAGS_CHECK_AT_FREE flag(s) set wrong compound order PageTail not set first_page not consistent zone->wait_table + i 4Could not find start_pfn for node %d mm/page_alloc.c 4%pV 4%s: page allocation failure: order:%d, mode:0x%x %s per-cpu: CPU %4d: hi:%5d, btch:%4d usd:%4d active_anon:%lu inactive_anon:%lu isolated_anon:%lu active_file:%lu inactive_file:%lu isolated_file:%lu unevictable:%lu dirty:%lu writeback:%lu unstable:%lu free:%lu slab_reclaimable:%lu slab_unreclaimable:%lu mapped:%lu shmem:%lu pagetables:%lu bounce:%lu free_cma:%lu %s free:%lukB min:%lukB low:%lukB high:%lukB active_anon:%lukB inactive_anon:%lukB active_file:%lukB inactive_file:%lukB unevictable:%lukB isolated(anon):%lukB isolated(file):%lukB present:%lukB managed:%lukB mlocked:%lukB dirty:%lukB writeback:%lukB mapped:%lukB shmem:%lukB slab_reclaimable:%lukB slab_unreclaimable:%lukB kernel_stack:%lukB pagetables:%lukB unstable:%lukB bounce:%lukB free_cma:%lukB writeback_tmp:%lukB pages_scanned:%lu all_unreclaimable? %s lowmem_reserve[]: %ld %s: %lu*%lukB (%s) = %lukB %ld total pagecache pages Built %i zonelists in %s order, mobility grouping %s. Total pages: %ld Memory: %luK/%luK available (%luK kernel code, %luK rwdata, %luK rodata, %luK init, %luK bss, %luK reserved%s%s) 6Freeing %s memory: %ldK (%p - %p) PAGE_FLAGS_CHECK_AT_PREP flag set include/linux/gfp.h Failed to allocate %s hash table 6%s hash table entries: %ld (order: %d, %lu bytes) 6Initmem setup node %d [mem %#010Lx-%#010Lx] 7On node %d totalpages: %lu 7free_area_init_node: node %d, pgdat %08lx, node_mem_map %08lx &pgdat->kswapd_wait &pgdat->pfmemalloc_wait 7 %s zone: %lu pages used for memmap 4 %s zone: %lu pages exceeds freesize %lu 7 %s zone: %lu pages reserved Normal 7 %s zone: %lu pages, LIFO batch:%u Zone ranges: %-8s [mem %0#10lx-%0#10lx] Movable zone start for each node Node %d: %#010lx Early memory node ranges node %3d: [mem %#010lx-%#010lx] 4min_free_kbytes is not updated to %d because user defined value %d is preferred Movable mm/page-writeback.c mm/swap.c mm/truncate.c 3shrink_slab: %pF negative objects to delete nr=%ld kswapd%d 3vmscan: Failed to start kswapd on node %d 6vmscan: %s: orphaned page 3tmpfs: No value for mount option '%s' nr_blocks nr_inodes mpol 3tmpfs: Bad mount option %s 3tmpfs: Bad value '%s' for mount option '%s' ,size=%luk ,nr_inodes=%lu ,mode=%03ho ,uid=%u ,gid=%u mm/shmem.c shmem_inode_cache 3Could not register tmpfs 3Could not kern_mount tmpfs memfd: dev/zero %s %lu Node %d, zone %8s pages free %lu min %lu low %lu high %lu scanned %lu spanned %lu present %lu managed %lu %-12s %lu protection: (%ld , %ld pagesets cpu: %i count: %i high: %i batch: %i vm stats threshold: %d all_unreclaimable: %u start_pfn: %lu inactive_ratio: %u Node %4d, zone %8s, type %12s %6lu Node %d, zone %8s %12lu buddyinfo pagetypeinfo vmstat zoneinfo Page block order: %d Pages per block: %lu %-43s Free pages count per migrate type at order %6d %-23s Number of blocks type %12s nr_free_pages nr_alloc_batch nr_inactive_anon nr_active_anon nr_inactive_file nr_active_file nr_unevictable nr_mlock nr_anon_pages nr_mapped nr_file_pages nr_dirty nr_writeback nr_slab_reclaimable nr_slab_unreclaimable nr_page_table_pages nr_kernel_stack nr_unstable nr_bounce nr_vmscan_write nr_vmscan_immediate_reclaim nr_writeback_temp nr_isolated_anon nr_isolated_file nr_shmem nr_dirtied nr_written nr_pages_scanned workingset_refault workingset_activate workingset_nodereclaim nr_anon_transparent_hugepages nr_free_cma nr_dirty_threshold nr_dirty_background_threshold Unmovable Reclaimable Reserve BdiWriteback: %10lu kB BdiReclaimable: %10lu kB BdiDirtyThresh: %10lu kB DirtyThresh: %10lu kB BackgroundThresh: %10lu kB BdiDirtied: %10lu kB BdiWritten: %10lu kB BdiWriteBandwidth: %10lu kBps b_dirty: %10lu b_io: %10lu b_more_io: %10lu bdi_list: %10u state: %10lx mm/backing-dev.c writeback %.28s-%ld 4%s exported in /proc is scheduled for removal stable_pages_required max_ratio min_ratio read_ahead_kb noop 4PERCPU: unknown allocator %s specified mm/percpu.c %spcpu-alloc: s%zu r%zu d%zu u%zu alloc=%zu*%zu %spcpu-alloc: [%0*d] %0*d -------- alloc from reserved chunk failed failed to populate failed to allocate new chunk failed to extend area map failed to extend area map of reserved chunk illegal size (%zu) or align (%zu) for percpu allocation 4PERCPU: allocation failed, size=%zu align=%zu atomic=%d, %s 6PERCPU: limit reached, disable warning mm/percpu-vm.c 0PERCPU: failed to initialize, %s ai->nr_groups <= 0 0PERCPU: cpu_possible_mask=%s !ai->static_size (unsigned long)__per_cpu_start & ~PAGE_MASK !base_addr (unsigned long)base_addr & ~PAGE_MASK ai->unit_size < size_sum ai->unit_size & ~PAGE_MASK ai->unit_size < PCPU_MIN_UNIT_SIZE ai->dyn_size < PERCPU_DYNAMIC_EARLY_SIZE cpu > nr_cpu_ids !cpu_possible(cpu) unit_map[cpu] != UINT_MAX unit_map[cpu] == UINT_MAX 4PERCPU: max_distance=0x%zx too large for vmalloc space 0x%lx 6PERCPU: Embedded %zu pages/cpu @%p s%zu r%zu d%zu u%zu Failed to initialize percpu areas. auto embed page slabinfo kmem_cache_create: Failed to create slab '%s'. Error %d 4kmem_cache_create(%s) failed with error %d 3kmem_cache_destroy %s: Slab cache still has objects Creation of kmalloc slab %s size=%zu failed. Reason %d Out of memory when creating slab %s mm/slab_common.c kmalloc-%d slabinfo - version: 2.1 # name : tunables : slabdata %-17s %6lu %6lu %6u %4u %4d : tunables %4u %4u %4u : slabdata %6lu %6lu %6lu mm/vmacache.c mm/list_lru.c 0flags: %#lx( %s%s %s%#lx 0page:%p count:%d mapcount:%d mapping:%p index:%#lx 1page dumped because: %s 1bad because of flags: referenced uptodate dirty slab owner_priv_1 arch_1 private private_2 head tail swapcache mappedtodisk swapbacked unevictable mlocked 4%s (%d) uses deprecated remap_file_pages() syscall. See Documentation/vm/remap_file_pages.txt. mm/gup.c 1BUG: Bad page map: %lu messages suppressed 1BUG: Bad page map in process %s pte:%08llx pmd:%08llx bad pte 1addr:%p vm_flags:%08lx anon_vma:%p mapping:%p index:%lx 1vma->vm_ops->fault: %pSR 1vma->vm_file->f_op->mmap: %pSR fault_around_bytes 4Failed to create fault_around_bytes in debugfs %s%s[%lx+%lx] mm/mincore.c mm/mmap.c &anon_vma->rwsem anon_vma anon_vma_chain mm/rmap.c mm/vmalloc.c vmallocinfo 4vmap allocation for size %lu failed: use vmalloc= to increase size. 0x%pK-0x%pK %7ld %pS pages=%d phys=%llx ioremap vmalloc vmap user vpages Trying to vfree() bad address (%p) 3Trying to vfree() nonexistent vm area (%p) vmalloc: allocation failure, allocated %ld of %ld bytes vmalloc: allocation failure: %lu bytes %s:%d: bad pgd %08lx. mm/pgtable-generic.c 6bootmem::%s nid=%td start=%lx map=%lx end=%lx mapsize=%lx 6bootmem::%s nid=%td start=%lx end=%lx 6bootmem::%s nid=%td start=%lx end=%lx flags=%x 6bootmem::%s silent double reserve of PFN %lx 6bootmem::%s nid=%td start=%lx end=%lx reserve=%d flags=%x 6bootmem::%s nid=%td size=%lx [%lu pages] align=%lx goal=%lx limit=%lx mm/bootmem.c 6bootmem::%s nid=%td released=%lx 1bootmem alloc of %lu bytes failed! 6 %s.cnt = 0x%lx on node %d 6 %s[%#x] [%#016llx-%#016llx], %#llx bytes%s flags: %#lx mm/memblock.c Usage of MAX_NUMNODES is deprecated. Use NUMA_NO_NODE instead unknown 3memblock: Failed to double %s array from %ld to %ld entries ! 6memblock: %s is doubled to %ld at [%#010llx-%#010llx] 6memblock_reserve: [%#016llx-%#016llx] flags %#02lx %pF 6 memblock_free: [%#016llx-%#016llx] %pF ERROR: Failed to allocate 0x%llx bytes below 0x%llx. 6%s: %llu bytes align=0x%llx nid=%d from=0x%llx max_addr=0x%llx %pF %s: Failed to allocate %llu bytes align=0x%llx nid=%d from=0x%llx max_addr=0x%llx 6%s: [%#016llx-%#016llx] %pF 6MEMBLOCK configuration: 6 memory size = %#llx reserved size = %#llx poolinfo - 0.1 %-16s %4u %4Zu %4Zu %2u dma_pool_destroy %s, %p busy 3dma_pool_destroy %s, %p busy dma_pool_free %s, %p/%lx (bad dma) 3dma_pool_free %s, %p/%lx (bad dma) mm/dmapool.c pools kmem_cache kmalloc-node 3enable_cpucache failed for %s, error %d. slabs_full accounting error slabs_partial accounting error slabs_free accounting error free_objects accounting error 3slab: cache %s error: %s fs/open.c 3VFS: Close: file count is 0 &f->f_pos_lock 6VFS: file-max limit %lu reached filp fs/super.c VFS: Busy inodes after unmount of %s. Self-destruct in 5 seconds. Have a nice day... &s->s_writers.wait &s->s_writers.wait_unfrozen &s->s_umount &s->s_vfs_rename_mutex &s->s_dquot.dqio_mutex &s->s_dquot.dqonoff_mutex forced remount of a %s fs returned %i Emergency Remount complete %s set sb->s_maxbytes to negative value (%lld) 3VFS:Filesystem freeze failed 3VFS:Filesystem thaw failed %3d %s Failed to init directly mappable cdev bdi char fs/exec.c pipe: pipe:[%lu] &pipe->wait &pipe->mutex pipefs fs/namei.c fasync_cache fs/fcntl.c 3kill_fasync: bad magic number in fasync_struct! fs/dcache.c 3BUG: Dentry %p{i=%lx,n=%pd} still in use (%d) [unmount of %s %s] s_umount should've been locked 4VFS: moving negative dcache entry 4VFS: Lookup of '%s' in %s %s would have caused loop (deleted) //deleted (unreachable) #%llu Dentry cache names_cache dentry &inode->i_mutex fs/inode.c &mapping->i_mmap_mutex Inode-cache inode_cache 7init_special_inode: bogus i_mode (%o) for inode %s:%lu fs/attr.c 4alloc_fd: slot %d not NULL! nodev %s %s filesystems &new_ns->poll fs/namespace.c mnt_cache Mount-cache Mountpoint-cache Failed to allocate mount hash table 4%s: sysfs_init error: %d 4%s: kobj create error Can't find rootfs type Can't create rootfs Can't allocate initial namespace &p->lock security. system. trusted. user. system.posix_acl_access system.posix_acl_default 4%s: %s passed in a files arraywith an index of 1! &attr->mutex fs/fs-writeback.c bdev 7%s(%d): dirtied inode %lu (%s) on %s flush-%s bdi-%s not registered fs/splice.c Emergency Sync complete fs/sync.c 4Emergency Thaw complete 4Emergency Thaw on %s fs/buffer.c __find_get_block_slow() failed. block=%llu, b_blocknr=%llu b_state=0x%08lx, b_size=%zu device %s blocksize: %d 3Buffer I/O error on dev %s, logical block %llu%s , lost sync page write , lost async page write , async page read 3VFS: brelse: Trying to free free buffer 6warning: process `%s' used the obsolete bdflush system call 6Fix your initscripts? 3getblk(): invalid block size %d requested 3logical block size: %d buffer_head bdev: &bdev->bd_mutex &bdev->bd_fsfreeze_mutex fs/block_dev.c bdev_cache Cannot register bdev pseudo-fs Cannot create bdev pseudo-fs 4VFS: busy inodes on changed media or resized disk %s 6%s: detected capacity change from %lld to %lld dio/%s device no device mounted on with fstype 0 0 %i %i %u:%u shared:%i master:%i propagate_from:%i unbindable ,nosuid ,nodev ,noexec ,noatime ,nodiratime ,relatime ,sync ,dirsync ,mand tfd: %8d events: %8x data: %16llx eventpoll_epi eventpoll_pwq 3reverse_path_check_proc: file is not an ep! &ep->mtx &ep->wq &ep->poll_wait [eventpoll] anon_inode_init() kernel mount failed (%ld) anon_inode_init() inode allocation failed (%ld) anon_inode: anon_inode:%s anon_inodefs sigmask: [signalfd] clockid: %d ticks: %llu settime flags: 0%o it_value: (%llu, %llu) it_interval: (%llu, %llu) &ctx->wqh [timerfd] eventfd-count: %16llx [eventfd] Failed to create aio fs mount. Failed to init aio fs backing dev info. kiocb kioctx aio: fs/aio.c &ctx->ring_lock &ctx->wait [aio] aiofs ADVISORY *NOINODE* MANDATORY READ NONE WRITE RW UNLCK %lld:%s ACCESS OFDLCK POSIX FLOCK MSNFS FLOCK ADVISORY DELEG LEASE BREAKING ACTIVE BREAKER UNKNOWN UNKNOWN %d %02x:%02x:%ld %d :0 %Ld EOF %Ld %Ld 0 EOF file_lock_cache file_lock_lglock &fl->fl_wait 3locks_delete_lock: fasync == %p fs/locks.c leftover lock: dev=%u:%u ino=%lu type=%hhd flags=0x%x start=%lld end=%lld 4format_corename failed 4Aborting core %s (path unknown) 4Process %d(%s) has RLIMIT_CORE set to 1 4Pid %d(%s) over core_pipe_limit 4Skipping core dump 4%s failed to allocate memory 6Core dump to |%s pipe failed 4Pid %d(%s) can only dump core to fully qualified path! 6%s (%d): drop_caches: %d %08lx-%08lx %c%c%c%c %08llx %02x:%02x %lu [stack:%d] VmPeak: %8lu kB VmSize: %8lu kB VmLck: %8lu kB VmPin: %8lu kB VmHWM: %8lu kB VmRSS: %8lu kB VmData: %8lu kB VmStk: %8lu kB VmExe: %8lu kB VmLib: %8lu kB VmPTE: %8lu kB VmSwap: %8lu kB ,hidepid=%u proc_inode_cache fs/proc/inode.c 3proc_fill_super: get root inode failed 3proc_fill_super: allocate dentry failed 3proc: hidepid value must be between 0 and 2. 3proc: unrecognized mount option "%s" or missing value mounts self/mounts sysvipc fs/nfsd proc hidepid=%u gid=%u 4%s (%d): /proc/%d/oom_adj is deprecated, please use /proc/%d/oom_score_adj instead. %-25s %-20s %-20s %-10s Soft Limit Hard Limit Units %-25s %-20s unlimited %-25s %-20lu %-20s %-20lu %-10s running %ld 0x%lx 0x%lx %ld 0x%lx 0x%lx 0x%lx 0x%lx 0x%lx 0x%lx 0x%lx 0x%lx self thread-self fdinfo environ auxv status personality limits comm syscall cmdline statm maps root mountinfo wchan oom_score oom_adj oom_score_adj uid_map gid_map projid_map setgroups mountstats Max cpu time seconds Max file size Max data size Max stack size Max core file size Max open files files Max address space Max resident set Max processes Max locked memory Max file locks Max pending signals Max msgqueue size Max nice priority Max realtime priority Max realtime timeout fs/proc/generic.c name '%s' name len %u create '/proc/%s' by hand proc_dir_entry '%s/%s' already registered %s: removing non-empty directory '%s/%s', leaking at least '%s' %d (%s) %c 0 0 0 0 0 0 0 Name: State: %s Tgid: %d Ngid: %d Pid: %d PPid: %d TracerPid: %d Uid: %d %d %d %d Gid: %d %d %d %d FDSize: %d Groups: Threads: %d SigQ: %lu/%lu SigPnd: ShdPnd: SigBlk: SigIgn: SigCgt: CapInh: CapPrm: CapEff: CapBnd: Cpus_allowed: Cpus_allowed_list: voluntary_ctxt_switches: %lu nonvoluntary_ctxt_switches: %lu R (running) S (sleeping) D (disk sleep) T (stopped) t (tracing stop) X (dead) Z (zombie) pos: %lli flags: 0%o mnt_id: %i /dev/%-8s %3d %d-%d %3d %7d system :/dev/tty :console :vtmaster serial pty:master pty:slave type:%d.%d %-20s /dev/%-8s /dev/tty system:/dev/tty system:console tty/ldisc tty/driver tty/ldiscs tty/drivers %s%d %c%c%c (%s) %4d:%d consoles cpuinfo Character devices: Block devices: devices interrupts %lu.%02lu %lu.%02lu %lu.%02lu %ld/%d %d loadavg meminfo MemTotal: %8lu kB MemFree: %8lu kB MemAvailable: %8lu kB Buffers: %8lu kB Cached: %8lu kB SwapCached: %8lu kB Active: %8lu kB Inactive: %8lu kB Active(anon): %8lu kB Inactive(anon): %8lu kB Active(file): %8lu kB Inactive(file): %8lu kB Unevictable: %8lu kB Mlocked: %8lu kB SwapTotal: %8lu kB SwapFree: %8lu kB Dirty: %8lu kB Writeback: %8lu kB AnonPages: %8lu kB Mapped: %8lu kB Shmem: %8lu kB Slab: %8lu kB SReclaimable: %8lu kB SUnreclaim: %8lu kB KernelStack: %8lu kB PageTables: %8lu kB NFS_Unstable: %8lu kB Bounce: %8lu kB WritebackTmp: %8lu kB CommitLimit: %8lu kB Committed_AS: %8lu kB VmallocTotal: %8lu kB VmallocUsed: %8lu kB VmallocChunk: %8lu kB cpu cpu%d intr %llu ctxt %llu btime %lu processes %lu procs_running %lu procs_blocked %lu softirq %llu %lu.