SJ-20130118100307-010-ZXA10 C300&C320 (V1.2.5) Optical Access Convergence Equipment Command Reference.pdf

ZXA10 C300/C320 Optical Access Convergence Equipment

Command Reference Version: V1.2.5

ZTE CORPORATION NO. 55, Hi-tech Road South, ShenZhen, P.R.China Postcode: 518057 Tel: +86-755-26771900 Fax: +86-755-26770801 URL: http://ensupport.zte.com.cn E-mail: [email protected]

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Revision History Revision No.

Revision Date

Revision Reason

R1.0

2013-02-28

First edition

Serial Number: SJ-20130118100307-010 Publishing Date: 2013-02-28 (R1.0)

SJ-20130118100307-010|2013-02-28 (R1.0)

ZTE Proprietary and Confidential

Contents About This Manual ......................................................................................... I Chapter 1 Basic System Management...................................................... 1-1 1.1 banner incoming ................................................................................................ 1-2 1.2 boot-password ................................................................................................... 1-3 1.3 boot-server ........................................................................................................ 1-3 1.4 boot-username................................................................................................... 1-4 1.5 clock set ............................................................................................................ 1-5 1.6 clock timezone ................................................................................................... 1-6 1.7 config-filename................................................................................................... 1-6 1.8 configure terminal............................................................................................... 1-7 1.9 default-gateway.................................................................................................. 1-8 1.10 disable............................................................................................................. 1-9 1.11 enable.............................................................................................................. 1-9 1.12 enable secret ................................................................................................. 1-10 1.13 end.................................................................................................................1-11 1.14 exit ................................................................................................................ 1-12 1.15 hostname....................................................................................................... 1-12 1.16 imgfile-location ............................................................................................... 1-13 1.17 ip address ...................................................................................................... 1-14 1.18 multi-user configure ........................................................................................ 1-15 1.19 sdisk.............................................................................................................. 1-16 1.20 service password-encryption ........................................................................... 1-17 1.21 set-cputhreshold............................................................................................. 1-18 1.22 set-memthreshold........................................................................................... 1-19 1.23 show clock ..................................................................................................... 1-20 1.24 show cputhreshold ......................................................................................... 1-20 1.25 show memthreshold ....................................................................................... 1-22 1.26 show privilege ................................................................................................ 1-23 1.27 show running-config ....................................................................................... 1-23 1.28 show sdisk-status ........................................................................................... 1-25 1.29 show startup-config ........................................................................................ 1-26 1.30 show system-group ........................................................................................ 1-28 1.31 show user-suspend ........................................................................................ 1-29 I SJ-20130118100307-010|2013-02-28 (R1.0)


1.32 show username.............................................................................................. 1-29 1.33 show users .................................................................................................... 1-30 1.34 user password................................................................................................ 1-31 1.35 user-suspend ................................................................................................. 1-32 1.36 username ...................................................................................................... 1-34

Chapter 2 Hardware Management............................................................. 2-1 2.1 add-card ............................................................................................................ 2-1 2.2 add-rack ............................................................................................................ 2-2 2.3 add-shelf ........................................................................................................... 2-3 2.4 del-card ............................................................................................................. 2-3 2.5 del-rack ............................................................................................................. 2-4 2.6 del-shelf............................................................................................................. 2-5 2.7 qry .................................................................................................................... 2-6 2.8 reboot................................................................................................................ 2-6 2.9 reset-card .......................................................................................................... 2-7 2.10 set-pnp ............................................................................................................ 2-8 2.11 show card ........................................................................................................ 2-8 2.12 show shelf........................................................................................................ 2-9 2.13 show system-monitor...................................................................................... 2-10 2.14 swap ..............................................................................................................2-11 2.15 system-monitor endless-loop duration.............................................................. 2-12 2.16 system-monitor endless-loop reboot ................................................................ 2-13 2.17 system-monitor task-suspend-reboot ............................................................... 2-13 2.18 system-monitor watchdog ............................................................................... 2-14 2.19 system-monitor watchdog-duration .................................................................. 2-15

Chapter 3 Fan Management....................................................................... 3-1 3.1 fan control fixed-speed ....................................................................................... 3-1 3.2 fan control temp_level......................................................................................... 3-2 3.3 fan high-threshold .............................................................................................. 3-2 3.4 fan speed .......................................................................................................... 3-3 3.5 show fan............................................................................................................ 3-4 3.6 show temperature .............................................................................................. 3-5

Chapter 4 Version Management ................................................................ 4-1 4.1 auto-backup period............................................................................................. 4-1 4.2 download ........................................................................................................... 4-2 4.3 file-server .......................................................................................................... 4-3 4.4 manual-backup .................................................................................................. 4-4 II SJ-20130118100307-010|2013-02-28 (R1.0)


4.5 patch active ....................................................................................................... 4-5 4.6 patch deactive.................................................................................................... 4-6 4.7 show auto-backup period configure ..................................................................... 4-7 4.8 show auto-backup progress ................................................................................ 4-7 4.9 show compound-version ..................................................................................... 4-8 4.10 show file-server ................................................................................................ 4-9 4.11 show patch-running .........................................................................................4-11 4.12 show patch-saved ...........................................................................................4-11 4.13 show sync-status............................................................................................ 4-12 4.14 show updatecpld ............................................................................................ 4-13 4.15 show version-running...................................................................................... 4-14 4.16 show version-saved........................................................................................ 4-15 4.17 swapver ......................................................................................................... 4-16 4.18 sync-file ......................................................................................................... 4-16 4.19 update-boot ................................................................................................... 4-17 4.20 update-cpld .................................................................................................... 4-18 4.21 upload ........................................................................................................... 4-19

Chapter 5 CPE Version Management........................................................ 5-1 5.1 action ................................................................................................................ 5-1 5.2 cpe abort ........................................................................................................... 5-2 5.3 cpe activate ....................................................................................................... 5-3 5.4 cpe commit ........................................................................................................ 5-4 5.5 cpe task............................................................................................................. 5-5 5.6 cpe update......................................................................................................... 5-5 5.7 cpe update-and-reboot ....................................................................................... 5-6 5.8 cpe update-commit............................................................................................. 5-7 5.9 cpe update-reonline............................................................................................ 5-8 5.10 description ....................................................................................................... 5-8 5.11 equipment-type................................................................................................. 5-9 5.12 match-vertag.................................................................................................. 5-10 5.13 mode ..............................................................................................................5-11 5.14 parallel-limitation .............................................................................................5-11 5.15 range............................................................................................................. 5-12 5.16 service-type ................................................................................................... 5-13 5.17 show cpe information...................................................................................... 5-14 5.18 show cpe summary-of..................................................................................... 5-15 5.19 show cpe update-status .................................................................................. 5-16 III SJ-20130118100307-010|2013-02-28 (R1.0)


5.20 task abort....................................................................................................... 5-17 5.21 task add......................................................................................................... 5-18 5.22 task delete ..................................................................................................... 5-18 5.23 task restart..................................................................................................... 5-19 5.24 vendor-name.................................................................................................. 5-19 5.25 version-file ..................................................................................................... 5-20

Chapter 6 User Management ..................................................................... 6-1 6.1 exit .................................................................................................................... 6-1 6.2 line console absolute-timeout .............................................................................. 6-2 6.3 line console idle-timeout ..................................................................................... 6-3 6.4 line telnet absolute-timeout ................................................................................. 6-4 6.5 line telnet access-class ....................................................................................... 6-4 6.6 line telnet idle-timeout......................................................................................... 6-5 6.7 line telnet users.................................................................................................. 6-6 6.8 login .................................................................................................................. 6-7 6.9 login-authentication-type..................................................................................... 6-8 6.10 login-authorization-type..................................................................................... 6-8 6.11 logout .............................................................................................................. 6-9 6.12 show history................................................................................................... 6-10 6.13 show telnet .....................................................................................................6-11 6.14 show terminal................................................................................................. 6-12 6.15 telnet ............................................................................................................. 6-12 6.16 telnet mng...................................................................................................... 6-13 6.17 telnet onu....................................................................................................... 6-14

Chapter 7 File System Management ......................................................... 7-1 7.1 auto-write .......................................................................................................... 7-1 7.2 copy .................................................................................................................. 7-2 7.3 delete ................................................................................................................ 7-3 7.4 dir ..................................................................................................................... 7-4 7.5 show auto-write.................................................................................................. 7-5 7.6 write .................................................................................................................. 7-6 7.7 write flash .......................................................................................................... 7-7

Chapter 8 SuperVLAN Commands ........................................................... 8-1 8.1 arp-broadcast..................................................................................................... 8-1 8.2 inter-subvlan-routing........................................................................................... 8-2 8.3 interface ............................................................................................................ 8-3 8.4 ip supervlan pool ................................................................................................ 8-4 IV SJ-20130118100307-010|2013-02-28 (R1.0)


8.5 ip-pool-filter........................................................................................................ 8-5 8.6 show supervlan .................................................................................................. 8-6 8.7 show supervlan ip-pool ....................................................................................... 8-6 8.8 subvlan.............................................................................................................. 8-7 8.9 supervlan........................................................................................................... 8-8 8.10 supervlan inter-subvlan-routing.......................................................................... 8-9

Chapter 9 FTP/TFTP Server Commands .................................................. 9-1 9.1 ip ftp password................................................................................................... 9-1 9.2 ip ftp username .................................................................................................. 9-2

Chapter 10 Alarm Management............................................................... 10-1 10.1 alarm ............................................................................................................. 10-1 10.2 alarm alarm-profile ......................................................................................... 10-2 10.3 alarm confirm ................................................................................................. 10-3 10.4 alarm level-change ......................................................................................... 10-4 10.5 alarm trap-confirm .......................................................................................... 10-4 10.6 alarm-index .................................................................................................... 10-5 10.7 alarm-profile-apply.......................................................................................... 10-6 10.8 clear alarm counter......................................................................................... 10-8 10.9 clear alarm pool.............................................................................................. 10-8 10.10 nms-hello-trap .............................................................................................. 10-9 10.11 nms-hello-trap interval..................................................................................10-10 10.12 show alarm configure................................................................................... 10-11 10.13 show alarm counter .....................................................................................10-12 10.14 show alarm pool ..........................................................................................10-13 10.15 show alarm profile .......................................................................................10-14 10.16 show alarm-level .........................................................................................10-16

Chapter 11 Debugging Commands......................................................... 11-1 11.1 debug all .........................................................................................................11-3 11.2 debug arp........................................................................................................11-3 11.3 debug dhcp-option82 all ...................................................................................11-4 11.4 debug dhcp-option82 data................................................................................11-5 11.5 debug dhcp-option82 error ...............................................................................11-6 11.6 debug dhcp-option82 event ..............................................................................11-6 11.7 debug ip..........................................................................................................11-7 11.8 debug ip destination.........................................................................................11-8 11.9 debug ip dhcp..................................................................................................11-9 11.10 debug ip icmp ................................................................................................11-9 V SJ-20130118100307-010|2013-02-28 (R1.0)


11.11 debug ip icmp detail ..................................................................................... 11-10 11.12 debug ip interface ........................................................................................ 11-11 11.13 debug ip ospf adj ......................................................................................... 11-12 11.14 debug ip ospf all .......................................................................................... 11-13 11.15 debug ip ospf database-timer ....................................................................... 11-13 11.16 debug ip ospf events .................................................................................... 11-14 11.17 debug ip ospf flood ...................................................................................... 11-15 11.18 debug ip ospf lsa-generation......................................................................... 11-16 11.19 debug ip ospf nsf ......................................................................................... 11-17 11.20 debug ip ospf packet .................................................................................... 11-17 11.21 debug ip ospf retransmission ........................................................................ 11-18 11.22 debug ip ospf spf ......................................................................................... 11-19 11.23 debug ip ospf spf external ............................................................................ 11-20 11.24 debug ip ospf spf inter .................................................................................. 11-21 11.25 debug ip ospf spf intra .................................................................................. 11-21 11.26 debug ip ospf tree ........................................................................................ 11-22 11.27 debug ip protocol ......................................................................................... 11-23 11.28 debug ip rip ................................................................................................. 11-24 11.29 debug ip rip all ............................................................................................. 11-24 11.30 debug ip rip database................................................................................... 11-25 11.31 debug ip rip events ...................................................................................... 11-26 11.32 debug ip rip trigger ....................................................................................... 11-26 11.33 debug ip source ........................................................................................... 11-27 11.34 debug ip tcp all ............................................................................................ 11-28 11.35 debug ip tcp driver ....................................................................................... 11-29 11.36 debug ip tcp driver-pak................................................................................. 11-30 11.37 debug ip tcp packet...................................................................................... 11-31 11.38 debug ip tcp transactions.............................................................................. 11-31 11.39 debug ip udp ............................................................................................... 11-32 11.40 debug isis adj-packets.................................................................................. 11-33 11.41 debug isis all ............................................................................................... 11-34 11.42 debug isis nsf-event ..................................................................................... 11-35 11.43 debug isis snp-packets................................................................................. 11-35 11.44 debug isis spf-events ................................................................................... 11-36 11.45 debug isis update-packets ............................................................................ 11-37 11.46 debug lacp all .............................................................................................. 11-37 11.47 debug lacp fsm ............................................................................................ 11-38 VI SJ-20130118100307-010|2013-02-28 (R1.0)


11.48 debug lacp packet........................................................................................ 11-39 11.49 debug mstp agreement ................................................................................ 11-40 11.50 debug mstp all ............................................................................................. 11-41 11.51 debug mstp bpdu-rx ..................................................................................... 11-41 11.52 debug mstp bpdu-tx ..................................................................................... 11-42 11.53 debug mstp errors........................................................................................ 11-43 11.54 debug mstp flush ......................................................................................... 11-44 11.55 debug mstp info ........................................................................................... 11-44 11.56 debug mstp migration................................................................................... 11-45 11.57 debug mstp proposals .................................................................................. 11-46 11.58 debug mstp roles ......................................................................................... 11-47 11.59 debug mstp state ......................................................................................... 11-47 11.60 debug mstp tc.............................................................................................. 11-48 11.61 debug ndp-lio all .......................................................................................... 11-49 11.62 debug ndp-lio data ....................................................................................... 11-50 11.63 debug ndp-lio error....................................................................................... 11-51 11.64 debug ndp-lio event ..................................................................................... 11-51 11.65 debug port-location all .................................................................................. 11-52 11.66 debug port-location data............................................................................... 11-53 11.67 debug port-location error .............................................................................. 11-54 11.68 debug port-location event ............................................................................. 11-54 11.69 debug pppoe-plus all.................................................................................... 11-55 11.70 debug pppoe-plus data................................................................................. 11-56 11.71 debug pppoe-plus error ................................................................................ 11-57 11.72 debug pppoe-plus event ............................................................................... 11-57 11.73 debug radius all ........................................................................................... 11-58 11.74 debug radius authentication data .................................................................. 11-59 11.75 debug radius authentication error.................................................................. 11-60 11.76 debug radius authentication event................................................................. 11-60 11.77 debug radius authentication packet ............................................................... 11-61 11.78 debug radius exception ................................................................................ 11-62 11.79 debug radius user ........................................................................................ 11-63 11.80 terminal monitor........................................................................................... 11-64

Chapter 12 VLAN Commands.................................................................. 12-1 12.1 Global Commands.......................................................................................... 12-1 12.1.1 description ........................................................................................... 12-1 12.1.2 multicast-packet ................................................................................... 12-2 VII SJ-20130118100307-010|2013-02-28 (R1.0)


12.1.3 mvlan-translate .................................................................................... 12-3 12.1.4 name ................................................................................................... 12-4 12.1.5 vlan ..................................................................................................... 12-4 12.1.6 vlan database....................................................................................... 12-5 12.1.7 vlan-scb-action ..................................................................................... 12-6 12.1.8 vlan-translate ....................................................................................... 12-7 12.1.9 xconnect .............................................................................................. 12-9 12.2 Commands at Network Side...........................................................................12-10 12.2.1 switchport default vlan .........................................................................12-10 12.2.2 switchport mode .................................................................................. 12-11 12.2.3 switchport tpid ..................................................................................... 12-11 12.2.4 switchport vlan ....................................................................................12-12 12.3 Commands at User Side ................................................................................12-13 12.3.1 switchport default vlan .........................................................................12-13 12.3.2 switchport mode ..................................................................................12-14 12.3.3 switchport tls .......................................................................................12-15 12.3.4 switchport tls vlan ................................................................................12-16 12.3.5 switchport tpid .....................................................................................12-17 12.3.6 switchport vlan ....................................................................................12-17 12.4 Smart QinQ Commands.................................................................................12-18 12.4.1 vlan-smart-qinq ...................................................................................12-18 12.4.2 vlan-smart-qinq(L2 gei interface mode) .................................................12-19 12.4.3 vlan-smart-qinq ingress-port.................................................................12-20 12.5 Show Commands ..........................................................................................12-22 12.5.1 show service-port ................................................................................12-22 12.5.2 show service-port interface ..................................................................12-23 12.5.3 show vlan ...........................................................................................12-24 12.5.4 show vlan port.....................................................................................12-25 12.5.5 show vlan summary.............................................................................12-26 12.5.6 show vlan-smart-qinq...........................................................................12-26 12.5.7 show vlan-smart-qinq global-status.......................................................12-27 12.5.8 show vlan-smart-qinq port-status ..........................................................12-28 12.5.9 show vlan-translate..............................................................................12-29 12.5.10 show vlan-xconnect detail ..................................................................12-29

Chapter 13 PON Comands....................................................................... 13-1 13.1 PON Basic Command..................................................................................... 13-1 13.1.1 pon...................................................................................................... 13-1 VIII SJ-20130118100307-010|2013-02-28 (R1.0)


13.2 ONU Type Profile Management ....................................................................... 13-2 13.2.1 onu-type .............................................................................................. 13-2 13.2.2 onu-type-if............................................................................................ 13-4 13.2.3 show onu-type...................................................................................... 13-6 13.2.4 show onu-type-if................................................................................... 13-7 13.3 OLT Performance Management....................................................................... 13-8 13.3.1 item ..................................................................................................... 13-8 13.3.2 item (PROFILE_MAC_ONU configuration mode).................................... 13-9 13.3.3 item (PROFILE_ETH_OLT configuration mode)...................................... 13-9 13.3.4 item (PROFILE_ETH_ONU configuration mode)....................................13-10 13.3.5 perf-eth-olt profile ................................................................................ 13-11 13.3.6 perf-eth-onu profile ..............................................................................13-12 13.3.7 perf-mac-olt profile ..............................................................................13-13 13.3.8 perf-mac-onu profile ............................................................................13-14 13.3.9 show perf-olt .......................................................................................13-14 13.3.10 show perf-onu ...................................................................................13-15 13.3.11 show performance pon-onu ................................................................13-16 13.4 PON Version Management.............................................................................13-17 13.4.1 cpe update-commit ..............................................................................13-17 13.4.2 cpe update-reonline.............................................................................13-18 13.4.3 show cpe information...........................................................................13-19 13.4.4 show cpe summary-of..........................................................................13-20 13.4.5 show cpe update-status .......................................................................13-21 13.5 PON Protection Management.........................................................................13-22 13.5.1 protection............................................................................................13-22 13.5.2 protection member ..............................................................................13-23 13.5.3 protection prop ....................................................................................13-25 13.5.4 protection switch-command..................................................................13-25 13.5.5 show protection group information ........................................................13-27 13.5.6 show protection group list ....................................................................13-28 13.6 Optical Profile Parameter Configuration ..........................................................13-28 13.6.1 show pon power attenuation.................................................................13-28 13.6.2 show pon power olt-rx..........................................................................13-29 13.6.3 show pon power olt-tx ..........................................................................13-30 13.6.4 show pon power onu-rx........................................................................13-31 13.6.5 show pon power onu-tx........................................................................13-32 13.6.6 show pon transceiver-threshold ............................................................13-32 IX SJ-20130118100307-010|2013-02-28 (R1.0)


13.6.7 transceiver detect-period......................................................................13-33 13.6.8 transceiver-threshold rx-power .............................................................13-34 13.7 Rogue ONU Detection ...................................................................................13-36 13.7.1 rogue-onu-detect .................................................................................13-36 13.7.2 show pon rogue-onu-detect..................................................................13-37 13.7.3 show pon rogue-onu-info .....................................................................13-37 13.8 ONU In-Band Management ............................................................................13-38 13.8.1 ip-pool ................................................................................................13-38 13.8.2 ip-pool-bind .........................................................................................13-39 13.8.3 show pon ip-pool .................................................................................13-40 13.8.4 show pon ip-pool-bind..........................................................................13-41 13.9 Profile Configuration Management..................................................................13-42 13.9.1 commit................................................................................................13-42 13.9.2 onu-profile...........................................................................................13-43 13.9.3 revert..................................................................................................13-44 13.9.4 show pon onu onu-profile .....................................................................13-44 13.9.5 show pon onu-profile ...........................................................................13-45 13.10 Other Commands ........................................................................................13-46 13.10.1 auto-replace-offline-onu .....................................................................13-46 13.10.2 clear .................................................................................................13-47 13.10.3 copy epon olt.....................................................................................13-48 13.10.4 copy epon onu...................................................................................13-49 13.10.5 onu power-save.................................................................................13-50 13.10.6 onu profile proto-ctrl...........................................................................13-51 13.10.7 onu profile proto-limit .........................................................................13-52 13.10.8 show pon onu profile proto-ctrl............................................................13-53 13.10.9 show pon onu profile proto-limit ..........................................................13-54 13.10.10 show pon onu uncfg.........................................................................13-55 13.10.11 show pon uncfg-onu-display-info.......................................................13-56 13.10.12 uncfg-onu-display-info......................................................................13-57

Chapter 14 EPON Commands ................................................................. 14-1 14.1 EPON Global Configuration............................................................................. 14-1 14.1.1 alarm mask .......................................................................................... 14-1 14.1.2 auto-dispatch-set.................................................................................. 14-2 14.1.3 bandwidth-profile profile-name .............................................................. 14-2 14.1.4 custom-oam ......................................................................................... 14-3 14.1.5 dba...................................................................................................... 14-4 X SJ-20130118100307-010|2013-02-28 (R1.0)


14.1.6 delete onu-remote-data......................................................................... 14-5 14.1.7 ems-report ........................................................................................... 14-6 14.1.8 encrypt algorithm.................................................................................. 14-6 14.1.9 fax profile............................................................................................. 14-8 14.1.10 h248-profile........................................................................................ 14-8 14.1.11 hardwareLog .....................................................................................14-10 14.1.12 maccode ...........................................................................................14-10 14.1.13 mgcp-profile ...................................................................................... 14-11 14.1.14 oam-mac...........................................................................................14-12 14.1.15 onu-authentication-mode auth-loid-as-sn.............................................14-13 14.1.16 onu-authentication-mode register........................................................14-14 14.1.17 onu-authentication-mode service ........................................................14-15 14.1.18 onu-queue-profile ..............................................................................14-16 14.1.19 onu-sla-profile profile-name ................................................................14-18 14.1.20 onu-sla-profile profile-set....................................................................14-19 14.1.21 onu-uni-profile profile-name................................................................14-20 14.1.22 onu-uni-profile profile-set....................................................................14-21 14.1.23 save-system-state .............................................................................14-22 14.1.24 serial-port attribute-profile ..................................................................14-23 14.1.25 serial-port buffer-profile ......................................................................14-24 14.1.26 serial-port global-profile......................................................................14-25 14.1.27 show epon alarm-mask ......................................................................14-26 14.1.28 show epon authentication-mode .........................................................14-26 14.1.29 show epon auto-dispatch-set..............................................................14-27 14.1.30 show epon custom-oam .....................................................................14-28 14.1.31 show epon dba..................................................................................14-29 14.1.32 show epon ems-report .......................................................................14-29 14.1.33 show epon onu-sla-profile ..................................................................14-30 14.1.34 show epon onu-type-profile ................................................................14-31 14.1.35 show epon onu-uni-profile ..................................................................14-32 14.1.36 show epon tm-mode ..........................................................................14-33 14.1.37 sip-profile ..........................................................................................14-34 14.1.38 tm-mode ...........................................................................................14-35 14.1.39 voip-ip profile.....................................................................................14-36 14.1.40 voip-vlan profile .................................................................................14-37 14.1.41 wan-general-profile ............................................................................14-38 14.2 EPON OLT Interface Configuration .................................................................14-40 XI SJ-20130118100307-010|2013-02-28 (R1.0)


14.2.1 alarm ..................................................................................................14-40 14.2.2 als ......................................................................................................14-41 14.2.3 auto-learning.......................................................................................14-41 14.2.4 ctc-ver21.............................................................................................14-42 14.2.5 dba-priority..........................................................................................14-43 14.2.6 fastdown .............................................................................................14-44 14.2.7 fec downstream...................................................................................14-44 14.2.8 high-priority-frame ...............................................................................14-45 14.2.9 loopback .............................................................................................14-46 14.2.10 maxrtt ...............................................................................................14-46 14.2.11 mpcp-discovery-window .....................................................................14-47 14.2.12 multi-llid ............................................................................................14-48 14.2.13 onu ...................................................................................................14-49 14.2.14 p2p group .........................................................................................14-50 14.2.15 p2p group-name ................................................................................14-51 14.2.16 p2p mode..........................................................................................14-52 14.2.17 priority-queue-map ............................................................................14-52 14.2.18 property name ...................................................................................14-54 14.2.19 rx-hec ...............................................................................................14-54 14.2.20 show epon priority-queue-map ...........................................................14-55 14.2.21 show olt available-upstream-bandwidth...............................................14-56 14.2.22 show olt config ..................................................................................14-57 14.2.23 show olt dba-cycle .............................................................................14-58 14.2.24 show olt encrypt ................................................................................14-59 14.2.25 show olt mpcp-discovery-window........................................................14-59 14.2.26 show olt statistics ..............................................................................14-60 14.2.27 speed ...............................................................................................14-61 14.3 EPON ONU Interface Configuration ................................................................14-62 14.3.1 activate...............................................................................................14-62 14.3.2 admin .................................................................................................14-63 14.3.3 deactivate ...........................................................................................14-63 14.3.4 deregister ...........................................................................................14-64 14.3.5 diagnose link-test ................................................................................14-65 14.3.6 diagnose loopback ..............................................................................14-65 14.3.7 disable................................................................................................14-66 14.3.8 ems-autocfg-request............................................................................14-67 14.3.9 enable ................................................................................................14-68 XII SJ-20130118100307-010|2013-02-28 (R1.0)


14.3.10 encrypt .............................................................................................14-68 14.3.11 fec upstream .....................................................................................14-69 14.3.12 join-p2p-group ...................................................................................14-70 14.3.13 loid ...................................................................................................14-70 14.3.14 loid-bind............................................................................................14-71 14.3.15 mac ..................................................................................................14-72 14.3.16 mac-bind...........................................................................................14-73 14.3.17 priority-trans ......................................................................................14-73 14.3.18 property description ...........................................................................14-74 14.3.19 property name ...................................................................................14-75 14.3.20 property splitter .................................................................................14-76 14.3.21 property user-info ..............................................................................14-77 14.3.22 show onu ..........................................................................................14-77 14.3.23 show onu config ................................................................................14-78 14.3.24 show onu detail-info...........................................................................14-79 14.3.25 show onu mpcpinfo............................................................................14-80 14.3.26 show onu oam...................................................................................14-81 14.3.27 show onu priority-trans.......................................................................14-82 14.3.28 show onu running config ....................................................................14-83 14.3.29 show onu sla .....................................................................................14-84 14.3.30 show onu statistics ............................................................................14-85 14.3.31 show onu vport-info ...........................................................................14-86 14.3.32 sla ....................................................................................................14-87 14.3.33 sla-profile ..........................................................................................14-88 14.3.34 sn .....................................................................................................14-89 14.3.35 trap-mask..........................................................................................14-90 14.3.36 vport .................................................................................................14-90 14.4 EPON ONU Remote Management..................................................................14-91 14.4.1 active..................................................................................................14-91 14.4.2 alarm ..................................................................................................14-92 14.4.3 alarm interface ....................................................................................14-93 14.4.4 alarm onu ...........................................................................................14-94 14.4.5 alarm pon-if.........................................................................................14-94 14.4.6 alarm-threshold ...................................................................................14-95 14.4.7 auto-config..........................................................................................14-98 14.4.8 auto-config voip...................................................................................14-99 14.4.9 auto-config wan...................................................................................14-99 XIII SJ-20130118100307-010|2013-02-28 (R1.0)


14.4.10 auto-config wifi ................................................................................14-100 14.4.11 classification condition-ipv6-profile ....................................................14-101 14.4.12 classification condition-profile ...........................................................14-102 14.4.13 classification port .............................................................................14-104 14.4.14 classification rule-profile ...................................................................14-105 14.4.15 clear-oam-config..............................................................................14-105 14.4.16 compatibility ....................................................................................14-106 14.4.17 config-pvid ......................................................................................14-107 14.4.18 config-vlan ......................................................................................14-108 14.4.19 dba queue-set .................................................................................14-108 14.4.20 dba queue-set active ....................................................................... 14-110 14.4.21 fec upstream ................................................................................... 14-110 14.4.22 holdover.......................................................................................... 14-111 14.4.23 interface e1 ..................................................................................... 14-112 14.4.24 interface eth .................................................................................... 14-113 14.4.25 interface voip................................................................................... 14-114 14.4.26 interface-loopdetect ......................................................................... 14-115 14.4.27 isolation .......................................................................................... 14-116 14.4.28 llid-queue ........................................................................................ 14-116 14.4.29 mac add.......................................................................................... 14-118 14.4.30 mac aging-time................................................................................ 14-119 14.4.31 mac clear ........................................................................................ 14-119 14.4.32 mac delete ......................................................................................14-120 14.4.33 mac limit-num..................................................................................14-121 14.4.34 mgmt-ip ..........................................................................................14-122 14.4.35 mgmt-ip auto-assign ........................................................................14-123 14.4.36 mgmt-ip dhcp ..................................................................................14-124 14.4.37 mgmt-ip release...............................................................................14-125 14.4.38 mng-snmp.......................................................................................14-125 14.4.39 mng-snmp ipv6................................................................................14-126 14.4.40 multicast control-type .......................................................................14-127 14.4.41 multicast fastleave ...........................................................................14-128 14.4.42 multicast group-max-number ............................................................14-129 14.4.43 multicast switch ...............................................................................14-129 14.4.44 multicast vlan ..................................................................................14-130 14.4.45 multicast vlan tag-strip .....................................................................14-131 14.4.46 onu-queue ......................................................................................14-132 XIV SJ-20130118100307-010|2013-02-28 (R1.0)


14.4.47 performance restart-current-period ...................................................14-133 14.4.48 performance status ..........................................................................14-134 14.4.49 pon-buffer .......................................................................................14-134 14.4.50 pon-downstream-shaping.................................................................14-135 14.4.51 pppoe-test.......................................................................................14-136 14.4.52 protection........................................................................................14-137 14.4.53 reboot .............................................................................................14-138 14.4.54 region .............................................................................................14-139 14.4.55 register sip-port ...............................................................................14-139 14.4.56 register voip-module ........................................................................14-140 14.4.57 reset uni-statistic .............................................................................14-141 14.4.58 reset voip-module ............................................................................14-141 14.4.59 reset-card .......................................................................................14-142 14.4.60 restore factory-settings.....................................................................14-143 14.4.61 restore voip-module .........................................................................14-143 14.4.62 rms .................................................................................................14-144 14.4.63 save ...............................................................................................14-145 14.4.64 security-mng ...................................................................................14-146 14.4.65 serial-port attribute-profile ................................................................14-146 14.4.66 serial-port buffer-profile ....................................................................14-148 14.4.67 serial-port global-profile....................................................................14-149 14.4.68 serial-port ip ....................................................................................14-149 14.4.69 serial-port statistic............................................................................14-150 14.4.70 show remote epon fax profile............................................................14-151 14.4.71 show remote epon h248-profile ........................................................14-152 14.4.72 show remote epon mgcp-profile........................................................14-153 14.4.73 show remote epon onu-queue-profile ................................................14-154 14.4.74 show remote epon ping-test .............................................................14-154 14.4.75 show remote epon pots status ..........................................................14-155 14.4.76 show remote epon rms.....................................................................14-156 14.4.77 show remote epon serial-port attribute-profile ....................................14-157 14.4.78 show remote epon serial-port buffer-profile........................................14-158 14.4.79 show remote epon serial-port global-profile .......................................14-159 14.4.80 show remote epon sip-profile............................................................14-159 14.4.81 show remote epon voip attribute .......................................................14-160 14.4.82 show remote epon voip base information ..........................................14-161 14.4.83 show remote epon voip call-test........................................................14-162 XV SJ-20130118100307-010|2013-02-28 (R1.0)


14.4.84 show remote epon voip ip-address ...................................................14-163 14.4.85 show remote epon voip mg-domainname ..........................................14-163 14.4.86 show remote epon voip pppoe information ........................................14-164 14.4.87 show remote epon voip rtp-tid information local .................................14-165 14.4.88 show remote epon voip rtp-tid information remote..............................14-166 14.4.89 show remote epon voip sip-sdp-codecs.............................................14-167 14.4.90 show remote epon voip sip-user-information......................................14-167 14.4.91 show remote epon voip user-tid information local...............................14-168 14.4.92 show remote epon voip user-tid information remote ...........................14-169 14.4.93 show remote epon voip-ip profile ......................................................14-170 14.4.94 show remote epon voip-media-ip ......................................................14-170 14.4.95 show remote epon voip-module operate-status..................................14-171 14.4.96 show remote epon voip-module profile-application .............................14-172 14.4.97 show remote epon voip-vlan profile...................................................14-173 14.4.98 show remote epon wan-general-profile..............................................14-174 14.4.99 show remote onu alarm onu .............................................................14-175 14.4.100 show remote onu alarm pon-if ........................................................14-176 14.4.101 show remote onu alarm uni ............................................................14-177 14.4.102 show remote onu alarm-threshold onu ............................................14-178 14.4.103 show remote onu alarm-threshold pon-if..........................................14-179 14.4.104 show remote onu auto-config..........................................................14-180 14.4.105 show remote onu classification .......................................................14-181 14.4.106 show remote onu classification profile .............................................14-182 14.4.107 show remote onu compatibility........................................................14-183 14.4.108 show remote onu config-counter .....................................................14-183 14.4.109 show remote onu dba.....................................................................14-184 14.4.110 show remote onu fastleave .............................................................14-185 14.4.111 show remote onu holdover..............................................................14-186 14.4.112 show remote onu info .....................................................................14-187 14.4.113 show remote onu llid-queue ............................................................14-188 14.4.114 show remote onu loopdetect ...........................................................14-189 14.4.115 show remote onu mac ....................................................................14-190 14.4.116 show remote onu mgmt-ip ..............................................................14-191 14.4.117 show remote onu mgmt-ip dhcp ......................................................14-192 14.4.118 show remote onu mng-snmp...........................................................14-192 14.4.119 show remote onu mng-snmp ipv6....................................................14-193 14.4.120 show remote onu multicast-info ......................................................14-194 XVI SJ-20130118100307-010|2013-02-28 (R1.0)


14.4.121 show remote onu performance monitoring current-data ....................14-195 14.4.122 show remote onu performance monitoring history-data.....................14-196 14.4.123 show remote onu performance monitoring status .............................14-197 14.4.124 show remote onu pon statistics.......................................................14-198 14.4.125 show remote onu pon-if..................................................................14-199 14.4.126 show remote onu port auto-neg ......................................................14-200 14.4.127 show remote onu port info ..............................................................14-201 14.4.128 show remote onu port mode ...........................................................14-202 14.4.129 show remote onu power-saving capabilities.....................................14-203 14.4.130 show remote onu power-saving config ............................................14-204 14.4.131 show remote onu pppoe-test ..........................................................14-204 14.4.132 show remote onu protection parameters..........................................14-205 14.4.133 show remote onu queue.................................................................14-206 14.4.134 show remote onu security-mng .......................................................14-207 14.4.135 show remote onu serial-port attribute ..............................................14-208 14.4.136 show remote onu serial-port buffer ..................................................14-209 14.4.137 show remote onu serial-port global information ................................14-210 14.4.138 show remote onu serial-port ip........................................................ 14-211 14.4.139 show remote onu serial-port statistic ............................................... 14-211 14.4.140 show remote onu serial-port tcp-info ...............................................14-212 14.4.141 show remote onu svlan-base ..........................................................14-213 14.4.142 show remote onu transceiver alarm.................................................14-214 14.4.143 show remote onu transceiver alarm thresholds ................................14-214 14.4.144 show remote onu transceiver info ...................................................14-215 14.4.145 show remote onu uni-mac ..............................................................14-216 14.4.146 show remote onu uni-statistic .........................................................14-217 14.4.147 show remote onu vlan ....................................................................14-218 14.4.148 show remote onu vlan-translate ......................................................14-219 14.4.149 show remote onu vlan-trunk ...........................................................14-220 14.4.150 show remote onu voip-mng-ip.........................................................14-221 14.4.151 show remote onu wan general ........................................................14-221 14.4.152 show remote onu wan ipv4 .............................................................14-222 14.4.153 show remote onu wifi-port info ........................................................14-223 14.4.154 show remote onu wifi-port ssid-info .................................................14-224 14.4.155 sleep-control .................................................................................14-224 14.4.156 ssid-ctrl .........................................................................................14-225 14.4.157 transceiver ....................................................................................14-226 XVII SJ-20130118100307-010|2013-02-28 (R1.0)


14.4.158 transceiver alarm ...........................................................................14-227 14.4.159 transceiver alarm thresholds...........................................................14-228 14.4.160 vlan ..............................................................................................14-229 14.4.161 vlan-trunk ......................................................................................14-232 14.4.162 voip 112-test..................................................................................14-232 14.4.163 voip call-test ..................................................................................14-233 14.4.164 voip cid-presenting.........................................................................14-234 14.4.165 voip ip-address ..............................................................................14-235 14.4.166 voip media-ip.................................................................................14-236 14.4.167 voip mg-domainname.....................................................................14-237 14.4.168 voip ping-test.................................................................................14-238 14.4.169 voip pppoe ....................................................................................14-238 14.4.170 voip rtp-tid .....................................................................................14-239 14.4.171 voip sip-sdp-codecs .......................................................................14-240 14.4.172 voip sip-user..................................................................................14-241 14.4.173 voip timer ......................................................................................14-242 14.4.174 voip user-tid ..................................................................................14-243 14.4.175 voip-mng-ip ...................................................................................14-244 14.4.176 voip-module fax-profile apply ..........................................................14-245 14.4.177 voip-module global-profile apply......................................................14-246 14.4.178 voip-module protocol-profile apply...................................................14-246 14.4.179 wan ..............................................................................................14-247 14.4.180 wep ..............................................................................................14-248 14.4.181 wpa ..............................................................................................14-249

Chapter 15 GPON Commands................................................................. 15-1 15.1 GPON Global Configuration ............................................................................ 15-1 15.1.1 dhcp anti-spoofing autoshutdown-port ................................................... 15-1 15.1.2 max-bandwidth..................................................................................... 15-2 15.1.3 mop mode............................................................................................ 15-3 15.1.4 onu profile dial-plan .............................................................................. 15-3 15.1.5 onu profile dial-plan-table ...................................................................... 15-4 15.1.6 onu profile dscp.................................................................................... 15-5 15.1.7 onu profile filter-rule double-tag ............................................................. 15-6 15.1.8 onu profile filter-rule single-tag .............................................................. 15-8 15.1.9 onu profile filter-rule zero-tag................................................................. 15-9 15.1.10 onu profile igmp.................................................................................15-10 15.1.11 onu profile ip......................................................................................15-13 XVIII SJ-20130118100307-010|2013-02-28 (R1.0)


15.1.12 onu profile mgc..................................................................................15-14 15.1.13 onu profile performance-threshold cesuni............................................15-16 15.1.14 onu profile performance-threshold dot1x .............................................15-18 15.1.15 onu profile performance-threshold ethuni ............................................15-19 15.1.16 onu profile performance-threshold gem ...............................................15-20 15.1.17 onu profile performance-threshold radius ............................................15-21 15.1.18 onu profile performance-threshold switchport ......................................15-22 15.1.19 onu profile performance-threshold vlan ...............................................15-23 15.1.20 onu profile schedule...........................................................................15-24 15.1.21 onu profile sip....................................................................................15-26 15.1.22 onu profile tdm ..................................................................................15-28 15.1.23 onu profile traffic................................................................................15-31 15.1.24 onu profile treat .................................................................................15-33 15.1.25 onu profile vlan..................................................................................15-35 15.1.26 onu profile voip-accesscode ...............................................................15-36 15.1.27 onu profile voip-appsrv.......................................................................15-37 15.1.28 onu profile voip-media........................................................................15-40 15.1.29 profile tcont .......................................................................................15-42 15.1.30 profile traffic ......................................................................................15-43 15.1.31 show gpon mop mode........................................................................15-44 15.1.32 show gpon onu profile dial-plan ..........................................................15-45 15.1.33 show gpon onu profile dial-plan-table ..................................................15-46 15.1.34 show gpon onu profile dscp ................................................................15-46 15.1.35 show gpon onu profile filter-rule ..........................................................15-47 15.1.36 show gpon onu profile igmp................................................................15-48 15.1.37 show gpon onu profile ip ....................................................................15-49 15.1.38 show gpon onu profile mgc.................................................................15-50 15.1.39 show gpon onu profile performance-threshold ces ...............................15-51 15.1.40 show gpon onu profile performance-threshold dot1x ............................15-52 15.1.41 show gpon onu profile performance-threshold eth................................15-53 15.1.42 show gpon onu profile performance-threshold gem ..............................15-55 15.1.43 show gpon onu profile performance-threshold radius ...........................15-55 15.1.44 show gpon onu profile performance-threshold switchport .....................15-56 15.1.45 show gpon onu profile performance-threshold vlan-eth.........................15-57 15.1.46 show gpon onu profile schedule..........................................................15-58 15.1.47 show gpon onu profile sip...................................................................15-59 15.1.48 show gpon onu profile tdm .................................................................15-60 XIX SJ-20130118100307-010|2013-02-28 (R1.0)


15.1.49 show gpon onu profile traffic...............................................................15-61 15.1.50 show gpon onu profile treat ................................................................15-62 15.1.51 show gpon onu profile vlan.................................................................15-63 15.1.52 show gpon onu profile voip-accesscode ..............................................15-64 15.1.53 show gpon onu profile voip-appsrv......................................................15-65 15.1.54 show gpon onu profile voip-media.......................................................15-66 15.1.55 show gpon profile ..............................................................................15-67 15.1.56 show gpon slot config ........................................................................15-68 15.2 GPON OLT Interface Configuration.................................................................15-69 15.2.1 auto-learning.......................................................................................15-69 15.2.2 auto-learning aging-time ......................................................................15-70 15.2.3 ber-interval..........................................................................................15-70 15.2.4 clear ...................................................................................................15-71 15.2.5 dba period-mode .................................................................................15-72 15.2.6 discover-period ...................................................................................15-72 15.2.7 fec......................................................................................................15-73 15.2.8 name ..................................................................................................15-74 15.2.9 onu.....................................................................................................15-75 15.2.10 onu-action .........................................................................................15-77 15.2.11 onu-sn ..............................................................................................15-78 15.2.12 range-mode ......................................................................................15-79 15.2.13 resource-id-assign-mode....................................................................15-79 15.2.14 scb-port ............................................................................................15-80 15.2.15 show gpon fec ...................................................................................15-81 15.2.16 show gpon olt config ..........................................................................15-82 15.2.17 show gpon olt range-mode .................................................................15-82 15.2.18 uncfg-onu-aging-time .........................................................................15-83 15.3 GPON ONU Interface Configuration ...............................................................15-84 15.3.1 action .................................................................................................15-84 15.3.2 authpass-control..................................................................................15-85 15.3.3 dba.....................................................................................................15-85 15.3.4 description ..........................................................................................15-86 15.3.5 disable................................................................................................15-87 15.3.6 enable ................................................................................................15-88 15.3.7 encrypt ...............................................................................................15-88 15.3.8 fec......................................................................................................15-89 15.3.9 gemport ..............................................................................................15-90 XX SJ-20130118100307-010|2013-02-28 (R1.0)


15.3.10 link-test .............................................................................................15-91 15.3.11 name ................................................................................................15-92 15.3.12 omcc-encrypt ....................................................................................15-93 15.3.13 omci-bandwidth .................................................................................15-93 15.3.14 performance vport .............................................................................15-94 15.3.15 registration-method............................................................................15-95 15.3.16 rogue-onu-state .................................................................................15-96 15.3.17 show gpon onu allocid .......................................................................15-97 15.3.18 show gpon onu baseinfo ....................................................................15-97 15.3.19 show gpon onu by .............................................................................15-98 15.3.20 show gpon onu detail-info ..................................................................15-99 15.3.21 show gpon onu distance ..................................................................15-101 15.3.22 show gpon onu gemport...................................................................15-102 15.3.23 show gpon onu next-available ..........................................................15-103 15.3.24 show gpon onu portid.......................................................................15-103 15.3.25 show gpon onu state........................................................................15-104 15.3.26 show gpon onu tcont........................................................................15-105 15.3.27 show gpon onu uncfg.......................................................................15-106 15.3.28 show gpon onu vport .......................................................................15-107 15.3.29 shutdown ........................................................................................15-108 15.3.30 sn-bind ...........................................................................................15-108 15.3.31 state ...............................................................................................15-109 15.3.32 tcont ............................................................................................... 15-110 15.3.33 type ................................................................................................ 15-111 15.3.34 vport ............................................................................................... 15-112 15.3.35 vport-map ....................................................................................... 15-113 15.3.36 vport-mode...................................................................................... 15-114 15.4 GPON ONU Remote Management ............................................................... 15-115 15.4.1 auto-shutdown .................................................................................. 15-115 15.4.2 broadcast-limit................................................................................... 15-115 15.4.3 cfm ma ............................................................................................. 15-116 15.4.4 cfm md ............................................................................................. 15-117 15.4.5 cfm mep ........................................................................................... 15-118 15.4.6 dhcp-ip .............................................................................................15-120 15.4.7 dhcp-option60 ...................................................................................15-121 15.4.8 dot1p-map ........................................................................................15-122 15.4.9 dot1x ................................................................................................15-123 XXI SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.10 dot1x ethuni ....................................................................................15-125 15.4.11 equip-mgmt .....................................................................................15-126 15.4.12 ex-vlan............................................................................................15-126 15.4.13 ex-vlan-table ...................................................................................15-127 15.4.14 firewall ............................................................................................15-129 15.4.15 firewall ip-filter .................................................................................15-129 15.4.16 firewall mac-filter .............................................................................15-131 15.4.17 firewall mac-filter-table .....................................................................15-132 15.4.18 firewall port-forward .........................................................................15-133 15.4.19 flow ................................................................................................15-134 15.4.20 flow mode .......................................................................................15-135 15.4.21 gemport ..........................................................................................15-136 15.4.22 igmp ...............................................................................................15-138 15.4.23 igmp monitor ...................................................................................15-139 15.4.24 interface ces....................................................................................15-140 15.4.25 interface eth ....................................................................................15-141 15.4.26 interface pon ...................................................................................15-142 15.4.27 interface pots ..................................................................................15-144 15.4.28 interface video.................................................................................15-145 15.4.29 interface video-ani ...........................................................................15-146 15.4.30 interface wifi ....................................................................................15-147 15.4.31 ip route ...........................................................................................15-148 15.4.32 ip-host ............................................................................................15-149 15.4.33 ip-service-map.................................................................................15-150 15.4.34 lct ...................................................................................................15-151 15.4.35 loop-detect ......................................................................................15-152 15.4.36 loopback .........................................................................................15-152 15.4.37 mac-filter.........................................................................................15-153 15.4.38 me-access ......................................................................................15-154 15.4.39 mgc ................................................................................................15-155 15.4.40 mgc-service ....................................................................................15-157 15.4.41 mgmt-ip ..........................................................................................15-158 15.4.42 mgmt-ip auto-assign ........................................................................15-159 15.4.43 mgmt-ip release...............................................................................15-160 15.4.44 mirror..............................................................................................15-160 15.4.45 multicast vlan ..................................................................................15-161 15.4.46 multicast vlan tag-strip .....................................................................15-162 XXII SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.47 onu-vlan..........................................................................................15-163 15.4.48 password ........................................................................................15-164 15.4.49 performance call-ctrl ........................................................................15-165 15.4.50 performance dot1x ethuni.................................................................15-166 15.4.51 performance ethuni..........................................................................15-167 15.4.52 performance fec ..............................................................................15-168 15.4.53 performance flow .............................................................................15-168 15.4.54 performance gal-eth.........................................................................15-169 15.4.55 performance gem ............................................................................15-170 15.4.56 performance iphost ..........................................................................15-171 15.4.57 performance mgc ............................................................................15-171 15.4.58 performance multicast......................................................................15-172 15.4.59 performance pw...............................................................................15-173 15.4.60 performance radius..........................................................................15-174 15.4.61 performance rtp ...............................................................................15-174 15.4.62 performance sip-agent .....................................................................15-175 15.4.63 performance sip-call-init ...................................................................15-176 15.4.64 performance switch..........................................................................15-177 15.4.65 performance switchport ethuni..........................................................15-177 15.4.66 performance switchport iphost ..........................................................15-178 15.4.67 performance vlan.............................................................................15-179 15.4.68 performance voice ...........................................................................15-180 15.4.69 performance voice pots....................................................................15-180 15.4.70 pkt-filter...........................................................................................15-181 15.4.71 pon-onu-mng...................................................................................15-182 15.4.72 power-shedding...............................................................................15-183 15.4.73 pppoe .............................................................................................15-185 15.4.74 proto-proc .......................................................................................15-186 15.4.75 protocol-filter ethuni .........................................................................15-187 15.4.76 pw delete ........................................................................................15-187 15.4.77 pw optional......................................................................................15-188 15.4.78 pw psn ethernet...............................................................................15-189 15.4.79 pw psn ip ........................................................................................15-190 15.4.80 pw rtp .............................................................................................15-191 15.4.81 pw tdm............................................................................................15-193 15.4.82 reboot .............................................................................................15-193 15.4.83 restore ............................................................................................15-194 XXIII SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.84 restore factory .................................................................................15-195 15.4.85 schedule .........................................................................................15-195 15.4.86 security-ctrl .....................................................................................15-196 15.4.87 security-mng ...................................................................................15-197 15.4.88 service ............................................................................................15-198 15.4.89 show gpon remote-onu auto-shutdown..............................................15-199 15.4.90 show gpon remote-onu broadcast-limit..............................................15-200 15.4.91 show gpon remote-onu call-record ....................................................15-201 15.4.92 show gpon remote-onu capability......................................................15-202 15.4.93 show gpon remote-onu cfm ma ........................................................15-203 15.4.94 show gpon remote-onu cfm md ........................................................15-204 15.4.95 show gpon remote-onu cfm mep.......................................................15-205 15.4.96 show gpon remote-onu dhcp-ip ........................................................15-206 15.4.97 show gpon remote-onu dhcp-option60 ..............................................15-207 15.4.98 show gpon remote-onu dot1p-map ...................................................15-208 15.4.99 show gpon remote-onu dot1x ...........................................................15-208 15.4.100 show gpon remote-onu dot1x ethuni ...............................................15-209 15.4.101 show gpon remote-onu equip .........................................................15-210 15.4.102 show gpon remote-onu ex-vlan.......................................................15-212 15.4.103 show gpon remote-onu ex-vlan flow ................................................15-213 15.4.104 show gpon remote-onu ex-vlan-table ..............................................15-214 15.4.105 show gpon remote-onu ex-vlan-table flow........................................15-215 15.4.106 show gpon remote-onu firewall .......................................................15-216 15.4.107 show gpon remote-onu firewall ip-filter ............................................15-216 15.4.108 show gpon remote-onu firewall mac-filter.........................................15-217 15.4.109 show gpon remote-onu firewall mac-filter-table ................................15-218 15.4.110 show gpon remote-onu firewall port-forward.....................................15-219 15.4.111 show gpon remote-onu flow ............................................................15-220 15.4.112 show gpon remote-onu gemport......................................................15-220 15.4.113 show gpon remote-onu igmp...........................................................15-221 15.4.114 show gpon remote-onu igmp monitor...............................................15-222 15.4.115 show gpon remote-onu interface ces ...............................................15-223 15.4.116 show gpon remote-onu interface eth ...............................................15-224 15.4.117 show gpon remote-onu interface pon...............................................15-225 15.4.118 show gpon remote-onu interface pots..............................................15-226 15.4.119 show gpon remote-onu interface video ............................................15-227 15.4.120 show gpon remote-onu interface video-ani ......................................15-228 XXIV SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.121 show gpon remote-onu interface wifi ...............................................15-229 15.4.122 show gpon remote-onu ip route ......................................................15-229 15.4.123 show gpon remote-onu ip-host........................................................15-230 15.4.124 show gpon remote-onu ip-service-map............................................15-231 15.4.125 show gpon remote-onu lct ..............................................................15-232 15.4.126 show gpon remote-onu loid ............................................................15-233 15.4.127 show gpon remote-onu loop-detect .................................................15-233 15.4.128 show gpon remote-onu loopback ....................................................15-234 15.4.129 show gpon remote-onu mac uni ......................................................15-235 15.4.130 show gpon remote-onu mac-filter ....................................................15-236 15.4.131 show gpon remote-onu mgc ...........................................................15-237 15.4.132 show gpon remote-onu mirror .........................................................15-237 15.4.133 show gpon remote-onu multicast vlan .............................................15-238 15.4.134 show gpon remote-onu multicast vlan port.......................................15-239 15.4.135 show gpon remote-onu onu-vlan ethuni...........................................15-240 15.4.136 show gpon remote-onu onu-vlan iphost ...........................................15-241 15.4.137 show gpon remote-onu onu-vlan wifi ...............................................15-241 15.4.138 show gpon remote-onu performance call-ctrl ...................................15-242 15.4.139 show gpon remote-onu performance cesuni ....................................15-243 15.4.140 show gpon remote-onu performance dot1x ethuni............................15-244 15.4.141 show gpon remote-onu performance ethuni.....................................15-244 15.4.142 show gpon remote-onu performance fec .........................................15-245 15.4.143 show gpon remote-onu performance flow ........................................15-246 15.4.144 show gpon remote-onu performance gal-eth....................................15-247 15.4.145 show gpon remote-onu performance gem .......................................15-247 15.4.146 show gpon remote-onu performance iphost .....................................15-248 15.4.147 show gpon remote-onu performance mgc........................................15-249 15.4.148 show gpon remote-onu performance multicast.................................15-250 15.4.149 show gpon remote-onu performance radius.....................................15-250 15.4.150 show gpon remote-onu performance rtp ..........................................15-251 15.4.151 show gpon remote-onu performance sip-agent ................................15-252 15.4.152 show gpon remote-onu performance sip-call-init ..............................15-253 15.4.153 show gpon remote-onu performance switch.....................................15-253 15.4.154 show gpon remote-onu performance switchport ethuni .....................15-254 15.4.155 show gpon remote-onu performance switchport iphost .....................15-255 15.4.156 show gpon remote-onu performance vlan........................................15-256 15.4.157 show gpon remote-onu performance voice ......................................15-256 XXV SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.158 show gpon remote-onu pkt-filter......................................................15-257 15.4.159 show gpon remote-onu port-map ....................................................15-258 15.4.160 show gpon remote-onu power-shedding..........................................15-259 15.4.161 show gpon remote-onu pppoe ........................................................15-260 15.4.162 show gpon remote-onu pw .............................................................15-261 15.4.163 show gpon remote-onu schedule ....................................................15-262 15.4.164 show gpon remote-onu security-ctrl.................................................15-263 15.4.165 show gpon remote-onu security-mng ..............................................15-263 15.4.166 show gpon remote-onu service .......................................................15-264 15.4.167 show gpon remote-onu sip-agent....................................................15-265 15.4.168 show gpon remote-onu sip-service..................................................15-266 15.4.169 show gpon remote-onu sip-user......................................................15-267 15.4.170 show gpon remote-onu sntp ...........................................................15-268 15.4.171 show gpon remote-onu ssid info .....................................................15-269 15.4.172 show gpon remote-onu switch ........................................................15-270 15.4.173 show gpon remote-onu switchport...................................................15-271 15.4.174 show gpon remote-onu test-result call .............................................15-272 15.4.175 show gpon remote-onu test-result iphost .........................................15-273 15.4.176 show gpon remote-onu test-result ipoe............................................15-274 15.4.177 show gpon remote-onu test-result iptv.............................................15-274 15.4.178 show gpon remote-onu test-result mep ...........................................15-275 15.4.179 show gpon remote-onu test-result mep lm-dm .................................15-276 15.4.180 show gpon remote-onu test-result potsuni .......................................15-277 15.4.181 show gpon remote-onu test-result pppoe.........................................15-277 15.4.182 show gpon remote-onu tr069-mgmt.................................................15-278 15.4.183 show gpon remote-onu traffic-limit ..................................................15-279 15.4.184 show gpon remote-onu up-queue-map ............................................15-280 15.4.185 show gpon remote-onu veip ...........................................................15-280 15.4.186 show gpon remote-onu vlan ...........................................................15-281 15.4.187 show gpon remote-onu vlan translate..............................................15-283 15.4.188 show gpon remote-onu vlan-filter ....................................................15-284 15.4.189 show gpon remote-onu vlan-filter-mode...........................................15-285 15.4.190 show gpon remote-onu voip ...........................................................15-286 15.4.191 show gpon remote-onu voip-ctp ......................................................15-287 15.4.192 show gpon remote-onu voip-ip........................................................15-288 15.4.193 show gpon remote-onu voip-linestatus ............................................15-289 15.4.194 show gpon remote-onu wan ...........................................................15-289 XXVI SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.195 show gpon remote-onu wan-ip........................................................15-290 15.4.196 show gpon remote-onu weight ........................................................15-291 15.4.197 show gpon remote-onu wifi info ......................................................15-292 15.4.198 sip-agent .......................................................................................15-293 15.4.199 sip-service.....................................................................................15-295 15.4.200 sip-user.........................................................................................15-296 15.4.201 sntp ..............................................................................................15-297 15.4.202 ssid auth wep ................................................................................15-298 15.4.203 ssid auth wpa ................................................................................15-301 15.4.204 ssid ctrl .........................................................................................15-303 15.4.205 switch ...........................................................................................15-304 15.4.206 switchport ethuni............................................................................15-305 15.4.207 switchport flow...............................................................................15-306 15.4.208 switchport iphost............................................................................15-307 15.4.209 switchport veip...............................................................................15-308 15.4.210 switchport-bind ..............................................................................15-309 15.4.211 synctime........................................................................................15-310 15.4.212 sys-attr..........................................................................................15-310 15.4.213 test ............................................................................................... 15-311 15.4.214 test callee......................................................................................15-312 15.4.215 test caller ......................................................................................15-313 15.4.216 test iphost .....................................................................................15-313 15.4.217 test ipoe ........................................................................................15-314 15.4.218 test iptv .........................................................................................15-315 15.4.219 test mep linktrace ..........................................................................15-316 15.4.220 test mep lm-dm..............................................................................15-317 15.4.221 test mep loopback..........................................................................15-318 15.4.222 test potsuni....................................................................................15-319 15.4.223 test pppoe .....................................................................................15-320 15.4.224 tr069-mgmt....................................................................................15-321 15.4.225 traffic-limit .....................................................................................15-322 15.4.226 type ..............................................................................................15-323 15.4.227 up-queue-map ...............................................................................15-324 15.4.228 veip ..............................................................................................15-325 15.4.229 vlan gemport .................................................................................15-326 15.4.230 vlan gemport-mcast .......................................................................15-328 15.4.231 vlan port........................................................................................15-329 XXVII SJ-20130118100307-010|2013-02-28 (R1.0)


15.4.232 vlan wan .......................................................................................15-331 15.4.233 vlan-filter .......................................................................................15-333 15.4.234 vlan-filter-mode..............................................................................15-334 15.4.235 voip config.....................................................................................15-335 15.4.236 voip protocol..................................................................................15-336 15.4.237 voip-ctp .........................................................................................15-337 15.4.238 voip-ip...........................................................................................15-338 15.4.239 wan ..............................................................................................15-340 15.4.240 wan-ip...........................................................................................15-342 15.4.241 weight ...........................................................................................15-344 15.4.242 wifi................................................................................................15-344