%02lu %lu.%02lu uptime %12s: %10u softirqs %s:[%lu] %s:[%u] 3proc_fill_super: can't allocate /proc/self %d/task/%d 3proc_fill_super: can't allocate /proc/thread_self 3sysctl table check failed: %s/%s %pV 3sysctl link missing during unregister: 3sysctl duplicate entry: Not a file No data No maxlen No proc_handler bogus .mode 0%o 3sysctl could not get directory: /%*.*s %ld fs/proc/proc_sysctl.c self/net kmsg kernfs_node_cache failed to init kernfs_bdi kernfs required invalid fs/kernfs/dir.c 4kernfs: ns %s in '%s' for '%s' kernfs_put: %s/%s: released with incorrect active_ref %d &root->deactivate_waitq 4kernfs: can not remove '%s', no directory &of->mutex &new_on->poll fs/kernfs/file.c fill_read_buffer: %s returned bad count fs/sysfs/file.c 3missing sysfs attribute operations for kobject: %s fs/sysfs/dir.c 4sysfs: cannot create duplicate filename '%s/%s' sysfs fs/sysfs/group.c sysfs: (bin_)attrs not set by subsystem for group: %s/%s 4sysfs group %p not found for kobject '%s' 3SQUASHFS error: squashfs_read_data failed to read block 0x%llx 3SQUASHFS error: Unable to read %s cache entry [%llx] 3SQUASHFS error: Failed to allocate %s cache &cache->wait_queue &cache->entry[i].wait_queue 3SQUASHFS error: Failed to allocate %s cache entry 3SQUASHFS error: Failed to allocate %s buffer 3SQUASHFS error: Failed to allocate squashfs_dir_entry 3SQUASHFS error: Unable to read directory block [%llx:%x] 3SQUASHFS error: read_indexes: Failed to allocate block_list 3SQUASHFS error: read_indexes: reading block [%llx:%x] 3SQUASHFS error: Failed to allocate meta_index 3SQUASHFS error: Unable to read page, block %llx, size %x 3SQUASHFS error: Unknown inode type %d in squashfs_iget! 3SQUASHFS error: Unable to read inode 0x%llx 3SQUASHFS error: Failed to allocate squashfs_dir_index 3squashfs: SQUASHFS error: Failed to allocate squashfs_sb_info &msblk->meta_index_mutex 3squashfs: SQUASHFS error: unable to read squashfs_super_block 3squashfs: SQUASHFS error: Can't find a SQUASHFS superblock on %s 3squashfs: SQUASHFS error: Major/Minor mismatch, older Squashfs %d.%d filesystems are unsupported 3squashfs: SQUASHFS error: Major/Minor mismatch, trying to mount newer %d.%d filesystem 3squashfs: SQUASHFS error: Please update your kernel 3squashfs: SQUASHFS error: Filesystem uses "%s" compression. This is not supported 3squashfs: SQUASHFS error: Page size > filesystem block size (%d). This is currently not supported! metadata 3squashfs: SQUASHFS error: Failed to allocate read_page block 3squashfs: SQUASHFS error: Xattrs in filesystem, these will be ignored 3squashfs: SQUASHFS error: unable to read xattr id index table 3squashfs: SQUASHFS error: unable to read id index table 3squashfs: SQUASHFS error: unable to read inode lookup table fragment 3squashfs: SQUASHFS error: unable to read fragment index table 3squashfs: SQUASHFS error: Root inode create failed squashfs_inode_cache 6squashfs: version 4.0 (2009/01/31) Phillip Lougher squashfs 3SQUASHFS error: Unable to read symlink [%llx:%x] lzma &stream->mutex 3SQUASHFS error: %s decompression failed, data probably corrupt 3SQUASHFS error: Failed to allocate lzo workspace 3SQUASHFS error: Failed to initialise xz decompressor 3SQUASHFS error: Failed to allocate zlib workspace zlib ramfs mode=%o ,mode=%o debugfs uid=%u 0x%02llx 0x%04llx 0x%08llx 0x%016llx %u%c %s = 0x%08x &ids->rwsem %10d %10d %4o %10lu %10lu %5u %5u %5u %5u %5u %5u %10lu %10lu %10lu 6msgmni has been set to %d sysvipc/msg key msqid perms cbytes qnum lspid lrpid uid gid cuid cgid stime rtime ctime 6semctl(GETNCNT/GETZCNT) is since 3.16 Single Unix Specification compliant. The task %s (%d) triggered the difference, watch for misbehavior. %10d %10d %4o %10u %5u %5u %5u %5u %10lu %10lu sysvipc/sem key semid perms nsems uid gid cuid cgid otime ctime SYSV%08x %10d %10d %4o %10lu %5u %5u %5lu %5u %5u %5u %5u %10lu %10lu %10lu %10lu %10lu sysvipc/shm key shmid perms size cpid lpid nattch uid gid cuid cgid atime dtime ctime rss swap shm_rmid_forced auto_msgmni QSIZE:%-10lu NOTIFY:%-5d SIGNO:%-5d NOTIFY_PID:%-6d &info->wait_q 4Inconsistency in POSIX message queue, no tree element, but supposedly messages should exist! 4Inconsistency in POSIX message queue, empty leaf node but we haven't implemented lazy leaf delete! mqueue_inode_cache mqueue queues_max msg_max msgsize_max msg_default msgsize_default security.capability 5%s: get_vfs_caps_from_disk returned %d for %s 6warning: `%s' has both setuid-root and effective capabilities. Therefore not raising all capabilities. 3alg: Unexpected test result for %s: %d crypto/algapi.c 3Failed to unregister %s %s: %d %s(%s) passed name : %s driver : %s module : %s priority : %d refcnt : %d selftest : %s type : larval flags : 0x%x type : cipher blocksize : %u min keysize : %u max keysize : %u type : compression type : unknown crypto ahash type : ahash async : %s digestsize : %u shash type : shash block/bio.c include/linux/bio.h Attempted to advance past end of bvec iter 3bio: unable to find slab! bio-%d bioset bio: can't allocate bios biovec-1 biovec-4 biovec-16 biovec-64 biovec-128 biovec-256 &eq->sysfs_lock 3I/O scheduler %s not found 3Default I/O scheduler not found. Using noop. 3%s: forced dispatching is broken (nr_sorted=%u), please report this 3%s: bad insertion point %d iosched 3elevator: type %s not found (default) block/elevator.c 6io scheduler %s registered%s %s_io_cq 3elevator: switch to %s failed none [%s] 6attempt to access beyond end of device 6%s: rw=%ld, want=%Lu, limit=%Lu 3generic_make_request: Trying to access nonexistent block-device %s (%Lu) 3bio too big device %s (%u > %u) block/blk.h 4%s: dev %s: request aux data allocation failed, iosched may be disturbed 6%s: dev %s: type=%x, flags=%llx 6 sector %llu, nr/cnr %u/%u 6 bio %p, biotail %p, len %u 6 cdb: block/blk-core.c &rl->wait[BLK_RW_SYNC] &rl->wait[BLK_RW_ASYNC] block &q->sysfs_lock &q->mq_freeze_wq 7%s(%d): %s block %Lu on %s (%u sectors) 3%s: over max size limit. 3%s: over max segments limit. recoverable transport critical target critical nexus critical space allocation critical medium 3%s: %s error, dev %s, sector %llu request botched 3%s: bad return=%d kblockd Failed to create kblockd blkdev_requests blkdev_queue 3%s: adjusted depth to %d 3%s: tag %d is missing 3%s: attempt to clear non-busy tag (%d) 3%s: request %p for device [%s] already tagged %d block/blk-sysfs.c add_random iostats rq_affinity nomerges rotational write_same_max_bytes discard_zeroes_data discard_max_bytes discard_granularity optimal_io_size minimum_io_size physical_block_size logical_block_size hw_sector_size scheduler max_segment_size max_integrity_segments max_segments max_hw_sectors_kb max_sectors_kb nr_requests block/blk-flush.c 6%s: set to minimum %d 5%s: Warning: Device %s is misaligned 6%s: set to minimum %lx block/blk-settings.c blkdev_ioc 3cfq: icq link failed! block/blk-exec.c block/blk-merge.c 3block: bad eh return: %d 3%s: WRITE SAME failed. Manually zeroing. block/blk-mq.c 3blk-mq: bad return on queue: %d 6blk-mq: reduced tag depth to %u 3blk-mq: failed to allocate request map 6blk-mq: reduced tag depth (%u -> %u) &set->tag_list_lock &bt->bs[i].wait block/blk-mq-tag.c 3blk-mq: tag depth too large nr_tags=%u, reserved_tags=%u, bits_per_word=%u nr_free=%u, nr_reserved=%u active_queues=%u cpu%u CTX pending HCTX pending %lu %lu %8u %lu %8lu %lu , %u cpu_list tags dispatched queued rq_list completed merged DISK_MEDIA_CHANGE=1 DISK_EJECT_REQUEST=1 media_change eject_request block/genhd.c diskstats partitions major minor #blocks name %4d %7d %10llu %s %4d %7d %s %lu %lu %lu %u %lu %lu %lu %u %u %u %u register_blkdev: failed to get major for %s register_blkdev: cannot get major %d for %s blkext 4%s: failed to initialize events &ev->block_mutex holders slaves 4%s: failed to create sysfs files for events %02x%02x %-9s %03x:%05x %s%s %10llu %s %s driver: %s (driver?) DISK_RO=1 events_poll_msecs events_async inflight capability discard_alignment alignment_offset removable ext_range 4program %s is using a deprecated SCSI ioctl, please convert it to SG_IO 4%s: sending ioctl %x to a partition! %8lu %8lu %8llu %8u %8lu %8lu %8llu %8u %8u %8u %8u enabling native capacity truncated %sp%d unknown-block(%u,%u) 4%s: partition table beyond EOD, 4%s: partition table partially beyond EOD, 4%s: p%d start %llu is beyond EOD, 4%s: p%d size %llu extends beyond EOD, 3 %s: p%d could not be added: %ld whole_disk partition %s: unknown partition table unable to read partition table %s%d %08x-%02x [AIX] [DM] [EZD] 4GPT:Primary header LBA != Alt. header alternate_lba 4GPT:%lld != %lld 4GPT:Primary header alternate_lba != Alt. header my_lba 4GPT:first_usable_lbas don't match. 4GPT:last_usable_lbas don't match. 4GPT:disk_guids don't match. 4GPT:num_partition_entries don't match: 0x%x != 0x%x 4GPT:sizeof_partition_entry values don't match: 0x%x != 0x%x 4GPT:partition_entry_array_crc32 values don't match: 0x%x != 0x%x 4GPT:Primary header thinks Alt. header is not at the end of the disk. 4GPT:Alternate GPT header not at the end of the disk. 4GPT: Use GNU Parted to correct GPT errors. 4Alternate GPT is invalid, using primary GPT. 4Primary GPT is invalid, using alternate GPT. %pUl read_expire write_expire writes_starved front_merges fifo_batch block/cfq-iosched.c cfq_queue 3cfq: bad prio %x cfqq->new_cfqq loop detected quantum fifo_expire_sync fifo_expire_async back_seek_max back_seek_penalty slice_sync slice_async slice_async_rq slice_idle group_idle target_latency gzip bzip2 Could not allocate output buffer Could not allocate input buffer Data integrity error when decompressing. Compressed file ends unexpectedly lib/idr.c idr_remove called for id=%d which is not allocated. idr_layer_cache ida_remove called for id=%d which is not allocated. invalid kobject pointer! must have a ktype to be initialized properly! 3kobject (%p): tried to init an initialized object, something is seriously wrong. 3kobject (%p): %s lib/kobject.c 4kobject: '%s' (%p): is not initialized, yet kobject_put() is being called. 'none' kobject: (%p): attempted to be registered with empty name! include/linux/kernfs.h %s failed for %s with -EEXIST, don't try to register things with the same name in the same directory. %s failed for %s (error: %d parent: %s) 3kobject: can not set name properly! 3kobject '%s' (%p): tried to add an uninitialized object, something is seriously wrong. 4%s: kobject_add error: %d DEVPATH_OLD=%s 3kobject_uevent: unable to create netlink socket! lib/kobject_uevent.c 3add_uevent_var: too many keys 3add_uevent_var: buffer size too small ACTION=%s DEVPATH=%s SUBSYSTEM=%s SEQNUM=%llu %s@%s 3init_uevent_argv: buffer size too small remove change move online offline lib/plist.c lib/radix-tree.c radix_tree_node 4%s: %d callbacks suppressed Mem-Info: %lu pages RAM %lu pages HighMem/MovableOnly %lu pages reserved lib/timerqueue.c lib/vsprintf.c Please remove ignored %%n in '%s' (null) io mem irq dma bus ??? size 64bit pref window disabled flags (invalid address) pK-error %s%16.16llx %s%8.8x %s%4.4x %s%s%p: %s %s%s%.8x: %s %s%0*lx lib/scatterlist.c 7list too long for efficiency lib/percpu-refcount.c percpu ref (%pf) <= 0 (%ld) after switching to atomic %s called more than once on %pf! 3percpu_ida_init(): nr_tags too large .%03lld %lld%s %s lib/devres.c invalid resource can't request region for resource %pR ioremap failed for resource %pR crct10dif crc32c invalid distance too far back invalid distance code invalid literal/length code incorrect header check unknown compression method invalid window size invalid block type invalid stored block lengths too many length or distance symbols invalid code lengths set invalid bit length repeat invalid literal/lengths set invalid distances set incorrect data check xz_dec 7zXZ 4netlink: %d bytes leftover after parsing attributes in process `%s'. 4irq_cpu_rmap_notify: update failed: %d 16kb 64kb 256kb 16Mb 64Mb 256Mb Index: %2d pgmask=%s va=%0*lx asid=%02lx [pa=%0*llx c=%d d=%d v=%d g=%d] [pa=%0*llx c=%d d=%d v=%d g=%d] system.sockprotoname socket: socket:[%lu] &wq->wait sock_inode_cache 3%s: fasync list not empty! 6%s uses obsolete (PF_INET,SOCK_PACKET) 4socket: no more sockets 2protocol %d >= NPROTO(%d) 6NET: Registered protocol family %d 6NET: Unregistered protocol family %d sockets: used %d sockfs 6sock: %s: `%s' (pid %d) tries to set negative timeout Cannot initialize net inuse counters protocols 4sock: process `%s' is using obsolete %s SO_BSDCOMPAT net/core/sock.c getsockopt &sk->sk_lock.wq setsockopt %-9s %-4s %-8s %-6s %-5s %-7s %-4s %-10s %s sockets press maxhdr cl co di ac io in de sh ss gs se re sp bi br ha uh gp em %-9s %4u %6d %6ld %-3s %6u %-3s %-10s %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c %2c 2sock: %s: Can't create sock SLAB cache! request_sock_%s 2sock: %s: Can't create request sock SLAB cache! tw_sock_%s 3sock: PROTO_INUSE_NR exhausted net/core/request_sock.c 0skbuff: %s: text:%p len:%d put:%d head:%p data:%p tail:%#lx end:%#lx dev:%s net/core/skbuff.c 4skbuff: IMQ: kfree_skb: skb->cb_next: %08x 4skbuff: %s IMQ: kfree_skb: skb->nf_queue_entry != NULL include/linux/skbuff.h 4skbuff: skb_segment: too many frags: %u %u skbuff_head_cache skbuff_fclone_cache skbuff_cb_store_cache 4skbuff: bad partial csum: csum=%u/%u len=%u 4skbuff: %s: received packets cannot be forwarded while LRO is enabled net/core/datagram.c net/core/stream.c 3RTNL: assertion failed at %s (%d) net/core/gen_estimator.c net_namespace netns Could not create netns workq Could not allocate generic netns Could not setup the initial network namespace 4%s selects TX queue %d, but real number of TX queues is %d net/core netdev_tstamp_prequeue rps_sock_flow_entries flow_limit_cpu_bitmap flow_limit_table_len busy_poll busy_read default_qdisc net/core/dev.c %s received packet on queue %u, but number of RX queues is %u %s: caps=(%pNF, %pNF) len=%d data_len=%d gso_size=%d gso_type=%d ip_summed=%d upper_%s lower_%s (unnamed net_device) (uninitialized) (unregistering) (unregistered) (released) (dummy) (unknown) include/linux/netdevice.h %s: unknown reg_state %d %s %s %s%s: %pV %s%s%s: %pV %s(NULL net_device): %pV 4Redir loop detected Dropping packet (%d->%d) 3tried to remove device %s from %s 4dev_remove_pack: %p not found 4Number of in use tx queues changed invalidating tc mappings. Priority traffic classification disabled! 4Number of in use tx queues changed. Priority %i to tc mapping %i is no longer valid. Setting map to 0 6netif_stop_queue() cannot be called before register_netdev() 3%s: hw csum failure 2protocol %04x is buggy, dev %s 2Virtual device %s asks to queue packet! 2Dead loop on virtual device %s, fix it urgently! 3netif_napi_add() called with weight %d on device %s entered left 4%s: promiscuity touches roof, set promiscuity failed. promiscuity feature of device might be broken. 6device %s %s promiscuous mode 4%s: allmulti touches roof, set allmulti failed. allmulti feature of device might be broken. 3network todo '%s' but state %d 0unregister_netdevice: waiting for %s to become free. Usage count = %d 3alloc_netdev: Unable to allocate device with zero queues 3alloc_netdev: Unable to allocate device with zero RX queues 4dev_remove_offload: %p not found dev%d 0%s: failed to move %s to init_net: %d mixed HW and IP checksum settings. set_features() failed (%d); wanted %pNF, left %pNF netdevice: %s%s failed to disable LRO! netdevice: %s%s Buggy VLAN acceleration in driver! renamed from %s 3%s: name change rollback failed: %d net/core/ethtool.c net/core/dev_addr_lists.c net/core/dst.c net/core/neighbour.c entries allocs destroys hash_grows lookups hits res_failed rcv_probes_mcast rcv_probes_ucast periodic_gc_runs forced_gc_runs unresolved_discards %08x %08lx %08lx %08lx %08lx %08lx %08lx %08lx %08lx %08lx %08lx %08lx NEIGH: BUG, double timer add, state is %x 4neighbour: Destroying alive neighbour %p 4neighbour: Impossible event cannot create neighbour cache statistics cannot create neighbour proc dir entry cannot allocate neighbour cache hashes 3neighbour: Registering multiple tables for family %d 2neighbour: neighbour leakage net/%s/neigh/%s retrans_time unres_qlen_bytes anycast_delay proxy_delay locktime net/core/rtnetlink.c Unable to register rtnetlink message handler, protocol = %d, message type = %d 6PF_BRIDGE: RTM_SETLINK with unknown ifindex 4A link change request failed with some changes committed already. Interface %s may have been left with an inconsistent configuration, please check. %s%%d 6%s: FDB only supports static addresses 6PF_BRIDGE: RTM_NEWNEIGH with invalid ifindex 6PF_BRIDGE: RTM_NEWNEIGH with unknown ifindex 6PF_BRIDGE: RTM_NEWNEIGH with invalid address 6PF_BRIDGE: RTM_DELNEIGH with invalid ifindex 6PF_BRIDGE: RTM_DELNEIGH with unknown ifindex 6PF_BRIDGE: RTM_DELNEIGH with invalid address rtnetlink_init: cannot initialize rtnetlink net/core/dev_ioctl.c net/core/net-sysfs.c INTERFACE=%s IFINDEX=%d %*phN rx-%u tx-%u queues xps_cpus byte_queue_limits limit_min limit_max hold_time tx_timeout rps_flow_cnt rps_cpus statistics tx_compressed rx_compressed tx_window_errors tx_heartbeat_errors tx_fifo_errors tx_carrier_errors tx_aborted_errors rx_missed_errors rx_fifo_errors rx_frame_errors rx_crc_errors rx_over_errors rx_length_errors collisions multicast tx_dropped rx_dropped tx_errors rx_errors tx_bytes rx_bytes tx_packets rx_packets phys_port_id netdev_group ifalias tx_queue_len flags carrier_changes operstate notpresent down lowerlayerdown testing dormant duplex speed carrier address name_assign_type ifindex iflink addr_len addr_assign_type dev_port dev_id dev_mcast ptype softnet_stat %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %-4d %-15s %-5d %-5d dev_ext %6s: %7llu %7llu %4llu %4llu %4llu %5llu %10llu %9llu %4llu %9llu %8llu %7llu %4llu %4llu %4llu %5llu %7llu %10llu %9llu %5llu %9llu Inter-| Receive | Transmit face |bytes packets errs drop fifo frame compressed multicast unicast broadcast|bytes packets errs drop fifo colls carrier compressed multicast unicast broadcast %6s: %7llu %7llu %4llu %4llu %4llu %5llu %10llu %9llu %8llu %7llu %4llu %4llu %4llu %5llu %7llu %10llu Inter-| Receive | Transmit face |bytes packets errs drop fifo frame compressed multicast|bytes packets errs drop fifo colls carrier compressed Type Device Function ALL %04x %-8s %pf net/core/fib_rules.c net/llc/llc_core.c eth%d %*phC net/sched/sch_generic.c 6NETDEV WATCHDOG: %s (%s): transmit queue %u timed out 4Dead loop on netdevice %s, fix it urgently! 4BUG %s code %d qlen %d activation failed include/net/sch_generic.h net/sched/sch_api.c psched %08x %08x %08x %08x 3pktsched_init: cannot initialize per netns operations 4%s: %s qdisc %X: is non-work-conserving? 5%s: packet reclassify loop rule prio %u protocol %02x police 6tc_dump_action: action bad kind net/sched/act_api.c tcf_generic_walker: unknown action %d 5tc_ctl_action: received NO action attribs 5tc mirred: target device is gone 5tc mirred to Houston: device %s is down 6Mirror/redirect action on fifo net/sched/sch_htb.c 4htb: too many events! 3htb: tree is too deep 4HTB: quantum of class %X is small. Consider r2q change. 4HTB: quantum of class %X is big. Consider r2q change. 4%s: unsupported protocol %d prio_backlog prio_status prio_autodetect prio_highactive prio_threshold tx busy on ! tx busy off ! prio_ctrl Realtek prio_backlog, create proc failed! Realtek prio_status, create proc failed! Realtek prio_autodetect, create proc failed! Realtek prio_highactive, create proc failed! Realtek prio_threshold, create proc failed! prio threshold(high, low) = (%d, %d) prio high_active = %d prio auto_detect = %d auto_detect = %d backlog = %d drop_count = %d thred_high = %d thred_low = %d high_active = %d prio backlog = %d (high, low) = (%d, %d) Usage: echo [high] [low] Cannot modify high_active in auto_detect mode ! high_active=%d auto_detect=%d backlog=%d net/sched/cls_u32.c 4cls_u32: dead loop 6u32 classifier 6 Actions configured net/netlink/af_netlink.c nlk->cb_mutex &nlk->wait 3Freeing alive netlink socket %p netlink sk Eth Pid Groups Rmem Wmem Dump Locks Drops Inode %pK %-3d %-6u %08x %-8d %-8d %d %-8d %-8d %-8lu 4__netlink_remove_tap: %p not found netlink_add_usersock_entry: Cannot allocate listeners netlink_init: Cannot allocate nl_table GENL: Cannot initialize generic netlink net/netlink/genetlink.c include/net/genetlink.h NET_DM GENL: Cannot register controller: %d 3cannot create netfilter proc entry nf_log %2lld NONE ( %2lld %s ( net/netfilter/nf_log NONE 3netfilter please increase S_SIZE net/netfilter/nf_queue.c net/netfilter/nf_conntrack_core.c 4nf_conntrack: table full, dropping packet 4nf_conntrack: falling back to vmalloc. 6nf_conntrack version %s (%u buckets, %d max) 0.5.0 nf_conntrack_%p 3Unable to create nf_conn slab cache 3Unable to create nf_conntrack_hash entries searched found new invalid ignore delete delete_list insert insert_failed drop early_drop icmp_error expect_new expect_create expect_delete search_restart %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x nf_conntrack net/netfilter 3nf_conntrack: can't register to sysctl. %-8s %u %-8s %u %ld [UNREPLIED] use=%u [ASSURED] nf_conntrack_expect_max l3proto = %u proto=%u PERMANENT %sINACTIVE %sUSERSPACE 4nf_conntrack: expectation table full nf_conntrack_expect 6nf_conntrack: automatic helper assignment is deprecated and it will be removed soon. Use the iptables CT target to attach helpers instead. nf_ct_%s: dropping packet: %pV 3nf_conntrack_helper: can't register to sysctl. 3nf_ct_helper: Unable to register helper extension. nf_conntrack_helper net/ipv4/netfilter ip_conntrack_generic_timeout nf_conntrack_generic_timeout sport=%hu dport=%hu nf_ct_tcp: short packet nf_ct_tcp: truncated/malformed packet nf_ct_tcp: bad TCP checksum nf_ct_tcp: invalid TCP flag combination nf_ct_tcp: invalid packet ignored in state %s nf_ct_tcp: invalid state nf_ct_tcp: invalid RST ip_conntrack_tcp_timeout_syn_sent ip_conntrack_tcp_timeout_syn_sent2 ip_conntrack_tcp_timeout_syn_recv ip_conntrack_tcp_timeout_established ip_conntrack_tcp_timeout_fin_wait ip_conntrack_tcp_timeout_close_wait ip_conntrack_tcp_timeout_last_ack ip_conntrack_tcp_timeout_time_wait ip_conntrack_tcp_timeout_close ip_conntrack_tcp_timeout_max_retrans nf_conntrack_tcp_timeout_syn_sent nf_conntrack_tcp_timeout_syn_recv nf_conntrack_tcp_timeout_established nf_conntrack_tcp_timeout_fin_wait nf_conntrack_tcp_timeout_close_wait nf_conntrack_tcp_timeout_last_ack nf_conntrack_tcp_timeout_time_wait nf_conntrack_tcp_timeout_close nf_conntrack_tcp_timeout_max_retrans nf_conntrack_tcp_timeout_unacknowledged SYN_SENT SYN_RECV ESTABLISHED FIN_WAIT CLOSE_WAIT LAST_ACK TIME_WAIT CLOSE SYN_SENT2 nf_ct_udp: short packet nf_ct_udp: truncated/malformed packet nf_ct_udp: bad UDP checksum ip_conntrack_udp_timeout ip_conntrack_udp_timeout_stream nf_conntrack_udp_timeout nf_conntrack_udp_timeout_stream packets=%llu bytes=%llu 3nf_conntrack_acct: can't register to sysctl. 3nf_conntrack_acct: Unable to register extension nf_conntrack_acct net/netfilter/nf_conntrack_seqadj.c Missing nfct_seqadj_ext_add() setup call 3nf_ct_event: can't register to sysctl. 3nf_ct_event: Unable to register event extension. nf_conntrack_events 3nf_conntrack_gre4: pernet registration failed. timeout=%u, stream_timeout=%u srckey=0x%x dstkey=0x%x ACCEPT ftp PACKET!!! partial matching of `%s' cannot alloc expectation cannot add expectation %s ALG ON! %s ALG OFF! *****Enable %s ALG function!***** *****Disable %s ALG function!***** Error setting! algonoff_ftp ftp-%d 3nf_ct_ftp: failed to register helper for pf: %d port: %d EPRT 227 229 h323 ACCEPT H245 PACKET!!! cannot process H.245 message algonoff_h323 ACCEPT Q931 PACKET!!! cannot process Q.931 message ACCEPT RAS PACKET!!! cannot process RAS message pptp ACCEPT PPTP PACKET!!! algonoff_pptp transport= algonoff_sip sip-%u 3nf_ct_sip: failed to register helper for pf: %u port: %u sip: SIP/2.0 cannot parse cseq cannot get cseq SIP/2.0 200 cannot get code cannot NAT SIP message ACCEPT SIP PACKET!!! cannot parse contact expires= cannot parse expires wrong port %u cannot parse SDP message cannot add expectation for voice cannot mangle SDP INVITE UPDATE PRACK REGISTER audio video image IN IP6 IN IP4 CSeq From Contact UDP TCP Expires Content-Length Call-Id rtsp Not do RTSP ALG!!! 6%s: %s: !! overrun !! net/netfilter/nf_conntrack_rtsp.c Transport: Content-Length: SETUP 6%s: %s: sanity check failed client_port= 6%s: %s: nf_ct_expect_related failed algonoff_rtsp nf_conntrack_rtsp v0.6.21 loading nf_conntrack_rtsp: max_outstanding must be a positive integer rtsp-%d nf_conntrack_rtsp: ERROR registering port %d 3nf_nat_core: Unable to register extension net/netfilter/nf_nat_core.c nf_nat_setup_info: nat already exists in nat_bysource array, skip this setup!! nat-follow-master 6nf_nat_ftp: kernel >= 2.6.10 only uses 'ports' for conntrack modules %u,%u,%u,%u,%u,%u |1|%pI4|%u| |2|%pI6|%u| |||%u| cannot mangle packet all ports in use cannot mangle SDP message all ports in use for SDP media [%pI6c] %pI6c %pI4:%u [%pI6c]:%u all ports in use for SIP SIP/2.0 cannot mangle SIP message cannot mangle Via header maddr= cannot mangle maddr received= cannot mangle received rport= cannot mangle rport cannot mangle contact cannot mangle SIP from/to &xt[i].mutex 3x_tables: %s_tables: %s.%u match: invalid size %u (kernel) != (user) %u 3x_tables: %s_tables: %s match: only valid in %s table, not %s 3x_tables: %s_tables: %s match: used from hooks %s, but only valid from %s 3x_tables: %s_tables: %s match: only valid for protocol %u 3x_tables: %s_tables: %s.%u target: invalid size %u (kernel) != (user) %u 3x_tables: %s_tables: %s target: only valid in %s table, not %s 3x_tables: %s_tables: %s target: used from hooks %s, but only usable from %s 3x_tables: %s_tables: %s target: only valid for protocol %u _tables_names _tables_matches _tables_targets PREROUTING INPUT FORWARD OUTPUT POSTROUTING BROUTING 6%s: multiple ranges no longer supported 6xt_DSCP: dscp %x out of range mangle 4IMQ: invalid device specified, highest is %u 6xt_TCPMSS: path-MTU clamping only supported in FORWARD, OUTPUT and POSTROUTING hooks 6xt_TCPMSS: Only works on TCP SYN packets 3xt_TCPMSS: unknown or invalid path-MTU (%u) 6xt_dscp: dscp %x out of range 6xt_limit: Overflow, try lower: %u/%u 6xt_physdev: using --physdev-out in the OUTPUT, FORWARD and POSTROUTING chains for non-bridged traffic is not supported anymore. 6cannot load conntrack support for proto=%u http:// &endofurl& Referer: GET HEAD POST PUT OPTIONS DELETE TRACE CONNECT net/ipv4/route.c net/ipv4/route entries in_hit in_slow_tot in_slow_mc in_no_route in_brd in_martian_dst in_martian_src out_hit out_slow_tot out_slow_mc gc_total gc_ignored gc_goal_miss gc_dst_overflow in_hlist_search out_hlist_search %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x %-127s Iface Destination Gateway Flags RefCnt Use Metric Source MTU Window IRTT TOS HHRef HHUptod SpecDst 2IPv4: Bug in ip_route_input_slow(). Please report. IP: failed to allocate ip_idents ip_dst_cache IP: failed to allocate ipv4_dst_ops counter IP: failed to allocate ipv4_dst_blackhole_ops counter 3IPv4: Unable to create route proc files inet_peer_cache 3Protocol %u is not namespace aware, cannot register. 6IPv4: source route option %pI4 -> %pI4 net/ipv4 IPv4: net/ipv4/ip_fragment.c 3IPv4: queue_glue: no memory for gluing queue %p 6IPv4: Oversized IP packet from %pI4 IP: failed to allocate ip4_frags cache ipfrag_max_dist 2IPv4: %s(): Argh! Destination lost! 6IP: frag: no memory for new fragment! net/ipv4/inet_hashtables.c net/ipv4/inet_timewait_sock.c net/ipv4/inet_connection_sock.c include/net/request_sock.h net/ipv4/tcp.c cleanup rbuf bug: copied %X seq %X rcvnxt %X recvmsg bug: copied %X seq %X rcvnxt %X fl %X recvmsg bug 2: copied %X seq %X rcvnxt %X fl %X 6TCP: too many orphaned sockets 6TCP: out of memory -- consider tuning tcp_mem tcp_bind_bucket TCP established TCP bind 6TCP: Hash tables configured (established %u bind %u) TCP: failed to alloc ehash_locks net/ipv4/tcp_input.c 3TCP: %s: Impossible, sk->sk_state=%d 7prune_queue: c=%x 7ofo packet was already received 7ofo requeuing : rcv_next %X seq %X - %X 7partial packet: rcv_next %X seq %X - %X 7out of order segment: rcv_next %X seq %X - %X 7Ack %u after %u:%u 7Ack %u before %u:%u 6TCP: %s: Illegal window scaling value %d >14 received 7TCP: drop open request from %pI4/%u net/ipv4/tcp_output.c net/ipv4/tcp_timer.c 7Peer %pI4:%u/%u unexpectedly shrunk window %u:%u (repaired) sl local_address rem_address st tx_queue rx_queue tr tm->when retrnsmt uid timeout inode %4d: %08X:%04X %08X:%04X %02X %08X:%08X %02X:%08lX %08X %5d %8d %d %d %pK %4d: %08X:%04X %08X:%04X %02X %08X:%08X %02X:%08lX %08X %5u %8d %lu %d %pK %lu %lu %u %u %d %4d: %08X:%04X %08X:%04X %02X %08X:%08X %02X:%08lX %08X %5u %8d %u %d %pK net/ipv4/tcp_ipv4.c 6TCP: %s: Possible SYN flooding on port %d. %s. Check SNMP counters. Dropping request Failed to create the TCP control socket. 