Chapter 16 Port Configuration ................................................................ 16-1 16.1 interface ........................................................................................................ 16-1 16.2 lock ............................................................................................................... 16-2 16.3 max-mac-learn ............................................................................................... 16-3 16.4 monitor session .............................................................................................. 16-4 16.5 optical-module-alarm-profile ............................................................................ 16-5 16.6 show interface................................................................................................ 16-6 16.7 show interface optical-module-info................................................................... 16-9 16.8 show interface port-status ..............................................................................16-10 16.9 show monitor ................................................................................................16-10

Chapter 17 CES Commands .................................................................... 17-1 17.1 CES Global Property Management .................................................................. 17-1 17.1.1 card-frametype ..................................................................................... 17-1 17.1.2 ces ...................................................................................................... 17-2 17.1.3 interface-speed .................................................................................... 17-2 17.1.4 ip-address............................................................................................ 17-3 17.1.5 line-coding ........................................................................................... 17-4 17.1.6 mac-address ........................................................................................ 17-5 17.1.7 perf-clear-current.................................................................................. 17-6 17.1.8 pw ....................................................................................................... 17-7 17.1.9 sdhprot ................................................................................................ 17-8 17.1.10 sdhprot switch-command .................................................................... 17-9 17.1.11 show ces card-frametype ...................................................................17-10 17.1.12 show ces global-prop ......................................................................... 17-11 17.1.13 show ces sdhprot group count ............................................................17-12 17.1.14 show ces sdhprot group prop .............................................................17-12 XXVIII SJ-20130118100307-010|2013-02-28 (R1.0)


17.1.15 show ces sdhprot request ..................................................................17-13 17.1.16 show ces sdhprot switch-command.....................................................17-14 17.1.17 show ces tdm-profile ..........................................................................17-15 17.1.18 show performance ces .......................................................................17-16 17.1.19 tdm-profile.........................................................................................17-18 17.2 CES-PW Service Property Management .........................................................17-19 17.2.1 name ..................................................................................................17-19 17.2.2 psn ethernet........................................................................................17-20 17.2.3 psn ip .................................................................................................17-21 17.2.4 psn mef8.............................................................................................17-23 17.2.5 psn mpls-double..................................................................................17-24 17.2.6 show ces pw count ..............................................................................17-25 17.2.7 show ces pw prop detail.......................................................................17-26 17.2.8 tdm-service .........................................................................................17-27 17.3 CES-TDM Interface Property Management .....................................................17-29 17.3.1 admin-status .......................................................................................17-29 17.3.2 au-3....................................................................................................17-30 17.3.3 au-4 tug-3 ...........................................................................................17-30 17.3.4 clock-source........................................................................................17-31 17.3.5 loopback .............................................................................................17-32 17.3.6 perf-clear-current.................................................................................17-33 17.3.7 range..................................................................................................17-34 17.3.8 show ces interface...............................................................................17-35

Chapter 18 Clock Commands.................................................................. 18-1 18.1 Clock Module Management............................................................................. 18-1 18.1.1 card-clock ............................................................................................ 18-1 18.1.2 clock-mode .......................................................................................... 18-2 18.1.3 dpll-adjust ............................................................................................ 18-3 18.1.4 external-input ....................................................................................... 18-3 18.1.5 external-output ..................................................................................... 18-4 18.1.6 internal-output ...................................................................................... 18-5 18.1.7 set....................................................................................................... 18-6 18.1.8 show card-clock ................................................................................... 18-7 18.1.9 show clock config ................................................................................. 18-8 18.1.10 show clock interface esmc................................................................... 18-9 18.1.11 show clock interface ssm-send ............................................................ 18-9 18.1.12 show clock source active....................................................................18-10 XXIX SJ-20130118100307-010|2013-02-28 (R1.0)


18.1.13 show clock source alarm .................................................................... 18-11 18.1.14 source ..............................................................................................18-12 18.1.15 ssm-send ..........................................................................................18-13 18.1.16 ssm-set.............................................................................................18-13 18.1.17 switch ...............................................................................................18-14 18.2 1588 Module Management.............................................................................18-15 18.2.1 1pps ...................................................................................................18-15 18.2.2 1pps-output.........................................................................................18-16 18.2.3 ptp......................................................................................................18-17 18.2.4 ptp-adjust............................................................................................18-19 18.2.5 ptp-source...........................................................................................18-19 18.2.6 show time 1pps ...................................................................................18-20 18.2.7 show time 1pps-output.........................................................................18-21 18.2.8 show time ptp......................................................................................18-22 18.2.9 show time ptp-source...........................................................................18-23 18.2.10 show time tod ....................................................................................18-23 18.2.11 show time utc-offset ...........................................................................18-24 18.2.12 tod....................................................................................................18-25 18.2.13 utc-offset...........................................................................................18-26

Chapter 19 Ethernet Interface Configuration Commands .................... 19-1 19.1 byname ......................................................................................................... 19-1 19.2 description ..................................................................................................... 19-2 19.3 duplex ........................................................................................................... 19-3 19.4 flowcontrol ..................................................................................................... 19-4 19.5 hybrid-attribute ............................................................................................... 19-5 19.6 linktrap........................................................................................................... 19-5 19.7 multicast ttl-threshold...................................................................................... 19-7 19.8 negotiation auto.............................................................................................. 19-7 19.9 range............................................................................................................. 19-8 19.10 shutdown ..................................................................................................... 19-9 19.11 speed..........................................................................................................19-10

Chapter 20 Port Security Commands ..................................................... 20-1 20.1 eth-switch broadcast-limit................................................................................ 20-1 20.2 eth-switch mac-protect.................................................................................... 20-2 20.3 eth-switch max-frame-length ........................................................................... 20-3 20.4 eth-switch multicast-limit ................................................................................. 20-4 20.5 eth-switch unknowncast-limit ........................................................................... 20-5 XXX SJ-20130118100307-010|2013-02-28 (R1.0)


20.6 eth-switch vlan-limit ........................................................................................ 20-6 20.7 port-protect .................................................................................................... 20-7 20.8 security packet-limit ........................................................................................ 20-8 20.9 security packet-limit (gpon onu interface mode) ................................................ 20-9 20.10 security packet-limit igmp .............................................................................20-10 20.11 security packet-limit mld ............................................................................... 20-11 20.12 security port-protect .....................................................................................20-12 20.13 security storm-control...................................................................................20-13 20.14 security storm-control broadcast ...................................................................20-14 20.15 security storm-control multicast ....................................................................20-15 20.16 security usercommunication control ..............................................................20-16 20.17 security usercommunication svlan ................................................................20-17 20.18 show eth-switch...........................................................................................20-18 20.19 show eth-switch vlan-limit.............................................................................20-18 20.20 show security interface packet-limit...............................................................20-19 20.21 show security interface storm-control ............................................................20-20 20.22 show security port-protect ............................................................................20-21 20.23 show security usercommunication-control .....................................................20-21 20.24 show security vlan-communication................................................................20-22 20.25 unknowncast-rate-limit .................................................................................20-23 20.26 uplink-isolate ...............................................................................................20-24

Chapter 21 Port Performance Statistics Commands ............................ 21-1 21.1 clear counter ethernet ..................................................................................... 21-1 21.2 clear counter pon-sport ................................................................................... 21-2 21.3 clear counter pon-vport ................................................................................... 21-3 21.4 show performance eth-if.................................................................................. 21-3 21.5 show performance pon-olt............................................................................... 21-4 21.6 show performance pon-onu............................................................................. 21-6 21.7 show performance pon-vport ........................................................................... 21-7 21.8 statistics service-port ...................................................................................... 21-8

Chapter 22 Basic IPv4 Protocol Commands.......................................... 22-1 22.1 arp learn ........................................................................................................ 22-2 22.2 arp protect ..................................................................................................... 22-3 22.3 arp source-filtered .......................................................................................... 22-3 22.4 arp timeout..................................................................................................... 22-4 22.5 arp to-static(VLAN interface configuration mode) .............................................. 22-5 22.6 arp to-static .................................................................................................... 22-6 XXXI SJ-20130118100307-010|2013-02-28 (R1.0)


22.7 clear arp ........................................................................................................ 22-6 22.8 clear arp-cache .............................................................................................. 22-7 22.9 clear ip traffic.................................................................................................. 22-8 22.10 clear tcp connect .......................................................................................... 22-9 22.11 clear tcp line ................................................................................................. 22-9 22.12 clear tcp statistics ........................................................................................22-10 22.13 clear tcp tcb ................................................................................................ 22-11 22.14 clear tcp tty ................................................................................................. 22-11 22.15 clear tcp vty.................................................................................................22-12 22.16 ip address ...................................................................................................22-13 22.17 ip mtu .........................................................................................................22-14 22.18 ip proxy-arp.................................................................................................22-15 22.19 ip redirect....................................................................................................22-16 22.20 ip route .......................................................................................................22-17 22.21 ip source-route ............................................................................................22-18 22.22 ip tcp finwait-time.........................................................................................22-19 22.23 ip tcp queuemax ..........................................................................................22-20 22.24 ip tcp synwait-time .......................................................................................22-21 22.25 ip tcp window-size .......................................................................................22-21 22.26 ip unreachable.............................................................................................22-22 22.27 ping ............................................................................................................22-23 22.28 ping mng.....................................................................................................22-24 22.29 set arp ........................................................................................................22-25 22.30 show arp .....................................................................................................22-26 22.31 show ip forwarding summary ........................................................................22-27 22.32 show ip interface .........................................................................................22-28 22.33 show ip protocol routing ...............................................................................22-29 22.34 show ip protocol routing summary.................................................................22-30 22.35 show ip route...............................................................................................22-31 22.36 show ip traffic ..............................................................................................22-32 22.37 show tcp .....................................................................................................22-34 22.38 show tcp brief ..............................................................................................22-35 22.39 show tcp configure.......................................................................................22-36 22.40 show tcp line ...............................................................................................22-36 22.41 show tcp statistics........................................................................................22-38 22.42 show tcp tcb ................................................................................................22-39 22.43 show tcp tty.................................................................................................22-40 XXXII SJ-20130118100307-010|2013-02-28 (R1.0)


22.44 show tcp vty ................................................................................................22-42 22.45 trace ...........................................................................................................22-43

Chapter 23 OSPF Protocol Commands .................................................. 23-1 23.1 area............................................................................................................... 23-2 23.2 area authentication ......................................................................................... 23-3 23.3 area filter-list .................................................................................................. 23-4 23.4 area nssa....................................................................................................... 23-5 23.5 area range ..................................................................................................... 23-7 23.6 area stub ....................................................................................................... 23-8 23.7 area stub-host ................................................................................................ 23-9 23.8 auto-cost.......................................................................................................23-10 23.9 capability opaque .......................................................................................... 23-11 23.10 clear ip ospf process ....................................................................................23-12 23.11 clear ip ospf redistribution.............................................................................23-13 23.12 compatible rfc1583 ......................................................................................23-13 23.13 debug .........................................................................................................23-14 23.14 default-metric ..............................................................................................23-15 23.15 disable area ................................................................................................23-16 23.16 disable interface ..........................................................................................23-17 23.17 disable ip ospf .............................................................................................23-17 23.18 distance ospf...............................................................................................23-18 23.19 enable area.................................................................................................23-19 23.20 enable interface...........................................................................................23-20 23.21 enable ip ospf..............................................................................................23-21 23.22 filter ............................................................................................................23-21 23.23 grace-period................................................................................................23-22 23.24 ip ospf authentication ...................................................................................23-23 23.25 ip ospf authentication-key.............................................................................23-24 23.26 ip ospf cost..................................................................................................23-25 23.27 ip ospf dead-interval ....................................................................................23-26 23.28 ip ospf hello-interval.....................................................................................23-27 23.29 ip ospf message-digest-key ..........................................................................23-28 23.30 ip ospf mtu-ignore........................................................................................23-29 23.31 ip ospf network ............................................................................................23-30 23.32 ip ospf priority..............................................................................................23-31 23.33 ip ospf retransmit-interval .............................................................................23-32 23.34 ip ospf transmit-delay...................................................................................23-32 XXXIII SJ-20130118100307-010|2013-02-28 (R1.0)


23.35 maximum-paths...........................................................................................23-33 23.36 neighbor .....................................................................................................23-34 23.37 network.......................................................................................................23-36 23.38 notify default route .......................................................................................23-37 23.39 nsf ..............................................................................................................23-38 23.40 passive-interface .........................................................................................23-39 23.41 redistribute ..................................................................................................23-40 23.42 router ospf ..................................................................................................23-42 23.43 router-id ......................................................................................................23-43 23.44 show ip ospf ................................................................................................23-44 23.45 show ip ospf border-routers ..........................................................................23-45 23.46 show ip ospf database .................................................................................23-46 23.47 show ip ospf database asbr-summary ...........................................................23-48 23.48 show ip ospf database database-summary....................................................23-49 23.49 show ip ospf database external ....................................................................23-51 23.50 show ip ospf database network.....................................................................23-52 23.51 show ip ospf database nssa .........................................................................23-53 23.52 show ip ospf database opaque-area .............................................................23-55 23.53 show ip ospf database opaque-link ...............................................................23-57 23.54 show ip ospf database router........................................................................23-59 23.55 show ip ospf database summary...................................................................23-60 23.56 show ip ospf interface ..................................................................................23-62 23.57 show ip ospf neighbor ..................................................................................23-63 23.58 show ip ospf nsf...........................................................................................23-64 23.59 show ip ospf request-list...............................................................................23-65 23.60 show ip ospf retransmission-list ....................................................................23-66 23.61 summary-address........................................................................................23-67 23.62 timers lsa-group-pacing................................................................................23-68 23.63 timers spf ....................................................................................................23-69

Chapter 24 BGP Protocol Commands .................................................... 24-1 24.1 address-family ipv4 multicast .......................................................................... 24-3 24.2 address-family ipv6......................................................................................... 24-3 24.3 aggregate-address ......................................................................................... 24-4 24.4 bgp always-compare-med ............................................................................... 24-6 24.5 bgp as ........................................................................................................... 24-7 24.6 bgp client-to-client reflection............................................................................ 24-8 24.7 bgp cluster-id ................................................................................................. 24-8 XXXIV SJ-20130118100307-010|2013-02-28 (R1.0)


24.8 bgp confederation identifier ............................................................................. 24-9 24.9 bgp confederation peers ................................................................................24-10 24.10 bgp dampening ........................................................................................... 24-11 24.11 bgp default ipv4-unicast ...............................................................................24-12 24.12 bgp default local-preference .........................................................................24-13 24.13 bgp default route-target filter.........................................................................24-14 24.14 bgp fast-external-fallover..............................................................................24-15 24.15 bgp graceful-restart......................................................................................24-16 24.16 bgp graceful-restart restart-time....................................................................24-17 24.17 bgp graceful-restart stalepath-time................................................................24-18 24.18 bgp router-id................................................................................................24-19 24.19 bgp update-delay.........................................................................................24-19 24.20 clear ip bgp .................................................................................................24-20 24.21 clear ip bgp dampening................................................................................24-21 24.22 clear ip bgp flap-statistics .............................................................................24-22 24.23 debug ip bgp ...............................................................................................24-23 24.24 debug ip bgp all ...........................................................................................24-24 24.25 debug ip bgp dampening..............................................................................24-24 24.26 debug ip bgp events ....................................................................................24-25 24.27 debug ip bgp in............................................................................................24-26 24.28 debug ip bgp keepalives ..............................................................................24-27 24.29 debug ip bgp out..........................................................................................24-27 24.30 debug ip bgp updates ..................................................................................24-28 24.31 default-information originate .........................................................................24-29 24.32 default-metric ..............................................................................................24-30 24.33 disable ip bgp ..............................................................................................24-31 24.34 distance bgp................................................................................................24-31 24.35 enable ip bgp ..............................................................................................24-32 24.36 ip as-path access-list ...................................................................................24-33 24.37 ip community-list..........................................................................................24-34 24.38 ip prefix-list..................................................................................................24-36 24.39 maximum-paths...........................................................................................24-37 24.40 neighbor activate .........................................................................................24-38 24.41 neighbor advertisement-interval....................................................................24-39 24.42 neighbor allowas-in......................................................................................24-40 24.43 neighbor default-originate.............................................................................24-41 24.44 neighbor description ....................................................................................24-42 XXXV SJ-20130118100307-010|2013-02-28 (R1.0)


24.45 neighbor ebgp-multihop ...............................................................................24-43 24.46 neighbor maximum-prefix.............................................................................24-44 24.47 neighbor next-hop-self .................................................................................24-45 24.48 neighbor originate-interval ............................................................................24-46 24.49 neighbor passive .........................................................................................24-47 24.50 neighbor password ......................................................................................24-48 24.51 neighbor peer-group ....................................................................................24-49 24.52 neighbor prefix-list .......................................................................................24-50 24.53 neighbor remote-as......................................................................................24-51 24.54 neighbor remove-private-as..........................................................................24-52 24.55 neighbor route-map .....................................................................................24-53 24.56 neighbor route-reflector-client .......................................................................24-54 24.57 neighbor send-community ............................................................................24-55 24.58 neighbor send-med......................................................................................24-56 24.59 neighbor shut-down .....................................................................................24-57 24.60 neighbor soft-reconfiguration ........................................................................24-58 24.61 neighbor timers ...........................................................................................24-59 24.62 neighbor update-source ...............................................................................24-60 24.63 network.......................................................................................................24-61 24.64 redistribute ..................................................................................................24-62 24.65 reset ip bgp .................................................................................................24-63 24.66 router bgp ...................................................................................................24-64 24.67 show bgp all neighbor ..................................................................................24-64 24.68 show bgp all summary .................................................................................24-66 24.69 show bgp ipv4 multicast ...............................................................................24-67 24.70 show bgp ipv4 multicast neighbor .................................................................24-68 24.71 show bgp ipv4 multicast neighbor in..............................................................24-70 24.72 show bgp ipv4 multicast neighbor out............................................................24-71 24.73 show ip as-path-access-list ..........................................................................24-73 24.74 show ip bgp dampened-paths.......................................................................24-73 24.75 show ip bgp flap-statistics ............................................................................24-74 24.76 show ip bgp neighbor...................................................................................24-75 24.77 show ip bgp peer-group ...............................................................................24-77 24.78 show ip bgp protocol ....................................................................................24-77 24.79 show ip bgp route ........................................................................................24-79 24.80 show ip bgp summary ..................................................................................24-80 24.81 show ip community-list .................................................................................24-81 XXXVI SJ-20130118100307-010|2013-02-28 (R1.0)


24.82 show ip prefix-list .........................................................................................24-82 24.83 synchronization ...........................................................................................24-83 24.84 timers bgp ...................................................................................................24-84

Chapter 25 System Log/Statistical Management Commands .............. 25-1 25.1 clear logging alarm ......................................................................................... 25-1 25.2 clear logging command................................................................................... 25-2 25.3 clear logging snmp ......................................................................................... 25-3 25.4 logging buffer ................................................................................................. 25-3 25.5 logging console .............................................................................................. 25-4 25.6 logging level................................................................................................... 25-5 25.7 logging mode ................................................................................................. 25-6 25.8 logging on ...................................................................................................... 25-7 25.9 logging snmplog-save ..................................................................................... 25-7 25.10 show cmdlogfile............................................................................................ 25-8 25.11 show logging alarm ....................................................................................... 25-9 25.12 show logging configure ................................................................................25-10 25.13 show processor ........................................................................................... 25-11 25.14 show snmplogfile .........................................................................................25-14 25.15 syslog facility...............................................................................................25-15 25.16 syslog severity.............................................................................................25-16 25.17 syslog-server host .......................................................................................25-16 25.18 write alarmlog..............................................................................................25-17 25.19 write cmdlog................................................................................................25-18 25.20 write snmplog ..............................................................................................25-19

Chapter 26 TACACS+ Commands .......................................................... 26-1 26.1 aaa accounting............................................................................................... 26-1 26.2 aaa authentication login .................................................................................. 26-3 26.3 aaa authorization............................................................................................ 26-4 26.4 aaa group-server tacacs+ ............................................................................... 26-5 26.5 server ............................................................................................................ 26-6 26.6 show aaa configure ........................................................................................ 26-8 26.7 show tacacs+ configure .................................................................................. 26-9 26.8 tacacs disable ...............................................................................................26-10 26.9 tacacs enable................................................................................................26-10 26.10 tacacs-client ................................................................................................ 26-11 26.11 tacacs-server host .......................................................................................26-12 26.12 tacacs-server key ........................................................................................26-14 XXXVII SJ-20130118100307-010|2013-02-28 (R1.0)


26.13 tacacs-server packet....................................................................................26-15 26.14 tacacs-server timeout...................................................................................26-15

Chapter 27 RADIUS Commands.............................................................. 27-1 27.1 algorithm........................................................................................................ 27-1 27.2 authentication local......................................................................................... 27-2 27.3 deadtime........................................................................................................ 27-3 27.4 max-retries..................................................................................................... 27-4 27.5 radius authentication-group ............................................................................. 27-5 27.6 server ............................................................................................................ 27-6 27.7 timeout .......................................................................................................... 27-7

Chapter 28 SNMP Commands ................................................................. 28-1 28.1 show snmp .................................................................................................... 28-1 28.2 show snmp config........................................................................................... 28-2 28.3 show snmp engine-id...................................................................................... 28-3 28.4 show snmp group ........................................................................................... 28-4 28.5 show snmp user ............................................................................................. 28-5 28.6 show snmplogfile............................................................................................ 28-6 28.7 show system-group ........................................................................................ 28-7 28.8 snmp-server access-list .................................................................................. 28-8 28.9 snmp-server community.................................................................................. 28-9 28.10 snmp-server contact ....................................................................................28-10 28.11 snmp-server context ....................................................................................28-10 28.12 snmp-server enable ..................................................................................... 28-11 28.13 snmp-server engine-id .................................................................................28-12 28.14 snmp-server group ......................................................................................28-13 28.15 snmp-server host.........................................................................................28-14 28.16 snmp-server location ...................................................................................28-16 28.17 snmp-server packetsize ...............................................................................28-17 28.18 snmp-server trap-source ..............................................................................28-17 28.19 snmp-server user ........................................................................................28-18 28.20 snmp-server view ........................................................................................28-19

Chapter 29 DHCP Commands ................................................................. 29-1 29.1 DHCP Snooping Commands ........................................................................... 29-1 29.1.1 ip dhcp snooping quota......................................................................... 29-1 29.1.2 show ip dhcp snooping port................................................................... 29-2 29.1.3 show ip dhcp snooping port quota ......................................................... 29-3 29.2 DHCP Layer–3 Commands ............................................................................. 29-3 XXXVIII SJ-20130118100307-010|2013-02-28 (R1.0)


29.2.1 ip dhcp enable...................................................................................... 29-3 29.2.2 ip dhcp logging on ................................................................................ 29-4 29.2.3 ip dhcp mode ....................................................................................... 29-5 29.2.4 show ip dhcp configuration.................................................................... 29-6 29.3 DHCP Relay/Proxy Commands ....................................................................... 29-7 29.3.1 ip dhcp helper-address policy vclass-id .................................................. 29-7 29.3.2 ip dhcp proxy client leasetime................................................................ 29-7 29.3.3 ip dhcp relay agent ............................................................................... 29-8 29.3.4 ip dhcp relay server .............................................................................. 29-9 29.3.5 ip dhcp relay server retry......................................................................29-10 29.3.6 ip dhcp relay server vclass-id ............................................................... 29-11 29.3.7 ip dhcp relay update arp.......................................................................29-12 29.3.8 show ip dhcp proxy client .....................................................................29-13 29.3.9 show ip dhcp relay server vclass-id.......................................................29-13 29.4 DHCP Server Commands ..............................................................................29-14 29.4.1 ip dhcp server dns ...............................................................................29-14 29.4.2 ip dhcp server gateway ........................................................................29-15 29.4.3 ip dhcp server leasetime ......................................................................29-16 29.4.4 ip dhcp server update arp ....................................................................29-17 29.4.5 peer default ip pool ..............................................................................29-17 29.4.6 show ip dhcp server user .....................................................................29-18

Chapter 30 IP Address Pool Commands................................................ 30-1 30.1 clear ip pool conflict-ip .................................................................................... 30-1 30.2 ip local pool.................................................................................................... 30-2 30.3 ip local pool conflict-ip..................................................................................... 30-3 30.4 show ip local pool ........................................................................................... 30-3 30.5 show ip local pool conflict-ip ............................................................................ 30-4

Chapter 31 SSH Commands .................................................................... 31-1 31.1 show ssh ....................................................................................................... 31-1 31.2 ssh server authentication ispgroup................................................................... 31-2 31.3 ssh server authentication mode ....................................................................... 31-3 31.4 ssh server authentication type ......................................................................... 31-3 31.5 ssh server enable ........................................................................................... 31-4 31.6 ssh server generate-key.................................................................................. 31-5 31.7 ssh server only ............................................................................................... 31-5 31.8 ssh server version .......................................................................................... 31-6

Chapter 32 History Performance Statistics Commands ....................... 32-1 XXXIX SJ-20130118100307-010|2013-02-28 (R1.0)


32.1 his-performance alarm .................................................................................... 32-1 32.2 his-performance auto-upload........................................................................... 32-2 32.3 his-performance download .............................................................................. 32-2 32.4 his-performance sample.................................................................................. 32-3 32.5 his-performance upload 1-day ......................................................................... 32-4 32.6 his-performance upload 15-minute................................................................... 32-5

Chapter 33 MFF and ARP Anti-Spoofing Commands ........................... 33-1 33.1 ip-service ip-fixed-user.................................................................................... 33-1 33.2 ip-service ip-source-guard............................................................................... 33-2 33.3 ip-service ip-source-guard (GPON/EPON ONU interface) ................................. 33-3 33.4 ip-service ip-source-guard bind-type ip+mac .................................................... 33-3 33.5 ip-service ipv6-fixed-user ................................................................................ 33-4 33.6 show ip-service ip-source-guard ...................................................................... 33-5 33.7 show ip-service ip-source-guard bind-type ....................................................... 33-6 33.8 show ip-service ipv6-user................................................................................ 33-6 33.9 show ip-service ipv6-user status ...................................................................... 33-7 33.10 show ip-service user ..................................................................................... 33-8 33.11 show ip-service user status ........................................................................... 33-9

Chapter 34 Control Panel Safety Commands ........................................ 34-1 34.1 anti-dos ......................................................................................................... 34-1 34.2 anti-dos blocking-time ..................................................................................... 34-2 34.3 anti-dos drop.................................................................................................. 34-3 34.4 anti-dos drv-limit............................................................................................. 34-3 34.5 anti-dos limit-num ........................................................................................... 34-4 34.6 clear packet-statistics ..................................................................................... 34-5 34.7 cpu ................................................................................................................ 34-6 34.8 packet-limit .................................................................................................... 34-7 34.9 show control-panel anti-dos black-table ..........................................................34-10 34.10 show control-panel anti-dos black-table slot................................................... 34-11 34.11 show control-panel configure ........................................................................ 34-11 34.12 show control-panel packet-limit statistics slot .................................................34-12 34.13 show cpu queue ..........................................................................................34-13 34.14 show cpu queue statistics ............................................................................34-14

Chapter 35 NTP Configuration Commands............................................ 35-1 35.1 debug ntp all .................................................................................................. 35-1 35.2 debug ntp error .............................................................................................. 35-2 35.3 debug ntp event ............................................................................................. 35-3 XL SJ-20130118100307-010|2013-02-28 (R1.0)


35.4 ntp alarm-threshold......................................................................................... 35-3 35.5 ntp authenticate.............................................................................................. 35-4 35.6 ntp authentication-key..................................................................................... 35-5 35.7 ntp enable...................................................................................................... 35-6 35.8 ntp master...................................................................................................... 35-7 35.9 ntp poll-interval............................................................................................... 35-7 35.10 ntp server..................................................................................................... 35-8 35.11 ntp source .................................................................................................... 35-9 35.12 ntp trusted-key ............................................................................................35-10 35.13 show ntp config ........................................................................................... 35-11 35.14 show ntp status ...........................................................................................35-12

Chapter 36 QoS Commands .................................................................... 36-1 36.1 Global Commands.......................................................................................... 36-1 36.1.1 qos cos-to-cos-profile ........................................................................... 36-1 36.1.2 qos dscp-to-cos-profile.......................................................................... 36-2 36.1.3 qos dscp-to-drop-profile ........................................................................ 36-3 36.1.4 qos dscp-to-dscp-profile........................................................................ 36-4 36.1.5 qos eth-cos-local-map .......................................................................... 36-5 36.1.6 qos queue-block-profile......................................................................... 36-6 36.1.7 qos queue-map-profile .......................................................................... 36-8 36.2 Ethernet Port Commands...............................................................................36-10 36.2.1 qos cos default-cos..............................................................................36-10 36.2.2 qos cos dscp-remark ...........................................................................36-10 36.2.3 qos drop-procedence........................................................................... 36-11 36.2.4 qos dscp dscp-remark .........................................................................36-12 36.2.5 qos queue-block-profile........................................................................36-13 36.2.6 qos traffic-shape..................................................................................36-14 36.2.7 qos trust .............................................................................................36-15 36.3 User Port Commands ....................................................................................36-16 36.3.1 qos cos cos-remark .............................................................................36-16 36.3.2 qos cos default-cos..............................................................................36-17 36.3.3 qos cos dscp-remark ...........................................................................36-18 36.3.4 qos cos-filter .......................................................................................36-19 36.3.5 qos egress-cos cos-remark ..................................................................36-19 36.3.6 qos egress-cos default-cos ..................................................................36-20 36.3.7 qos egress-cos dscp-remark ................................................................36-21 36.3.8 qos queue-block-profile........................................................................36-22 XLI SJ-20130118100307-010|2013-02-28 (R1.0)


36.3.9 qos queue-map-profile .........................................................................36-23 36.3.10 qos traffic-shape (epon olt interface mode) ..........................................36-24 36.3.11 qos trust ............................................................................................36-25 36.4 Show Commands ..........................................................................................36-26 36.4.1 show qos cos-to-cos-profile..................................................................36-26 36.4.2 show qos dscp-to-cos-profile ................................................................36-27 36.4.3 show qos dscp-to-drop-profile ..............................................................36-28 36.4.4 show qos dscp-to-dscp-profile ..............................................................36-29 36.4.5 show qos eth-cos-local-map.................................................................36-30 36.4.6 show qos interface ..............................................................................36-30 36.4.7 show qos queue-block-profile ...............................................................36-31 36.4.8 show qos queue-map-profile ................................................................36-32