3TCP: %s does not implement required ops 5TCP: %s already registered 6TCP: %s registered net/ipv4/tcp_cong.c 3TCP: TFO aes cipher alloc error: %d 3TCP: TFO cipher key error: %d net/ipv4/tcp_fastopen.c include/net/sock.h sl local_address rem_address st tx_queue rx_queue tr tm->when retrnsmt uid timeout inode ref pointer drops %4d: %08X:%04X %08X:%04X %02X %08X:%08X %02X:%08lX %08X %5u %8d %lu %d %pK %d 6%s: %s forgot to set AF_INET. Fix it! sl local_address rem_address st tx_queue rx_queue tr tm->when retrnsmt uid timeout inode ref pointer drops %5d: %08X:%04X %08X:%04X %02X %08X:%08X %02X:%08lX %08X %5u %8d %lu %d %pK %d 7UDP: cork app bug 2 7UDP: udp cork app bug 3 4UDPLite: partial coverage %d while full coverage %d requested 4UDPLite: coverage %d too small, need min %d 7UDPLite: zeroed checksum field 7UDPLite: bad csum coverage %d/%d 7UDP%s: short packet: From %pI4:%u %d/%d to %pI4:%u 7UDP%s: bad checksum. From %pI4:%u to %pI4:%u ulen %d UDP-Lite 3UDPLite: %s: Cannot register /proc! 2UDPLite: %s: Cannot add UDP-Lite protocol udplite 4udp_del_offload: didn't find offload for port %d IP address HW type Flags HW address Mask Device %-16s 0x%-10x0x%-10x%s * %s 00:00:00:00:00:00 arp_cache 6icmp: %pI4: fragmentation needed and DF set 6icmp: %pI4: Source Route Failed 4icmp: %pI4 sent an invalid ICMP type %u, code %u error to a broadcast: %pI4 on %s net/ipv4/devinet.c net/ipv4/conf/%s 3Freeing alive in_device %p accept_local src_valid_mark proxy_arp_pvlan igmpv2_unsolicited_report_interval igmpv3_unsolicited_report_interval route_localnet net/ipv4/af_inet.c 3IPv4: Attempt to release TCP socket in state %d %p 3IPv4: Attempt to release alive inet socket %p 2IPv4: %s: Cannot add UDP protocol offload 2IPv4: %s: Cannot add TCP protocol offload 3IPv4: Attempt to override permanent protocol %d 3IPv4: Ignoring attempt to register invalid socket type %d 2IPv4: %s: Cannot add ICMP protocol 2IPv4: %s: Cannot add UDP protocol 2IPv4: %s: Cannot add TCP protocol 2IPv4: %s: Cannot add IGMP protocol Failed to create the ICMP control socket. 2IPv4: %s: Cannot init ipv4 mroute 2IPv4: %s: Cannot init ipv4 inet pernet ops 2IPv4: %s: Cannot init ipv4 mibs 3IPv4: Attempt to unregister permanent protocol %d 6IPv4: %s(): shifting inet->saddr from %pI4 to %pI4 net/ipv4/igmp.c mcfilter igmp Idx Device : Count Querier Group Users Timer Reporter %d %-10s: %5d %7s %08X %5d %d:%08lX %d %3s %6s %10s %10s %6s %6s Device %3d %6.6s 0x%08x 0x%08x %6lu %6lu 4%s: bug: prim == NULL 4%s: bug: iprim != prim 4Freeing alive fib_info %p net/ipv4/fib_semantics.c net/ipv4/fib_trie.c Iface Destination Gateway Flags RefCnt Use Metric Mask MTU Window IRTT %s %08X %08X %04X %d %u %d %08X %d %u %u * %08X %08X %04X %d %u %d %08X %d %u %u Local: Main: Id %d: Basic info: size of leaf: %Zd bytes, size of tnode: %Zd bytes. Aver depth: %u.%02d Max depth: %u Leaves: %u Prefixes: %u Internal nodes: %u %u: %u Pointers: %u Null ptrs: %u Total size: %u kB universe site link host nowhere +-- %pI4/%d %d %d %d |-- %pI4 scope=%d type %u /%d %s %s tos=%d 4fib_trie tp=%p pos=%d, bits=%d, key=%0x plen=%d ip_fib_alias ip_fib_trie fib_trie fib_triestat UNSPEC UNICAST LOCAL BROADCAST ANYCAST MULTICAST BLACKHOLE UNREACHABLE PROHIBIT THROW XRESOLVE net/ipv4/inet_fragment.c 4%s%s %08x-%08x-%08x-%08x %x-%x-%x-%x ping_group_range ip_local_reserved_ports ip_forward_use_pmtu fwmark_reflect tcp_fwmark_accept ip_early_demux tcp_fastopen tcp_fastopen_key igmp_qrv tcp_notsent_lowat tcp_limit_output_bytes tcp_challenge_ack_limit tcp_available_congestion_control tcp_thin_linear_timeouts tcp_thin_dupack tcp_early_retrans tcp_min_tso_segs tcp_autocorking icmp_msgs_per_sec icmp_msgs_burst udp_mem udp_rmem_min udp_wmem_min snmp netstat sockstat TcpExt: TcpExt: IpExt: TCP: inuse %d orphan %d tw %d alloc %d mem %ld UDP: inuse %d mem %ld UDPLITE: inuse %d RAW: inuse %d FRAG: inuse %u memory %u IcmpMsg: %sType%u Ip: Forwarding DefaultTTL Ip: %d %d Icmp: InMsgs InErrors InCsumErrors In%s OutMsgs OutErrors Out%s Icmp: %lu %lu %lu %lu %lu Tcp: Udp: UdpLite: SyncookiesSent SyncookiesRecv SyncookiesFailed EmbryonicRsts PruneCalled RcvPruned OfoPruned OutOfWindowIcmps LockDroppedIcmps ArpFilter TWRecycled TWKilled PAWSPassive PAWSActive PAWSEstab DelayedACKs DelayedACKLocked DelayedACKLost ListenOverflows ListenDrops TCPPrequeued TCPDirectCopyFromBacklog TCPDirectCopyFromPrequeue TCPPrequeueDropped TCPHPHits TCPHPHitsToUser TCPPureAcks TCPHPAcks TCPRenoRecovery TCPSackRecovery TCPSACKReneging TCPFACKReorder TCPSACKReorder TCPRenoReorder TCPTSReorder TCPFullUndo TCPPartialUndo TCPDSACKUndo TCPLossUndo TCPLostRetransmit TCPRenoFailures TCPSackFailures TCPLossFailures TCPFastRetrans TCPForwardRetrans TCPSlowStartRetrans TCPTimeouts TCPLossProbes TCPLossProbeRecovery TCPRenoRecoveryFail TCPSackRecoveryFail TCPSchedulerFailed TCPRcvCollapsed TCPDSACKOldSent TCPDSACKOfoSent TCPDSACKRecv TCPDSACKOfoRecv TCPAbortOnData TCPAbortOnClose TCPAbortOnMemory TCPAbortOnTimeout TCPAbortOnLinger TCPAbortFailed TCPMemoryPressures TCPSACKDiscard TCPDSACKIgnoredOld TCPDSACKIgnoredNoUndo TCPSpuriousRTOs TCPMD5NotFound TCPMD5Unexpected TCPSackShifted TCPSackMerged TCPSackShiftFallback TCPBacklogDrop TCPMinTTLDrop TCPDeferAcceptDrop IPReversePathFilter TCPTimeWaitOverflow TCPReqQFullDoCookies TCPReqQFullDrop TCPRetransFail TCPRcvCoalesce TCPOFOQueue TCPOFODrop TCPOFOMerge TCPChallengeACK TCPSYNChallenge TCPFastOpenActive TCPFastOpenActiveFail TCPFastOpenPassive TCPFastOpenPassiveFail TCPFastOpenListenOverflow TCPFastOpenCookieReqd TCPSpuriousRtxHostQueues BusyPollRxPackets TCPAutoCorking TCPFromZeroWindowAdv TCPToZeroWindowAdv TCPWantZeroWindowAdv TCPSynRetrans TCPOrigDataSent InDatagrams NoPorts InErrors OutDatagrams RcvbufErrors SndbufErrors InCsumErrors RtoAlgorithm RtoMin RtoMax MaxConn ActiveOpens PassiveOpens AttemptFails EstabResets CurrEstab InSegs OutSegs RetransSegs InErrs OutRsts DestUnreachs TimeExcds ParmProbs SrcQuenchs Redirects Echos EchoReps Timestamps TimestampReps AddrMasks AddrMaskReps InNoRoutes InTruncatedPkts InMcastPkts OutMcastPkts InBcastPkts OutBcastPkts InOctets OutOctets InMcastOctets OutMcastOctets InBcastOctets OutBcastOctets InNoECTPkts InECT1Pkts InECT0Pkts InCEPkts InReceives InHdrErrors InAddrErrors ForwDatagrams InUnknownProtos InDiscards InDelivers OutRequests OutDiscards OutNoRoutes ReasmTimeout ReasmReqds ReasmOKs ReasmFails FragOKs FragFails FragCreates tunl0 dvmrp%d 4mroute: pending queue full, dropping entries Interface BytesIn PktsIn BytesOut PktsOut Flags Local Remote %2Zd %-10s %8ld %7ld %8ld %7ld %05X %08X %08X Group Origin Iif Pkts Bytes Wrong Oifs %08X %08X %-3hd %8lu %8lu %8lu %2d:%-3d ip_mr_cache ip_mr_vif ip_mrt_cache ip_conntrack ip_conntrack_expect proto=%u src=%pI4 dst=%pI4 3nf_conntrack_tcp4: pernet registration failed 3nf_conntrack_udp4: pernet registration failed 3nf_conntrack_icmp4: pernet registration failed 3nf_conntrack_ipv4: pernet registration failed 3Unable to register netfilter socket option 3nf_conntrack_ipv4: can't register pernet ops 3nf_conntrack_ipv4: can't register hooks. 3nf_conntrack_ipv4: can't register tcp4 proto. 3nf_conntrack_ipv4: can't register udp4 proto. 3nf_conntrack_ipv4: can't register icmpv4 proto. 3nf_conntrack_ipv4: can't register ipv4 proto. type=%u code=%u id=%u nf_ct_icmp: short packet nf_ct_icmp: bad HW ICMP checksum nf_ct_icmp: invalid ICMP type ip_conntrack_icmp_timeout nf_conntrack_icmp_timeout 5nf_nat_h323: nf_nat_mangle_tcp_packet error 5nf_nat_h323: nf_nat_mangle_udp_packet error 5nf_nat_ras: out of TCP ports 5nf_nat_q931: out of TCP ports 5nf_nat_h323: out of expectations 5nf_nat_h323: out of RTP ports 5nf_nat_h323: out of TCP ports callforwarding Q.931 6%s ate my IP address 6ip_tables: (C) 2000-2006 Netfilter Core Team 3ip_tables: Underflows must be unconditional and use the STANDARD target with ACCEPT/DROP ERROR 3ip_tables: iptables: loop hook %u pos %u %08X. 6ip_tables: error: `%s' 4ip_tables: iptables: counters copy to user failed while replacing table 6ipt_REJECT: ECHOREPLY no longer supported. 6ipt_REJECT: TCP_RESET invalid for non-tcp tcp_cubic Num RefCount Protocol Flags Type St Inode Path %pK: %08X %08X %08X %04X %02X %5lu net/unix/af_unix.c &u->readlock &u->peer_wait 6unix: Attempt to release alive unix socket: %p %05x 2unix: %s: Cannot create unix_sock SLAB cache! net/unix net/ipv6/addrconf_core.c 4Freeing alive inet6 device %p 3IPv6 header not found 2%s: Cannot add TCP protocol offload 2%s: Cannot add UDP protocol offload 2%s: Cannot add EXTHDRS protocol offload net/ipv6/ip6_offload.c packet sk RefCnt Type Proto Iface R Rmem User Inode %pK %-6d %-4d %04x %-5d %1d %-6u %-6u %-6lu &net->packet.sklist_lock net/packet/af_packet.c 3Attempt to release alive packet socket: %p TPACKET version not supported. &po->pg_vec_lock 3tpacket_rcv: packet too big, clamped from %u to %u. macoff=%u TPACKET version not supported Tx-ring is not supported. 3packet_mmap: vma is busy: %d 3packet size is too long (%d > %d) 3packet size is too short (%d < %d) 3Packet exceed the number of skb frags(%lu) 3bridge: can't register sap for STP 6bridge: automatic filtering via arp/ip/ip6tables has been deprecated. Update your scripts to load br_netfilter if you need this. net/bridge/br_fdb.c 4%s: adding interface %s with same address as a received packet bridge_fdb_cache 4%s: received packet on %s with own address as source address 6bridge: RTM_NEWNEIGH with invalid state %#x 6bridge: RTM_NEWNEIGH with invalid vlan 6bridge: RTM_NEWNEIGH with invalid vlan id %d 6bridge: RTM_NEWNEIGH with invalid ether address 6bridge: RTM_NEWNEIGH %s not a bridge port 6bridge: RTM_NEWNEIGH with unconfigured vlan %d on port %s 6bridge: RTM_DELNEIGH %s not a bridge port 6bridge: RTM_DELNEIGH with unconfigured vlan %d on port %s plip net/bridge/br_if.c brport failed insert local address bridge forwarding table 6%s: port %u(%s) entered %s state 5%s: root port %u not found for topology notice propagating sending tcn bpdu 6%s: topology change detected, %s 5%s: port %u(%s) tried to become root port (blocked) 6%s: port %u(%s) received tcn bpdu disabled listening learning blocking 5%s: BPDU received on blocked port %u(%s) 5%s: port %u config from %pM (message_age %ul > max_age %ul) net/bridge/br_stp_if.c /sbin/bridge-stp 6%s: userspace STP stopped, return code %d %.2x%.2x.%.2x%.2x%.2x%.2x%.2x%.2x 6%s: port %u(%s) neighbor %.2x%.2x.%pM lost net/bridge/br_netlink.c unable to rename link %s to %s unicast_flood root_block bpdu_guard hairpin_mode hold_timer forward_delay_timer message_age_timer config_pending change_ack port_no port_id designated_cost designated_port designated_bridge designated_root path_cost %x:%x:%x:%x:%x:%x %hhx:%hhx:%hhx:%hhx:%hhx:%hhx 6%s: can't create group %s/%s 6%s: can't create attribute file %s/%s brif 6%s: can't add kobject (directory) %s/%s brforward nf_call_arptables nf_call_ip6tables nf_call_iptables group_addr gc_timer topology_change_timer tcn_timer hello_timer topology_change_detected topology_change root_path_cost root_port bridge_id root_id group_fwd_mask stp_state ageing_time max_age hello_time forward_delay net/bridge 4br_netfilter: can't register to sysctl. 5Bridge firewalling registered bridge-nf-call-arptables bridge-nf-call-iptables bridge-nf-call-ip6tables bridge-nf-filter-vlan-tagged bridge-nf-filter-pppoe-tagged bridge-nf-pass-vlan-input-dev kernel msg: ebtables bug: please report to author: Chains don't start at beginning kernel msg: ebtables bug: please report to author: Hook order must be followed kernel msg: ebtables bug: please report to author: nentries does not equal the nr of entries in the chain kernel msg: ebtables bug: please report to author: bad policy kernel msg: ebtables bug: please report to author: counter_offset != totalcnt kernel msg: ebtables bug: please report to author: entry offsets not in right order kernel msg: ebtables bug: please report to author: target size too small kernel msg: ebtables bug: please report to author: nentries does not equal the nr of entries in the (last) chain kernel msg: ebtables bug: please report to author: Total nentries is wrong kernel msg: ebtables bug: please report to author: i != udc_cnt standard kernel msg: ebtables bug: please report to author: Standard target size too big kernel msg: ebtables bug: please report to author: bad destination kernel msg: ebtables bug: please report to author: loop kernel msg: ebtables bug: please report to author: Unknown flag for bitmask kernel msg: ebtables bug: please report to author: Unknown flag for inv bitmask kernel msg: ebtables bug: please report to author: NOPROTO & 802_3 not allowed kernel msg: ebtables bug: please report to author: Invalid standard target kernel msg: ebtables bug: please report to author: No valid hooks specified 6Ebtables v2.0 unregistered kernel msg: ebtables bug: please report to author: Nentries wrong kernel msg: ebtables bug: please report to author: Wrong size kernel msg: ebtables bug: please report to author: Num_counters wrong kernel msg: ebtables bug: please report to author: Couldn't copy entries to userspace 6Ebtables v2.0 registered kernel msg: ebtables bug: please report to author: EBT_ENTRY_OR_ENTRIES shouldn't be set in distinguisher kernel msg: ebtables bug: please report to author: entries_size too small kernel msg: ebtables bug: please report to author: Valid hook without chain kernel msg: ebtables bug: please report to author: Wrong nr. of counters requested 4ebtables: ebtables: counters copy to user failed while replacing table kernel msg: ebtables bug: please report to author: Wrong len argument kernel msg: ebtables bug: please report to author: Entries_size never zero kernel msg: ebtables bug: please report to author: Couldn't copy entries from userspace kernel msg: ebtables bug: please report to author: Wrong nr of counters kernel msg: ebtables bug: please report to author: c2u Didn't work kernel msg: ebtables bug: please report to author: Bad table data for ebt_register_table!!! kernel msg: ebtables bug: please report to author: Translate_table failed kernel msg: ebtables bug: please report to author: The table doesn't like its own initial data, lol kernel msg: ebtables bug: please report to author: Table name already exists kernel msg: ebtables bug: please report to author: Request to unregister NULL table!!! 6ebt_limit: overflow, try lower: %u/%u broute %c%s IN=%s OUT=%s MAC source = %pM MAC dest = %pM proto = 0x%04x INCOMPLETE IP header IP SRC=%pI4 IP DST=%pI4, IP tos=0x%02X, IP proto=%d INCOMPLETE TCP/UDP header SPT=%u DPT=%u INCOMPLETE ARP header ARP HTYPE=%d, PTYPE=0x%04x, OPCODE=%d INCOMPLETE ARP payload ARP MAC SRC=%pM ARP IP SRC=%pI4 ARP MAC DST=%pM ARP IP DST=%pI4 3atm:%s: closing with requests pending 1atm:%s: bad message type %d 4atm:%s: ATM_SETSC is obsolete; used by %s:%d 7%s: rmem leakage (%d bytes) detected. 7%s: wmem leakage (%d bytes) detected. 4atm:%s: AAL problems ... (%d) 3atm:%s: atmpvc_init() failed with %d 3atm:%s: atmsvc_init() failed with %d 3atm:%s: atm_proc_init() failed with %d 3atm:%s: atm_sysfs_init() failed with %d net/atm/common.c 3atm:%s: atm_proc_dev_register failed for dev %s 3atm:%s: atm_register_sysfs failed for dev %s 3atm:%s: no space for dev %s NAME=%s%d link_rate atmindex atmaddress N/A@%pK%10s %3d %3d %5d %-10s none? LLC/SNAP %3d %3d %5d %-3s %7d %-5s %7d %-6s CLIP, Itf:%s, Encap: %-8s%s Address Itf VPI VCI Fam Flags Reply Send buffer Recv buffer [refcnt] %pK Unassigned %3d %3d %5d %04lx %5d %7d/%7d %7d/%7d [%d] %3d %-8s %s ( %d %d %d %d %d ) [%d] %s:%d IDLE CONNECTED CLOSING LISTEN INUSE BOUND br2684 3br2684:%s: tried to attach to non-existent device WARNNING!! Set encapsulation failed! nas%d 3br2684:%s: register_netdev failed 6br2684:%s: netif_stop_queue() cannot be called before register_netdev() bridged routed dev %.16s: num=%d, mac=%pM (%s) vcc %d.%d.%d: encaps=%s %d payload=%s, failed copies %u/%u drivers/gpio/devres.c 3gpio-%d (%s): %s: Error in set_value for open drain err %d 3gpio-%d (%s): %s: Error in set_value for open source err %d drivers/gpio/gpiolib.c invalid GPIO %d no-bus %sGPIOs %d-%d , %s/%s , can sleep gpio-%-3d (%-20.20s) %s %s %s 3%s: cannot find free range GPIO integer space overlap, cannot add chip 3%s: GPIOs %d..%d (%s) failed to register REMOVING GPIOCHIP WITH GPIOS STILL REQUESTED 4%s: invalid GPIO 3GPIO chip %s: failed to get GPIO descriptor 4gpio-%d (%s): %s: missing get() or direction_input() operations 3gpio-%d (%s): %s: tried to set a GPIO tied to an IRQ as output 4gpio-%d (%s): %s: missing set() or direction_output() operations 3GPIO chip %s: %s: tried to flag a GPIO set as output for IRQ cannot find GPIO chip %s requested GPIO %d is out of range [0..%d] for chip %s 4Warning: dev (%s) tty->count(%d) != #fd's(%d) in %s NULL tty 4null TTY for (%d:%d) in %s 4bad magic number for tty struct (%d:%d) in %s tty_write 3tty driver %s lacks a write_room method. tty_fasync tty_read tty_poll 4tty_check_change: tty->pgrp == NULL! 4tty: no memory to save termios state. tty_hangup drivers/tty/tty_io.c 7tty not NULL!! 5SAK: killed process %d (%s): task_session(p)==tty->session 5SAK: killed process %d (%s): fd#%d opened to the tty 3Attempt to register invalid tty line number (%d). %s%c%x &tty->legacy_mutex &tty->throttle_mutex &tty->termios_rwsem &tty->winsize_mutex &tty->ldisc_sem &tty->write_wait &tty->read_wait &tty->atomic_write_lock %s: %s driver does not set tty->port. This will crash the kernel later. Fix the driver! 6tty_init_dev: ldisc open failed, clearing slot %d 7%s: bad idx when trying to free (%s) 7%s: driver.table[%d] not tty for (%s) 7%s: other->table[%d] not o_tty for (%s) 7%s: bad pty pointers 4%s: %s: read/write wait queue active! 4%s: bad pty slave count (%d) for %s 4%s: bad tty->count (%d) for %s tty_ioctl Couldn't register /dev/tty driver Couldn't register /dev/console driver drivers/tty/n_tty.c %s is deprecated and scheduled for removal. scheduling with invalid itty scheduling buffer work for halted ldisc &ldata->atomic_read_lock &ldata->output_lock 4%s: %d input overrun(s) 3%s: unknown flag %d 3n_tty_read: no tty->pgrp! n_tty 4Warning?!? termios_locked is NULL. drivers/tty/tty_ldisc.c %-10s %2d n_tty: get Couldn't open N_TTY ldisc for %s --- error %d. n_tty: init_tty drivers/tty/tty_buffer.c &buf->lock &port->open_wait &port->close_wait &port->delta_msr_wait &port->mutex &port->buf_mutex drivers/tty/tty_port.c 4tty_port_close_start: tty->count = 1 port count = %d. 4tty_port_close_start: count = %d 3L Bad %p drivers/tty/tty_mutex.c 3U Bad %p Couldn't allocate pty driver Couldn't allocate pty slave driver pty_master pty_slave ttyp Couldn't register pty driver Couldn't register pty slave driver drivers/tty/pty.c 0x%lX 0x%X drivers/tty/serial/serial_core.c %s sets custom speed on %s. This is deprecated. mmio:0x port: serinfo:1.0 driver%s%s revision:%s %d: uart:%s %s%08llX irq:%d tx:%d rx:%d fe:%d pe:%d brk:%d oe:%d |RTS |CTS |DTR |DSR %s%d: Unable to drain transmitter I/O 0x%lx I/O 0x%lx offset 0x%x MMIO 0x%llx *unknown* 6%s%s%s%d at %s (irq = %d, base_baud = %d) is a %s Cannot register tty device on line %d Removing wrong port: %p != %p iomem_reg_shift iomem_base io_type custom_divisor closing_wait close_delay uartclk xmit_fifo_size line 3%s: Couldn't map 0x%llx mmio, mmio32, 6Early serial console at MMIO%s 0x%llx (options '%s') 6Early serial console at I/O port 0x%lx (options '%s') 3serial8250: too much work for irq%d serial-rsa 4ttyS%d: detected caps %08x should be %08x 6Serial: 8250/16550 driver, %d ports, IRQ sharing %sabled 6ttyS%d: LSR safety check engaged! 4ttyS%d - failed to request DMA unable to register port at index %d (IO%lx MEM%llx IRQ%d): %d rx_trig_bytes 16450 16550 16550A Cirrus ST16650 ST16650V2 TI16750 Startech 16C950/954 ST16654 XR16850 NS16550A XScale OCTEON U6_16550A Tegra XR17D15X LPC3220 CIR port XR17V35X TruManage Altera 16550 FIFO32 Altera 16550 FIFO64 Altera 16550 FIFO128 uart8250 uart unable to get major %d for memory devs null urandom char/mem 4random: negative entropy count: pool %s count %d drivers/char/random.c 4random: negative entropy/overflow: pool %s count %d 5random: %s pool is initialized 5random: %s urandom read with %d bits of entropy available urandom_min_reseed_secs nonblocking %3i %s misc unable to get major %d for misc devices drivers/char/misc.c drivers/base/component.c master bind failed: %d bound %s (ops %ps) failed to bind %s (ops %ps): %d drivers/base/core.c 3Device '%s' does not have a release() function, it is broken and must be fixed. subsystem dev_attr_show: %s returned bad count Attribute %s: write permission without 'store' Attribute %s: read permission without 'show' &dev->mutex virtual %s%u MAJOR=%u MINOR=%u DEVNAME=%s DEVMODE=%#o DEVUID=%u DEVGID=%u DEVTYPE=%s DRIVER=%s DEVICE=%c%u:%u DEVICE=n%u DEVICE=+%s:%s %s %s: device/subsystem name too long %s(NULL device *): %pV %s %s: %pV uevent: unknown action-string shutdown uevent drivers/base/bus.c 3%s: uevent attr (%s) failed 3%s: driver_create_groups(%s) failed 3%s: add_bind_files(%s) failed &(&priv->bus_notifier)->rwsem subsys mutex drivers_autoprobe drivers_probe unbind deferwq drivers/base/dd.c 4%s: device %s already bound 3%s: driver_sysfs_add(%s) failed Driver %s requests probe deferral 4%s: probe of %s failed with error %d 6PM: Calling %pF drivers/base/driver.c Unexpected driver unregister! 4Driver '%s' needs updating - please use bus_type methods 3Error: Driver '%s' is already registered, aborting... drivers/base/class.c %s called for class '%s' before it was initialized class probe deferral not supported MODALIAS=%s%s platform: platform:%s %s.%d %s.%d.auto failed to claim resource %d 4%s: unable to parse %s parameter 4%s: unable to probe %s early. platform driver_override modalias Failed to register CPU subsystem kernel_max possible present firmware drivers/base/devres.c failed to allocate class container topology core_siblings_list core_siblings thread_siblings_list thread_siblings core_id physical_package_id 3%s() failed: %d container drivers/base/dma-mapping.c trying to free invalid coherent area: %p %s: kmalloc(struct firmware) failed drivers/base/firmware_class.c firmware: %s will not be loaded %s/%s firmware, attempted to load %s, but failed with error %d Direct firmware load for %s failed with error %d /lib/firmware/updates/3.18.20 /lib/firmware/updates /lib/firmware/3.18.20 /lib/firmware 4IMQ: imq_validate failed (%d) imq%d drivers/net/imq.c 3IMQ: numdevs has to be betweed 1 and %u 6IMQ: No specify the numqueues. Use the cores number %d as numqueuues 3IMQ: numqueues has to be betweed 1 and %u 3IMQ: Error trying imq_init_devs(net) 3IMQ: Error trying imq_init_hooks() 6IMQ driver loaded successfully. (numdevs = %d, numqueues = %d, imq_dev_accurate_stats = %d) 6 Hooking IMQ after NAT on PREROUTING. 6 Hooking IMQ before NAT on POSTROUTING. received packet with skb->dev == NULL 6IMQ driver unloaded successfully. loopback: Failed to register netdevice: %d 3ppp: destroying undead channel %p ! &pn->all_ppp_mutex 3PPP: removing module but units remain! 2.4.2 6PPP generic driver version 2.4.2 3failed to register PPP pernet device (%d) 3failed to register PPP device (%d) PPP: no memory (VJ comp pkt) ppp: compression required but down - pkt dropped. PPP: no memory (comp pkt) ppp: compressor dropped pkt sys kill dial for dial-on-demand trigger packet ppp_decompress_frame: no memory PPP: no memory (VJ decomp) PPP: VJ decompression error PPP: VJ uncompressed error ppp: destroying ppp struct %p but dead=%d n_channels=%d ! &pf->rwait ppp%d PPP: couldn't register device %s (%d) 4PPPIOCDETACH file->f_count=%ld 3PPP: not interface or channel?? PPP: no memory (VJ compressor) ppp_ioctl(): case PPPIOCGTIMEOUT(ppp_dial_pid=%d) ppp_ioctl(): case PPPIOCSTIMEOUT(ppp_dial_pid=%d,val=%d) %s %d sk is NULL [PPPoE FastPath Exception] %s(%d): ndev is %s, course is %d; drops this packet! eth0. %s(%d): %s can not found in fdb:%x %x %x %x %x %x &pch->chan_sem Id Address Device %08X %pM %8s %02X HSB( type:%d spa:%d len:%d vid :%d pppoe:%d tagif:%d pppoeId:%d ethrtype:0x%04x llc_other:%d snap:%d da:%02x-%02x-%02x-%02x-%02x-%02x sa:%02x-%02x-%02x-%02x-%02x-%02x sip:%s(hex:%08x) sprt:%d (hex:%x) dip:%s(hex:%08x) dprt:%d(hex:%08x) ipptl:%d, ipflg:%d, iptos:%d, tcpflg:%d dirtx:%d, prtnmat:%d udp_nocs:%d ttlst:0x%x hp:%d l3csok:%d l4csok:%d ipfragif:%d extspa:%d urlmch:%d ipv4_opt:%d cpuTagIf:%d v6Ext:%d v6fragmOffs:%d v6Flag:%d qpri:%d ptpPkt:%d ptpVer:%d ptpTyp:%d ipVerFirst:%d Sipv6: %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x Dipv6: %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x v6HopLimit:%d v6TafficClass:%d v6FlowLabel:%d v6NxtHdr:%d v4PktHdr:%d v6PktHdr:%d innerIpLen:%d HSA( mac:%02x-%02x-%02x-%02x-%02x-%02x trip:%s(hex:%08x) prt:%d ipmcast:%d l3cs:%d l4cs:%d Internal NETIF:%d l2tr:%d, l34tr:%d dirtx:%d snapo:%d why2cpu 0x%x (%d) pppif:%d pppid:%d ttl_1:0x%x dpc:%d, leno:%d(0x%x) l3CrcOk:%d l4CrcOk:%d frag:%d lastFrag:%d svid:0x%x dvid:%d(0x%x) destination interface :%d rxtag:%d dvtag:0x%x dpext:0x%x hwfwrd:%d spcp:%d priority:%d dp:0x%x mirrort:%d v4First:%d cpuTag:%d ptpV2:%d ptpType:%d routeModeDstPort:%d dPri:%d ipMdf:%d Sipv6(6rd/dslite): %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x Dipv6(6rd/dslite): %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x ipLen:%d v4Id:%d v4pkt:%d v6pkt:%d tunnelLen:%d v6Multicast:%d addipPri:%d tunnelLen:%d l3ChecksumOfflad:%d l4ChecksumOfflad:%d innIpHeaderLen:%d swredPktFlag:%d swredPktFlag:%d l3Checksum:%d l4Checksum:%d tunnelLen:%d l3ChecksumOfflad:%d l4ChecksumOfflad:%d innIpHeaderLen:%d swredPktFlag:%d swredPktType:%d Enter %s %s %d checksum error. rxring_idx=%d priority:%d from port%d vid=%d reason:0x%X ( gerneral purpose trap by ingresss acl no. %d trap by egresss acl no. %d protocal parsing failed no reason ?? (%s)info->vid : %d info->pid :%d (%s)--------pPkthdr----------------- (%s)--------packet content ----------------- ------------------------------------------ Enter %s (nicTx->txIdx:%d) (%s) pPkthdr->ph_vlanId=%d pPkthdr->ph_portlist=0x%X pPkthdr->ph_srcExtPortNum=0x%X Assert Fail: %s %d drivers/net/rtl819x/rtl865xc_swNic.c :CPU :SWCORE :WRAP <===currIdx ********************************************** RxRing%d: cnt %d idx[%d]: 0x%p-->mbuf[0x%p],skb[0x%p]%s%s%s%s <===txDoneIdx ********************************************** TxRing%d: cnt %d ********************************************** MbufRing: mbuf[%d]: 0x%p: ==> pkthdr[0x%p] ==> skb[0x%p]%s%s%s Tx Timeout!!! Can't send packet %s, dev->trans: %lx, txq[%d]->trans: %lx, jiffies: %lx nic_thread exit! failed to allocate dev %s (there are already exists %d ne_device, reach max allocate limit) failed to allocate dev %s %s added. vid=%d Member port 0x%x... Failed to allocate %s eth0 nas0 ptm0 eth0.2 eth0.3 eth0.4 eth0.5 819x-nic: swNic_init failed! rtl865x_init_hw() failed! %s %d, %s request_irq() error! %s %d: drop skb. skb->priority:0x%x skb->mark:0x%x txRing:%d @ %s %d wlan Error >>> %s:%d failed ! Set vid:%d error! Probing RTL8186 10/100 NIC-kenel stack size order[%d]... Tx/Rx/Alloc = %d/%d/%d [1;%d;%dm[%s] %s [1;30;40m@%s(%d) [VLAN] ERROR,vlanCnt(%d) > max size %d (%s)---------- vlanConfig1 ------------ name:%7s isWan:%d is_slave:%d vid:%d port:%03X proto:%d mac:%02X:%02X:%02X:%02X:%02X:%02X (%s)---------- vlanConfig2 ------------ (%s)-------------------------- ------------ Leave %s %s(%d): %08x=%08x kNicEvt maximum number of filtered multicast addresses %s(%d):the vlan is invalid!!!BUG!!!! MEM alloc failed at line %d (%s %d)Warning BUG.... (need_allocated_minimun=%d ???) %s:%d,i(%d),valid(%d),ifname(%s),strlen of name(%d), netifTbl(0x%p),netifTblName(%s) [NETIF] Leave %s with dev %s (%s %d)warning !! There's no any empty acl entries (%s %d) Warning!! AclChainList 0x%p does not have user chain rule type: Ethernet ether type: %x ether type mask: %x DMAC: %x:%x:%x:%x:%x:%x DMACM: %x:%x:%x:%x:%x:%x SMAC: %x:%x:%x:%x:%x:%x SMACM: %x:%x:%x:%x:%x:%x rule type: IP dip: %d.%d.%d.%d dipM: %d.%d.%d.%d sip: %d.%d.%d.%d sipM: %d.%d.%d.%d Tos: %x TosM: %x ipProto: %x ipProtoM: %x ipFlag: %x ipFlagM: %x rule type: IP Range dipU: %d.%d.%d.%d dipL: %d.%d.%d.%d sipU: %d.%d.%d.%d sipL: %d.%d.%d.%d rule type: ICMP Tos: %x TosM: %x type: %x typeM: %x code: %x codeM: %x rule type: ICMP IP RANGE rule type: IGMP Tos: %x TosM: %x type: %x typeM: %x rule type: IGMP IP RANGE rule type: TCP Tos:%x TosM:%x sportL:%d sportU:%d dportL:%d dportU:%d flag: %x flagM: %x rule type: TCP IP RANGE rule type: UDP rule type: UDP IP RANGE rule type: Source Filter svidx: %d svidxM: %x sport: %d ProtoType: %x sip: %d.%d.%d.%d sipM: %d.%d.%d.%d sportL: %d sportU: %d rule type: Source Filter(IP Range) svidx: %d svidxM: %x sport: %d sportM: %x ProtoType: %x sipU: %d.%d.%d.%d sipL: %d.%d.%d.%d rule type: Destination Filter dvidx: %d dvidxM: %x ProtoType: %x dportL: %d dportU: %d dip: %d.%d.%d.%d dipM: %d.