Chapter 37 Traffic Profile Commands .................................................... 37-1 37.1 Global Commands.......................................................................................... 37-1 37.1.1 traffic-profile ......................................................................................... 37-1 37.2 User Port Commands ..................................................................................... 37-2 37.2.1 traffic-profile (wdm-pon-onu interface mode) .......................................... 37-2 37.2.2 traffic-profile(gpon onu interface mode) .................................................. 37-3 37.3 Show Commands ........................................................................................... 37-4 37.3.1 show traffic-profile ................................................................................ 37-4

Chapter 38 MSTP Commands ................................................................. 38-1 38.1 instance ......................................................................................................... 38-2 38.2 name ............................................................................................................. 38-3 38.3 revision.......................................................................................................... 38-3 38.4 show spanning-tree inconsistentports .............................................................. 38-4 38.5 show spanning-tree instance ........................................................................... 38-5 38.6 show spanning-tree interface .......................................................................... 38-6 38.7 show spanning-tree mst configuration .............................................................. 38-7 38.8 show spanning-tree statistics .......................................................................... 38-8 38.9 show spanning-tree transparent ...................................................................... 38-9 38.10 spanning-tree bpduguard action ...................................................................38-10 38.11 spanning-tree disable (Ethernet interface mode) ............................................ 38-11 38.12 spanning-tree disable...................................................................................38-12 38.13 spanning-tree edged-port .............................................................................38-12 38.14 spanning-tree enable (Ethernet interface mode) ............................................38-13 38.15 spanning-tree enable ...................................................................................38-14 38.16 spanning-tree forward-delay .........................................................................38-15 XLII SJ-20130118100307-010|2013-02-28 (R1.0)


38.17 spanning-tree guard loop instance ................................................................38-15 38.18 spanning-tree guard root instance.................................................................38-16 38.19 spanning-tree hello-time...............................................................................38-17 38.20 spanning-tree linktype..................................................................................38-18 38.21 spanning-tree max-age ................................................................................38-18 38.22 spanning-tree mcheck..................................................................................38-19 38.23 spanning-tree mode.....................................................................................38-20 38.24 spanning-tree mst configuration....................................................................38-21 38.25 spanning-tree mst hmd5-digest ....................................................................38-21 38.26 spanning-tree mst hmd5-key ........................................................................38-22 38.27 spanning-tree mst instance (Ethernet interface mode)....................................38-23 38.28 spanning-tree mst instance ..........................................................................38-24 38.29 spanning-tree mst max-hops ........................................................................38-25 38.30 spanning-tree packet-type ............................................................................38-26 38.31 spanning-tree transparent ............................................................................38-27

Chapter 39 LACP Commands.................................................................. 39-1 39.1 LACP Protocol Commands ............................................................................. 39-1 39.1.1 clear lacp ............................................................................................. 39-1 39.1.2 lacp admin-key ..................................................................................... 39-2 39.1.3 lacp port-priority ................................................................................... 39-2 39.1.4 lacp swap-short-ctrl .............................................................................. 39-3 39.1.5 lacp timeout ......................................................................................... 39-4 39.1.6 show lacp ............................................................................................ 39-5 39.1.7 smartgroup .......................................................................................... 39-7 39.1.8 smartgroup load-balance ...................................................................... 39-8 39.1.9 smartgroup sys-priority ......................................................................... 39-9 39.1.10 test lacp plug-fast ..............................................................................39-10 39.2 Linkgroup Commands.................................................................................... 39-11 39.2.1 linkgroup............................................................................................. 39-11 39.2.2 linkgroup load-balance.........................................................................39-12 39.2.3 show linkgroup ....................................................................................39-12

Chapter 40 UAPS Commands ................................................................. 40-1 40.1 interval-link-detect .......................................................................................... 40-1 40.2 next-hop ........................................................................................................ 40-2 40.3 port................................................................................................................ 40-4 40.4 port-optical-tx-control ...................................................................................... 40-6 40.5 protect-time.................................................................................................... 40-7 XLIII SJ-20130118100307-010|2013-02-28 (R1.0)


40.6 retry-link-detect .............................................................................................. 40-9 40.7 revertive .......................................................................................................40-10 40.8 show uaps .................................................................................................... 40-11 40.9 swap ............................................................................................................40-13 40.10 switch-type..................................................................................................40-15 40.11 uaps-group..................................................................................................40-17

Chapter 41 LST Commands..................................................................... 41-1 41.1 add-port olt-port.............................................................................................. 41-1 41.2 add-port uplink-port ........................................................................................ 41-2 41.3 interval-link-detect .......................................................................................... 41-3 41.4 lst-group ........................................................................................................ 41-4 41.5 next-hop ........................................................................................................ 41-5 41.6 retry-link-detect .............................................................................................. 41-6 41.7 show lst ......................................................................................................... 41-7

Chapter 42 ACL Commands .................................................................... 42-1 42.1 acl extended .................................................................................................. 42-1 42.2 acl hybrid ....................................................................................................... 42-2 42.3 acl link ........................................................................................................... 42-3 42.4 acl standard ................................................................................................... 42-4 42.5 acl6 hybrid ..................................................................................................... 42-5 42.6 ip access-group (Layer 2 fei Interface Mode) .................................................... 42-5 42.7 ip access-group.............................................................................................. 42-6 42.8 name ............................................................................................................. 42-7 42.9 priority-mark................................................................................................... 42-8 42.10 redirect ........................................................................................................ 42-9 42.11 rule .............................................................................................................42-10 42.12 rule (acl-ext configuration mode)................................................................... 42-11 42.13 rule (acl-link configuration mode) ..................................................................42-14 42.14 rule (acl-hyb configuration mode)..................................................................42-16 42.15 rule (ipv6-acl-hyb configuration mode) ..........................................................42-19 42.16 show acl .....................................................................................................42-22 42.17 show qos ....................................................................................................42-23 42.18 show time-range..........................................................................................42-24 42.19 show traffic-statistics....................................................................................42-25 42.20 time-range ..................................................................................................42-25 42.21 traffic-limit ...................................................................................................42-27 42.22 traffic-mirror.................................................................................................42-28 XLIV SJ-20130118100307-010|2013-02-28 (R1.0)


42.23 traffic-statistics ............................................................................................42-30 42.24 vlan-mark....................................................................................................42-31

Chapter 43 Port Location Commands .................................................... 43-1 43.1 Port Location Commands................................................................................ 43-1 43.1.1 port-location ......................................................................................... 43-1 43.1.2 port-location access-node-identifier ....................................................... 43-2 43.1.3 port-location flexible-syntax add delimiter ............................................... 43-2 43.1.4 port-location flexible-syntax add string ................................................... 43-3 43.1.5 port-location flexible-syntax add variable................................................ 43-4 43.1.6 port-location flexible-syntax delete ......................................................... 43-6 43.1.7 port-location format............................................................................... 43-7 43.1.8 port-location ft-cid................................................................................. 43-8 43.1.9 port-location hostname ......................................................................... 43-8 43.1.10 port-location sub-option remote-id........................................................ 43-9 43.1.11 port-location sub-option remote-id name..............................................43-10 43.1.12 show port-location flexible-syntax ....................................................... 43-11 43.1.13 show port-location global....................................................................43-12 43.1.14 show port-location port.......................................................................43-13 43.2 DHCP Option82 Commands ..........................................................................43-14 43.2.1 dhcp-option82 .....................................................................................43-14 43.2.2 dhcp-option82(ptp interface mode) .......................................................43-15 43.2.3 dhcp-option82 trust false......................................................................43-16 43.2.4 dhcp-option82 trust true .......................................................................43-17 43.2.5 show dhcp-option82 global...................................................................43-18 43.2.6 show dhcp-option82 port......................................................................43-19 43.3 PPPoE+ Commands......................................................................................43-20 43.3.1 pppoe-plus..........................................................................................43-20 43.3.2 pppoe-plus(ptp interface mode) ............................................................43-21 43.3.3 pppoe-plus trust false ..........................................................................43-22 43.3.4 pppoe-plus trust true............................................................................43-23 43.3.5 show pppoe-plus global .......................................................................43-24 43.3.6 show pppoe-plus port ..........................................................................43-24

Chapter 44 MAC Management Commands ............................................ 44-1 44.1 mac add ........................................................................................................ 44-1 44.2 mac aging-time .............................................................................................. 44-2 44.3 mac delete ..................................................................................................... 44-3 44.4 mac delete all................................................................................................. 44-4 XLV SJ-20130118100307-010|2013-02-28 (R1.0)


44.5 mac delete dynamic........................................................................................ 44-5 44.6 mac delete permanent .................................................................................... 44-6 44.7 mac delete vlan .............................................................................................. 44-6 44.8 mac monitor-period......................................................................................... 44-7 44.9 mac usage-threshold ...................................................................................... 44-8 44.10 show mac .................................................................................................... 44-8 44.11 show mac aging-time ...................................................................................44-10 44.12 show mac monitor-info ................................................................................. 44-11 44.13 show mac running .......................................................................................44-12 44.14 show mac system ........................................................................................44-13 44.15 show mac-real-time .....................................................................................44-13

Chapter 45 MAC Anti-Spoofing Commands .......................................... 45-1 45.1 clear security mac-spoofing-list........................................................................ 45-1 45.2 clear security mac-spoofing-log ....................................................................... 45-2 45.3 security mac-anti-spoofing .............................................................................. 45-3 45.4 security mac-anti-spoofing uplink-protect ......................................................... 45-4 45.5 security mac-spoofing-trap .............................................................................. 45-5 45.6 show security configuration ............................................................................. 45-6 45.7 show security mac-spoofing-list ....................................................................... 45-6 45.8 show security mac-spoofing-log....................................................................... 45-7

Chapter 46 Multicast Commands............................................................ 46-1 46.1 Global IGMP Configuration Commands ........................................................... 46-1 46.1.1 igmp bandwidth-control......................................................................... 46-1 46.1.2 igmp disable......................................................................................... 46-2 46.1.3 igmp enable ......................................................................................... 46-2 46.1.4 igmp host-tracking ................................................................................ 46-3 46.1.5 igmp last-query-count ........................................................................... 46-4 46.1.6 igmp last-query-interval......................................................................... 46-4 46.1.7 igmp log............................................................................................... 46-5 46.1.8 igmp prejoin-interval ............................................................................. 46-6 46.1.9 igmp query-interval ............................................................................... 46-6 46.1.10 igmp query-max-resp .......................................................................... 46-7 46.1.11 igmp querygemport-mode ................................................................... 46-8 46.1.12 igmp robustness ................................................................................. 46-9 46.1.13 igmp snooping-aging-time ................................................................... 46-9 46.1.14 igmp span-vlan..................................................................................46-10 46.1.15 igmp statistics ................................................................................... 46-11 XLVI SJ-20130118100307-010|2013-02-28 (R1.0)


46.1.16 igmp unsolicited-report-interval ...........................................................46-12 46.1.17 igmp version-mode ............................................................................46-12 46.2 IGMP MVLAN Configuration Commands.........................................................46-13 46.2.1 igmp mvlan .........................................................................................46-13 46.2.2 igmp mvlan cvlan.................................................................................46-14 46.2.3 igmp mvlan drop..................................................................................46-15 46.2.4 igmp mvlan enable ..............................................................................46-15 46.2.5 igmp mvlan group-filter ........................................................................46-16 46.2.6 igmp mvlan host-ip ..............................................................................46-17 46.2.7 igmp mvlan host-version ......................................................................46-17 46.2.8 igmp mvlan max-group ........................................................................46-18 46.2.9 igmp mvlan priority ..............................................................................46-19 46.2.10 igmp mvlan receive-port .....................................................................46-20 46.2.11 igmp mvlan source-port......................................................................46-20 46.2.12 igmp mvlan work-mode ......................................................................46-21 46.3 IGMP Show Commands.................................................................................46-22 46.3.1 show igmp ..........................................................................................46-22 46.3.2 show igmp dynamic-member................................................................46-23 46.3.3 show igmp interface.............................................................................46-24 46.3.4 show igmp log .....................................................................................46-25 46.3.5 show igmp mp-snooping ......................................................................46-26 46.3.6 show igmp mp-statistics .......................................................................46-27 46.3.7 show igmp mvlan.................................................................................46-28 46.3.8 show igmp np-statistics........................................................................46-29 46.3.9 show igmp pon-statistics ......................................................................46-31 46.3.10 show igmp static-member ..................................................................46-32 46.3.11 show igmp statistics ...........................................................................46-33 46.4 Global MLD Configuration Commands ............................................................46-34 46.4.1 mld bandwidth-control..........................................................................46-34 46.4.2 mld disable .........................................................................................46-34 46.4.3 mld enable ..........................................................................................46-35 46.4.4 mld host-tracking .................................................................................46-36 46.4.5 mld last-query-count ............................................................................46-36 46.4.6 mld last-query-interval .........................................................................46-37 46.4.7 mld log................................................................................................46-38 46.4.8 mld prejoin-interval ..............................................................................46-39 46.4.9 mld query-interval................................................................................46-39 XLVII SJ-20130118100307-010|2013-02-28 (R1.0)


46.4.10 mld query-max-resp...........................................................................46-40 46.4.11 mld robustness ..................................................................................46-41 46.4.12 mld snooping-aging-time ....................................................................46-41 46.4.13 mld span-vlan....................................................................................46-42 46.4.14 mld statistics .....................................................................................46-43 46.4.15 mld unsolicited-report-interval.............................................................46-44 46.5 MLD MVLAN Configuration Commands ..........................................................46-44 46.5.1 mld mvlan ...........................................................................................46-44 46.5.2 mld mvlan cvlan ..................................................................................46-45 46.5.3 mld mvlan drop ...................................................................................46-46 46.5.4 mld mvlan enable ................................................................................46-46 46.5.5 mld mvlan group-filter ..........................................................................46-47 46.5.6 mld mvlan host-ip ................................................................................46-48 46.5.7 mld mvlan host-version ........................................................................46-49 46.5.8 mld mvlan max-group ..........................................................................46-49 46.5.9 mld mvlan priority ................................................................................46-50 46.5.10 mld mvlan receive-port.......................................................................46-51 46.5.11 mld mvlan source-port........................................................................46-52 46.5.12 mld mvlan work-mode........................................................................46-52 46.6 MLD Show Commands ..................................................................................46-53 46.6.1 show mld ............................................................................................46-53 46.6.2 show mld dynamic-member..................................................................46-54 46.6.3 show mld interface ..............................................................................46-55 46.6.4 show mld log.......................................................................................46-56 46.6.5 show mld mp-snooping ........................................................................46-57 46.6.6 show mld mp-statistics.........................................................................46-58 46.6.7 show mld mvlan ..................................................................................46-59 46.6.8 show mld np-statistics..........................................................................46-60 46.6.9 show mld pon-statistics........................................................................46-62 46.6.10 show mld static-member ....................................................................46-63 46.6.11 show mld statistics .............................................................................46-63 46.7 IPTV Configuration Commands ......................................................................46-65 46.7.1 iptv cac ...............................................................................................46-65 46.7.2 iptv cdr................................................................................................46-65 46.7.3 iptv cdr clear .......................................................................................46-66 46.7.4 iptv cdr create-period ...........................................................................46-67 46.7.5 iptv cdr deny-right................................................................................46-67 XLVIII SJ-20130118100307-010|2013-02-28 (R1.0)


46.7.6 iptv cdr max-records ............................................................................46-68 46.7.7 iptv cdr prw-overcount .........................................................................46-69 46.7.8 iptv cdr prw-right..................................................................................46-70 46.7.9 iptv cdr report ......................................................................................46-70 46.7.10 iptv cdr report-interval ........................................................................46-71 46.7.11 iptv cdr report-threshold .....................................................................46-72 46.7.12 iptv channel.......................................................................................46-73 46.7.13 iptv highest-priority ............................................................................46-74 46.7.14 iptv ipv6 channel................................................................................46-75 46.7.15 iptv ipv6 package...............................................................................46-76 46.7.16 iptv ipv6 sms-server...........................................................................46-77 46.7.17 iptv package......................................................................................46-78 46.7.18 iptv prw .............................................................................................46-79 46.7.19 iptv sms-server..................................................................................46-80 46.7.20 iptv view-profile .................................................................................46-81 46.8 IPTV Show Commands..................................................................................46-82 46.8.1 show iptv cdr.......................................................................................46-82 46.8.2 show iptv cdr content ...........................................................................46-83 46.8.3 show iptv cdr records...........................................................................46-84 46.8.4 show iptv channel................................................................................46-85 46.8.5 show iptv control .................................................................................46-86 46.8.6 show iptv interface...............................................................................46-86 46.8.7 show iptv package ...............................................................................46-88 46.8.8 show iptv prw ......................................................................................46-89 46.8.9 show iptv view-profile...........................................................................46-89

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L SJ-20130118100307-010|2013-02-28 (R1.0)


About This Manual Purpose This manual provides the command information on the ZXA10 C300/C320 Optical Access Convergence Equipment (the C320 does not support IPv6, CES, 1pps, and 1588). The card slots of C300 and C320 are different, as listed below. NE

Switching and

Service Card Slot

Uplink Card Slot

Control Card Slot C300

C320

10 – 11

3–4

Common Interface Card Slot

2 – 9, 12 – 17

19 – 20 (19-inch

18 (19-inch shelf)

(19-inch shelf)

shelf)

20 (21-inch shelf)

2 – 9, 12 – 19

21 – 22 (21-inch

(21-inch shelf)

shelf)

1–2

3–4

N/A

Intended Audience This document is intended for: l l l l

Installation and debugging engineer Network monitoring engineer System maintenance engineer Data configuration engineer

What Is in This Manual This manual contains the following chapters: Chapter

Summary

1, Basic System Management

Describes the commands related to basic system management.

2, Hardware Management

Describes the commands related to hardware management.

3, Fan Management

Describes the commands related to fan management.

4, Version Management

Describes the commands related to version management.

5, CPE Version Management

Describes the commands related to CPE version management.

6, User Management

Describes the commands related to user management. I

SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter

Summary

7, File System Management

Describes the commands related to file system management.

8, SuperVLAN Commands

Describes the commands related to super VLAN.

9, FTP/TFTP Server Commands

Describes the commands related to FTP/TFTP server.

10, Alarm Management

Describes the commands related to alarm management.

11, Debugging Commands

Describes the commands related to debugging.

12, VLAN Commands

Describes the commands related to VLAN.

13, PON Commands

Describes the commands related to GPON and EPON common configuration.

14, EPON Commands

Describes the commands related to EPON.

15, GPON Commands

Describes the commands related to GPON.

16, Port Configuration

Describes the commands related to port configuration.

17, CES Commands

Describes the commands related to CES.

18, Clock Commands

Describes the commands related to clock.

19, Ethernet Interface Configuration

Describes the commands related to Ethernet

Commands

interface configuration.

20, Port Security Commands

Describes the commands related to port security.

21, Port Performance Statistics Commands

Describes the commands related to port performance statistics.

22, Basic IPv4 Protocol Commands

Describes the commands related to basic IPv4 protocol.

23, OSPF Protocol Commands

Describes the commands related to OSPF Protocol.

24, BGP Protocol Commands

Describes the commands related to BGP Protocol.

25, System Log/Statistical Management

Describes the commands related to system

Commands

log/statistical management.

26, TACACS+ Commands

Describes the commands related to TACACS+.

27, RADIUS Commands

Describes the commands related to RADIUS.

28, SNMP Commands

Describes the commands related to SNMP.

29, DHCP Commands

Describes the commands related to DHCP.

30, IP Address Pool Commands

Describes the commands related to IP address pool.

31, SSH Commands

Describes the commands related to SSH. II

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Chapter

Summary

32, Historical Performance Statistics

Describes the commands related to historical

Commands

performance statistics.

33, MFF and ARP Anti-Spoofing Commands

Describes the commands related to MFF and ARP anti-spoofing.

34, Control Panel Safety Commands

Describes the commands related to control panel safety.

35, NTP Configuration Commands

Describes the commands related to NTP configuration.

36, QoS Commands

Describes the commands related to QoS.

37, Traffic Profile Commands

Describes the commands related to traffic profile.

38, MSTP Commands

Describes the commands related to MSTP.

39, LACP Commands

Describes the commands related to LACP.

40, UAPS Commands

Describes the commands related to IPV6 protocol.

41, LST Commands

Describes the commands related to LST.

42, ACL Commands

Describes the commands related to ACL.

43, Port Location Commands

Describes the commands related to port location.

44, MAC Management Commands

Describes the commands related to MAC management.

45, MAC Anti-Spoofing Commands

Describes the commands related to MAC management.

46, Multicast Commands

Describes the commands related to multicast.

Conventions This manual uses the following typographical conventions: Typeface

Meaning

Italics

Variables in commands. It may also refer to other related manuals and documents.

Bold

Menus, menu options, function names, input fields, option button names, check boxes, drop-down lists, dialog box names, window names, parameters, and commands.

Constant

Text that you type, program codes, filenames, directory names, and function names.

width []

Optional parameters.

{}

Mandatory parameters.

|

Separates individual parameters in a series of parameters.

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IV SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 1

Basic System Management Table of Contents banner incoming.........................................................................................................1-2 boot-password............................................................................................................1-3 boot-server.................................................................................................................1-3 boot-username ...........................................................................................................1-4 clock set .....................................................................................................................1-5 clock timezone ...........................................................................................................1-6 config-filename...........................................................................................................1-6 configure terminal.......................................................................................................1-7 default-gateway..........................................................................................................1-8 disable .......................................................................................................................1-9 enable ........................................................................................................................1-9 enable secret ...........................................................................................................1-10 end...........................................................................................................................1-11 exit ...........................................................................................................................1-12 hostname .................................................................................................................1-12 imgfile-location .........................................................................................................1-13 ip address ................................................................................................................1-14 multi-user configure..................................................................................................1-15 sdisk.........................................................................................................................1-16 service password-encryption ....................................................................................1-17 set-cputhreshold.......................................................................................................1-18 set-memthreshold ....................................................................................................1-19 show clock ...............................................................................................................1-20 show cputhreshold ...................................................................................................1-20 show memthreshold .................................................................................................1-22 show privilege ..........................................................................................................1-23 show running-config .................................................................................................1-23 show sdisk-status .....................................................................................................1-25 show startup-config ..................................................................................................1-26 show system-group ..................................................................................................1-28 show user-suspend ..................................................................................................1-29 show username........................................................................................................1-29 show users...............................................................................................................1-30 user password..........................................................................................................1-31 user-suspend ...........................................................................................................1-32 username .................................................................................................................1-34

1-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference

1.1 banner incoming Syntax banner incoming number1 no banner incoming

Function This command sets the startup greeting for the system.

Parameters Parameter

Description

Value

number1

Character used as the

-

terminator of the startup greeting

Mode Configuration mode: ZXAN(config)#

Usage Guidelines 1. Use this command to set the greeting terminator, such as the number symbol (#). 2. Enter the greeting text and end the text with the terminator (#). The terminator contains only one character. Special characters, such as space and enter symbol, can be used in the greeting text except the question mark (?). The question mark (?) cannot be used for any parameter of TEXT type or password because the question mark is considered as a request for help in the system.

Examples The following example sets the startup greeting to welcome: ZXAN(config)#banner incoming # Enter TEXT message.

End with the character '#'.

welcome #

Related Commands None

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Chapter 1 Basic System Management

1.2 boot-password Syntax boot-password name1

Function This command specifies the password used for logging to the FTP server from which the boot image file is downloaded.


Description

Value

name1

Password of the FTP server

3–16 characters

Mode mng interface mode

Usage Guidelines None

Examples The following example shows how to specify the password used for logging in to the FTP server: ZXAN(config-if)#boot-password 1234


1.3 boot-server Syntax boot-server ip_addr1

Function This command specifies the IP address of the FTP server from which the boot image file is downloaded.

1-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

IP address of the FTP server

-



Examples The following example shows how to specify the IP address of the FTP server: ZXAN(config-if)#boot-server 168.1.1.1


1.4 boot-username Syntax boot-username name1

Function This command specifies the user name used for logging in to the FTP server from which the boot image file is downloaded.


Description

Value

name1

User name of the FTP server

1–16 characters



Examples 1. Enter the mmg interface made. 1-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 1 Basic System Management ZXAN(config)#interface mng1 ZXAN(config-if)#

2. Set the user name of the FTP server to admin. ZXAN(config-if)#boot-username admin


1.5 clock set Syntax clock set time1 name1 number1 number2

Function This command sets the system clock in standard date and time format.


Description

Value

time1

Time

-

name1

Month

-

number1

Day

1-31

number2

Year

2001-2098

Mode Privileged mode: ZXAN#


Examples The following example shows how to set the system clock: ZXAN#clock set 23:12:01 feb 23 2012


1-5 SJ-20130118100307-010|2013-02-28 (R1.0)



1.6 clock timezone Syntax clock timezone name1 number1 [number2 ] no clock timezone

Function This command sets the system time zone.


Description

Value

name1

Time zone name

1–10 characters

number1

Offset in hours

-12 to 13

number2

Offset in minutes

0–59


Usage Guidelines To cancel the setting, use the no form of this command.

Examples The following example shows how to set the system time zone: ZXAN(config)#clock timezone beijing 12 30 ZXAN(config)#

Related Commands 1.23 show clock

1.7 config-filename Syntax config-filename name1 no config-filename

Function This command specifies the name of the configuration file that is used to start the NE. 1-6 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Name of the configuration file

1–40 characters

used for starting the NE.



Examples The following example shows how to specify the name of the configuration file used to start the NE: ZXAN(config-if)# config-filename startrun.dat


1.8 configure terminal Syntax configure terminal

Function This command changes the command mode from privileged mode to global configuration mode.

Parameters None



1-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to change the command mode from privileged mode to global configuration mode: ZXAN#configure terminal Enter configuration commands, one per line.

End with CTRL/Z.

ZXAN(config)#

Related Commands 1.13 end 1.14 exit

1.9 default-gateway Syntax default-gateway ip_addr1

Function This command configures the default gateway address.


Description

Value

ip_addr1

IP address of the default

-

gateway



Examples The following example shows how to configure the default gateway address: ZXAN(config-if)#default-gateway 10.63.78.15 ZXAN(config-if)#

Related Commands None 1-8 SJ-20130118100307-010|2013-02-28 (R1.0)



1.10 disable Syntax disable

Function This command changes the command mode from privileged mode to user mode.

Parameters None



Examples The following example shows how to exit privileged mode and return to user mode for a user logging in to the system through a serial port: ZXAN#disable ZXAN>

Related Commands 1.11 enable 1.14 exit

1.11 enable Syntax enable

Function This command changes the command mode from user mode to privileged mode.

Parameters None

1-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode User mode

Usage Guidelines The privileged user password (default: zxr10) is required to start privileged mode. The entered password is case sensitive and not displayed on the screen.

Examples The following example shows how to change the command mode from user mode to privileged mode for a user logging in to the system through a serial port: ZXAN>enable Password: ZXAN#

Related Commands 1.10 disable

1.12 enable secret Syntax enable secret {0 name1 |5 name2 |name3 }

Function This command sets a login password for the privileged user.


Description

Value

name1

Clear text password

3–16 characters

name2

Encrypted password

24 characters

name3

Default clear text password

3–16 characters


Usage Guidelines l

The password displayed by the show running-config command is the encrypted password of the privileged user. The password required by the enable command is the clear text password of the privileged user. 1-10

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l l

Either enable secret 0 password or enable secret password can be used to set an unencrypted password. enable secret 5 password can successfully set an encrypted password only when the entered password contains 24 characters.

Examples The following example shows how to set the privileged user password to ZXAN: ZXAN(config)#enable secret ZXAN

Related Commands 1.11 enable

1.13 end Syntax end

Function This command changes the command mode to privileged mode.

Parameters None

Mode All modes except user mode and privileged mode

Usage Guidelines This command is applicable to all command modes except user mode and privileged mode.

Examples The following example shows how to exit configuration mode and return to privileged mode: ZXAN(config)#end ZXAN#

Related Commands 1.8 configure terminal

1-11 SJ-20130118100307-010|2013-02-28 (R1.0)



1.14 exit Syntax exit

Function This command is used to log out of the system or return to the previous command mode.

Parameters None

Mode All modes

Usage Guidelines When this command is used in user mode or privileged mode, the current user logs out of the system. When this command is used in the other modes, the command mode returns to the previous mode.

Examples The following example shows how to exit global configuration mode and return to privileged mode: ZXAN(config)#exit ZXAN#

Related Commands 6.11 logout 6.8 login

1.15 hostname Syntax hostname name1 no hostname

Function This command sets a host name for the system. 1-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Host name

1–32 characters


Usage Guidelines The default host name of the system is ZXAN. The host name becomes effective immediately after this command is executed.

Examples The following example shows how to set the host name of the system to TEST: ZXAN(config)#hostname TEST TEST(config)#


1.16 imgfile-location Syntax imgfile-location {local |network name1 }

Function This command specifies the location of the boot image file.


Description

Value

local

Use the local boot image file

-

network

Use the boot image file in a

-

network path name1

Name of the boot image file in

-

the network path

Mode mng interface mode 1-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples l

The following example shows how to use the local boot image file for startup. ZXAN(config-if)#imgfile-location local

l

The following example shows how to use the network boot image file for startup. ZXAN(config-if)#imgfile-location network sys.img


1.17 ip address Syntax ip address ip_addr1 ip_addr2

Function This command configures the IP address of the management interface.


Description

Value

ip_addr1

IP address

-

ip_addr2

Subnet mask

-


Usage Guidelines By default, no IP address is configured for the management interface.

Examples The following example shows how to set the IP address of the management interface to 168.1.10.100 and the subnet mask to 255.255.0.0: ZXAN(config)#interface mng1 ZXAN(config-if)#ip address 168.1.10.100 255.255.0.0

1-14 SJ-20130118100307-010|2013-02-28 (R1.0)




1.18 multi-user configure Syntax multi-user configure no multi-user configure

Function This command enables multiple users to enter the configuration mode.

Parameters None


Usage Guidelines l l

l

By default, only one user can enter global configuration mode. After this command is executed, other users can also enter global configuration mode. Use the no multi-user configure command to only allow one user to enter the configuration mode. Before using this command, ensure that other users are out of the configuration mode. Multiple users in configuration mode must avoid configuration conflicts when performing operations on the system.

Examples l

The following example shows how to enter the configuration mode and then enable multi-user configuration mode when no user is in configuration mode: ZXAN#configure terminal ZXAN(config)#multi-user configure %Warning: allow others configure, must avoid conflict. ZXAN(config)#

l

In single-user configuration mode, when there is already a user in configuration mode, no more users are allowed to enter the configuration mode. ZXAN#configure terminal %Simultaneous configs not allowed. Locked from 168.1.168.168 ZXAN#

1-15 SJ-20130118100307-010|2013-02-28 (R1.0)



l

The following example shows that multi-user configuration mode fails to be disabled because some users do not exit configuration mode: ZXAN(config)#no multi-user conf %Someone has entered the configure mode, cannot set single-user configure! ZXAN(config)#

Related Commands 1.8 configure terminal

1.19 sdisk Syntax sdisk name1

Function This command enables or disables the SD card.


Description

Value

name1

Enables or disables the SD

-

card.



Examples The following example shows how to enable the SD card: ZXAN(config)#sdisk enable

Related Commands 1.28 show sdisk-status

1-16 SJ-20130118100307-010|2013-02-28 (R1.0)



1.20 service password-encryption Syntax service password-encryption no service password-encryption

Function This command enables password encryption.

Parameters None


Usage Guidelines l

l

If the password encryption is enabled before a user is added, the clear text password of this user is encrypted. The password displayed by the show username command is the encrypted clear text password. If multiple users are added before enabling the service password-encryption function, the previously configured clear text password is encrypted, and the encrypted password remains the same. And then if the service password-encryption function is disabled, those encrypted clear text passwords will not be converted to clear text passwords again.

Examples l

The following example shows how to enable the password encryption: ZXAN(config)#service password-encryption ZXAN(config)#

The following shows the user information, which contains the encrypted password: ZXAN(config)#show username Username

Password

Privilege

Max-sessions

zte

dnXspUMqxfJOgln2Hm7Olw==

supervisor

16

ZXAN(config)#

l

The following example shows how to disable the password encryption: ZXAN(config)#no service password-encryption ZXAN(config)#

1-17 SJ-20130118100307-010|2013-02-28 (R1.0)



The following example adds a new user (zte1/zte1). The password of this user is not encrypted and the encrypted password of the previous user (zte) cannot be converted to clear text. ZXAN(config)#username zte1 password zte1 privilege 15

The following shows the user information after the password encryption is disabled: ZXAN(config)#show username Username

Password

Privilege

Max-sessions

zte

dnXspUMqxfJOgln2Hm7Olw==

supervisor

16

zte1

zte1

supervisor

16

ZXAN(config)#

Related Commands 1.32 show username 1.36 username

1.21 set-cputhreshold Syntax set-cputhreshold [rackno number1 ] [shelfno number2 ] slotno number3 number4

Function This command sets the CPU usage threshold.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22

number4

CPU usage threshold in

1–100

percentage


Usage Guidelines None 1-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the CPU usage threshold to 70% for the card in slot 8 of shelf 0: ZXAN(config)#set-cputhreshold rackno 0 shelfno 0 slotno 8 70

Related Commands 1.22 set-memthreshold 1.24 show cputhreshold

1.22 set-memthreshold Syntax set-memthreshold [rackno number1 ] [shelfno number2 ] slotno number3 number4

Function This command sets the memory usage threshold.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22

number4

Memory usage threshold in

1–100

percentage



Examples The following command shows how to set the memory usage threshold to 70% for the card in slot 8 of shelf 0: ZXAN(config)#set-memthreshold rackno 0 shelfno 0 slotno 8 70

Related Commands 1.21 set-cputhreshold 1-19 SJ-20130118100307-010|2013-02-28 (R1.0)



1.25 show memthreshold

1.23 show clock Syntax show clock

Function This command displays the system clock.

Parameters None

Mode All modes

Usage Guidelines If a time zone is configured, this command displays the current local time in the time zone.

Examples The following command shows how to display the system clock: ZXAN(config)#show clock 18:49:45

Thu

Jan 18

2001

beijing

ZXAN(config)#

Related Commands clock

1.24 show cputhreshold Syntax show cputhreshold [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays the CPU usage threshold(s).

1-20 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22

Mode All modes except user mode


Examples The following example shows how to display all the CPU threshold for all the cards. ZXAN#show cputhreshold

Rack Shelf Slot CpuThreshold

--------------------------------------

1

1

2

100

1

1

3

100

1

1

5

100

1

1

7

100

1

1

8

100

1

1

10

100

1

1

11

100

1

1

13

100

Related Commands 1.21 set-cputhreshold

1-21 SJ-20130118100307-010|2013-02-28 (R1.0)



1.25 show memthreshold Syntax show memthreshold [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays the memory usage threshold(s).


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22



Examples The following example shows how to display the memory usage thresholds of all available cards: ZXAN#show memthreshold Rack Shelf Slot MemThreshold

------------------------------

0

0

2

100

0

0

3

100

0

0

5

100

0

0

7

100

0

0

8

100

0

0

10

100

0

0

11

100

1-22 SJ-20130118100307-010|2013-02-28 (R1.0)



0

0

13

100

Related Commands 1.22 set-memthreshold

1.26 show privilege Syntax show privilege

Function This command displays the privilege level of the current telnet user.

Parameters None

Mode All modes

Usage Guidelines The privilege level of a telnet user ranges from 1 to 15.

Examples The following example shows how to display the privilege level of the current user: ZXAN#show privilege Current privilege level is 15


1.27 show running-config Syntax show running-config [{interface interface1 || name1 LINE1 |msan name2 } ]

Function This command displays running configuration of an interface. 1-23 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name.

Range: names of all interfaces that can be configured, such as epon-olt_rackno/slotno/portno, epon-onu_rackno/slotno/portno:onuno, gei_, loopback, mng, null, smartgroup, supervlan, tunnel, and vlan

name1

Mode for obtaining specific

begin, exclude, or include

configuration information. Three options are available: l

begin: This mode displays all configuration information from the line that starts with the specified character or string.

l

exclude: This mode displays configuration lines excluding the specified character or string.

l

include: This mode displays all configuration lines containing the specified character or string.

LINE1

Specifies the character or string

-

excluded or included.. name2

Module name.

vlan, mac, pppoe-plus, dhcp-option82, iptv, igmp, gpon, epon, ces, port-location, interface, epon-loopback-detection, or mpnat



1-24 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display all configuration information of an interface: ZXAN(config)#show running-config interface epon-olt_1/3/1 Building configuration... ! interface epon-olt_1/3/1 p2p mode group onu 1 type ZTE-D420 mac 00d0.d09a.4732 ip-cfg static onu 2 type ZTE-D420 mac 00d0.d09a.463e ip-cfg static security packet-limit broadcast 100 no security packet-limit multicast security packet-limit unknowncast 100 ! end


1.28 show sdisk-status Syntax show sdisk-status

Function This command displays the current status of the SD card.

Parameters None



Examples The following example shows how to display the current status of the SD card: ZXAN#show sdisk-status Board

OnLine

Status

-----------------------------------------

1-25 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference MASTER

INSERVECE

IDLE

Related Commands sdisk enable

1.29 show startup-config Syntax show startup-config [| name1 LINE1 ]

Function This command displays specific contents of the configuration file in the flash memory.

Parameters Parameter name1

Description

Value

Mode for obtaining specific

begin, exclude, or include

contents from the configuration file. Three options are available: l

begin: This mode displays all configuration information from the line that starts with the specified character or string.

l

exclude: This mode displays configuration lines excluding the specified character or string.

l

include: This mode displays all configuration lines containing the specified character or string.

LINE1

Specifies the character or string

-

excluded or included.



1-26 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples l

The following example shows how to display all configuration lines containing the string “hostname”: ZXAN#show start

running-config | include hostname

hostname ZXAN ZXAN#

l

The following example shows how to display all configuration information from the line containing the string “tacacs” to the end of the configuration file: ZXAN#show start

running-config | begin tacacs

tacacs disable tacacs-server timeout 5 tacacs-server packet 1024 ! ! alarm enable alarm confirm nms-hello-trap disable alarm trap-confirm retry 1 timeout 30 ! end ZXAN#

l

The following example shows how to display the configuration information without the string “alarm”. ZXAN#show startup-config | exclude alarm ssh server authentication ispgroup 1 ssh server authentication mode local ssh server authentication type chap no ssh server only ssh server version 2 ! authentication local enable ! tacacs disable tacacs-server timeout 5 tacacs-server packet 1024 ! ! nms-hello-trap disable end ZXAN#

1-27 SJ-20130118100307-010|2013-02-28 (R1.0)




1.30 show system-group Syntax show system-group

Function This command displays the system information, such as system name, running duration, and version.

Parameters None

Mode All modes


Examples The following example shows how to display the system information: ZXAN(config)#show system-group System Description: ZXR10 ROS Version V4.6.02A ZXPON C300 Software, Version V1.2.5 Copyright (c) 2000-2006 by ZTE Corporation Compiled 2013-02-05 01:36:08 System ObjectId: .1.3.6.1.4.1.3902.1015.300.3.1 System StartTime: 2013-2-16 14:28:56 Started before: 1 days, 2 hours, 8 minutes Contact with: +86-021-68895000 System name:

ZXAN

Location: No.889 BiBo Rd. PuDong District, ShangHai, China This system primarily offers a set of 78 services


1-28 SJ-20130118100307-010|2013-02-28 (R1.0)



1.31 show user-suspend Syntax show user-suspend

Function This command displays the account lockout configuration.

Parameters None



Examples The following example shows how to display the account lockout configuration: ZXAN(config)#show user-suspend User suspend config: ---------------------------------------------user-suspend mode ip user-suspend time: 30 minutes user-suspend retry times: 3 times ZXAN(config)#

Related Commands 1.35 user-suspend

1.32 show username Syntax show username

Function This command displays a list of users that are allowed to log on to the system.

1-29 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines This command only displays the information of users that have lower privilege levels than the current user.

Examples The following example shows how to display a list of users that are allowed to log in to the system: ZXAN(config)#show username Username

Password

Privilege

Max-sessions

zte

zte

15

16

zte1

zte1

14

4

ZXAN(config)#

Related Commands 1.36 username

1.33 show users Syntax show users

Function This command displays a list of terminal users.

Parameters None

Mode All modes

Usage Guidelines l

The asterisk symbol (*) in the command result indicates the terminal in use.

1-30 SJ-20130118100307-010|2013-02-28 (R1.0)



l

The Location of a terminal user is null when the user logs in to the equipment through a serial port. The Location of a terminal user is a valid IP address when the user logs in to the equipment in other modes. The user name is displayed in the User column when the user successfully logs in to the equipment. Or else, the user name is null.

l

Examples The following example shows how to display the information of terminal users: ZXAN(config)#show users User

Host(s) Idle

* 66 vty 0

Line

zte

idle

00:00:00

Location

67 vty 1

zte

idle

00:05:54

136.1.1.14

68 vty 2

zte

idle

00:00:09

136.1.1.7

69 vty 3

zte

idle

00:37:16

136.1.1.22

136.1.1.9

ZXAN(config)#

The following describes the output parameters in the command result: Parameter

Description

Line

Virtual terminal ID that indicates a login user

User

User name

Host

IP address of the Telnet server to which the user logs in through the equipment (client)

Idle

Idle duration of the terminal

Location

IP address of the client


1.34 user password Syntax user password name1

Function This command modifies the password for the current user.


Description

Value

name1

Clear text password

3–16 characters

1-31 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines l l l l

A user must log on to the NE first before using this command to modify the user password, otherwise an error message (“%Code 48446: user not exist.”) is reported. The new password must be different from the old one. The length of the clear text password ranges from 3 characters to 16 characters. The characters allowed in the password are: 0–9, a–z, A–Z, and `*-=~!@#$%^&()_+[]{}|;':,./<>\\.

Examples l

The following example shows that an error message is reported because the new password entered in this command is the same as the old one: ZXAN#user password zte %Code 48445: new password same as old password. ZXAN#

l

The following example shows that the user password is successfully modified: ZXAN#user password zteZTE ZXAN#


1.35 user-suspend Syntax user-suspend {mode name1 |time number1 |retry-times number2 }

Function This command configures the account lockout policy, including the lockout mode, lockout duration, and the threshold of login attempts.

1-32 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Lockout mode. The options

-

are: IP address, user name, IP address and user name, or none. Default: none number1

Lockout duration. A locked

30–1440

user account is automatically unlocked when the lockout duration expires. Unit: minutes. Default: 30 number2

Threshold of login attempts. If

1–10

the number of times that a user attempts to log on to the system exceeds this threshold, the user account is locked. Default: 3



Examples l

The following example sets the lockout mode to ip: ZXAN(config)#user-suspend mode ip

l

The following example sets the lockout duration to 30 minutes: ZXAN(config)#user-suspend time 30

l

The following example sets the lockout attempts threshold to 3: ZXAN(config)#user-suspend retry-times 3


1-33 SJ-20130118100307-010|2013-02-28 (R1.0)



1.36 username Syntax username name1 password {0 name2 |7 name3 |name4 } [max-sessions number1 ] [privilege nu mber2 ] no username name1

Function This command configures the user name and password of a user.


Description

Value

name1

User name.

1–16 characters

name2

Clear text password.

3–16 characters

name3

Cipher text password, which

24 characters, and space is not

is encrypted with the MD5

allowed

encryption algorithm. The cipher text password is visible and only used for loading configuration files. name4

Clear text password.

3–16 characters, and space is not allowed

number1

Number of allowed sessions.

1–16

Default: 16. number2

Privilege level.

0–15

Default: 1

Mode ZXAN(config)#

Usage Guidelines l l l l l l

No space is allowed in user name, clear text password, or cipher text password. The characters allowed in user name are: 0–9, a–z, and _ (underscore). The characters allowed in password are: 0–9, a–z, A–Z, and `*-=~!@#$%^&()_+[]{}|;':,./<>\\. A user has the default privilege level (1) if no privilege level is set for the user. Only a user having the highest privilege level (15) can create or delete user accounts. Either username username password 0 password or username username password pass word can be used to set an unencrypted password. 1-34

SJ-20130118100307-010|2013-02-28 (R1.0)



l

username username password 7 password can only be used to set a cipher text password for loading configuration files. This command cannot set a cipher text password when the system is operating properly.

Examples l

The following example shows how to set the password of the abc user to pass: ZXAN(config)#username abc password pass

l

The following example shows cipher text password is not allowed to set when the NE is during run-time: ZXAN(config)#username Admin password 7 12345678asdfghjk12345678 privilege 15 %Code 73: Error Run-time configuration, can't enter the password in the cipher text.

Related Commands 1.32 show username

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Chapter 2

Hardware Management Table of Contents add-card.....................................................................................................................2-1 add-rack .....................................................................................................................2-2 add-shelf ....................................................................................................................2-3 del-card ......................................................................................................................2-3 del-rack ......................................................................................................................2-4 del-shelf .....................................................................................................................2-5 qry..............................................................................................................................2-6 reboot.........................................................................................................................2-6 reset-card...................................................................................................................2-7 set-pnp.......................................................................................................................2-8 show card...................................................................................................................2-8 show shelf ..................................................................................................................2-9 show system-monitor ...............................................................................................2-10 swap ........................................................................................................................2-11 system-monitor endless-loop duration ......................................................................2-12 system-monitor endless-loop reboot .........................................................................2-13 system-monitor task-suspend-reboot........................................................................2-13 system-monitor watchdog.........................................................................................2-14 system-monitor watchdog-duration...........................................................................2-15

2.1 add-card Syntax add-card [rackno number1 ] [shelfno number2 ] slotno number3 name1

Function This command adds a card.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

2-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number3

Slot number

Range: 0–22

name1

Card type

-

Mode Configuration mode: ZXAN (config)#


Examples The following example shows how to add an EPFC card: ZXAN(config)#add-card rackno 1 shelfno 1 slotno 4 ETGO

Related Commands 2.4 del-card

2.2 add-rack Syntax add-rack rackno number1 racktype name1

Function This command adds a rack.


Description

Value

number1

Rack number

Range: 1–3

name1

Rack type

-



Examples The following example shows how to add rack 1: 2-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 2 Hardware Management ZXAN(config)#add-rack rackno 1 racktype ETSI21

Related Commands 2.5 del-rack

2.3 add-shelf Syntax add-shelf [rackno number1 ] shelfno number2 shelftype name1

Function This command adds a shelf.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

name1

Shelf type

-

number3

-

Range: 1–2



Examples The following example shows how to add shelf 1: ZXAN(config)#add-shelf shelfno 1 shelftype ETSI_SHELF

Related Commands 2.6 del-shelf

2.4 del-card Syntax del-card [rackno number1 ] [shelfno number2 ] slotno number3 2-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command deletes a card.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22



Examples The following example shows how to delete the card in slot 3: ZXAN(config)#del-card slotno 3

If the card is deleted, the service data related to the card will also be deleted. Do you want to del [yes/no]:y ZXAN(config)#

Related Commands 2.1 add-card

2.5 del-rack Syntax del-rack rackno number1

Function This command deletes a rack.


Description

Value

number1

Shelf number

Range: 1–3

2-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 2 Hardware Management



Examples The following example shows how to delete rack 1: ZXAN(config)#del-rack rackno 1 Confirm to delete rack? [yes/no]:y

Related Commands 2.2 add-rack

2.6 del-shelf Syntax del-shelf [rackno number1 ] shelfno number2

Function This command deletes a shelf.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3



Examples The following example shows how to delete shelf 1: ZXAN(config)#del-shelf shelfno 1 Confirm to delete shelf? [yes/no]:y

2-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 2.3 add-shelf

2.7 qry Syntax qry [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command determines changeover conditions of the active main control card.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22



Examples ZXAN#qry MP is ready to changeover!


2.8 reboot Syntax reboot [rackno number1 ] [shelfno number2 ]

Function This command reboots an OLT. 2-6 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3



Examples The following example shows how to reboot an OLT: ZXAN#reboot


2.9 reset-card Syntax reset-card [rackno number1 ] [shelfno number2 ] slotno number3 [subcard number4 ]

Function This command resets a card.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

number4

Sub-card number

Range: 0–2





Examples The following example shows how to reset the card in slot 1: ZXAN#reset-card rackno 1 shelfno 1 slotno 1

Confirm to reset card? [yes/no]:yes

Related Commands 2.8 reboot

2.10 set-pnp Syntax set-pnp name1

Function This command enables or disables Plug and Play (PnP) for a card.


Description

Value

name1

PnP configuration switch

-



Examples ZXAN(config)#set-pnp enable


2.11 show card Syntax show card [rackno number1 ] [shelfno number2 ] [slotno number3 ] 2-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays information about a configured card.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

Mode Any mode except user mode


Examples The following example shows how to display information about a configured card: ZXAN#show card

Rack Shelf Slot CfgType RealType Port

HardVer SoftVer

Status

------------------------------------------------------------------------------1

1

0

PRWG

1

1

10

SCXL

1

1

11

SCXL

SCXL

0

HWONLINE

0

OFFLINE

0

101100

V1.2.5

INSERVICE

Related Commands 2.1 add-card 2.4 del-card

2.12 show shelf Syntax show shelf [rackno number1 ] [shelfno number2 ]

Function This command displays information about a configured shelf.

2-9 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3



Examples The following example shows how to display information about a configured shelf: ZXAN#show shelf rackno 1 shelfno 1 Rack

Shelf

ShelfType

ConnectId

CleiCode

Serial-Number

--------------------------------------------------------------------------------

1

1

ETSI_SHELF

0

BVM5Z00GRA

13132132

Related Commands 2.3 add-shelf 2.6 del-shelf

2.13 show system-monitor Syntax show system-monitor [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays system monitoring information.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

2-10 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to display system monitoring information about a specified card: ZXAN(config)#show system-monitor slotno 7 Loc

Cfg

Real

Watchdog Duration suspendReboot endlessDuration

Reboot

------------------------------------------------------------------------------1/1/7

GTGO

disable

5

none

75

disable


2.14 swap Syntax swap [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command switches to the active main control card forcedly.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22



2-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to switch to the active main control card forcedly when both active and standby main control cards are online: ZXAN#swap rackno 1 shelfno 1 slotno 10 Confirm to master swap? [yes/no]:y


2.15 system-monitor endless-loop duration Syntax system-monitor endless-loop duration [rackno number1 ] [shelfno number2 ] slotno number3 value number4

Function This command sets the detection threshold of an endless-loop.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

number4

Treshold of an endless-loop

Range: 1–100 (%)


Usage Guidelines A task will be regarded as an endless-loop if the CPU usage of the endless-loop exceeds the threshold value.

Examples The following example shows how to set the CPU usage threshold of slot 2: ZXAN(config)#system-monitor endless-loop duration slot 2 value 70

Related Commands 2.13 show system-monitor 2-12 SJ-20130118100307-010|2013-02-28 (R1.0)



2.16 system-monitor endless-loop reboot Syntax system-monitor endless-loop reboot [rackno number1 ] [shelfno number2 ] slotno number3 nam e1

Function This command sets the endless-loop reboot strategy of a task.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

name1

Configuration strategy

-



Examples The following example shows how to enable the endless-loop reboot strategy of slot 2: ZXAN(config)#system-monitor endless-loop reboot slot 2 enable

Related Commands 2.13 show system-monitor

2.17 system-monitor task-suspend-reboot Syntax system-monitor task-suspend-reboot [rackno number1 ] [shelfno number2 ] slotno number3 na me1

Function This command configures the Network Element (NE) strategy when a task is suspended. 2-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

name1

Configuration strategy

-



Examples The following example shows how to configure the NE strategy when a task is suspended. In this example, the cards in slot 2 are not rebooted when all the tasks are suspended. ZXAN(config)#system-monitor task-suspend-reboot slot 2 none


2.18 system-monitor watchdog Syntax system-monitor watchdog [rackno number1 ] [shelfno number2 ] slotno number3 name1

Function This command enables or disables a watchdog.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

name1

Configuration switch

-

2-14 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to disable the watchdog in slot 2: ZXAN(config)#system-monitor watchdog slot 2

disable


2.19 system-monitor watchdog-duration Syntax system-monitor watchdog-duration [rackno number1 ] [shelfno number2 ] slotno number3 value number4

Function This command configures the dongle detection duration.


Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22

number4

Duration

Range: 1–60



Examples The following example shows how to configure the dongle detection duration of slot 2 as 3 minutes: 2-15 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#system-monitor watchdog-duration slotno 2 value 3


2-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 3

Fan Management Table of Contents fan control fixed-speed ...............................................................................................3-1 fan control temp_level ................................................................................................3-2 fan high-threshold ......................................................................................................3-2 fan speed ...................................................................................................................3-3 show fan ....................................................................................................................3-4 show temperature ......................................................................................................3-5

3.1 fan control fixed-speed Syntax fan control fixed-speed

Function This command switches the fan control mode to fixed-speed mode.

Parameters None


Usage Guidelines Two modes are available for controlling the fans: temperature-based control mode.

fixed-speed mode and

Examples The following example shows how to switch the fan control mode to fixed-speed mode: ZXAN(config)#fan control fixed-speed

Related Commands 3.5 show fan

3-1 SJ-20130118100307-010|2013-02-28 (R1.0)



3.2 fan control temp_level Syntax fan control temp_level number1 number2 number3 number4

Function This command switches the fan control mode to temperature-based control mode.


Description

Value

number1

Temperature level one

0°C–60°C

number2

Temperature level two

5°C–65°C

number 1 < number 2 < 60°C number3

Temperature level three

10°C–70°C

number 2 < number 3 < 65°C number4

Temperature level four

15°C–75°C

number 3 < number 4 < 70°C


Usage Guidelines Two modes are available for controlling the fans: temperature-based control mode.

fixed-speed mode and

Examples The following example shows how to switch the fan control mode to temperature-based control mode and set four temperature levels: ZXAN(config)#fan control temp_level 10 20 30 40


3.3 fan high-threshold Syntax fan high-threshold number1

3-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 3 Fan Management

Function This command sets a high-temperature threshold for the fan control card.


Description

Value

number1

High-temperature threshold

60°C – 80°C


Usage Guidelines A high-temperature alarm occurs when the temperature of the fan control card exceeds this threshold.

Examples The following example shows how to set a high-temperature threshold to 60°C: ZXAN(config)#fan high-threshold 60


3.4 fan speed Syntax fan speed number1

Function This command sets the speed level of a fan.


Description

Value

number1

Fan speed level

0–4


Usage Guidelines For the fan speed configuration, the speed of all the fans is configured by default. 3-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example sets the speed of all the fans to level 1. ZXAN(config)#fan speed 1


3.5 show fan Syntax show fan

Function This command displays the information of all fans.

Parameters None



Examples The following example shows how to display the information of all fans: ZXAN#show fan FanControlType

: fixed-speed

FanSpeedLevelPercent

: 25%

HighTemperatureThreshold

: 60(Celsius scale)

35%

50%

75%

Environment Temperature

: 60 (Celsius scale)

HighTemperatureProtection

: Threshold

Upper Fanboard Status

: online

Filter Status

: normally

Fan SN

: Invalid.

Environment Card Device

: N/A.

: N/A.(Celsius scale)

RestartTime: N/A.(Minute)

All fan status:

3-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 3 Fan Management Upper Fan Tray ------------------------------------------fan

Speed

------------------------------------------1

2

2

2

3

2


3.6 show temperature Syntax show temperature

Function This command displays the temperature information of the cards.

Parameters None



Examples None


3-5 SJ-20130118100307-010|2013-02-28 (R1.0)




3-6 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 4

Version Management Table of Contents auto-backup period.....................................................................................................4-1 download....................................................................................................................4-2 file-server ...................................................................................................................4-3 manual-backup...........................................................................................................4-4 patch active................................................................................................................4-5 patch deactive ............................................................................................................4-6 show auto-backup period configure ............................................................................4-7 show auto-backup progress........................................................................................4-7 show compound-version.............................................................................................4-8 show file-server ..........................................................................................................4-9 show patch-running ..................................................................................................4-11 show patch-saved ....................................................................................................4-11 show sync-status......................................................................................................4-12 show updatecpld ......................................................................................................4-13 show version-running ...............................................................................................4-14 show version-saved..................................................................................................4-15 swapver ...................................................................................................................4-16 sync-file....................................................................................................................4-16 update-boot..............................................................................................................4-17 update-cpld ..............................................................................................................4-18 upload ......................................................................................................................4-19

4.1 auto-backup period Syntax auto-backup period name1 time1 name2 number1 number2 interval number3 no auto-backup period name1

Function This command enables automatic backup and sets the start time and interval.

4-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Type of the automatic backup

-

function; If it is set to all, it indicates all types. time1

Start time

-

name2

Month

-

number1

Day

1–31

number2

Year

2001–2098

number3

Interval, in hours

1–8760



Examples The following example shows how to set an automatic backups of all types from 2011-1-5 15:00:00 every one hour: ZXAN(config)#auto-backup period all 15:00:00 jan 5 2011 interval 1

Related Commands 4.1 auto-backup period

4.2 download Syntax download name1 name2 [name3 ]

Function This command downloads files. The download mode can be *.* or *.suff.

4-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 4 Version Management


Description

Value

name1

Directory where the file is saved

-

name2

Name of the file to be

1–32 characters

downloaded name3

Download protocol

-



Examples The following example shows how to download the version files of the main control card:

ZXAN#download img scxl.mvr ftp Downloading from host(10.63.198.47)

Transfering file scxl.mvr ........................ file download successfully.


4.3 file-server Syntax file-server name1 name2 server-index number1 ipaddress ip_addr1 name3 [path name4 ] user name5 password name6 no file-server name1 name2 server-index number1

Function This command configures the file servers for automatic backup and manual backup.

4-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Backup mode

-

name2

Backup file type

-

number1

Server index

1–2

ip_addr1

Server IP address

-

name3

Protocol

-

name4

Path

1–255 characters

name5

User name

1–32 characters

name6

Password

1–32 characters


Usage Guidelines A file server must be configured before an automatic or manual backup.

Examples The following example shows how to set the file server for automatically backing up all file types. In this example, the server IP address is 136.1.10.200, server index is 1, FTP is used, relative path is backup, user name is zte, and password is zte.

ZXAN(config)#file-server auto-backup all server-index 1 ipaddress 136.1.10.200 ftp path backup user z

Related Commands 4.1 auto-backup period manual-backup 4.10 show file-server

4.4 manual-backup Syntax manual-backup name1

Function This command implements manual backup.

4-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Backup file type

-


Usage Guidelines Before manual backup, set the backup server first.

Examples The following example shows how to manually backup configuration file: ZXAN#manual-backup cfg

Related Commands file-server manual-backup

4.5 patch active Syntax patch active name1

Function This command runs the specified patch. The patch is activated immediately and the status changes to activated.


Description

Value

name1

Patch name

1–32 characters



Examples The following example shows how to activate a patch: 4-5 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#patch active SCXLV10T7_r2.pat Start active patch (SCXLV10T7_r2.pat) Active patch (SCXLV10T7_r2.pat)

in master board success

Active patch (SCXLV10T7_r2.pat)

in slave board success

Related Commands 4.11 show patch-running 4.12 show patch-saved

4.6 patch deactive Syntax patch deactive name1

Function This command stops the specified patch. The patch is deactivated immediately and the status changes to deactivated.


Description

Value

name1

Patch name

1–32 characters



Examples The following example shows how to deactivate a patch: ZXAN#patch deactive SCXLV10T7_r2.pat Start deactive patch (SCXLV10T7_r2.pat) Deactive patch (SCXLV10T7_r2.pat)

in master board success

Deactive patch (SCXLV10T7_r2.pat)

in slave board success

Related Commands 4.11 show patch-running 4.12 show patch-saved 4-6 SJ-20130118100307-010|2013-02-28 (R1.0)



4.7 show auto-backup period configure Syntax show auto-backup period configure

Function This command displays the automatic backup configuration.

Parameters None



Examples The following example shows how to display the automatic backup configuration: ZXAN#show auto-backup period configure Type

Enable

Start-time

Interval(hours)

--------------------------------------------------cfg

enable

2011-02-12 14:46:00

1

log

enable

2011-02-12 14:46:00

1

img

enable

2011-02-12 14:46:00

1

Related Commands 4.1 auto-backup period

4.8 show auto-backup progress Syntax show auto-backup progress name1

Function This command displays the backup progress.

4-7 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Backup type

-



Examples The following example shows how to display the progress of automatic backup progress: ZXAN#show auto-backup progress manual FileType

: img

BackupStatus

: backup file doing

StartTime

: 2012-04-22 11:36:52

TotalFiles

: 15

SuccessFiles

: 6

CurrFileName

: SCXL.MVR

CurrFileProgress : 12


4.9 show compound-version Syntax show compound-version name1

Function This command displays the compound version file information.