%d.%d.%d rule type: Destination Filter(IP Range) dipU: %d.%d.%d.%d dipL: %d.%d.%d.%d rule type: 802.1P (Dump Rule, in sw only ) 802.1p: 0x%X srcIpV6Addr_: %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x srcIpV6AddrMask_: %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x ipv6FlowLabel_:%x ipv6FlowLabelM_:%x dstIpV6Addr_: %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x dstIpV6AddrMask_: %04x:%04x:%04x:%04x:%04x:%04x:%04x:%04x ipv6TrafficClass_:%x ipv6TrafficClassM_:%x ipv6NextHeader_:%x ipv6NextHeaderM_:%x ipv6HttpFilter_:%x ipv6HttpFilterM_:%x ipv6IdentSrcDstIp_:%x ipv6IdentSrcDstIpM_:%x ruleData->ruleType_(0x%x) Unknown ?? [%d] rule action: %s netifIdx: %d pppoeIdx: %d l2Idx:%d prioirty: %d nextHop:%d ratelimitIdx: %d vid: %d fid: %d pktOpApp: %d Invert: %s direction: %d ipv6ETY0_: %d comb: %d ipv6IPtunnel_: %d ipfragApply:%d permit redirect to ether drop to cpu legacy drop drop for log mirror redirect to pppoe default redirect mirror keep match drop rate exceed pps log rate exceed pps drop rate exceed bps log rate exceed bps priority vid (%s %d) Warning!! AclChainList 0x%p does not have chain whose priority = %d (%s %d) Warning!! chain 0x%p does not have chain whose priority = %d Enter %s (name:%s addr:%02X:%02X:%02X:%02X:%02X:%02X:) !!!!!!%s(%d): No memory freed for kmalloc!!! Leave %s @ %d Enter %s (name:%s) (%s)----------Before changing ---------------------- [%02d] valid:%d name:%s vid:%d is_slave:%d acl_chainlist_head:%p Del netif by vid:%d %s @ %d (%s)----------After changing ---------------------- Leave %s with SUCCESS Netif %s AclChainListHead :0x%p AclChainListHead 0x%p , refcount : %d vid=%d asicIdx=%d Total number of writing acl asic table : %d Total number of changing acl layout : %d Total free acl entries : %d ==== AclChainListHead 0x%p ==== -- [ name(%s) chain(%p):ref(%d),associated(%d),priority(%d),rulecnt(%d) ,reserved_minumun(%d),reserved acl buffer(%d -> %d) ]-- Enter %s (vid:%d name:%s mac:%02x: %02x: %02x: %02x: %02x: %02x) (%s)return RTL_EINVALIDINPUT (%s)return RTL_EENTRYALREADYEXIST (%s) Warning , there is no more empty entry in Software Netif Table (%s) create new sw_netif entry in netifTbl[idx = %d] , name=%s (%s) Warning , there is no more empty entry in Asic Netif Table No.%d eventLayerList:eventLayerId:%d No.%d event:eventId:%d,priority:%d,action_fn is 0x%x realtek event management Table: No.%d eventLayerList:eventLayerId:0x%x No.%d event:eventId:0x%x,priority:%d,action_fn is 0x%x %08x [41;33m%02x -------- %02x:%02x:%02x:%02x:%02x:%02x %x-%x-%x-%x-%x-%x drivers/net/rtl819x/rtl865x/../AsicDriver/rtl865x_asicBasic.c 8196B DDR SDRAM unknown(0x%08X):column cnt(0x%x) DDR SDRAM unknown(0x%08X):row cnt(0x%x) wrong port number Rx %llu Bytes, Rx %u Pkts, Drop %u pkts, Rx Pause %u pkts Tx %llu Bytes, Tx %u Pkts Tx Pause %u pkts Rx counters Rcv %llu bytes, Drop %u pkts, CRCAlignErr %u, FragErr %u, JabberErr %u Unicast %u pkts, Multicast %u pkts, Broadcast %u pkts < 64: %u pkts, 64: %u pkts, 65 -127: %u pkts, 128 -255: %u pkts 256 - 511: %u pkts, 512 - 1023: %u pkts, 1024 - 1518: %u pkts oversize: %u pkts, Control unknown %u pkts, Pause %u pkts inRxdvCnt_P0:%u QMdiscardCnt_P0 =%u Output counters Snd %llu bytes, Unicast %u pkts, Multicast %u pkts Broadcast %u pkts, Late collision %u, Deferred transmission %u Collisions %u Single collision %u Multiple collision %u pause %u CpuEvent %u pkts attention!this function is obsolete, please use new api:rtl8651_resetAsicMIBCounter() or rtl8651_clearAsicCounter() attention!this function is obsolete, it shouldn't be used any more attention!this function is obsolete, please use new api:rtl8651_getSimpleAsicMIBCounter() or rtl8651_getAdvancedMIBCounter() Error >>> initialize failed at function %s line %d!!! MDIO timeout! Set 8196C PHY Patch OK PHY is FE PHY is GE NOT YET Set threshould idx %d Set System Base Flow Control Para Error. Set Queue Descriptor Base Flow Control Para Error. Set Queue Packet Base Flow Control Para Error. Set Port Base Flow Control Para Error. Set Queue Physical Lenght Gap Reg Error. rtl8211e detected! chip name: %s, chip revid: %d set phyid %u %u %u %u %u ERROR parameter rt8198C_resetAsicPortLearningCounter port:%d counter:%d Enter %s mac:%pM @ %d [FDB] Enter %s srcDev:%s mac:%pM @ %d sw l2 table: %4d.[%3d,%d] %02x:%02x:%02x:%02x:%02x:%02x FID:%x mbr( DSTBLK SRCBLK AUTH:%d Usage: echo > /proc/rtl865x/portIsolation where port value range from 0~5 is for physical port 0~5, 7~9 is for extension port 1~3. [Port Isolation Setting] port:%d member[0x%x] extension port:%d member[0x%x] disable Dump storm control info: rate(%d) port%d, %s BCSC, %s BC, %s MC Dump Port Bandwidth Info: Port%d Ingress:[%dKbps] Port%d Ingress:[%d.%03dMbps] Port%d Ingress:FullSpeed(Line Speed) Engress:[%dKbps] Engress:[%d.%03dMbps] Egress:FullSpeed Diagnostic Register Info: MaxUsedDescriptor: %d CurUsed Descriptor: %d DescRunOut: %s TotalDescFC: %s ShareBufFC: %s Port%d not congestion Port%d queue congestion mask 0x%x Port%d each queue used descriptor: Queue[0~7]: [ %d(%d) %d(%d) ] Input queue [%d] Enabled Disabled 100M Unkown Dump Port Status: CPUPort Port%d LinkUp | LinkDown NWay Mode %s RXPause %s | TXPause %s Duplex %s | Speed %s %-15s -- Packets Statistics -- %-15s %d RxPkts TxPkts Trap to CPU %-15s %d(%d%%) -- Reason Statistics -- [%04x]%-40s %d CPU direct Tx more than 2 IPv4/IPv6 header chksum error in tunnel(1st) IPv4 header extension hdr or option in tunnel IP hdr frag. in the tunneling IP header IPv4 pkt with checksum error pkt with extension header or option field PPPoE ID unmatched L4 checksum error fragment pkt DMAC=GMAC but don't do L3 routing DA is reserved MAC or disable L2 Realtek Protocol PTP pkt Trap to CPU by ACL ingress rule NAPT pkts but not L4 pkt NAPTR pkts but not L4 pkt Routing decision to CPU IPv4/6 multicast trap to CPU Pattern match trap to CPU L4 flow to CPU Trap to CPU by ACL egress ACL [4%03x]%s#%-28d %d Ingress ACL [8%03x]%s#%-29d %d Egress ACL [c%03x]%-40s %d IPv6 but version isn't 6 BC error/CRC error/RX error [c%03x]%-40s%d %d ipv4 length= IPv4 but ver isn't 4 or hlen<5 VLAN CFI=1 Dump swNIC RxTx Info : %s Dump pkt trapped to CPU : %s Dump Rx hs table : %s ASIC VLAN Table: VID[%d] member ports: Untag member ports: FID: %d [VLAN passthru: %s] sw_l2_single_open DSCP INNER OUTER Dump SWRED info: -- dpsel:%s dei_outer:%s dei0_dp:%d dei1_dp:%d -- Port%d:SWRED %s. thres0:[%d-%d] thres1:[%d-%d] thres2:[%d-%d] Q%d:%s Queue thres0:[%d-%d] thres1:[%d-%d] thres2:[%d-%d] DSCP to DP Mapping: dscp%d:%d SWRED Status: port[6-0] stats=%06x port[0] per queue[7-0] status : %08x port[1] per queue[7-0] status : %08x port[2] per queue[7-0] status : %08x port[3] per queue[7-0] status : %08x port[4] per queue[7-0] status : %08x port[5] per queue[7-0] status : %08x port[6] per queue[7-0] status : %08x Dump extend storm control info: P%d: UNKN_DA[sel:%s meter:%d] UNKN_MC[sel:%s meter:%d] ARP[sel:%s meter:%d] DHCP[sel:%s meter:%d] IGMP_MLD[sel:%s meter:%d] meter0:%d timeUnit0_sel=%d bps0=%dkbps meter1:%d timeUnit1_sel=%d bps1=%dkbps meter2:%d timeUnit2_sel=%d bps2=%dkbps meter3:%d timeUnit3_sel=%d bps3=%dkbps [VoIP QoS: %d] [VoIP RTP Port: %d-%d] [32;40mEnabled [31;40mDisabled DEBUG LEVEL: [30;93m %-14s [m[%s] echo ... > /proc/rtl865x/debug_level echo all > /proc/rtl865x/debug_level enabled ASIC Network Interface Table: [%d] VID[%d] %x:%x:%x:%x:%x:%x Routing %s Ipv6 Routing %s ingress all to cpu, drop all, ACL %d-%d, egress %d MAC Addresses, (v4MTU:%d) (v6MTU:%d)Bytes 6rtl8651_getAsicVlan get failed Untag member ports: Active member ports: Port state( %d:%s DIS/BLK ASIC ACL Table: =============%s(%d): get asic acl rule error! acl_start(%d), acl_end(%d) <> <>: <> ----------------------- Priority policy's weight ------------------------ NAPT[%d] ACL[%d] DSCP[%d] 8021Q[%d] PortBase[%d] ----------------------- Acl priority, Qidx mapping ------------------------ Queue number %d: Piority[0~7] Mapping to Queue[ %d %d %d %d %d %d %d %d ] --------------input pkt's 802.1p , Acl priority mapping ------------- 802.1p=%d acl_priority=%d ----------------output pkt's 802.1p Remark info-------------------- Remarking layer : %s%s%s Enable port : p%d ext%d ACL priority %d: b'%s%s%s ----------------output pkt's DSCP Remark info-------------------- ACL priority %d: b'%s%s%s%s%s%s ----------------------- Port setting------------------------ [ Port %d ] Queue number: %d 802.1p Remark: %s dscp Remark: %s Port base ACL priority : %d ACL priority %d <-----> Queue idx %d 802.1p Remark:0x%X DSCP Remark:0x%X ==>Queue%d Flow Control %s | Type: STR Type: WFQ [weight:%d] BurstSize UnLimit | BurstSize[%dKbps] | Engress: avgRate[%dKbps], peakRate[%d] Engress: avgRate[%d.%3dMbps], peakRate[%d] Egress: avgRate & peakRateFullSpeed ASIC L2 (ALL) Table: %s %s %s %s age:%d AUTH:%d AUTH:0 ASIC PVID get failed. >> PVID Reg: p%d: %d, >> Port and protocol based Reg: -- %s -- port %d valid:%d vid:%d NetBIOS PPPoE Control PPPoE Session user-defined 1 user-defined 2 >>Mirror Control Register: Mirror Rx: 0x%x Mirror Tx: 0x%x Mirror Port: 0x%x ASIC L2 Table: %-15s %s%-10d Port ---------- --------------- %-15s %-15u TxBytes %-15llu RxBytes TxUcast TxMcast TxBcast TxDeferred TxColln TxLateColln TxSingleColln TxMultiColln TxPause RxUcast RxMcast RxBcast RxPortDisacrds RxDropEvent RxCRC RxFrag RxJabber RxCtrlUnkwn RxPause Rx < 64 Rx = 64 Rx 65-127 Rx 128-255 Rx 255-511 Rx 512-1023 Rx 1024-1518 Rx > 1518 In Rxdv QMDiscard rx_rbf: %8u rx_buf_fail: %8u rx_csum_fail: %8u rx_skb_queue: %8u poll_buf_cnt: %8u %d %08x/%08x -> %d [Input Error] port[%d] incorrect! [Input Error] member[0x%x] incorrect! error input [error input] echo ... > /proc/rtl865x/debug_level Dump swNIC RxTx Info : %s Trace packet number:%d echo [1|0] > /proc/rtl865x/dump_swNicTxRx_pkt Dump pkt trapped to CPU : %s Trace packet number:%d echo [1|0] > /proc/rtl865x/dump_trap2CPU_pkt Dump Rx hs table : %s Trace packet number:%d echo [1|0] > /proc/rtl865x/dump_trap2CPU_hs help v4Route v6Route echo [v4Route|v6Route] [0(disable)|1(enable)] > /proc/rtl865x/netif Please set the dump mask firstly. Dump Queue Bandwidth Info: Port%d Queue number: %d ==>Queue%d FC %s | Dump info of: port%d %s(%d) uintval(%u) cmd %s mirror rx port mask(0x%x) tx port mask(0x%x), mirror port mask(0x%x) Sync. vlan:%d untagset:0x%02x Modify vlan:%d untagset:0x%02x Mirror port configuration only support "mirror"as the first parameter mirror: "mirror rx_portmask tx_portmask mirror_portmask" clear Cmd error! Usage: show HWNAT mib counter. echo clear > /proc/rtl865x/diagnostic -- Clear diagnostic counters. addbc delbc Ivalid command! the length only support 1, 2 and 4 Write memory 0x%p dat 0x%8x: 0x%8x Write memory 0x%p dat 0x%4x: 0x%4x Write memory 0x%p dat 0x%2x: 0x%2x Memory operation only support "read" and "write" as the first parameter Read format: "read mem_addr length" Write format: "write mem_addr length mem_data" 10_half 100_half 10_full 100_full port status only support "port" as the first parameter format: "port port_mask 10_half/100_half/10_full/100_full/1000_full/auto" port phy reset only support "port" as the first parameter format: "port port_mask" read phyId(%d), regId(%d),regData:0x%x error input! Write phyId(%d), regId(%d), regData:0x%x extRead extRead phyId(%d), pageId(%d), regId(%d), regData:0x%x extWrite extWrite phyId(%d), pageId(%d), regId(%d), regData:0x%x port %d SUM = %d port %d is link down dumpAll ========================================== port:%d,page:%d,regId:%d,regData:0x%x dump echo [1|0] > /proc/rtl865x/hwVlanPassthru 1: Enable hardware vlan passthru function. 0: Disable hardware vlan passthru function. Get vid:%d error! Get vid[%d] member[0x%x] untag[0x%x] fid[%d] Set vid[%d] member[0x%x] untag[0x%x] fid[%d] Parameter mode error! Parameter port error! Parameter queue error! Parameter enable error! Parameter thres %d %d %d %d %d %d error! dei0_dp dei1_dp dei_outer dscp_dp swred_sel dscp Parameter swred_sel error ! Parameter type error ! [ERROR] Usage: echo [mode|dei0_dp|dei1_dp|dei_outer|dscp_dp|swred_sel] Parameter: mode : [port] [0~6](#port) [queue(option)] ([0~7](#queue)) [0|1](disabled|enabled) [thres0-min] [thres0-max] [thres1-min] [thres1-max] [thres2-min] [thres2-max] dei0_dp : [0~2] dei1_dp : [0~2] dei_outer : [in|out] dscp_dp : [0~63] [0~2(dp)] swred_sel : [dscp|dei] mode -- [port/meterValue/timeUnit] Usage: mode port: Port[0~6] Type[0~4](0:UNKN_DA 1:UNKN_MC 2:ARP 3:DHCP 4:IGMP_MLD) Enable/Disable[0/1] Meter[0~3] meterValue: Meter[0~3] meterValue[0-65535] timeUnit : Meter[0~3] timeUnit[0-3] meterValue timeUnit add 0x%x 0x%x %d del %d hwCounter proc version %s (%s) 1.1.0 2018-07-10 Display AsicCounter in Columns Port by Port mask show mask: 0x%x Invalid args! hwCounter proc v%s (%s) echo clear > hwCounter: reset hardware counter echo mask [VALUE] > hwCounter: show hardware counter of ports under the mask echo clear > hwNatStats: reset statistics advRt soft_aclChains soft_qosRules nic_mbuf rxRing txRing mbufRing nexthop napt sw_napt perf_dump eventMgr hwMCast swMCast rateLimit privSkbInfo phyReg asicCounter hwVlanPassthru rtl865x mark2prio can't create proc entry for mark2prio can't create proc entry for dump_trap2CPU_hs can't create proc entry for dump_trap2CPU_pkt can't create proc entry for dump_swNicTxRx_pkt can't create proc entry for debug_level can't create proc entry for voip_qos_setup can't create proc entry for vlan can't create proc entry for netif can't create proc entry for acl can't create proc entry for acl_all can't create proc entry for storm control ext_storm_control can't create proc entry for extend storm control swred can't create proc entry for SWRED sw_aclChains can't create proc entry for aclChains can't create proc entry for hs can't create rxRing entry for hs can't create txRing entry for hs can't create mbuf entry for hs can't create proc entry for pvid can't create proc entry for mirrorPort can't create proc entry for memory cvlan can't create proc entry for cvlan can't create proc entry for vlan_passthru can't create proc entry for l2 can't create proc entry for l2_all can't create proc entry for sw_l2 can't create proc entry for diagnostic can't create proc entry for port_bandwidth can't create proc entry for queue_bandwidth can't create proc entry for port_status can't create proc entry for port_phyreset can't create proc entry for phyTeg can't create proc entry for priority_decision can't create proc entry for portIsolation can't create proc entry for eventMgr can't create proc entry for asicCounter hwCounter hwNatStats can't create proc entry for stats 0-NETIF 1-VLAN 2-MultiWAN 3-OutputQueue 4-QoSRule 5-ACL 6-HWACC_API 7-HWACC_ADD 8-HWACC_DEL 9-HWIPQoS 10-Route 11-ARP 12-MCAST 13-NEXTHOP 14-FDB SWCORE ========================= dump tx ring (mask:0x%x) ========================= ====== ring %d ====== txDoneIdx[%d]: %d, txCurrIdx[%d]: %d HW CDP: 0x%x, HW idx (calculated): %d tx_desc[%d][%d]: 0x%x, %s owned 6DW: 0x%08x, 0x%08x, 0x%08x, 0x%08x, 0x%08x, 0x%08x ========================= dump tx skb ========================= ====== for ring %d ====== [%d][%d]: tx_skb: %x, skb: NULL [%d][%d]: tx_skb: %x, skb: %x, skb->data: %x ========================= dump rx ring (mask:0x%x)========================= currRxIdx[%d]: %d rx_desc[%d][%d]: 0x%x, ========================= dump rx skb ========================= [%d][%d]: rx_skb: %x, skb: NULL [%d][%d]: rx_skb: %x, skb: %x, skb->data: %x %s(%d) drivers/net/rtl819x/rtl819x_swNic.c %s(%d):ring%d=%p,%d (%s)--------pPkthdr-----------------(%d) %08x %08x %08x %08x %08x %08x from port%d vid=%d reason:0x%X ETH_ERR: skb_array[%d][%d] is NULL ASSERT! %s(%d): %p != %08x %p(%p,%p,%p,%p) %08x %08x %08x %08x %08x %08x (%s)--------pPkthdr--(vid:%d)--(portlist:%x)-------------(%d) !!! TODO: need to support this kind of skb !!! enable ipqos!!! disable ipqos!!! error cmd input/%s input:b%04Xv%04Xp%04Xe%04X- PRODUCT=%x/%x/%x/%x NAME="%s" PHYS="%s" PROP= UNIQ="%s" KEY= REL= ABS= MSC= LED= SND= MODALIAS= 3input: failed to attach handler %s to device %s, error: %d handlers bus/input N: Number=%u Name=%s (filter) Minor=%d 3input: unable to register input_dev class 3input: unable to register char major %d B: %s= I: Bus=%04x Vendor=%04x Product=%04x Version=%04x N: Name="%s" P: Phys=%s S: Sysfs=%s U: Uniq=%s H: Handlers= PROP drivers/input/input.c %s(): kcalloc() failed? input%lu 3input: input_set_capability: unknown type %u (code %u) Unspecified device 6input: %s as %s capabilities product vendor bustype properties uniq phys 3ff_core: cannot allocate device without any effects &ff->mutex 3failed to register cpuidle driver 3Failed to register cpuidle device for cpu%d drivers/cpuidle/driver.c 6cpuidle: using governor %s state%d usage power residency desc current_governor available_governors current_governor_ro current_driver drivers/cpuidle/coupled.c 6cpuidle-cps: limited to non-coherent wait clock gating 3Failed to register CPS cpuidle driver 3Failed to register CPU%d cpuidle device cpc_cpuidle dummy_timer &list->read_mutex 3hid: error allocating HID debug buffer Constant Variable Array Relative Absolute Wrap NonLinear NoPreferredState NullState Volatile BufferedByte Physical( Logical( Application( Usage(%d) Logical Minimum(%d) Logical Maximum(%d) Physical Minimum(%d) Physical Maximum(%d) Unit Exponent(%d) Unit(Invalid) Unit(%s : Report Size(%u) Report Count(%u) Report Offset(%u) Flags( [%s] Field(%d) ---> %s.%s report (size %u) (%snumbered) = rdesc FEATURE Centimeter Gram Seconds Kelvin Ampere Candela Radians Inch Slug Fahrenheit Degrees SI Linear SI Rotation English Linear English Rotation Click Bell Tone Period NumLock CapsLock ScrollLock Compose Kana Sleep Suspend Mute Misc Serial Pulseled Gesture RawData Throttle Rudder Wheel Hat0X Hat0Y Hat1X Hat1Y Hat2X Hat2Y Hat3X Hat 3Y Distance XTilt YTilt ToolWidth Volume MTMajor MTMinor MTMajorW MTMinorW MTOrientation MTPositionX MTPositionY MTToolType MTBlobID HWheel Dial Reserved Minus Equal Backspace LeftBrace RightBrace Enter LeftControl Semicolon Apostrophe Grave LeftShift BackSlash RightShift KPAsterisk LeftAlt Space KPMinus KPPlus KPDot Zenkaku/Hankaku 102nd Katakana HIRAGANA Henkan Katakana/Hiragana Muhenkan KPJpComma KPEnter RightCtrl KPSlash SysRq RightAlt LineFeed Home PageUp Left Right PageDown Insert Delete Macro VolumeDown VolumeUp KPEqual KPPlusMinus KPComma Hangeul Hanja LeftMeta RightMeta Stop Again Props Front Copy Open Paste Find Help Menu Calc Setup WakeUp SendFile DeleteFile X-fer Prog1 Prog2 MSDOS Coffee Direction CycleWindows Mail Bookmarks Computer Back CloseCD EjectCD EjectCloseCD NextSong PlayPause PreviousSong StopCD Record Rewind Phone ISOKey Config HomePage Refresh Exit Move Edit ScrollUp ScrollDown KPLeftParenthesis KPRightParenthesis Redo PlayCD PauseCD Prog3 Prog4 Close Play FastForward BassBoost Print Camera Sound Question Email Chat Search Connect Finance Sport Shop AlternateErase Cancel BrightnessDown BrightnessUp Media SwitchVideoMode KbdIlluminationToggle KbdIlluminationDown KbdIlluminationUp Send Reply ForwardMail Save Documents Unknown BrightnessAuto Btn0 Btn1 Btn7 Btn8 Btn9 LeftBtn RightBtn MiddleBtn SideBtn ExtraBtn ForwardBtn BackBtn TaskBtn Trigger ThumbBtn ThumbBtn2 TopBtn TopBtn2 PinkieBtn BaseBtn BaseBtn2 BaseBtn3 BaseBtn4 BaseBtn5 BaseBtn6 BtnDead BtnA BtnB BtnC BtnX BtnY BtnZ BtnTL BtnTR BtnTL2 BtnTR2 BtnSelect BtnStart BtnMode BtnThumbL BtnThumbR ToolPen ToolRubber ToolBrush ToolPencil ToolAirbrush ToolFinger ToolMouse ToolLens Touch Stylus Stylus2 ToolDoubleTap ToolTripleTap ToolQuadrupleTap WheelBtn Gear up Select Goto Clear Power2 Option Info Vendor Archive Program Favorites Language Title Subtitle Angle Zoom Keyboard Screen VCR2 Sat2 Tape Radio Tuner Player Text Audio Video Directory List Memo Calendar Green Yellow Blue ChannelUp ChannelDown First Last Next Restart Slow Shuffle Previous Digits TEEN TWEN SpellCheck Logoff DeleteEOL DeleteEOS InsertLine DeleteLine Fn+ESC Fn+F1 Fn+F2 Fn+F3 Fn+F4 Fn+F5 Fn+F6 Fn+F7 Fn+F8 Fn+F9 Fn+F10 Fn+F11 Fn+F12 Fn+1 Fn+2 Fn+D Fn+E Fn+F Fn+S Fn+B BtnDPadUp BtnDPadDown BtnDPadLeft BtnDPadRight ButtonConfig TaskManager Journal ControlPanel AppSelect ScreenSaver VoiceCommand BrightnessMin BrightnessMax KbdInputAssistPrev KbdInputAssistNext KbdInputAssistPrevGroup KbdInputAssistNextGroup KbdInputAssistAccept KbdInputAssistCancel MT Report Sync Relative Absolute Repeat ForceFeedback ForceFeedbackStatus Undefined GenericDesktop Pointer Joystick GamePad Keypad MultiAxis Slider HatSwitch CountedBuffer ByteCount MotionWakeup Start Vbrx Vbry Vbrz SystemControl SystemPowerDown SystemSleep SystemWakeUp SystemContextMenu SystemMainMenu SystemAppMenu SystemMenuHelp SystemMenuExit SystemMenuSelect SystemMenuRight SystemMenuLeft SystemMenuUp SystemMenuDown D-PadUp D-PadDown D-PadRight D-PadLeft Simulation Aileron AileronTrim Anti-Torque Autopilot Chaff Collective DiveBrake ElectronicCountermeasures Elevator ElevatorTrim FlightCommunications FlareRelease LandingGear ToeBrake GenericDeviceControls BatteryStrength WirelessChannel WirelessID DiscoverWirelessControl SecurityCodeCharacterEntered SecurityCodeCharactedErased SecurityCodeCleared GenericIndicator Ordinal Consumer HorizontalWheel Digitizers Digitizer LightPen TouchScreen TouchPad Puck TipPressure BarrelPressure InRange UnTouch TabletFunctionKey ProgramChangeKey Invert TipSwitch SecondaryTipSwitch BarrelSwitch Eraser TabletPick Confidence Height ContactID InputMode DeviceIndex ContactCount ContactMaximumNumber SecondaryBarrelSwitch TransducerSerialNumber PhysicalInterfaceDevice Physical_Interface_Device Set_Effect_Report Effect_Block_Index Parameter_Block_Offset ROM_Flag Effect_Type ET_Constant_Force ET_Ramp ET_Custom_Force_Data ET_Square ET_Sine ET_Triangle ET_Sawtooth_Up ET_Sawtooth_Down ET_Spring ET_Damper ET_Inertia ET_Friction Duration Sample_Period Gain Trigger_Button Trigger_Repeat_Interval Axes_Enable Direction_Enable Type_Specific_Block_Offset Block_Type Set_Envelope_Report Attack_Level Attack_Time Fade_Level Fade_Time Set_Condition_Report CP_Offset Positive_Coefficient Negative_Coefficient Positive_Saturation Negative_Saturation Dead_Band Download_Force_Sample Isoch_Custom_Force_Enable Custom_Force_Data_Report Custom_Force_Data Custom_Force_Vendor_Defined_Data Set_Custom_Force_Report Custom_Force_Data_Offset Sample_Count Set_Periodic_Report Magnitude Phase Set_Constant_Force_Report Set_Ramp_Force_Report Ramp_Start Ramp_End Effect_Operation_Report Effect_Operation Op_Effect_Start Op_Effect_Start_Solo Op_Effect_Stop Loop_Count Device_Gain_Report Device_Gain PID_Pool_Report RAM_Pool_Size ROM_Pool_Size ROM_Effect_Block_Count Simultaneous_Effects_Max Pool_Alignment PID_Pool_Move_Report Move_Source Move_Destination Move_Length PID_Block_Load_Report Block_Load_Status Block_Load_Success Block_Load_Full Block_Load_Error Block_Handle PID_Block_Free_Report Type_Specific_Block_Handle PID_State_Report Effect_Playing PID_Device_Control_Report PID_Device_Control DC_Enable_Actuators DC_Disable_Actuators DC_Stop_All_Effects DC_Device_Reset DC_Device_Pause DC_Device_Continue Device_Paused Actuators_Enabled Safety_Switch Actuator_Override_Switch Actuator_Power Start_Delay Parameter_Block_Size Device_Managed_Pool Shared_Parameter_Blocks Create_New_Effect_Report RAM_Pool_Available Sensor Biometric BiometricHumanPresence BiometricHumanProximity BiometricHumanTouch Electrical ElectricalCapacitance ElectricalCurrent ElectricalPower ElectricalInductance ElectricalResistance ElectricalVoltage ElectricalPoteniometer ElectricalFrequency ElectricalPeriod Environmental EnvironmentalAtmosphericPressure EnvironmentalHumidity EnvironmentalTemperature EnvironmentalWindDirection EnvironmentalWindSpeed LightAmbientLight LightConsumerInfrared Location LocationBroadcast LocationDeadReckoning LocationGPS LocationLookup LocationOther LocationStatic LocationTriangulation Mechanical MechanicalBooleanSwitch MechanicalBooleanSwitchArray MechanicalMultivalueSwitch MechanicalForce MechanicalPressure MechanicalStrain MechanicalWeight MechanicalHapticVibrator MechanicalHallEffectSwitch Motion MotionAccelerometer1D MotionAccelerometer2D MotionAccelerometer3D MotionGyrometer1D MotionGyrometer2D MotionGyrometer3D MotionMotionDetector MotionSpeedometer MotionAccelerometer MotionGyrometer Orientation OrientationCompass1D OrientationCompass2D OrientationCompass3D OrientationInclinometer1D OrientationInclinometer2D OrientationInclinometer3D OrientationDistance1D OrientationDistance2D OrientationDistance3D OrientationDeviceOrientation OrientationCompass OrientationInclinometer OrientationDistance Scanner ScannerBarcode ScannerRFID ScannerNFC TimeAlarmTimer TimeRealTimeClock OtherCustom OtherGeneric OtherGenericEnumerator Power Device PresentStatus ChangeStatus PowerSupply BatterySystem BatterySystemID Battery BatteryID Charger ChargerID PowerConverter PowerConverterID OutletSystem OutletSystemID Input InputID Output OutputID Flow FlowID Outlet OutletID Gang PowerSummary PowerSummaryID Voltage Current Frequency ApparentPower PercentLoad ConfigVoltage ConfigCurrent ConfigApparentPower LowVoltageTransfer HighVoltageTransfer DelayBeforeStartup DelayBeforeShutdown Test AudibleAlarmControl Present Good InternalFailure Overload OverCharged OverTemperature ShutdownRequested ShutdownImminent SwitchOn/Off Switchable Used CommunicationLost iManufacturer iProduct iSerialNumber Battery System SMBBatteryMode SMBBatteryStatus SMBAlarmWarning SMBChargerMode SMBChargerStatus SMBChargerSpecInfo SMBSelectorState SMBSelectorPresets SMBSelectorInfo RemainingCapacityLimit CapacityMode BelowRemainingCapacityLimit Charging Discharging NeedReplacement RemainingCapacity RunTimeToEmpty AverageTimeToFull DesignCapacity ManufacturerDate iDeviceChemistry Rechargeable iOEMInformation CapacityGranularity1 ACPresent Vendor-specific-FF 7%s: undefined report_id %u received drivers/hid/hid-core.c %s() called with n (%d) > 32! (%s) %s() called with too large value %d! (%s) extract() called with n (%d) > 32! (%s) hid:b%04Xg%04Xv%08Xp%08X %x %x %x %lx 4hid: hid_debug is now used solely for parser and driver debugging. debugfs is now used for inspecting the device (report descriptor, reports) 3hid: can't register hid bus %s's event failed with %d 7%s: reserved item type, tag 0x%x HID_ID=%04X:%08X:%08X HID_NAME=%s HID_PHYS=%s HID_UNIQ=%s MODALIAS=hid:b%04Xg%04Xv%08Xp%08X global environment stack overflow global environment stack underflow invalid report_size %d invalid report_count %d report_id %u is invalid unknown global tag 0x%x nested delimiters bogus close delimiter 7%s: alternative usage ignored usage index exceeded 7%s: hid_add_usage failed 7%s: unknown local item tag 0x%x hid_register_report failed 7%s: logical range invalid 0x%x 0x%x too many fields in report collection stack overflow failed to reallocate collection array collection stack underflow unknown main item tag 0x%x invalid HID report type %u invalid HID report id %u missing %s %u not enough fields in %s %u not enough values in %s %u field %u unexpected long global item item %u %u %u %u parsing failed unbalanced collection at end of report description unbalanced delimiter at end of report description item fetching failed at offset %d offset (%d) exceeds report_count (%d) value %d is out of range 7%s: report %d is too short, (%d < %d) 7%s: empty report 7%s: unable to complete request: %d BLUETOOTH device has no listeners, quitting %shiddev%d %shidraw%d can't create sysfs report descriptor attribute err: %d %s: %s HID v%x.%02x %s [%s] on %s HOLTEK B-LINK USB Audio www.masterkit.ru MA901 transport driver missing .raw_request() bad device descriptor (%d) %04X:%04X:%04X.%04X &hdev->debug_wait Gamepad Multi-Axis Controller new_id report_descriptor HID_INPUT_REPORT HID_OUTPUT_REPORT HID_FEATURE_REPORT 7%s: Assigned keycode %d to HID usage code %x drivers/hid/hid-input.c 7%s: Maximum Effects - %d 7%s: PID Pool Report 7%s: Ignoring out-of-range value %x event field not found Out of memory during hid input probe No inputs registered, leaving hid_generic hid-generic realtek realtek proc directory create fail fastbridge Realtek fastbridge, create proc failed! rtk fast bridge is %s, real_fastbridge is %s ************************fast bridge table*************************** Index Enabled TimeOut DstMac SrcMac SrcItf DstItf MARK DIR %-5d %-7d %-7d %04x:%04x:%04x %04x:%04x:%04x %-10s %-9s %-6u DOWN %-5d %-7d %-7d %04x:%04x:%04x %04x:%04x:%04x %-10s %-9s %10x UP rtk fast bridge is disabled rtk fast bridge is enabled clean rtk fast bridge table rtk fast bridge is enabled for fast bridge table record, not using real fast bridge fast bridge tx error!, error no = %d fast bridge tx error! ~Route: ip=0x%08X mask=0x%08X gateway=0x%08X ifname=%-5s flags=0x%08X %s %s removed! Realtek SD2-FastPath v1.00beta_2.4.26-uc0 heavy traffic thres. = %d IPIP unknow <%5u> Path: [%s] in-S=%u.%u.%u.%u:%u in-D=%u.%u.%u.%u:%u out-S=%u.%u.%u.%u:%u out-D=%u.%u.%u.%u:%u out-ifname=%-5s <%u> {%d} => %x/%x/%x ~Napt: [%s] int=%u.%u.%u.%u:%u ext=%u.%u.%u.%u:%u rem=%u.%u.%u.%u:%u int_rem=%u.%u.%u.