Description

Value

name1

Version file name

1–32 characters

Mode Any mode except user mode 4-8 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display the compound version file: ZXAN#show compound-version SCGL.FW

FileName

Format CompoundFlag BuildTime

FileLe

------------------------------------------------------------

scgl.bit.z

BIN

0

2008-11-27 16:29:50

259426

scgl.jbc.z

BIN

0

2008-11-27 16:29:50

26929

ZXAN#

Related Commands 4.2 download

4.10 show file-server Syntax show file-server name1

Function This command displays the information about a file server.


Description

Value

name1

Server type

-



4-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display the configuration of the automatic backup file server: ZXAN#show file-server auto-backup FileType

: Cfg

ServerIndex : 1 ProtocolType: Ftp Username

: target

Password

: ********

Path

: backup

FileType

: Cfg

Server-IpAddr: 10.63.196.70

ServerIndex : 2 Not configuration

FileType

: Log


: target

Password

: ********

Path

: backup

FileType

: Log



FileType

: Img


: target

Password

: ********

Path

: backup

FileType

: Img



Related Commands file-server auto-backup file-server manual-backup

4-10 SJ-20130118100307-010|2013-02-28 (R1.0)



4.11 show patch-running Syntax show patch-running [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays the operating status of the patches in the system.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22



Examples The following example shows how to display the operating status of the patches in the system: ZXAN#show patch-running

Related Commands 4.12 show patch-saved

4.12 show patch-saved Syntax show patch-saved

Function This command displays the saved patches that are available to be activated.

Parameters None 4-11 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to display the saved patches: ZXAN#show patch-saved

Related Commands 4.12 show patch-saved

4.13 show sync-status Syntax show sync-status

Function This command displays the file synchronization status.

Parameters None



Examples The following example shows how to display the file synchronization status: ZXAN#show sync-status

Synchronization status of directory /flash/img/ :

Filename

Status

------------------------------------------------

4-12 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 4 Version Management scxn.bt

100

scxn.fw

100

scxn0.mvr

100

3 files sync OK, Total 3 files

Related Commands 4.18 sync-file

4.14 show updatecpld Syntax show updatecpld [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays the CPLD update information. In the update information, NextRebootUpdate is the update flag, YES indicates CPLD update is implemented during next reboot, NO indicates that CPLD is not implemented during next reboot, LastUpdateResult is the update status flag, SUCCESS indicates the previous reboot succeeds, FAIL indicates that the previous reboot fails.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22



Examples The following example shows how to sisplay the CPLD update information: 4-13 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference show updatecpld


4.15 show version-running Syntax show version-running [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays the information about the versions that are running on all cards in a shelf.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

1–22



Examples The following example shows how to display the information about the versions that are running on all cards in shelf 1:

ZXAN#show version-running PhyLoc

FileType

VerType

VerTag

BuildTime

VerLength

-------------------------------------------------------------------------------1/1/11

SCXL

MVR

V1.2.5

2013-01-07 11:18:49 8144910

1/1/11

SCXL

BT

V1.0.0

2012-08-01 16:04:46 448032

Related Commands 4.2 download 4-14 SJ-20130118100307-010|2013-02-28 (R1.0)



4.16 show version-saved Syntax show version-saved {master |slave }

Function This command displays the information about the software version files saved in a card.


Description

Value

master

Active main control card

-

slave

Standby man control card

-



Examples The following example shows how to display the information about the version files saved in the main control card:

ZXAN#show version-saved master PhyLoc FileName

VerType VerTag

BuildTime

Length

Active

-------------------------------------------------------------------------------1/1/11 cick.fw

FW

V1.2.3T1O

2012-06-29 06:01:00 65022

1/1/11 cick.mvr

MVR

V1.2.3

2012-06-29 01:32:28 2040584

1/1/11 ctla.fw

FW

V1.2.3

2012-06-20 03:09:18 32227

1/1/11 ctla.mvr

MVR

V1.2.3

2012-06-19 19:44:25 763933

1/1/11 ctub.mvr

MVR

V1.2.3

2012-06-19 19:53:30 2276980

1/1/11 scxl0.mvr

MVR

V1.2.5

2012-12-05 23:48:18 8130900

1

1/1/11 scxl1.mvr

MVR

V1.2.5

2012-12-05 23:48:18 8130900

0


4-15 SJ-20130118100307-010|2013-02-28 (R1.0)



4.17 swapver Syntax swapver

Function This command specifies the version file to be started. It can be used to swap between the active and standby versions.

Parameters None



Examples The following example shows how to swap the version file: ZXAN#swapver Swap active version successfully.


4.18 sync-file Syntax sync-file name1 [name2 ]

Function This command synchronizes the files between main and backup card. If the directory is not specified, all files are synchronized. This command is an asynchronous command and the synchronization status can be checked through the show sync-status command.

4-16 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Directory name

-

name2

File name

1–32 characters



Examples The following example shows how to synchronize the cfg directory:

ZXAN#sync-file cfg


4.19 update-boot Syntax update-boot [rackno number1 ] [shelfno number2 ] slotno number3

Function This command updates the boot version file and write it into bootrom.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22





Examples The following example shows how to update the boot version file of a card:

ZXAN#update-boot slotno 7 Confirm to update boot? [yes/no]:yes


4.20 update-cpld Syntax update-cpld [rackno number1 ] [shelfno number2 ] slotno number3 swtval number4

Function This command sets the update flag of cpld version file.


Description

Value

number1

Rack number

1–3

number2

Shelf number

1–3

number3

Slot number

0–22

number4

Configuration switch

0–1



Examples The following example shows how to set the update flag of cpld version file: ZXAN#update-cpld slotno 7 swtval 1 Cpld update flag is set successfully




4.21 upload Syntax upload name1 name2 [{ftp |sftp |name3 [{ftp |sftp } ] } ]

Function This command uploads files through FTP or SFTP.


Description

Value

name1

Directory where the file is saved

-

name2

Name of the file to be uploaded

1–32 characters

ftp

FTP upload protocol

-

sftp

SFTP upload protocol

-

name3

Destination file name

1–32 characters



Examples The following example shows how to upload the version files of the main control card:

ZXAN#upload img gcsa.mvr gcsa.mvr ftp Uploading file to host(10.63.198.47)

Uploading file gcsa.mvr ... [Successfully]


4-19 SJ-20130118100307-010|2013-02-28 (R1.0)




4-20 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 5

CPE Version Management Table of Contents action .........................................................................................................................5-1 cpe abort ....................................................................................................................5-2 cpe activate................................................................................................................5-3 cpe commit.................................................................................................................5-4 cpe task .....................................................................................................................5-5 cpe update .................................................................................................................5-5 cpe update-and-reboot ...............................................................................................5-6 cpe update-commit.....................................................................................................5-7 cpe update-reonline....................................................................................................5-8 description..................................................................................................................5-8 equipment-type ..........................................................................................................5-9 match-vertag ............................................................................................................5-10 mode........................................................................................................................5-11 parallel-limitation ......................................................................................................5-11 range........................................................................................................................5-12 service-type..............................................................................................................5-13 show cpe information ...............................................................................................5-14 show cpe summary-of ..............................................................................................5-15 show cpe update-status............................................................................................5-16 task abort .................................................................................................................5-17 task add ...................................................................................................................5-18 task delete................................................................................................................5-18 task restart ...............................................................................................................5-19 vendor-name ............................................................................................................5-19 version-file................................................................................................................5-20

5.1 action Syntax action name1

Function This command specifies a CPE version management action.

5-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

CPE version management

-

action

Mode CPE-TASK mode

Usage Guidelines One of the following actions can be specified: l l l l l

update: downloads the required version. reboot: reboots the CPE. update-and-reboot: downloads the required version, activates the version, and sets the version as default. This action completes the entire version update procedure. update-commit: activates the version and sets this version as default. update-reonline: activates the version and sets this version as default upon the next login.

Examples The following example shows how to specify a CPE version management action: ZXAN(cpe-task)#action update-and-reboot


5.2 cpe abort Syntax cpe abort {type name1 |interface1 name2 }

Function This command aborts the current version management action on a CPE.


Description

Value

name1

CPE type

-

interface1

Interface number

-

name2

CPE list

-

5-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 5 CPE Version Management



Examples The following example shows how to abort the version management action on CPE 1 that is connected to gpon-olt_1/2/1: ZXAN#cpe abort gpon-olt_1/2/1 cpe 1 ZXAN#


5.3 cpe activate Syntax cpe activate {type name1 |interface1 name2 }

Function This command activates the version of a CPE.


Description

Value

name1

CPE type

Length: 1–16 characters

interface1

Interface number

-

name2

CPE list

-



Examples The following example shows how to activate the version of CPE 1 that is connected to the interface gpon-olt_1/2/1: 5-3 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#cpe active gpon-olt_1/2/1 1 ZXAN#


5.4 cpe commit Syntax cpe commit {type name1 |interface1 name2 }

Function This command sets the version of a CPE as the default boot version.


Description

Value

name1

CPE type


interface1

Interface number

-

name2

CPE list

-



Examples The following example shows how to set the version of CPE 1 that is connected to the interface gpon-olt_1/2/1 as the default boot version: ZXAN#cpe commit gpon-olt_1/2/1 1 ZXAN#


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5.5 cpe task Syntax cpe task name1

Function This command starts CPE task configuration mode.


Description

Value

name1

Task name




Examples The following example shows how to start CPE task configuration mode: ZXAN(config)#cpe task test1 ZXAN(cpe-task)#


5.6 cpe update Syntax cpe update name1 {type name2 |interface1 name3 }

Function This command downloads a version file to a CPE.


Description

Value

name1

CPE version file name

-

name2

CPE type

-

5-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

interface1

Interface number

-

name3

CPE list

-



Examples The following example shows how to download a version file to CPE 1 that is connected to the interface epon-olt_1/10/3: ZXAN#cpe update f460914.bin epon-olt_1/10/3 1 ZXAN#


5.7 cpe update-and-reboot Syntax cpe update-and-reboot name1 {type name2 |interface1 name3 }

Function This command updates the version of a CPE and reboots the CPE.


Description

Value

name1


-

name2

CPE type

-

interface1

Interface number

-

name3

CPE list

-


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Examples The following example shows how to update the version of CPE 1 that is connected to the interface epon-olt_1/2/1 and reboots CPE 1: ZXAN#cpe update-and-reboot f460914.bin epon-olt_1/2/1 1 ZXAN#


5.8 cpe update-commit Syntax cpe update-commit name1 {type name2 |interface1 name3 }

Function This command downloads a version to a CPE and sets the version as the default version.


Description

Value

name1


-

name2

CPE type

-

interface1

Interface number

-

name3

CPE list

-



Examples The following example shows how to download a version file to CPE 1 that is connected to the interface epon-olt_1/10/3 and set this version as the default: ZXAN#cpe update-commit f460914.bin epon-olt_1/10/3 1 ZXAN#

5-7 SJ-20130118100307-010|2013-02-28 (R1.0)




5.9 cpe update-reonline Syntax cpe update-reonline name1 {type name2 |interface1 name3 }

Function This command updates the version of a CPE.


Description

Value

name1


-

name2

CPE type

-

interface1

Interface number

-

name3

CPE list

-


Usage Guidelines This command downloads a version to the specified CPE. The downloaded version is activated and set as the default version upon the next logon of the CPE.

Examples The following example shows how to update the version of CPE 1 that is connected to the interface epon-olt_1/10/3: ZXAN#cpe update-reonline f460914.bin epon-olt_1/10/3 1 ZXAN#


5.10 description Syntax description name1 5-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command adds a description for a CPE task.


Description

Value

name1

Task description


Mode CPE-TASK mode


Examples The following example shows how to add a description for a CPE task: ZXAN(cpe-task)# description test


5.11 equipment-type Syntax equipment-type name1

Function This command specifies the actual equipment type of CPE in a task.


Description

Value

name1

Actual equipment type

-

Mode CPE-TASK mode

Usage Guidelines Enter the actual equipment type in this command, such as F460 or F420. Do not enter the configured equipment type in this command. 5-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to specify the actual equipment type: ZXAN(cpe-task)# equipment-type f460g


5.12 match-vertag Syntax match-vertag name1 name2

Function This command compares the version numbers of CPEs with the benchmark version number.


Description

Value

name1

Matching rule

-

name2

Benchmark version number


Mode CPE-TASK mode

Usage Guidelines This command only compares the current vertag string of a CPE with the vertag string specified in the command. The matching rule “equal” or “unequal” is recommended depending on the CPE version used in the network. Do not use “above” or “below”.

Examples The following example shows how to compare version numbers ZXAN(cpe-task)# match-vertag unequal v1.0


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5.13 mode Syntax mode name1

Function This command configures the task execution mode.


Description

Value

name1

Task mode

-

Mode CPE-TASK mode


Examples The following example shows how to configure the task mode: ZXAN(cpe-task)# mode both


5.14 parallel-limitation Syntax parallel-limitation number1

Function This command limits the maximum number of CPEs that can be concurrently updated by a task for a card.


Description

Value

number1

Maximum number of CPEs that

0–1024

can be concurrently updated 5-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode CPE-TASK mode

Usage Guidelines By default, a maximum of 64 CPEs can be concurrently updated for a card.

Examples The following example shows how to set the maximum number of concurrently-updated CPEs: ZXAN(cpe-task)# parallel-limitation 16


5.15 range Syntax range {ne |port interface1 }

Function This command configures an effective range for a task.


Description

Value

ne

Updates versions of all CPEs

-

connected to the NE. port

Updates versions for CPEs

-

connected to a specific port. interface1

Port number.

-

Mode CPE-TASK mode

Usage Guidelines To add multiple ports to an effective range, execute the range port command multiple times and specify one required port each time.

5-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples l

To allow version updates of all CPEs connected to the NE, enter the following command: ZXAN(cpe-task)# range ne

l

To allow version updates of CPEs connected to two ports, gpon-olt_1/5/1 and gpon-olt_1/5/2, enter the following commands: ZXAN(cpe-task)# range port

gpon-olt_1/5/1

ZXAN(cpe-task)# range port

gpon-olt_1/5/2


5.16 service-type Syntax service-type name1

Function This command configures a service type for a task.


Description

Value

name1

Service type: GPON or EPON

-

Mode CPE-TASK mode


Examples The following example shows how to set the service type to EPON: ZXAN(cpe-task)# service-type epon


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5.17 show cpe information Syntax show cpe information interface1 name1

Function This command displays the information of a CPE.


Description

Value

interface1

Interface number

-

name1

Specified CPE

-


Usage Guidelines The CPE information contains the vender name, device name, and the status of the current version. To query the information of multiple CPEs at a time, set a CPE list before using this command.

Examples The following example shows how to display the current information of a CPE: ZXAN#show cpe information epon-olt_1/10/3 1 epon-onu_1/10/3: 1 CpeVendorName : ZTE CpeType

: F460

Region 1 Vertag

: V1.0.1P1T3

Commited

: Yes

Activated

: Yes

Valid

: Yes

Region 2 Vertag

:

Commited

: No

Activated

: No

Valid

: No




5.18 show cpe summary-of Syntax show cpe summary-of {task name1 |manual } [{operating |fail |success |waiting } ]

Function This command displays the summary of manual updates or updates initiated by tasks.


Description

Value

task

Shows the summary of updates

-

initiated by a specific task. name1

Task name.

-

manual

Shows the summary of manual

-

updates. operating

Locations of CPEs that are

-

being updated. Locations of CPEs that failed to

fail

-

be updated. success

Locations of CPEs that are

-

successfully updated. waiting

Locations of CPEs that wait for

-

update.


Usage Guidelines This command shows the brief information of manual updates or updates initiated by a task, including the locations of CPEs that are being updated, are waiting for update, are successfully updated, and failed to be updated. To show the summary of updates initiated by command lines, which are also manual updates, use the manual option in this command.

Examples l

The following example shows how to display the summary of current manual updates: ZXAN#show cpe summary-of manual Operating: Waiting:

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ZXA10 C300/C320 Command Reference Fail: Success: epon-onu_0/10/3: 1

l

The following example shows how to display the summary of updates initiated by task abc: ZXAN#show cpe summary-of task abc Operating: Waiting: Fail: Success: epon-onu_0/10/3: 1


5.19 show cpe update-status Syntax show cpe update-status interface1 name1

Function This command displays the update information of a CPE.


Description

Value

interface1

Interface number

-

name1

Specified CPE

-


Usage Guidelines The update information contains the action being performed, update process, and failure reason. An RU list can be set for querying the update information of multiple CPEs.

Examples The following example shows how to display the update information of a CPE: ZXAN#show cpe update-status epon-olt_1/10/3 1 epon-onu_1/10/3: 1

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Taskname

:

Manual Action

:

Update Status

:

In-progress Progress

: 4%

Failreason

:

None Committime

:


5.20 task abort Syntax task abort

Function This command aborts a CPE task.

Parameters None

Mode CPE-TASK mode


Examples The following command shows how to abort a CPE task: ZXAN(cpe-task)# task abort


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5.21 task add Syntax task add

Function This command adds a CPE task.

Parameters None

Mode CPE-TASK mode

Usage Guidelines This command can be used to add a CPE task only after all required parameters are configured.

Examples The following example shows how to add a CPE task: ZXAN(cpe-task)# task add


5.22 task delete Syntax task delete

Function This command deletes a CPE task.

Parameters None

Mode CPE-TASK mode 5-18 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to delete a CPE task: ZXAN(cpe-task)# task delete


5.23 task restart Syntax task restart

Function This command restarts a CPE task.

Parameters None

Mode CPE-TASK mode


Examples The following example shows how to restarts a CPE task: ZXAN(cpe-task)# task restart


5.24 vendor-name Syntax vendor-name name1 5-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command specifies the vendor name for a CPE task.


Description

Value

name1

Vendor name

-

Mode CPE-TASK mode

Usage Guidelines To obtain the vendor name of a CPE, use the show remote-unit information command.

Examples The following example shows how to specify a vendor name for a CPE task: ZXAN(cpe-task)# vendor-name zte


5.25 version-file Syntax version-file name1

Function This command specifies the name of the version file for an update task.


Description

Value

Name of the required version


file

Mode CPE-TASK mode




Examples The following example shows how to specify the name of the version file required for a CPE update task: ZXAN(cpe-task)# version-file f460.bin


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5-22 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 6

User Management Table of Contents exit .............................................................................................................................6-1 line console absolute-timeout .....................................................................................6-2 line console idle-timeout .............................................................................................6-3 line telnet absolute-timeout.........................................................................................6-4 line telnet access-class...............................................................................................6-4 line telnet idle-timeout ................................................................................................6-5 line telnet users ..........................................................................................................6-6 login ...........................................................................................................................6-7 login-authentication-type ............................................................................................6-8 login-authorization-type ..............................................................................................6-8 logout .........................................................................................................................6-9 show history .............................................................................................................6-10 show telnet...............................................................................................................6-11 show terminal ...........................................................................................................6-12 telnet ........................................................................................................................6-12 telnet mng ................................................................................................................6-13 telnet onu .................................................................................................................6-14

6.1 exit Syntax exit

Function This command exits the device or returns to the previous mode.

Parameters None

Mode Privileged mode, user mode

6-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines In user and privileged modes, execute this command to exit the device. In other modes, execute this command to return to the previous mode.

Examples The following example shows how to exit global configuration mode and return to the privileged mode: ZXAN(config)#exit ZXAN#

Related Commands 6.11 logout 6.8 login

6.2 line console absolute-timeout Syntax line console absolute-timeout number1 no line console absolute-timeout

Function This command sets the total use time of the serial-port terminal. After the time expires, the serial-port terminal session is closed.


Description

Value

number1

Total use time of the serial-port terminal, in

1–10000

minutes; default: 24 hours


Usage Guidelines This command can be used in combination with the line console idle-timeout command to close a serial-port terminal session after a period. To cancel the setting, use the no form of this command.

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Chapter 6 User Management

Examples The following example shows how to set the total use time of the serial-port terminal to 30 minutes: ZXAN(config)#line console absolute-timeout 30

Related Commands 6.3 line console idle-timeout

6.3 line console idle-timeout Syntax line console idle-timeout number1 no line console idle-timeout

Function This command sets the idle time of the serial port terminal. After this command is executed, if there is no keyboard input in the specified period, the serial-port terminal session is closed.


Description

Value

number1

Idle time of the serial port terminal, in

1–1000

minutes; default: 3 minutes


Usage Guidelines This command can be used in combination with the line console absolute-timeout command to close a serial-port terminal session after a period. To cancel the setting, use the no form of this command.

Examples The following example shows how to set the idle time of the serial port terminal to 30 minutes:. ZXAN(config)#line console idle-timeout 30

Related Commands 6.2 line console absolute-timeout 6-3 SJ-20130118100307-010|2013-02-28 (R1.0)



6.4 line telnet absolute-timeout Syntax line telnet absolute-timeout number1 no line telnet absolute-timeout

Function This command sets the total use time of the Telnet terminal. After the time expires, the Telnet session is closed and the terminal is disconnected. To cancel the setting, use the no form of this command.


Description

Value

number1

Total use time of the Telnet terminal, in

1–10000

minutes; default: 24 hours


Usage Guidelines This command can be used in combination with the line telnet idle-timeout command to close a Telnet terminal session after a period.

Examples The following example shows how to total use time of the Telnet terminal to 30 minutes: ZXAN(config)#line telnet absolute-timeout 30

Related Commands 6.6 line telnet idle-timeout

6.5 line telnet access-class Syntax line telnet access-class number1 no line telnet access-class

6-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command specifies the IP addresses that can log in to the Telnet terminal. By default, all login addresses are allowed.


Description

Value

number1

Access address list number

1–99



Examples The following example shows how to specify the login IP addresses to access the Telnet terminal: ZXAN(config)#line telnet access-class 2

Related Commands 42.4 acl standard

6.6 line telnet idle-timeout Syntax line telnet idle-timeout number1 no line telnet idle-timeout

Function This command sets the idle time of the Telnet terminal. After this command is executed, if there is no keyboard input in the specified period, the Telnet terminal session is closed and the terminal is disconnected.


Description

Value

number1

Idle time of the Telnet terminal, in

1–1000

minutes; default: 3 minutes

6-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines This command can be used in combination with the line telnet absolute-timeout command to close a Telnet terminal session after a period. To cancel the setting, use the no form of this command.

Examples The following example shows how to set the idle time of the Telnet terminal to 30 minutes: ZXAN(config)#line telnet idle-timeout 30 ZXAN(config)#

Related Commands 6.4 line telnet absolute-timeout

6.7 line telnet users Syntax line telnet users number1

Function This command sets the total number of logged-in users through Telnet.


Description

Value

number1

Total number of logged-in users

1–16

through Telnet


Usage Guidelines If the onlie users reach the maximum number, the system prompts “Logged-on user is full” when a new user logs in. If the number needs modification, the new number must be larger than the number of current online users. Otherwise, the system prompts ”%Code 5017: Configure error, the number of online user is larger than configuration.” 6-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to the total number of logged-in users through Telnet to 4: ZXAN(config)#line telnet users 4

The following example shows that the system prompts error when the total number of allowed logged-in users is set to 2 whereas the number of current online users is 4: ZXAN(config)#line telnet users 2 %Code 5017: Configure error, the number of online user is larger than configuration. ZXAN(config)#


6.8 login Syntax login

Function This command changes a login user name.

Parameters None

Mode User mode

Usage Guidelines The user name and password need to be entered to log in to the NE. There is no echo on the screen when you type the password.

Examples The following example shows how to log in to the device as the user zxan: ZXAN>login Username:admin Password: ZXAN#

6-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 6.11 logout

6.9 login-authentication-type Syntax login-authentication-type {local |radius number1 |tacacs+ }

Function This command specifies the user authentication mode for Telnet login. The default is local authentication.


Description

Value

local

Local authentication

-

radius

RADIUS authentication

-

number1

RADIUS authentication group

1–10

number tacacs+

TACACS+ authentication

-



Examples The following example shows how to set local authentication for Telnet login: ZXAN(config)#user-authentication-type local

Related Commands 6.15 telnet

6.10 login-authorization-type Syntax login-authorization-type {local |tacacs+ } 6-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command specifies the user authorization type for Telnet login. The default is local authorization.


Description

Value

local

Local authorization

-

tacacs+

TACACS+ authorization

-


Usage Guidelines For the RADIUS authentication mode, you only need to set the login-authorization-type command to radius and the authorization type needs no configuration.

Examples The following example shows how to set the authorization type to local authorization: ZXAN(config)#login-authorization-type local

Related Commands 6.15 telnet

6.11 logout Syntax logout

Function This command logs out of the NE.

Parameters None

Mode User mode

Usage Guidelines After this command is executed, the device is disconnected. 6-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to log out of the NE from the serial port: ZXAN>logout

ZXAN router's con0 is now available

Press RETURN to get started.

Related Commands 6.8 login

6.12 show history Syntax show history

Function This command displays a record of the commands that have been entered.

Parameters None

Mode Any mode

Usage Guidelines A maximum of the last ten commands can be displayed.

Examples The following example shows how to show the command history: ZXAN#show history who show ip route en


6-10 SJ-20130118100307-010|2013-02-28 (R1.0)



6.13 show telnet Syntax show telnet

Function This command displays the configuration information of the Telnet terminal.

Parameters None


Usage Guidelines The displayed Telnet terminal information includes: 1. 2. 3. 4.

Total user time and idle time of the login serial port terminal Total use time and idle time of the Telnet terminal Maximum number of users allowed to log in to the NE through Telnet Allowed login IP addresses, if configured

Examples The following example shows how to display the configuration information of the Telnet terminal: ZXAN(config)#show telnet line console idle-timeout 3 line console absolute-timeout 1440 line telnet idle-timeout 3 line telnet absolute-timeout 1440 line telnet access-class 1 line telnet users 16

ZXAN(config)#


6-11 SJ-20130118100307-010|2013-02-28 (R1.0)



6.14 show terminal Syntax show terminal

Function This command displays the login terminal information.

Parameters None

Mode Any mode

Usage Guidelines The displayed terminal information includes the terminal ID, type, window size, and login restriction window.

Examples The following example shows how to display the login terminal information: ZXAN#show terminal Line 66, Location: "", Type: "ANSI" Length: 25 lines, Width: 80 columns Telnet idle-timeout is: 00:03:00 Telnet absolute-timeout is: 1d00h00m Baud rate (TX/RX) is 9600/9600 Capabilities: none Time since activation: 00:01:57 Editing is enabled. History is enabled, history size is 10. Telnet access-class is: EMPTY! ZXAN#


6.15 telnet Syntax telnet ip_addr1 [number1 ] 6-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command opens a Telnet connection.


Description

Value

ip_addr1

Destination IP address

-

number1

Telnet service port number

0–65535

Mode User mode

Usage Guidelines This command can be used to log in to other devices or the Telnet server.

Examples The following example shows how to telnet to the server with the IP address 168.1.200.77: ZXAN#telnet 168.1.200.77

The following example shows how to telnet to the server whose IP address is 100.100.100.155 and the port number is 23: ZXAN#telnet 100.100.100.155 23 Trying 100.100.100.155 ...Open

Attention: Telnet Escape character is ctrl+']'


6.16 telnet mng Syntax telnet mng ip_addr1

Function This command enables a telnet connection from a management interface.

6-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

Destination IP address, in

-

dotted decimal notation

Mode User mode

Usage Guidelines This command is used to log in to other devices or the Telnet server from a management port.

Examples The following example shows how to telnet to the server 168.1.200.77 from the management interface: ZXAN#telnet mng 168.1.200.77 ZXAN#


6.17 telnet onu Syntax telnet onu interface1

Function This command manages the ONU remotely on the OLT.

Parameters Parameter interface1

Description

Value

ONU interface name, in the format

-

of epon-onu_shelf/slot/olt:onu or gpon-onu_shelf/slot/olt:onu, where shelf is the shelf No., slot is the slot No., olt is the interface number, and onu is the ONU interface number

6-14 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to telnet to an ONU: ZXAN#telnet onu gpon-onu_1/3/4:1


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6-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 7

File System Management Table of Contents auto-write ...................................................................................................................7-1 copy ...........................................................................................................................7-2 delete .........................................................................................................................7-3 dir...............................................................................................................................7-4 show auto-write ..........................................................................................................7-5 write ...........................................................................................................................7-6 write flash...................................................................................................................7-7

7.1 auto-write Syntax auto-write {name1 |time1 {everyday |name2 number1 number2 } }

Function This command configures automatic saving of configuration files.


Description

Value

name1

Enables or disables

enable or disable

the automatic saving of configuration files. time1

Time when configuration files are automatically saved. Format: hour:minute:second.

everyday

Saves configuration files

-

automatically every day. name2

Month.

-

number1

Day.

1–31

number2

Year.

2001–2098

Mode Configuration mode: ZXAN(config)# 7-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines Either of the following automatic saving modes can be configured: l l

Saving configuration files automatically at a particular time everyday. Saving configuration files automatically at a particular time on a specific day.

If both modes are configured, the latter configured mode is effective. To show the effective automatic saving mode, use the show auto-write command.

Examples l

The following example shows how to enable the automatic saving of configuration files: ZXAN(config)#auto-write enable

l

The following example shows how to set a schedule for automatic saving of configuration files that starts the saving at 12:00:00 everyday: ZXAN(config)#auto-write 12:00:00 everyday ZXAN(config)#

l

The following example shows how to set a schedule for automatic saving of configuration files that starts the saving at 12:00:00 on May. 1, 2012: ZXAN(config)#auto-write 12:00:00 may 1 2012 ZXAN(config)#

l

The following example shows how to set a schedule for automatic saving of configuration files that starts the saving 10 hours later after the system configuration changes: ZXAN(config)#auto-write delay 10

Related Commands 7.5 show auto-write

7.2 copy Syntax copy {master |slave } name1 name2 {master |slave } name3 name4

Function This command copies a file in a directory on an active or standby card and pastes the file in the same or another directory on this card.

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Chapter 7 File System Management


Description

Value

master

Active main control card

-

slave

Standby main control card

-

name1

Source directory

-

name2

Name of the file to be copied

-

name3

Destination directory

-

name4

Name of the pasted file

-



Examples The following example copies starup.dat in the cfg directory on the slave main control card and pastes the file in the cfg directory with a new name (startrun.bak): ZXAN#copy slave cfg startrun.dat slave cfg startrun.bak

Start copying file

………… file copied successfully.


7.3 delete Syntax delete name1 name2

Function This command deletes one or multiple files.