%u:%u flags=0x%08X state=%d ~Arp: ip=0x%08X mac=%02X:%02X:%02X:%02X:%02X:%02X flags=0x%08X fp_arp fp_route fp_napt fp_path fp_hash_path %s %s 1Error: Could not initialize /proc/%s 6/proc/%s created FastPath_heavy_traffic_thres %s fastpath ON!(both up and downstream) Realtek FastPath-betaV1.00 %s fastpath ON!(only downstream) %s fastpath OFF! addNaptConnection1: P=%s int=%u.%u.%u.%u:%u ext=%u.%u.%u.%u:%u rem=%u.%u.%u.%u:%u F=%d (H=%u, Ha=%u, Hb=%u),state=%x addNaptConnection1: P=%s int=%u.%u.%u.%u:%u ext=%u.%u.%u.%u:%u rem=%u.%u.%u.%u:%u F=%d (H=%u, Ha=%u, Hb=%u),ref=%d, state=%d addNaptConnection2: P=%s int=%u.%u.%u.%u:%u ext=%u.%u.%u.%u:%u rem=%u.%u.%u.%u:%u F=%d (H=%u, Ha=%u, Hb=%u) ==>> [%08X] SIP: %u.%u.%u.%u:%u -> DIP: %u.%u.%u.%u:%u flag:0x%x pppoe proxy or upstream pppoe, interface = %s FORWARD to [%s] Drop... @ %s %d ==>> [%08X] SIP: %u.%u.%u.%u:%u -> DIP: %u.%u.%u.%u:%u #0x%x %s %d fp enter, case UDP. Leave @ %s %d %s %d pppoe proxy or upstream pppoe no rule found. ==>> SIP: %u.%u.%u.%u -> DIP: %u.%u.%u.%u callid:%d #0x%x ==>> SIP: %u.%u.%u.%u -> DIP: %u.%u.%u.%u #0x%x %s error. %s dev %s not found. DOWN dst neighbour is NULL.dst %s dst neighbour is invalid %s %s xmit dev %s (%x) %s %d br is NULL. ip_finish_output3: %s(%s) No header cache and no neighbour! malformed message: len=%d 6: Could not create a datagram socket, error = %d 6: Could not bind or connect to socket, error = %d sar_close %s: (vpi,vci,framing,rfc) = (%d,%d,%d,%d) %d,%d,%d,%d %s: kill SIGUSR2 signal to process boa (%d) %s: startup process is gone?? %s: receiving %d/%d %s(%d) llc bridged %s(%d) llc routed %s(%d) llc unknown, treated as bridged %s(%d) llc PPPoA %s(%d) vcmux bridged %s(%d) vcmux PPPoA %s(%d) vcmux routed [%s] unable to get skb from rx_buf, j = %d 6SAR: drop due to atm_charge.ch%d(%d/%d) %s(%d): cnt=%d, off=%d Change%d: total=%d pervc=%d dofmt=%d Send PPPOED packet Send PPPOA_LCP packet %d %d,%d atm%d 3ratm: kzalloc() failed ratm 3ratm: atm_dev_register() failed 6%s: %s %s (%s) RTL8670 SAR v0.0.2 Jun 17, 2003 AUTO_PVC_SEARCH 3ratm: sar_start failed fixme atm_find_ci in sar_open! ratm(itf %d): open %d.%d OAM tx %d No active port for OAM! sar_ioctl: dev is NULL! sar_ioctl: cp is NULL! 7sar_ioctl: SAR_SET_SARHDR called. 7vpi=%d, vci = %d 7Cannot find PVC (%d, %d) corresponding channle number! 7Set CH %d MER mode on CKS register 7Set CH %d PPPoE mode on CKS register 7Set CH %d PPPoA mode on CKS register 7Set CH %d Routed mode on CKS register 7sar_iotcl: Unknown or bridged encapsulate mode 7sar_ioctl: SAR_SET_SARHDR done. 7sar_ioctl: SAR_SET_BRIDGE_MODE called. sar_ioctl(SAR_SET_BRIDGE_MODE): channel not found! 7sar_ioctl: SAR_SET_BRIDGE_MODE done. set qos state:%d 7sar_ioctl: PVC_QOS_TYPE called. vc%d set channel %d qos to %d 7sar_ioctl: SAR_ENABLE called. 7sar_ioctl: SAR_ENABLE done. 7sar_ioctl: SAR_DISABLE called. 7sar_ioctl: SAR_DISABLE done. 7sar_ioctl: SAR_GET_CONFIG called. 7sar_ioctl: RLCM_GET_CONFIG done. 7sar_ioctl: SAR_SET_CONFIG called. 7sar_ioctl: SAR_SET_CONFIG done. SAR_ATM_OAM_SET_ID: Vpi = %d, Vci = %d, ID = %.02x SAR_ATM_OAM_START: Vpi = %d, Vci = %d SAR_ATM_OAM_START: Tag is %d SAR_ATM_OAM_STOP: Tag is %d SAR_ATM_OAM_STATUS: Tag %d NOT found! SAR_ATM_OAM_STATUS_FE: NOT found! SAR_ATM_OAM_STATUS_FE: 7sar_ioctl: SAR_CREATE_VC called. 7sar_ioctl: SAR_CREATE_VC done. 7sar_ioctl: SAR_DELETE_VC called. 7sar_ioctl: SAR_DELETE_VC done. 7sar_ioctl: SAR_SETMAC called. 7sar_ioctl: SAR_SETMAC done. 7sar_ioctl: SAR_ENABLE_UTOPIA called. 7sar_ioctl: SAR_ENABLE_UTOPIA done. 7sar_ioctl: SAR_UTOPIA_FAST called. 7sar_ioctl: SAR_UTOPIA_FAST done. 7sar_ioctl: SAR_UTOPIA_SLOW called. 7sar_ioctl: SAR_UTOPIA_SLOW done. Enable SAR Loopback Disable SAR Loopback SetPVCNumber is obsoleted Read Address 0x%08x len 0x%08x Write Address 0x%08x Value 0x%08x Got PID %d from TR069 size = %d pvc = %d obaal5 = %d obcell = %d [%02d] avail_desc = %d Command error or not supported 7sar_ioctl: set encapsulation failed! rx_formation netdev_backlog_drop Address : Data %08X : %08X search pattern = 0x%08X --------->Match Address=0x%08X Now Scan Address=0x%08X FIND proper RATE ERROR %d!!!! FIND actual RATE ERROR %d!!!! Enable 8671G 1 function Enable 8671 0 function Enable 8672 function Enable IEASMTICK function Disable IEASMTICK function [%s] Error! Clear lock_txbuff before set!! 3:Execute /bin/sarctl pvcnumber before create PVC 3:Error Could Not Get A Buffer.. [%s] Unable to get line rate PCR, skip the checking ... [%s] line rate: %d kbps, line rate PCR: %d [%s] QoS_CLK: %d, PCR_Period: %d, Min PCR Reg Val: 0x%08X [%s] CH %d Config PCR Reg Val: 0x%08X, config PCR: %d [%s] CH %d PCR Reg Val after check: 0x%08X create: ch%d (%d/%d) %d,%d Enable_SAR atm0 Disable_SAR OAMF5StartTimer (timer->occupied == OCCUPY) OAMF5StartTimer ok OAMF5StopTimer (timer->occupied == EMPTY) OAMF5StopTimer ok ATM OAM F5 initialized. OAMF5ChangeState >> IDLE Into the OAMF5TMNLBTimeoutFunc %x OAMF5TMNLBTimeoutFunc (pTimer->OAMFunctionType != FAULT_LB) OAMF5TMNLBTimeoutFunc (&(pLBInfo->timer) != pTimer) Leave the OAMF5TMNLBTimeoutFunc Into the OAMF5SendACell OAM malloc fail! Into the OAMF5GenLBCell The Loopback ID = The Source ID = Leave the OAMF5GenLBCell Into the OAMF5TMNTxLBStart OAMF5TMNTxLBStart (pOAMF5->OAMF5LBList[0].status == FAULT_LB_WAITING) OAMF5TMNTxLBStart (pLBInfo == NULL) Leave the OAMF5TMNTxLBStart Into the OAMF5TMNTxLBStop Out the OAMF5TMNTxLBStop Into the OAMF5ProcessRxLBCell OAMF5ProcessRxLBCell LLID 6A The rcvd Loopback ID = The Reomte ID = , The Rx Remote Count = %d Leave the OAMF5ProcessRxLBCell Into the RxOAMF5Cell %d Leave the OAMRxF5Cell ATM OAM F4 initialized. OAMF4ChangeState >> IDLE Into the OAMF4TMNLBTimeoutFunc %x OAMF4TMNLBTimeoutFunc (pTimer->OAMFunctionType != FAULT_LB) OAMF4TMNLBTimeoutFunc (&(pLBInfo->timer) != pTimer) Leave the OAMF4TMNLBTimeoutFunc Into the OAMF4GenLBCell Leave the OAMF4GenLBCell Into the OAMF4TMNTxLBStart OAMF4TMNTxLBStart (pOAMF4->OAMF4LBList[0].status == FAULT_LB_WAITING) OAMF4TMNTxLBStart (pLBInfo == NULL) Leave the OAMF4TMNTxLBStart Into the OAMF4TMNTxLBStop Out the OAMF4TMNTxLBStop Into the OAMF4ProcessRxLBCell OAMF4ProcessRxLBCell LLID 6A Leave the OAMF4ProcessRxLBCell Into the RxOAMF4Cell %d Leave the OAMRxF4Cell Tag %u OAMF5LbTest no responce! Test stop. OAMF5ContiLbTest (oamf5lbtest_timer.occupied == OCCUPY) Remote Management: NULL tx packet Remote Management: NULL rx packet buffer Remote Management: Allocate rx skb fail Remote Management: packet size error %d Remote Management: packet CRC error 0x%08x fatal error occur:%s %d atmvcc->push:0x%x realtek/867x_sar/ra8670app.c sar len = %d %2.2x -- Send IGMP %s %pI4 -- Receive IGMP %s %pI4 -- TCP %pI4:%u --> %pI4:%u -- TCP %pI4:%u <-- %pI4:%u -- UDP %pI4:%u --> %pI4:%u -- UDP %pI4:%u <-- %pI4:%u -- ICMP %d %pI4 --> %pI4 -- ICMP %d %pI4 <-- %pI4 ADSL Link up ADSL Link down 6Entering: %s Hello from kernel 6Netlink received msg payload:%s [%s %d]new state_%s_ 3Failed to allocate new skb 6Error while sending bak to user Not RL6405 Done Undergoing IC Version: %s Sub Version: %s Sachem reset status: %s [Sachem TX Threshold] Step = %d [Sachem TX Threshold] Times = %d ratelimite scale : %d ratelimite scale not30a : %d ratelimite state : stop disable enable PTM: rtl8685_ptm_exit entry hw_reg hw_qos hw_wanif hw_qmap hw_counter hw_port5_tx_limitrate TC counter (offset 0x01CC-01DC) TCTX_PKT =0x%08x TCRX_PKT =0x%08x TCRX_GPKT =0x%08x TCRX_BPKT =0x%08x TCRX_IPKT =0x%08x TX PTMx Codeword/Frame counter (offset 0x0220-023C) TX_PTM0 =0x%08x TX_PTM1 =0x%08x TX_PTM2 =0x%08x TX_PTM3 =0x%08x TX_PTM4 =0x%08x TX_PTM5 =0x%08x TX_PTM6 =0x%08x TX_PTM7 =0x%08x TX PTMx Data Codeword/Frame counter (offset 0x0240-025C) TX_DATA_PTM0 =0x%08x TX_DATA_PTM1 =0x%08x TX_DATA_PTM2 =0x%08x TX_DATA_PTM3 =0x%08x TX_DATA_PTM4 =0x%08x TX_DATA_PTM5 =0x%08x TX_DATA_PTM6 =0x%08x TX_DATA_PTM7 =0x%08x RX non-short packet counter (offset 0x0260-026c) H_F =0x%08x H_S =0x%08x L_F =0x%08x L_S =0x%08x RX short packet counter (offset 0x0270-027c) RX CRC16 error packet counter (offset 0x0280-028c) RX CRC16 error short packet counter (offset 0x0290-029c) RX HDLC invlaid frame counter (offset 0x02a0-02a4) Fast =0x%08x Slow =0x%08x RX coding err counter (offset 0x02a8-02ac) RX data codeword counter (offset 0x02b0-02b4) RX line0 codeword counter (offset 0x02b8-02c4) FL =0x%08x FH =0x%08x SL =0x%08x SH =0x%08x RX line1 codeword counter (offset 0x02c8-02d4) RX line2 codeword counter (offset 0x02d8-02e4) RX line3 codeword counter (offset 0x02e8-02f4) UTP QoS registers: UTP_APR32_F = 0x%08x UTP_APR32_S = 0x%08x UTP_APR10_F = 0x%08x UTP_APR10_S = 0x%08x UTP_APR_ALL = 0x%08x UTP_WEIGHT_F= 0x%08x UTP_WEIGHT_S= 0x%08x UTP_QOS_MIS = 0x%08x UTP_F0_ACC_INTERVAL = 0x%08x UTP_S0_ACC_INTERVAL = 0x%08x UTP_F1_ACC_INTERVAL = 0x%08x UTP_S1_ACC_INTERVAL = 0x%08x UTP_F2_ACC_INTERVAL = 0x%08x UTP_S2_ACC_INTERVAL = 0x%08x UTP_F3_ACC_INTERVAL = 0x%08x UTP_S3_ACC_INTERVAL = 0x%08x UTP_F0_ACC = 0x%08x UTP_S0_ACC = 0x%08x UTP_F1_ACC = 0x%08x UTP_S1_ACC = 0x%08x UTP_F2_ACC = 0x%08x UTP_S2_ACC = 0x%08x UTP_F3_ACC = 0x%08x UTP_S3_ACC = 0x%08x PTMBASE = 0x%08X WCR = 0x%02X mode:%u qmap_at_stag: tx=%u, rx=%u enable: tx=%u, rx=%u TMII Rate Limit = 0x%04X S-tag type = 0x%04X Dummy vid = 0x%03X PCR = 0x%08X Debug_Sel = 0x%08X PTM bonding registers: BOND_FRAG_LF = 0x%08X BD_SLV_NUM = 0x%08X BD_TIMEOUT = 0x%08X PTM: rtl8685_ptm_init entry PTM: disable => enable IP, %08x Out of memory !! 3failed to register ptm device (%d) ptm: create device failed ptm: create device successed can't create proc entry for hw_reg can't create proc entry for hw_qos can't create proc entry for hw_wanif can't create proc entry for hw_qmap can't create proc entry for hw_counter can't create proc entry for hw_port5_tx_limitrate hw_sachem_threshold can't create proc entry for hw_sachem_threshold step [%s] sachem_tx_reset_step = %d times [%s] sachem_tx_reset_times = %d not30a idx=%u, %u, %s, %u, %u, %02x%02x%02x%02x%02x%02x Intf Valid SVID CVID MAC %s %d 0x%03X 0x%03X %02X-%02X-%02X-%02X-%02X-%02X Intf Tx_pkt Rx_pkt Tx_byte Rx_byte %s 0x%08X 0x%08X 0x%08X 0x%08X Intf PRI0 PRI1 PRI2 PRI3 PRI4 PRI5 PRI6 PRI7 %s: ptm reset %s: PCRP5=0x%08x 0xb8a85040 : %x PTM: disable IP %08x PTM: enable IP %08x %s: start cur_jiffies=%08lx, to_jiffies=%08lx %s: p5_dcr= %08x %08x %08x %s: end cur_jiffies=%08lx, to_jiffies=%08lx %s: wait p5_dcr timeout! %s: ptm reset done clearall Reset PTM counter to zero!! [%s]: Trigger PTM Rx reset event [%s]: Trigger PTM Tx reset event %s: reset_by: rx=%d, tx=%d [%s]: Trigger Sachem Tx reset event %s, [after=%lu, before=%lu] %s, [TryCounter=%u, DoCounter=%u, OverallCounter=%u] %s: rx=%d, tx=%d, sachem tx=%d [%s,%d]: Trigger Sachem Tx reset event [%s,%d]: Sachem up counter = %d, PTM TX counter = %d %s: rx=%d, tx=%d, sachem tx in showtime=%d %s: return %d Read Address 0x%08x with length 0x%08x Set System for PTM Bonding Board Set PTM as non-bonding mode Set PTM as bonding mode with line %d stop PTM HW start PTM HW clean all wan interface clean all queue mapping set wanif, %u %u %u %02x%02x%02x%02x%02x%02x wan_%u set qmap %u %u%u%u%u%u%u%u%u set stagtype=0x%x set dummyvid=0x%x set qmapatstag tx=%u rx=%u set mode %d TPSTC DISABLE TPSTC Enable TPSTC RESET Read Address: 0xb8af0040: %x Read Address: 0xb8af0028: %x %s:%d> enter: c=0x%08x %s:%d> c=0x%08x name=%s, tag=%u, isbridge=%u svid=%u, cvid=%u, mac=%02x%02x%02x%02x%02x%02x path=%u, qid=%u%u%u%u%u%u%u%u %s:%d> enter: name=%s %s:%d> c->name=%s %s:%d> match, c=0x%08x %s:%d> %s:%d> name=%s, path=%u %s:%d> qid=%u%u%u%u%u%u%u%u pt_wan_dbg disabled pt_wan_dbg enabled total ptm mii wan interface = %d %s:%d> name=%s %s:%d> addr=%02x%02x%02x%02x%02x%02x %s: error (not bridge but macaddr=0) %s:%d> name=%s, isbridge=%d, svid=%d, cvid=%d, addr=0x%08x %s: error (exceed the ptm wanif num, %d) %s:%d> new node=0x%08x %s:%d> enter: n=0x%08x %s:%d> p=0x%08x, c=0x%08x %s:%d> n->name=%s, n->tag=%u %s:%d> c->name=%s, c->tag=%u %s:%d> enter, name=%s %s:%d> match, p=0x%08x, c=0x%08x %s:%d> free node=0x%08x netdev_reset clear all netdev stat counter clear %s netdev stat counter Realtek SKB Priority Assignment, create proc failed, root dir not found skb_prio_assignment Realtek SKB Priority Assignment, create proc failed! SKB Priority Assignment: %s SKB Priority to NIC TX Desc ID map: e [0/1] : enable/disable SKB Priority Assignment m [desc_id desc_id desc_id ...] : set NIC tx desc prio map, fill 8 numbers in a row %s skb prio assignment m %d %d %d %d %d %d %d %d Set SKB priority to NIC TX desc ID map to: error parameter... SERDES serdes can't create proc entry for serdes_status Disable/Enable auto detect: #echo auto 0/1 > /proc/realtek/serdes Check link status: #echo check link > /proc/realtek/serdes Check SERDES port: #echo check pinmux > /proc/realtek/serdes Check SERDES NWAY: #echo check nway > /proc/realtek/serdes Disable/Enable debug: #echo dbg_level 0/1 > /proc/realtek/serdes [RTK SERDES]line %d:Check SERDES NWAY status [RTK SERDES]line %d:Disable SERDES NWAY [RTK SERDES]line %d:SERDES successfully link-up, reset try_times [RTK SERDES]line %d:SERDES NWAY may not sync with link-partner in auto mode, switch to force mode! [RTK SERDES]line %d:SERDES may not correctly configure, status:0x%03x [RTK SERDES]line %d:enable SERDES NWAY [RTK SERDES]line %d:SERDES is out of connection, reset NWAY to auto mode check Check SERDES link status !! SERDES Link! SERDES Link failed, status = 0x%X pinmux Check SERDES registers!! REG(0xb8000100) = 0x%08X bit[31] = %x. Serdes %s bit[30] = %x. Select port %s nway SERDES NWAY is enabled, auto mode SERDES NWAY is disabled, force mode dbg_level [RTK SERDES]line %d:Enable SERDES NWAY auto detection !! [RTK SERDES]line %d:Disable SERDES auto detection, set SERDES in force mode Dump RTK ATM_PHY SKB: %s -->Dump atm_phy statistics rx mpoa hdr_fail = %u rx vcc found fail = %u ch_no rx_ok tx_ok vcc_err pop_err sk_err dev_err %2d %u %u %u %u %u %u Host MAC Address: %02x: Clear atm_phy statistics Set Dump RTK ATM_PHY SKB to %s %hhx %hhx %hhx %hhx %hhx %hhx remote_atm_host atm_phy_stat dump_atmphy_skb %s: REG32(0xb800010c)=0x%08x rtk_atm: cannot find remote device insert_mpoatag error insert_macaddr error [%s %d]Error, sk == NULL -->Send packet by ATMPHY: [%s %d]remote_dev not exist or not UP -->Receive packet from ATMPHY: Error: func:%s has invalid skb VC is not ready for transmission yet lib/klist.c ')uB * 5|z lEd/ 6 PQ pCRF Yg:a JZJ{. #FLR _QS} (]2Q ig,o u{)l qR5FE% ]JldN 4x= :'No)b W~Y` #tDq 30!]^JV 49fN 5T&w& RoOs +ulsX b,uZ .bs" f.N%H %$LM t![R |;, = 0F`8 zC`G; 1"{K +g@#I mwa! 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