7-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Directory name

-

name2

File name

-

Mode Privilege mode: ZXAN#

Usage Guidelines This command deletes the same files on the standby card at the same time. The wildcard (*) can be used in this command to delete all suff files (*.suff) or all files (*.*) in a directory.

Examples The following example shows how to delete the files in the cfg directory: ZXAN#delete cfg *.*

Start deleting file

deleting startrun.dat.. [Successfully]

deleting startrun.sav [Successfully]

deleting file startrun.dat on backup board... [Successfully]


7.4 dir Syntax dir name1

Function This command displays a list of files in a directory.

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Chapter 7 File System Management


Description

Value

name1

Directory name

-


Usage Guidelines If a standby card is configured, this command also displays the file information on the standby card.

Examples The following example shows how to display a list of files in the cfg directory: ZXAN#dir cfg

Directory of /flash/cfg/

attribute

size

date

time

name

-rwx

9281

MAR-11-2010

14:25:32

startrun.sav

-rwx

9281

MAR-11-2010

14:25:32

startrun.dat

-rwx

9732

JAN-24-2001

23:09:42

172.17.104.200

-rwx

4096

MAR-08-2010

13:29:24

nvram.dat

Current directory 4 files total

Total disk size: 258621440 bytes (203030528 bytes free)


7.5 show auto-write Syntax show auto-write

Function This command displays the configuration of the automatic saving function.





Usage Guidelines This command displays the configuration of the automatic saving function, such as whether the automatic saving of configuration files is enabled, and the automatic saving schedule.

Examples The following example shows how to display the configuration of the automatic saving function: ZXAN(config)#show auto-write auto-write enable auto-write 12:00:00

everyday

ZXAN(config)#

Related Commands 7.1 auto-write

7.6 write Syntax write

Function This command saves the configuration of the equipment.

Parameters None


Usage Guidelines No “set” operation is allowed before the “write” operation is completed.

Examples l

The following example shows how to save the configuration of the equipment: ZXAN#write Building configuration... ..[OK]

7-6 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 7 File System Management ZXAN#

l

The following example shows that an error message is displayed when a user attempts to modify the host name of the equipment before the “write” operation is completed: ZXAN(config)#hostname aaa %Code 41006: This command is forbidden, because command "write" is executing. ZXAN(config)#

Related Commands 7.7 write flash

7.7 write flash Syntax write flash

Function This command writes the equipment configuration to the flash memory.

Parameters None


Usage Guidelines The configuration in the flash memory takes effect upon the next startup of the equipment.

Examples The following example shows how to write the equipment configuration to the flash memory: ZXAN#write flash Building configuration... ..[OK] ZXAN#

Related Commands 7.6 write

7-7 SJ-20130118100307-010|2013-02-28 (R1.0)




7-8 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 8

SuperVLAN Commands Table of Contents arp-broadcast .............................................................................................................8-1 inter-subvlan-routing...................................................................................................8-2 interface .....................................................................................................................8-3 ip supervlan pool ........................................................................................................8-4 ip-pool-filter ................................................................................................................8-5 show supervlan ..........................................................................................................8-6 show supervlan ip-pool...............................................................................................8-6 subvlan ......................................................................................................................8-7 supervlan ...................................................................................................................8-8 supervlan inter-subvlan-routing ..................................................................................8-9

8.1 arp-broadcast Syntax arp-broadcast {enable |disable }

Function This command enables or disables ARP broadcast from the super VLAN to all its sub-VLANs.

Parameters Parameter enable

Description

Value

Enables the ARP broadcast function

-

on sub-VLANs. disable

Disables the ARP broadcast function

-

on sub-VLANs.

Mode Super VLAN interface mode

8-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines This command is to prevent the broadcast storm from decreasing the system processing efficiency, and provide a configurable ARP broadcast function for users. The configuration can be checked through the show running-config command on the super VLAN interface. By default, ARP broadcast is disabled on all sub-VLANs/physical interfaces.

Examples The following example shows how to enable ARP broadcast from super VLAN 1 to all its sub-VLAN:

ZXAN(config)#interface supervlan1

ZXAN(config-if)#arp-broadcast enable


8.2 inter-subvlan-routing Syntax inter-subvlan-routing {enable |disable }

Function This command enables or disables routing between sub-VLANs.


Description

Value

enable

Enables routing between

-

sub-VLANs disable

Disables routing between

-

sub-VLANs


Usage Guidelines The configuration can be checked through the show running-config command on the super VLAN interface. By default, routing between sub-VLANs are disabled. 8-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 8 SuperVLAN Commands

Examples The following example shows how to enable the routing between sub-VLANs on super VLAN 1:


ZXAN(config-if)#inter-subvlan-routing enable


8.3 interface Syntax interface {byname name1 |interface1 } no interface {byname name1 |interface1 }

Function This command enters an interface mode, for example, uplink interface, PON interface, or VLAN. It can also create a smart group, which is a link aggregation group, and enter the smartgroup interface configuration mode.


Description

Value

name1

Interface name

-

interface1

Interface bias

-


Usage Guidelines In the smartgroup mode, use the no form of this command to delete the configured link aggregation group.

Examples The following example shows how to enter the uplink interface mode: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#

The following example shows how to create a smart group: 8-3 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#interface smartgroup1 ZXAN(config-if)#


8.4 ip supervlan pool Syntax ip supervlan pool ip_addr1 ip_addr2 no ip supervlan pool ip_addr1 ip_addr2

Function This command binds a serial of IP addresses to a VLAN interface.

Parameters Parameter ip_addr1

Description

Value

Start IP address, in dotted

-

decimal notation ip_addr2

End IP address, in dotted

-

decimal notation

Mode VLAN configuration sub-mode: ZXAN(config-vlan)#


Examples The following example shows how to bind the IP addresses from 192.168.1.1 to 192.168.1.128 to VLAN 4:

ZXAN(config)#vlan 4

ZXAN(config-vlan)#ip supervlan pool 192.168.1.1 192.168.1.128

Related Commands 8.7 show supervlan ip-pool 8-4 SJ-20130118100307-010|2013-02-28 (R1.0)



8.5 ip-pool-filter Syntax ip-pool-filter {enable |disable }

Function This command enables or disables the super VLAN IP pool filtering function.


Description

Value

enable

Enables the super VLAN IP pool

-

filtering function disable

Disables the super VLAN IP

-

pool filtering function

Mode supervlan interface mode

Usage Guidelines After the super VLAN IP pool address segment is configured, if the received packet does not comply with the legal address segment, the packet will be discarded. The configuration can be check through the show running-config command on the super VLAN interface. By default, the super VLAN IP pool filtering function is enabled.

Examples The following example shows how to enable the super VLAN IP pool filtering function on super VLAN 1:


ZXAN(config-if)#ip-pool-filter enable

Related Commands 8.4 ip supervlan pool 8.6 show supervlan

8-5 SJ-20130118100307-010|2013-02-28 (R1.0)



8.6 show supervlan Syntax show supervlan [number1 ]

Function This command displays the super VLAN configurations.


Description

Value

number1

Super VLAN ID

1–255


Usage Guidelines If the super VLAN ID is not specified, the configurations of all super VLAN interfaces are displayed.

Examples The following example shows how to display the configurations of all super VLAN interfaces: ZXAN#show supervlan SuperVLAN Inter-subvlan-routing Arp-broadcast Ip-pool-filter SubVLAN -------------------------------------------------------------------1 enable disable disable 4,10

Related Commands 8.9 supervlan 8.10 supervlan inter-subvlan-routing

8.7 show supervlan ip-pool Syntax show supervlan ip-pool

Function This command displays all IP pools bound to the VLAN. 8-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples The following example shows how to displays all IP pools bound to the VLAN: ZXAN#show supervlan ip-pool Session-no Address-begin Address-end SubvlanId SupervlanNum 1 192.168.1.1 192.168.1.128 4 0

The parameters are described as follows: Session-no: session number Address-begin IP POOL: start IP address Address-end IP POOL: end IP address SubvlanId: sub-VLAN ID SupervlanNum: Super VLAN ID

Related Commands 8.4 ip supervlan pool

8.8 subvlan Syntax subvlan WORD1 no subvlan WORD1

Function This command binds the VLANs to a specified super VLAN in batches.


Description

Value

WORD1

VLAN ID or VLAN ID range

-

8-7 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines To cancel the binding, use the no form of this command. One VLAN belongs to one super VLAN. One super VLAN can bind a maximum of 4094 sub-VLANs. The VLAN to be bound cannot have a layer-3 interface.

Examples The following example shows how to bind VLANs 2-100 to super VLAN 1:


ZXAN(config-if)#subvlan 2-100

Related Commands 8.6 show supervlan

8.9 supervlan Syntax supervlan number1 no supervlan

Function This command binds a VLAN interface to a specified super VLAN.


Description

Value

number1

Super VLAN ID

1–255


Usage Guidelines To delete the binding, use the no form of this command. 8-8 SJ-20130118100307-010|2013-02-28 (R1.0)



One VLAN belongs to one super VLAN. One super VLAN can bind a maximum of 4094 sub-VLANs. The super VLAN cannot have a layer-3 interface.

Examples The following example shows how to bind VLAN 3 to super VLAN 1:

ZXAN(config)#vlan 2

ZXAN(config-vlan)#supervlan 1


8.10 supervlan inter-subvlan-routing Syntax supervlan inter-subvlan-routing {enable |disable }

Function This command enables or disables routing between sub-VLANs.


Description

Value

enable

Enables routing between

-

sub-VLANs disable

Disables routing between

-

sub-VLANs


Usage Guidelines The configuration can be checked through the show running-config command on the super VLAN interface. By default, routing between sub-VLANs is enabled.

Examples The following example shows how to enable routing between sub-VLANs: ZXAN(config)#supervlan inter-subvlan-routing enable

8-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 8.6 show supervlan

8-10 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 9

FTP/TFTP Server Commands Table of Contents ip ftp password ...........................................................................................................9-1 ip ftp username ..........................................................................................................9-2

9.1 ip ftp password Syntax ip ftp password name1 no ip ftp password

Function This command sets the default password used by an FTP client to access the FTP server.


Description

Value

name1

Default FTP password

3–16 characters


Usage Guidelines The password is case sensitive.

Examples The following example shows how to set the default FTP password to zte: ZXAN(config)#ip ftp password zte ZXAN(config)#

Related Commands 9.2 ip ftp username

9-1 SJ-20130118100307-010|2013-02-28 (R1.0)



9.2 ip ftp username Syntax ip ftp username name1 no ip ftp username

Function This command sets the default user name used by an FTP client to access the FTP server.


Description

Value

name1

Default user name

1–16 characters


Usage Guidelines The characters allowed in user name are non-case sensitive letters, digits, and underscore.

Examples The following example shows how to set the default FTP user name to zte: ZXAN(config)#ip ftp username zte ZXAN(config)#

Related Commands 9.1 ip ftp password

9-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 10

Alarm Management Table of Contents alarm........................................................................................................................10-1 alarm alarm-profile ...................................................................................................10-2 alarm confirm ...........................................................................................................10-3 alarm level-change ...................................................................................................10-4 alarm trap-confirm ....................................................................................................10-4 alarm-index ..............................................................................................................10-5 alarm-profile-apply....................................................................................................10-6 clear alarm counter...................................................................................................10-8 clear alarm pool........................................................................................................10-8 nms-hello-trap ..........................................................................................................10-9 nms-hello-trap interval ............................................................................................10-10 show alarm configure ............................................................................................. 10-11 show alarm counter ................................................................................................10-12 show alarm pool .....................................................................................................10-13 show alarm profile ..................................................................................................10-14 show alarm-level ....................................................................................................10-16

10.1 alarm Syntax alarm {enable |disable }

Function This command enables or disables alarm management.


Description

Value

enable

Enable the alarm function.

-

disable

Disable the alarm function.

-


10-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, alarm management is disabled.

Examples l

The following example shows how to enable the alarm function: ZXAN(config)#alarm enable

l

The following example shows how to disable the alarm function: ZXAN(config)#alarm disable

Related Commands 10.12 show alarm configure

10.2 alarm alarm-profile Syntax alarm alarm-profile name1 no alarm alarm-profile name1

Function This command creates an alarm profile used for alarm suppression and starts the alarm profile configuration mode.


Description

Value

name1

Name of the alarm profile to be

-

created.


Usage Guidelines Use this command to exit global configuration mode and enter alarm profile configuration mode, and then configure the created alarm profile in alarm profile configuration mode.

Examples The following example shows how to create an alarm profile with the name “test”: ZXAN(config)#alarm alarm-profile test

10-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 10 Alarm Management

Related Commands 10.6 alarm-index 10.7 alarm-profile-apply 10.15 show alarm profile

10.3 alarm confirm Syntax alarm confirm no alarm confirm

Function This command enables alarm confirmation.

Parameters None



By default, alarm confirmation is enabled. When alarm confirmation is enabled, a confirmation is required for each reported alarm (SNMP trap). After reporting an SNMP trap, the NE waits for a confirmation response from the NMS. If no confirmation is received, the NE retransmits the trap. To set the number of retransmission times, use the alarm trap-confirm retry command.

Examples The following example shows how to enable alarm confirmation: ZXAN(config)#alarm confirm

Related Commands 10.5 alarm trap-confirm 10.12 show alarm configure

10-3 SJ-20130118100307-010|2013-02-28 (R1.0)



10.4 alarm level-change Syntax alarm level-change number1 name1

Function This command modifies the alarm level corresponding to an alarm code.


Description

Value

number1

Alarm code

0–65534

name1

New severity level

-


Usage Guidelines This command does not influence previously generated alarms and logs. After the alarm level modification, alarms are generated with the new levels.

Examples The following example shows how to modify the alarm level of the alarm code 33065 to major: ZXAN(config)#alarm level-change 33065 MAJOR ZXAN(config)#show alarm-level 33065 AlarmCode

default-level

current-level

33065

critical

major

Related Commands 10.16 show alarm-level

10.5 alarm trap-confirm Syntax alarm trap-confirm retry number1 timeout number2 no alarm trap-confirm

10-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command sets the maximum number of trap retransmissions and the retransmission interval for alarm confirmation.


Description

Value

number1

Maximum number of

1–3

retransmissions number2

Retransmission interval

1–60 seconds



By default, trap retransmission is not enabled. Alarm confirmation must be enabled before using this command. To enable alarm confirmation, use the alarm confirm command.

Examples The following example shows how to set the maximum number of trap retransmissions to 3 and the retransmission interval to 20 seconds: ZXAN(config)# trap-confirm retry 3 timeout 20

Related Commands 10.3 alarm confirm 10.12 show alarm configure

10.6 alarm-index Syntax alarm-index number1 code number2 status name1 no alarm-index number1

Function This command adds an alarm suppression rule in an alarm profile.

10-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rule index

1–32

number2

Codes of alarms to be

1–65535

suppressed name1

Suppression mode: permanent

-

suppression or inverse suppression

Mode ALARM_PROFILE configuration mode

Usage Guidelines l

l l l

A permanent suppression rule suppress the transmission of particular alarms permanently; while an inverse suppression rule suppresses particular alarms but disables the suppression when these alarms are cleared. A rule can be added to suppress alarms with a specific code or all alarms with any code. Multiple rules can be added in an alarm profile. An alarm code cannot be involved in different rules. If a rule involves all alarm codes, other rules involving specific alarm codes are invalid.

Examples l

The following example shows how to add a permanent suppression rule for all alarms: ZXAN(config-almprofile)#alarm-index 1 code 65535 status NALARM

l

The following example shows how to add an inverse suppression rule for alarms with the alarm code 33037: ZXAN(config-almprofile)#alarm-index 2 code 33065 status NALARM-QI

Related Commands 10.2 alarm alarm-profile 10.7 alarm-profile-apply 10.15 show alarm profile

10.7 alarm-profile-apply Syntax alarm-profile-apply {system |shelf number1 [slot number2 ] |port interface1 |onu interface2 } 10-6 SJ-20130118100307-010|2013-02-28 (R1.0)



no alarm-profile-apply {system |shelf number1 [slot number2 ] |port interface1 |onu interface2 }

Function This command configures the location where an alarm profile is applied, or the place where the alarm profile works.


Description

Value

system

Applies an alarm profile to the

-

entire system. number1

Applies an alarm profile to alarm

1–1

sources in shelf 0. number2


0–101

sources in a specific slot. interface1


-

sources at a specific OLT port. interface2


-

sources in a specific ONU.

Mode ALARM_PROFILE configuration mode

Usage Guidelines An alarm profile can be applied to alarm sources at a specific location for suppressing all alarms or particular alarms occurring at this location. The location can be the entire system, a shelf, a slot, a port, or an ONU. This command is used after an alarm suppression rule is configured.

Examples l

The following example shows how to apply the alarm profile to the entire system: ZXAN(config-almprofile)#alarm-index 1 code 65535 status NALARM ZXAN(config-almprofile)#alarm-profile-apply system

l

The following example shows how to apply the alarm profile to slot 3: ZXAN(config-almprofile)#alarm-index 1 code 65535 status NALARM ZXAN(config-almprofile)#alarm-profile-apply shelf 0 slot 3

l

The following example shows how to apply the alarm profile to all alarms with alarm code 33065 in the entire system: 10-7

SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config-almprofile)#alarm-index 1 code 33065 status NALARM ZXAN(config-almprofile)#alarm-profile-apply system

Related Commands 10.2 alarm alarm-profile 10.6 alarm-index 10.15 show alarm profile

10.8 clear alarm counter Syntax clear alarm counter

Function This command clears alarm statistics.

Parameters None



Examples The following example shows how to clear alarm statistics: ZXAN#clear alarm counter

Related Commands 10.13 show alarm counter

10.9 clear alarm pool Syntax clear alarm pool [{alarmCode number1 |alarmID number2 } ] 10-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command clears alarms in the alarm pool.


Description

Value

number1

Alarm code.

1–65535

Alarms with this alarm code are to be cleared. number2

Alarm event ID.

1–4294967295

Alarms with this alarm event ID are to be cleared.


Usage Guidelines This command can be used to remove all alarms, alarms with a specific alarm code, or alarms with a specific alarm event ID from the alarm pool.

Examples l

The following example shows how to clear all alarms in the alarm pool: ZXAN#clear alarm pool

l

The following example shows how to clear alarms with the alarm code 33065: ZXAN#clear alarm pool alarmCode 33065

l

The following example shows how to clear alarms with the alarm event ID 5: ZXAN#clear alarm pool alarmID 5

Related Commands 10.14 show alarm pool

10.10 nms-hello-trap Syntax nms-hello-trap {enable |disable }

Function This command enables or disables the function to send heartbeat traps to the NMS. 10-9 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

enable

Enables the function to send

-

heartbeat traps to the NMS. disable

Disables the function to send

-

heartbeat traps to the NMS.



Examples The following example shows how to enable the function to send heartbeat traps to the NMS: ZXAN(config)#nms-hello-trap enable

Related Commands 10.11 nms-hello-trap interval

10.11 nms-hello-trap interval Syntax nms-hello-trap interval number1 no nms-hello-trap interval

Function This command sets an interval to send heartbeat traps to the NMS.


Description

Value

number1

Interval to send heartbeat traps

1–600 seconds

to the NMS

Mode Configuration mode: ZXAN(config)# 10-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines Set the trap interval after enabling the function to send of heartbeat traps.

Examples The following example shows how to enable the function to send heartbeat traps to the NMS and set the trap interval to 600 seconds: ZXAN(config)#nms-hello-trap enable ZXAN(config)#nms-hello-trap interval 600

Related Commands 10.10 nms-hello-trap

10.12 show alarm configure Syntax show alarm configure

Function This command displays the alarm management configuration.

Parameters None



Examples The following example shows how to display the configuration of alarm management functions: ZXAN(config)#show alarm configure alarm enable alarm confirm nms-hello-trap disable nms-hello-trap interval 120 alarm trap-confirm retry 3 timeout 30

ZXAN(config)#

10-11 SJ-20130118100307-010|2013-02-28 (R1.0)




10.13 show alarm counter Syntax show alarm counter

Function This command displays alarm statistics.

Parameters None



Examples The following example shows how to display alarm statistics: ZXAN#show alarm counter

alarmReport:

alarmConfirm:

0

alarmInvalidMsgType:

0

alarmInvalidReportType: 0

alarmInvalidLevel:

0

alarmInvaideMibOid:

0

alarmInvalidAlarmId:

0

alarmInvalidRecNum:

0

alarmLogFuncNull:

0

alarmIdNotExist:

0

alarmRecordExist:

3

alarmPoolFull:

0

alarmPoolOverflow:

0

alarmPoolInsOk:

5

alarmGetRegIndexFail :

0

alarmSendToRosSuc:

64

alarmSendTrapSuc:

5

alarmNullPointer:

64

0

10-12 SJ-20130118100307-010|2013-02-28 (R1.0)



alarmSendToRosFail:

0

alarmSendTrapFail:

0

alarmGetAlarmRegSuc:

64

alarmGetStrFuncSuc:

0

alarmGetAlarmRegFail:

0

alarmGetStrFuncFail:

900

alarmAddToPoolSuc:

5

alarmInformSendTrapSuc:

56

alarmAddToPoolFail:

0

alarmInformSendTrapFail: 0

alarmGetLogFuncSuc:

120

alarmGetByAlarmIdOk:

0

alarmGetLogFuncFail:

0

alarmGetByAlarmIdFail:

0

alarmRestoreDelSuc:

3

alarmBadTypeFromRos:

48

alarmRestoreDelFail:

3

alarmRecvFromRos:

5

alarmInformRecvFromRos: 56

alarmRestoreRecvFromRos: 3

alarmRecordUpdate:

56

alarmGetRegInfoFail:

3

alarmCreateReqFail:

0

alramBindValueFail:

0

alarmEncodeReqFail:

0

alarmAllocMemFail:

0

alarmUnsupportBindType: 0

alarmUnsupportMibVar:

0

alarmRecvDup:

alarmInformNotSendTrap:

0

0

Related Commands 10.8 clear alarm counter

10.14 show alarm pool Syntax show alarm pool [{alarmId number1 |summary |alarmCode number2 } ]

Function This command displays the information of alarms in the alarm pool.

10-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Shows the information of an

1–4294967295

alarm with a specific alarm ID. Shows the current count of

summary

-

alarms in the alarm pool. Shows the information of an

number2

1–65535

alarm with a specific alarm code.


Usage Guidelines This command is used to query the information of current alarms in the system such as an alarm with a specific alarm code, an alarm with a specific alarm ID, and all alarms in the system.

Examples The following example shows how to display the information of alarms in the alarm pool: ZXAN#show alarm pool alarmCode 33037 ZXAN#show alarm pool alarmId 79 ZXAN#show alarm pool Alarm records: Alarm ID

: 79

Alarm Code

: 33037

Alarm Level : 0 Alarm Time

: 10:18:25 03/15/2010 UTC

AlarmDesInfo: Sysctl alarm : board offline in shelf 0 slot 3

Related Commands 10.9 clear alarm pool

10.15 show alarm profile Syntax show alarm profile [name1 ]

10-14 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays a list of all available alarm profiles or the configuration of a specific alarm profile.


Description

Value

name1

Name of the alarm profile to be

-

displayed.



Examples l

The following example shows how to display a list of all available alarm profiles in the system: ZXAN(config-almprofile)#show alarm profile alarm alarm-profile 11 alarm alarm-profile test

l

The following example shows how to display the configuration of a specific alarm profile: ZXAN(config-almprofile)#show alarm profile test All the alarm profile item(s): alarm-index 1 code 65535 status NALARM

All the alarm profile apply item(s): alarm-profile-apply system

Related Commands 10.2 alarm alarm-profile 10.6 alarm-index 10.7 alarm-profile-apply

10-15 SJ-20130118100307-010|2013-02-28 (R1.0)



10.16 show alarm-level Syntax show alarm-level number1

Function This command displays the settings of alarm severity level corresponding to a specific alarm code.


Description

Value

number1

Alarm code for which the

0–65534

severity level settings are to be displayed.


Usage Guidelines This command is used to query the severity level settings corresponding to a specific alarm code, including the default severity level and the current severity level.

Examples The following example shows how to display the severity level settings corresponding to the alarm code 33065: ZXAN(config-almprofile)#show alarm-level 33065 AlarmCode

default-level

current-level

33065

critical

critical

Related Commands 10.4 alarm level-change

10-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 11

Debugging Commands Table of Contents debug all ..................................................................................................................11-3 debug arp.................................................................................................................11-3 debug dhcp-option82 all ...........................................................................................11-4 debug dhcp-option82 data........................................................................................11-5 debug dhcp-option82 error .......................................................................................11-6 debug dhcp-option82 event ......................................................................................11-6 debug ip ...................................................................................................................11-7 debug ip destination .................................................................................................11-8 debug ip dhcp...........................................................................................................11-9 debug ip icmp...........................................................................................................11-9 debug ip icmp detail ............................................................................................... 11-10 debug ip interface................................................................................................... 11-11 debug ip ospf adj.................................................................................................... 11-12 debug ip ospf all ..................................................................................................... 11-13 debug ip ospf database-timer ................................................................................. 11-13 debug ip ospf events .............................................................................................. 11-14 debug ip ospf flood ................................................................................................. 11-15 debug ip ospf lsa-generation .................................................................................. 11-16 debug ip ospf nsf.................................................................................................... 11-17 debug ip ospf packet .............................................................................................. 11-17 debug ip ospf retransmission.................................................................................. 11-18 debug ip ospf spf.................................................................................................... 11-19 debug ip ospf spf external ...................................................................................... 11-20 debug ip ospf spf inter ............................................................................................ 11-21 debug ip ospf spf intra ............................................................................................ 11-21 debug ip ospf tree .................................................................................................. 11-22 debug ip protocol.................................................................................................... 11-23 debug ip rip ............................................................................................................ 11-24 debug ip rip all........................................................................................................ 11-24 debug ip rip database............................................................................................. 11-25 debug ip rip events ................................................................................................. 11-26 debug ip rip trigger ................................................................................................. 11-26 debug ip source...................................................................................................... 11-27 debug ip tcp all ....................................................................................................... 11-28 debug ip tcp driver.................................................................................................. 11-29 debug ip tcp driver-pak ........................................................................................... 11-30 debug ip tcp packet ................................................................................................ 11-31 11-1 SJ-20130118100307-010|2013-02-28 (R1.0)



debug ip tcp transactions........................................................................................ 11-31 debug ip udp .......................................................................................................... 11-32 debug isis adj-packets ............................................................................................ 11-33 debug isis all .......................................................................................................... 11-34 debug isis nsf-event ............................................................................................... 11-35 debug isis snp-packets ........................................................................................... 11-35 debug isis spf-events.............................................................................................. 11-36 debug isis update-packets...................................................................................... 11-37 debug lacp all ......................................................................................................... 11-37 debug lacp fsm....................................................................................................... 11-38 debug lacp packet .................................................................................................. 11-39 debug mstp agreement........................................................................................... 11-40 debug mstp all........................................................................................................ 11-41 debug mstp bpdu-rx ............................................................................................... 11-41 debug mstp bpdu-tx................................................................................................ 11-42 debug mstp errors .................................................................................................. 11-43 debug mstp flush.................................................................................................... 11-44 debug mstp info...................................................................................................... 11-44 debug mstp migration............................................................................................. 11-45 debug mstp proposals ............................................................................................ 11-46 debug mstp roles.................................................................................................... 11-47 debug mstp state.................................................................................................... 11-47 debug mstp tc......................................................................................................... 11-48 debug ndp-lio all..................................................................................................... 11-49 debug ndp-lio data.................................................................................................. 11-50 debug ndp-lio error ................................................................................................. 11-51 debug ndp-lio event................................................................................................ 11-51 debug port-location all ............................................................................................ 11-52 debug port-location data......................................................................................... 11-53 debug port-location error ........................................................................................ 11-54 debug port-location event ....................................................................................... 11-54 debug pppoe-plus all .............................................................................................. 11-55 debug pppoe-plus data........................................................................................... 11-56 debug pppoe-plus error .......................................................................................... 11-57 debug pppoe-plus event ......................................................................................... 11-57 debug radius all...................................................................................................... 11-58 debug radius authentication data............................................................................ 11-59 debug radius authentication error ........................................................................... 11-60 debug radius authentication event .......................................................................... 11-60 debug radius authentication packet ........................................................................ 11-61 debug radius exception .......................................................................................... 11-62 debug radius user .................................................................................................. 11-63 terminal monitor ..................................................................................................... 11-64

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Chapter 11 Debugging Commands

11.1 debug all Syntax debug all no debug all

Function This command enables all the debug functions.

Parameters None


Usage Guidelines By default, all debug commands are invalid. If the debug all function is enabled, the system is busy with outputting of debug information. This may affect the network performance. Therefore, in normal cases, do not enable the debug all function. To disable all the debug functions, use the no debug all command.

Examples The following example enables all the debug function: ZXAN#debug all All possible debugging has been turned on

Related Commands All debug commands 11.80 terminal monitor

11.2 debug arp Syntax debug arp no debug arp 11-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables the debug function of the Address Resolution Protocol (ARP).

Parameters None


Usage Guidelines To disable the debug function of ARP, use the no debug arp command.

Examples The following example shows how to enable the debug function of the ARP: ZXAN#debug arp ARP debugging is on

Related Commands 11.80 terminal monitor

11.3 debug dhcp-option82 all Syntax debug dhcp-option82 all no debug dhcp-option82 all

Function This command displays all debug information of dhcp-option82.

Parameters None


Usage Guidelines To disable the debug function, use the no debug dhcp-option82 all command. 11-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples ZXAN#debug dhcp-option82 all

Related Commands 11.4 debug dhcp-option82 data 11.5 debug dhcp-option82 error 11.6 debug dhcp-option82 event

11.4 debug dhcp-option82 data Syntax debug dhcp-option82 data name1 [{gport number1 |pvc number2 } ] no debug dhcp-option82 data name1 [{gport number1 |pvc number2 } ]

Function This command displays the debug information related to dhcp-option82.


Description

Value

name1

Interface name

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug dhcp-option82 datacommand.

Examples ZXAN#debug dhcp-option82 data epon-olt_0/6/1

Related Commands 11.3 debug dhcp-option82 all 11.5 debug dhcp-option82 error 11.6 debug dhcp-option82 event 11-5 SJ-20130118100307-010|2013-02-28 (R1.0)



11.5 debug dhcp-option82 error Syntax debug dhcp-option82 error name1 [{gport number1 |pvc number2 } ] no debug dhcp-option82 error name1 [{gport number1 |pvc number2 } ]

Function This command displays the information about the dhcp-option82 receiving error packets.


Description

Value

name1

Interface name

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug dhcp-option82 error command.

Examples ZXAN#debug dhcp-option82 error epon-olt_1/6/1

Related Commands 11.3 debug dhcp-option82 all 11.4 debug dhcp-option82 data 11.6 debug dhcp-option82 event

11.6 debug dhcp-option82 event Syntax debug dhcp-option82 event name1 [{gport number1 |pvc number2 } ] no debug dhcp-option82 event name1 [{gport number1 |pvc number2 } ]

Function This command displays the debug information that triggers dhcp-option82 status to change. 11-6 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Interface name

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug dhcp-option82 event command.

Examples ZXAN#debug dhcp-option82 event epon-olt_1/6/1

Related Commands 11.3 debug dhcp-option82 all 11.4 debug dhcp-option82 data 11.5 debug dhcp-option82 error

11.7 debug ip Syntax debug ip no debug ip

Function This command enables the debug function of the IP protocol, displays the debug information about IP protocol processing, and shows whether the device is sending or receiving IP packets.

Parameters None


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Usage Guidelines To disable the debug function of the IP protocol, use the no debug ip command.

Examples The following example shows how to enable the debug function of the IP protocol: ZXAN#debug ip IP debugging is on


11.8 debug ip destination Syntax debug ip destination ip_addr1 no debug ip destination ip_addr1

Function This command enables the IP protocol debug function for the specified destination address, displays the debug information about IP protocol processing and shows whether the device is sending or receiving IP packets with the specified destination address.


Description

Value

ip_addr1


-


Usage Guidelines To disable the debug function, use the no debug ip destination command.

Examples The following example shows how to enable the IP protocol debug function for destination address 192.168.36.3: ZXAN#debug ip destination 192.168.36.3 IP destination debugging is on

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11.9 debug ip dhcp Syntax debug ip dhcp no debug ip dhcp

Function This command enables the DHCP relay and DHCP server debug functions

Parameters None


Usage Guidelines To disable the debug function, use the no debug ip dhcp command.

Examples The following example shows how to enable the DHCP relay and DHCP server debug functions ZXAN#debug ip dhcp DHCP debugging is on


11.10 debug ip icmp Syntax debug ip icmp no debug ip icmp

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Function This command enables the debug function of the ICMP protocol, and displays the debug information about ICMP protocol processing, and shows whether the device is sending or receiving ICMP packets.

Parameters None


Usage Guidelines To disable the debug function of the ICMP protocol, use the no debug ip icmp command.

Examples The following example shows how to enable the debug function of the ICMP protocol: ZXAN#debug ip icmp ICMP debugging is on


11.11 debug ip icmp detail Syntax debug ip icmp detail no debug ip icmp detail

Function This command enables the debug function of the Internet Control Message Protocol (ICMP), and displays the detailed debug information about ICMP protocol processing, and shows the details of the ICMP packets that are sent to and received by the device.

Parameters None

Mode Privileged mode: ZXAN# 11-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To disable the detailed debug function of the ICMP protocol, use the no debug ip icmp detail command.

Examples The following example shows how to enable the debug function of the ICMP protocol. and display the detailed debug information about ICMP protocol processing. ZXAN#debug ip icmp detail ICMP detail debugging is on


11.12 debug ip interface Syntax debug ip interface interface1 no debug ip interface interface1

Function This command enables the debug function for the IP protocol that the specified interface sends and receives, and displays the debug information about IP protocol processing.


Description

Value

interface1

Interface number

-


Usage Guidelines To disable the debug function for the IP protocol that the specified interface sends and receives, use the no debug ip interface command.

Examples The following example shows how to enable the debug function for the IP protocol that the loopback1 interface sends or and receives. 11-11 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#debug ip interface loopback1 IP interface debugging is on


11.13 debug ip ospf adj Syntax debug ip ospf adj no debug ip ospf adj

Function This command enables the function to send back the debug information about OSPF adjacent events.

Parameters None


Usage Guidelines Adjacent events mainly include neighbor events, state transition, Hello packet receiving, processing, and sending, and link status request packet receiving, processing, and sending. To disable the debug function, use the no debug ip ospf adj command.

Examples The following example shows how to enable the function to send back the debug information about OSPF adjacent events. ZXAN#debug ip ospf adj OSPF adjacency events debugging is on


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11.14 debug ip ospf all Syntax debug ip ospf all no debug ip ospf all

Function This command enables all the debug functions for Open Shortest Path First (OSPF) information.

Parameters None


Usage Guidelines If the debug function for all OSPF information is enabled, the system performance is affected. After the debug is completed, run the no debugging all command in time to disable the debug function. To disable the debug function, use the no debug ip ospf all command.

Examples The following example shows how to enable all the debug functions for OSPF: ZXAN#debug ip ospf all All OSPF debugging has been turned on


11.15 debug ip ospf database-timer Syntax debug ip ospf database-timer no debug ip ospf database-timer

Function This command enables the function to send back the debug information about timer events of the OSPF link status database. 11-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines This command mainly displays the timer operation status such as aging status of the link status database and external route calculation. To disable the debug function, use the no debug ip ospf database-timer command.

Examples The following example shows how to enable the function to send back the debug information about timer events of the OSPF link status database: ZXAN#debug ip ospf database-timer OSPF timer events debugging is on


11.16 debug ip ospf events Syntax debug ip ospf events no debug ip ospf events

Function This command enables the function to send back the debug information about OSPF major events.

Parameters None


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Usage Guidelines Major events mainly include: selection of the Designated Routers (DR) and Backup Designate Router (BDR), receiving, processing, and sending of description packets of the link status database, and OSPF interface status transition. To disable the debug function, use the no debug ip ospf events command.

Examples The following example shows how to enable the function to send back the debug information about OSPF major events. ZXAN#debug ip ospf events OSPF events debugging is on


11.17 debug ip ospf flood Syntax debug ip ospf flood no debug ip ospf flood

Function This command enables the function to send back the debug information about OSPF flooding events.

Parameters None


Usage Guidelines Flooding events mainly include: flooding event processing, OSPF response packet processing, and OSPF update packet receiving, processing, and sending. To disable the debug function, use the no debug ip ospf flood command.

Examples zx 11-15 SJ-20130118100307-010|2013-02-28 (R1.0)



The following example shows how to enable the function to send back the debug information about OSPF flooding events: ZXAN#debug ip ospf flood OSPF flood debugging is on


11.18 debug ip ospf lsa-generation Syntax debug ip ospf lsa-generation no debug ip ospf lsa-generation

Function This command enables the function to send back the debug information about OSPF Link Status Announcement (LSA) generation events.

Parameters None


Usage Guidelines The LSA generation events include: router LSA, network LSA, network summary LSA, AS border router LSA generation, LSA addition, deletion, and update. To disable the debug function, use the no debug ip ospf lsa-generation command.

Examples The following example shows how to enable the function to send back the debug information about OSPF Link Status Announcement (LSA) generation events: ZXAN#debug ip ospf lsa-generation OSPF summary lsa generation debugging is on

Related Commands 11.80 terminal monitor 11-16 SJ-20130118100307-010|2013-02-28 (R1.0)



11.19 debug ip ospf nsf Syntax debug ip ospf nsf no debug ip ospf nsf

Function This command enables the switch for sending back the debug information about OSPF Graceful Restart (GR) events.

Parameters None


Usage Guidelines This command displays the information about the router, which acts as the party which starts GR or assists in starting GR. To disable the debug function, use the no debug ip ospf nsf command.

Examples The following example shows how to enable the function to send back the debug information about OSPF Graceful Restart (GR) events: ZXAN#debug ip ospf nsf OSPF non-stop forwarding event debugging is on


11.20 debug ip ospf packet Syntax debug ip ospf packet no debug ip ospf packet

Function This command enables the function to send back the debug information about OSPF packet receiving and sending events and monitoring all received and sent OSPF packets. 11-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines This command displays summary information about the OSPF packets that are sent and received by the router. To disable the debug function, use the no debug ip ospf packet command.

Examples The following example shows how to enable the function to send back the debug information about OSPF packet receiving and sending events: ZXAN#debug ip ospf packet OSPF packet debugging is on


11.21 debug ip ospf retransmission Syntax debug ip ospf retransmission no debug ip ospf retransmission

Function This command enables the function to send back the debug information about OSPF retransmission queue events.

Parameters None


Usage Guidelines This command displays the basic information about retransmitted OSPF packets. To disable the debug function, use the no debug ip ospf retransmission command. 11-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the function to send back the debug information about OSPF retransmission queue events: ZXAN#debug ip ospf retransmission OSPF retransmission events debugging is on


11.22 debug ip ospf spf Syntax debug ip ospf spf no debug ip ospf spf

Function This command enables the function to send back the debug information about OSPF route calculation events.

Parameters None


Usage Guidelines Route calculation events include: Calculation of routes in an area by use of the Dijkstra algorithm, calculation and addition of routes between areas, and addition of external routes of an AS. To disable the debug function, use the no debug ip ospf spf command.

Examples The following example shows how to enable the function to send back the debug information about OSPF route calculation events: ZXAN#debug ip ospf spf OSPF spf external events debugging is on OSPF spf inter events debugging is on OSPF spf intra events debugging is on

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Related Commands 11.23 debug ip ospf spf external 11.24 debug ip ospf spf inter 11.25 debug ip ospf spf intra 11.80 terminal monitor

11.23 debug ip ospf spf external Syntax debug ip ospf spf external no debug ip ospf spf external

Function This command enables the function to send back the debug information about external routes of an AS in the OSPF route calculation events.

Parameters None


Usage Guidelines This command displays major events that occur during OSPF external route calculation. To disable the debug function, use the no debug ip ospf spf external command.

Examples ZXAN#debug ip ospf spf external OSPF spf external events debugging is on

Related Commands 11.22 debug ip ospf spf 11.80 terminal monitor

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11.24 debug ip ospf spf inter Syntax debug ip ospf spf inter no debug ip ospf spf inter

Function This command enables the function to send back the debug information about internal routes of an area in the OSPF route calculation events.

Parameters None


Usage Guidelines This command displays major events that occur during OSPF internal route calculation. To disable the debug function, use the no debug ip ospf spf inter command.

Examples ZXAN#debug ip ospf spf inter OSPF spf inter events debugging is on


11.25 debug ip ospf spf intra Syntax debug ip ospf spf intra no debug ip ospf spf intra

Function This command enables the function to send back the debug information about intra-area routes in the OSPF route calculation events. 11-21 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines This command displays major events that occur during OSPF intra-area route calculation. To disable the debug function, use the no debug ip ospf spf intra command.

Examples ZXAN#debug ip ospf spf intra OSPF spf intra events debugging is on


11.26 debug ip ospf tree Syntax debug ip ospf tree no debug ip ospf tree

Function This command enables the function to send back the debug information about the OSPF route generation algorithm.

Parameters None


Usage Guidelines This command displays key information in the OSPF route generation process. To disable the debug function, use the no debug ip ospf tree command. 11-22 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the function to send back the debug information about the OSPF route generation algorithm: ZXAN#debug ip ospf tree OSPF database events debugging is on


11.27 debug ip protocol Syntax debug ip protocol number1 no debug ip protocol number1

Function This command enables the debug function of the IP protocol with the specified upper-layer protocol number and displays the debug information about IP protocol processing.


Description

Value

number1

Protocol number

0-255


Usage Guidelines To disable the debug function, use the no debug ip protocol command.

Examples The following example shows how to enable the debug function for IP protocol 0: ZXAN#debug ip protocol 0 IP protocol number debugging is on


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11.28 debug ip rip Syntax debug ip rip no debug ip rip

Function This command traces the basic process of receiving and sending RIP packets.

Parameters None


Usage Guidelines To stop tracing, use the no debug ip rip command.

Examples The following example shows how to enable the debug function to trace the basic process of receiving and sending RIP packets: ZXAN#debug ip rip RIP protocol debugging is on


11.29 debug ip rip all Syntax debug ip rip all no debug ip rip all

Function This command is used to enable all the debug functions for RIP.

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Parameters None


Usage Guidelines none

Examples The following example shows how to enable all the debug functions for RIP. ZXAN#debug ip rip all All RIP debugging has been turned on


11.30 debug ip rip database Syntax debug ip rip database no debug ip rip database

Function This command traces changes of the Routing Information Protocol (RIP) routing table.

Parameters None


Usage Guidelines To stop tracing, use the no form of this command.

Examples The following example shows how to enable the debug function to trace changes of the RIP routing table: 11-25 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#debug ip rip database RIP database events debugging is on


11.31 debug ip rip events Syntax debug ip rip events no debug ip rip events

Function This command traces events that are related to RIP such as interface status.

Parameters None


Usage Guidelines To stop event tracing, use the no debug ip rip events command.

Examples The following example shows how to trace events that are related to RIPsuch as interface status. ZXAN#debug ip rip events RIP event debugging is on


11.32 debug ip rip trigger Syntax debug ip rip trigger 11-26 SJ-20130118100307-010|2013-02-28 (R1.0)



no debug ip rip trigger

Function This command traces RIP trigger events such as timer timeout.

Parameters None


Usage Guidelines To stop event tracing, use the no debug ip rip trigger command.

Examples The following example shows how to enable the debug function for tracing RIP trigger events such as timer timeout: ZXAN#debug ip rip trigger RIP trigger debugging is on


11.33 debug ip source Syntax debug ip source ip_addr1 no debug ip source ip_addr1

Function This command enables the IP protocol debug function for the specified source address, displays the debug information about IP protocol processing and shows whether the device is sending and receiving IP packets with the specified source address.


Description

Value

ip_addr1

Source IP address

-

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Usage Guidelines To disable the IP protocol debug function for the specified source address, use the no debug ip source command.

Examples The following example shows how to enable the IP protocol debug function for source address 192.168.6.6: ZXAN#debug ip source 192.168.6.6 IP source debugging is on


11.34 debug ip tcp all Syntax debug ip tcp all no debug ip tcp all

Function This command enables all the debug functions for TCP.

Parameters None


Usage Guidelines To disable the debug function, use the no debug ip tcp all command.

Examples The following example shows how to enable all the functions for TCP. ZXAN#debug ip tcp all All TCP debugging has been turned on

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11.35 debug ip tcp driver Syntax debug ip tcp driver no debug ip tcp driver

Function This command enables the debug function to display the information related to TCP connections. After the function is enabled, the following information is output: TCP connection actively open TCP connection passively open TCP connection setup timer TCP connection normally close TCP connection abnormally close After the function is disabled with the no debug ip tcp driver command, no information is output. After a user logs in to the device, information about TCP events of BGP and FTP (excluding telnet) is displayed.

Parameters None



Examples The following example shows how to enable the debug function to display the information related to TCP connections. ZXAN#debug ip tcp driver TCP driver event debugging is on

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11.36 debug ip tcp driver-pak Syntax debug ip tcp driver-pak no debug ip tcp driver-pak

Function This command enables the debug function for the management information in the TCP buffer.

Parameters None


Usage Guidelines After the function is enabled, the following information is output: An output packet put in the output queue, size of a sent packet, size of a received packet, a packet deleted from the queue because the number of received out-of-sequence packets exceeds the maximum limit (Default: 25). After a user logs in to ZXAN, additional information about TCP events of BGP and FTP (excluding telnet) is displayed. To disable the debug function, use the no debug ip tcp driver-pak command. After that, the information is not output.

Examples The following example shows how to enable the debug function for the management information in the TCP buffer: ZXAN#debug ip tcp driver-pak TCP driver verbose debugging is on


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11.37 debug ip tcp packet Syntax debug ip tcp packet no debug ip tcp packet

Function This command enables the debug function for information such as the source and destination of the sent and received TCP packets.

Parameters None


Usage Guidelines If the function is enabled, after TCP packets are sent and received, the following information of the packets is output: source address, destination address, port, sequence number, confirmation number, receive window, and control bit. After a user logs in to ZXAN, information about sending and receiving TCP packets of BGP and FTP (excluding telnet) is displayed. To disable the debug function, use the no debug ip tcp packet command. After that, the information is not output.

Examples The following example shows how to enable the debug function for information such as the source and destination of the sending and receiving TCP packets. ZXAN#debug ip tcp packet TCP Packet debugging is on


11.38 debug ip tcp transactions Syntax debug ip tcp transactions 11-31 SJ-20130118100307-010|2013-02-28 (R1.0)



no debug ip tcp transactions

Function This command enables the debug function for TCP status transition.

Parameters None


Usage Guidelines After the function is enabled, information about TCP special events are output, including destination IP address, port, and MSS announcement of the TCP connection, retransmission timer time, retransmission after timeout, finite state machine transition, and TCP control block release. After a user logs in to ZXAN, information about TCP special events of BGP and FTP (excluding telnet) is displayed. To disable the debug function, use the no debug ip tcp transactions command. After that, the information is not output.

Examples The following example shows how to enable the debug function for TCP status transition: ZXAN#debug ip tcp transactions TCP special debugging is on


11.39 debug ip udp Syntax debug ip udp no debug ip udp

Function This command enables the debug function for information such as the source and destination of the sending and receving UDP packets. 11-32 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines If the function is enabled, after a UDP packet is sent or received, the source, destination address, and port of the UDP packet, and the size of the UDP packet are displayed. After a user logs in to the device, the information is displayed. To disable the debug function, use the no debug ip udp command. After that, the information is not output.

Examples The following example shows how to enable debug function for UDP packet information. ZXAN#debug ip udp UDP packet debugging is on


11.40 debug isis adj-packets Syntax debug isis adj-packets no debug isis adj-packets

Function This command enables the function to send back the debug information about Intermediate System-to-Intermediate System (IS-IS) adjacent events.

Parameters None


Usage Guidelines To disable the debug function, use the no debug isis adj-packets command. 11-33 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the function to send back the debug information about IS-IS adjacent events: ZXAN#debug isis adj-packets IS-IS Adjacency related packets debugging is on


11.41 debug isis all Syntax debug isis all no debug isis all

Function This command enables all the debug functions for IS-IS.

Parameters None


Usage Guidelines To disable the debug function, use the no debug isis all command.

Examples The following example shows how to enable all the debug functions for IS-IS. ZXAN#debug isis all All IS-IS debugging has been turned on


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11.42 debug isis nsf-event Syntax debug isis nsf-event no debug isis nsf-event

Function This command enables the debug function for the IS-IS GR process.

Parameters None


Usage Guidelines To disable the debug function, use the no debug isis nsf-event command.

Examples The following example shows how to enable the debug function for the IS-IS GR process. ZXAN#debug isis nsf-event IS-IS NSF events debugging is on


11.43 debug isis snp-packets Syntax debug isis snp-packets no debug isis snp-packets

Function This command enables the debug function for IS-IS Complete Sequence Number PDU (CSNP)/Partial Sequence Number PDU (PSNP) information.





Usage Guidelines To disable the debug function, use the no debug isis snp-packets command.

Examples The following example shows how to enable the function for the IS-IS CSNP/PSNP information. ZXAN#debug isis snp-packets IS-IS CSNP/PSNP packets debugging is on


11.44 debug isis spf-events Syntax debug isis spf-events no debug isis spf-events

Function This command enables the debug function for the IS-IS Shortest Path First (SPF) process.

Parameters None


Usage Guidelines To disable the debug function, use the no debug isis spf-events command.

Examples The following example shows how to enable the debug fucntion for the IS-IS SPF process: ZXAN#debug isis spf-events IS-IS SPF events debugging is on

11-36 SJ-20130118100307-010|2013-02-28 (R1.0)




11.45 debug isis update-packets Syntax debug isis update-packets no debug isis update-packets

Function This command enables the debug function for the IS-IS update information.

Parameters None


Usage Guidelines To disable the debug function, use the no debug isis update-packets command.

Examples The following example shows how to enable the debug function for the IS-IS update information. ZXAN#debug isis update-packets IS-IS Update related packet debugging is on


11.46 debug lacp all Syntax debug lacp all no debug lacp all

11-37 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables all the debug functions for Link Aggregation Control Protocol (LACP) information.

Parameters None


Usage Guidelines To disable all LACP debug functions, use the no debug lacp all command.

Examples The following example shows how to enable all the debug functions for Link Aggregation Control Protocol. ZXAN#debug lacp all Link Aggregation Control Protocol All debugging is on


11.47 debug lacp fsm Syntax debug lacp fsm [interface interface1 ] no debug lacp fsm [interface interface1 ]

Function This command enables the debug function for the LACP state machine.


Description

Value

interface1

Name of a member interface in

-

a link aggregation group.




Usage Guidelines If no parameter is specification in the command, this command is applied to all the members interfaces of the link aggregation group. To disable the debug function for the LACP state machine, use the no debug lacp fsm command.

Examples The following example shows how to enable the debug function for the LACP state machine: ZXAN#debug lacp fsm Link Aggregation Control Protocol SM debugging is on


11.48 debug lacp packet Syntax debug lacp packet [interface interface1 ] no debug lacp packet [interface interface1 ]

Function This command enables the debug function for LACP packet receiving and sending.


Description

Value

interface1

Name of a member interface in

-

a link aggregation group.


Usage Guidelines If no parameter is specification in the command, this command is applied to of all the member interfaces of the link aggregation group. To disable the debug function for LACP packet receiving and sending, use the no debug lacp packet.

11-39 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the debug function for LACP packet receiving and sending: ZXAN#debug lacp packet Link Aggregation Control Protocol packets debugging is on


11.49 debug mstp agreement Syntax debug mstp agreement [interface interface1 instance number1 ] no debug mstp agreement

Function This command enables the debug function for fast switchover negotiation of the Multiple Spanning Tree Protocol (MSTP).


Description

Value

interface1

Interface name

-

number1

Number of instances

0-31


Usage Guidelines To disable the debug function, use the no debug mstp agreement command.

Examples The following example shows how to enable the debug function for MSTP fast switchover negotiation: ZXAN#debug mstp agreement Multiple Spanning Tree agreement debugging is on




11.50 debug mstp all Syntax debug mstp all no debug mstp all

Function This command enables all the debug functions for Multiple Spanning Tree Protocol (MSTP).

Parameters None


Usage Guidelines To disable the debug function, use the no debug mstp all command.

Examples The following example shows how to enable all the debug functions for MSTP. ZXAN#debug mstp all Mstp Protocol All debugging is on


11.51 debug mstp bpdu-rx Syntax debug mstp bpdu-rx [interface interface1 ] no debug mstp bpdu-rx

Function This command enables the debug function for the received MSTP packets.

11-41 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name

-


Usage Guidelines To disable the debug function, use the no debug mstp bpdu-rx command.

Examples The following example shows how to enable the debug function for the received MSTP packets: ZXAN#debug mstp bpdu-rx Multiple Spanning Tree Received BPDUs debugging is on


11.52 debug mstp bpdu-tx Syntax debug mstp bpdu-tx [interface interface1 ] no debug mstp bpdu-tx

Function This command enables the debug function for the sent MSTP packets.


Description

Value

interface1

Interface name

-


Usage Guidelines To disable the debug function, use the no debug mstp bpdu-tx command. 11-42 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the debug function for the sent MSTP packets: ZXAN#debug mstp bpdu-tx Multiple Spanning Tree Transmitted BPDUs debugging is on


11.53 debug mstp errors Syntax debug mstp errors no debug mstp errors

Function This command enables the debug function for MSTP errors.

Parameters None


Usage Guidelines To disable the debug function, use the no debug mstp errors command.

Examples The following example shows how to enable the debug function for MSTP errors: ZXAN#debug mstp errors MST Protocol errors debugging is on


11-43 SJ-20130118100307-010|2013-02-28 (R1.0)



11.54 debug mstp flush Syntax debug mstp flush [interface interface1 instance number1 ] no debug mstp flush

Function This command enables the debug function for MAC address deletion in MSTP.


Description

Value

interface1

Interface name

-

number1

Number of instances

0-31


Usage Guidelines To disable the debug function, use the no debug mstp flush command.

Examples The following example shows how to enable the debug function for MAC address deletion in MSTP: ZXAN#debug mstp flush Multiple Spanning Tree port flush mechanism debugging is on


11.55 debug mstp info Syntax debug mstp info [interface interface1 instance number1 ] no debug mstp info

Function This command enables the debug function for MSTP state machine information. 11-44 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name

-

number1

Number of instances

0-31


Usage Guidelines To disable the debug function, use the no debug mstp info command.

Examples The following example shows how to enable the debug function for MSTP state machine information: ZXAN#debug mstp info Multiple Spanning Tree port info state machine debugging on


11.56 debug mstp migration Syntax debug mstp migration [interface interface1 ] no debug mstp migration

Function This command enables the debug function for the state machine information for MSTP migration.


Description

Value

interface1

Interface name

-




Usage Guidelines To disable the debug function, use the no debug mstp migration command.

Examples The following example shows how to enable the debug function for the state machine information for MSTP migration: ZXAN#debug mstp migration Multiple Spanning Tree migration protocol state machine debugging is on


11.57 debug mstp proposals Syntax debug mstp proposals [interface interface1 instance number1 ] no debug mstp proposals

Function This command enables the debug function for negotiation request information of MSTP fast switchover.


Description

Value

interface1

Interface name

-

number1

Number of instances

0-31


Usage Guidelines To disable the debug function, use the no debug mstp proposals command.

Examples The following example shows how to enable the debug function for negotiation request information of MSTP fast switchover: ZZXAN#debug mstp proposals Multiple Spanning Tree Proposal/Agree handshakes debugging

11-46 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 11 Debugging Commands is on


11.58 debug mstp roles Syntax debug mstp roles [instance number1 ] no debug mstp roles

Function This command enables the debug function for state machine information of MSTP instance calculation.


Description

Value

number1

Number of instances

0-31


Usage Guidelines To disable the debug function, use the no debug mstp roles command.

Examples The following example shows how to enable the debug function for state machine information of MSTP instance calculation: ZXAN#debug mstp roles MST Protocol roles debugging is on


11.59 debug mstp state Syntax debug mstp state [interface interface1 ] 11-47 SJ-20130118100307-010|2013-02-28 (R1.0)



no debug mstp state

Function This command enables the debug function for the port status synchronization information about MSTP.


Description

Value

interface1

Interface name

-


Usage Guidelines To disable the debug function, use the no debug mstp state command.

Examples The following example shows how to enable the debug function for the port status synchronization information about MSTP port. ZXAN#debug mstp state Multiple Spanning Tree state sync debugging is on


11.60 debug mstp tc Syntax debug mstp tc [interface interface1 instance number1 ] no debug mstp tc

Function This command enables the debug function for state machine information of MSTP topology changes.

11-48 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name

-

number1

Number of instances

0-31


Usage Guidelines To disable the debug function, use the no debug mstp tc command.

Examples The following example shows how to enable the debug function for state machine information of MSTP topology changes: ZXAN#debug mstp tc Multiple Spanning Tree topology change notifications debugging is on


11.61 debug ndp-lio all Syntax debug ndp-lio all no debug ndp-lio all

Function This command is used to enable all the debug functions for ND.

Parameters None


Usage Guidelines To disable the debug function, use the no debug ndp-lio all command. 11-49 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples ZXAN#debug ndp-lio all

Related Commands

11.62 debug ndp-lio data Syntax debug ndp-lio data name1 [{gport number1 |pvc number2 } ] no debug ndp-lio data name1 [{gport number1 |pvc number2 } ]

Function This command is used to enable the debug function for ND data.


Description

Value

name1

interface name

-

number1

gemport number

1-255

number2

pvc number

1-8


Usage Guidelines To disable the debug function, use the no debug ndp-lio data command.

Examples ZXAN#debug ndp-lio data epon-olt_1/6/1

Related Commands 11.61 debug ndp-lio all

11-50 SJ-20130118100307-010|2013-02-28 (R1.0)



11.63 debug ndp-lio error Syntax debug ndp-lio error name1 [{gport number1 |pvc number2 } ] no debug ndp-lio error name1 [{gport number1 |pvc number2 } ]

Function This command is used to enable the debug function for ND received error packets.


Description

Value

name1

interface name

-

number1

gemport number

1-255

number2

pvc number

1-8


Usage Guidelines To disable the debug function, use the no debug ndp-lio error command.

Examples ZXAN#debug ndp-lio error epon-olt_1/6/1


11.64 debug ndp-lio event Syntax debug ndp-lio event name1 [{gport number1 |pvc number2 } ] no debug ndp-lio event name1 [{gport number1 |pvc number2 } ]

Function This command is used to enable the debug function for the events that trigger the ND status change. 11-51 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

interface name

-

number1

gemport number

1-255

number2

pvc number

1-8


Usage Guidelines To disable the debug function, use the no debug ndp-lio event command.

Examples ZXAN#debug ndp-lio event epon-olt_1/6/1


11.65 debug port-location all Syntax debug port-location all no debug port-location all

Function This command enables all the debug functions for port location configuration.

Parameters None


Usage Guidelines To disable the debug switch, use the no debug port-location all command. 11-52 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples ZXAN#debug port-location all

Related Commands 11.66 debug port-location data 11.67 debug port-location error 11.68 debug port-location event

11.66 debug port-location data Syntax debug port-location data name1 [{gport number1 |pvc number2 } ] no debug port-location data name1 [{gport number1 |pvc number2 } ]

Function This command enables the debug function for port location data.


Description

Value

name1

Interface number

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug port-location data command.

Examples ZXAN#debug port-location data epon-olt_1/6/1

Related Commands 11.65 debug port-location all 11.67 debug port-location error 11.68 debug port-location event 11-53 SJ-20130118100307-010|2013-02-28 (R1.0)



11.67 debug port-location error Syntax debug port-location error name1 [{gport number1 |pvc number2 } ] no debug port-location error name1 [{gport number1 |pvc number2 } ]

Function This command enables the debug function for port location error packets that are received.


Description

Value

name1

Interface number

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug port-location error command.

Examples ZXAN#debug port-location error epon-olt_1/6/1

Related Commands 11.65 debug port-location all 11.66 debug port-location data 11.68 debug port-location event

11.68 debug port-location event Syntax debug port-location event name1 [{gport number1 |pvc number2 } ] no debug port-location event name1 [{gport number1 |pvc number2 } ]

Function This command enables the debug function for the event that triggers the port location status change. 11-54 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Interface number

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use no debug port-location event command.

Examples ZXAN#debug port-location event epon-olt_1/6/1


11.69 debug pppoe-plus all Syntax debug pppoe-plus all no debug pppoe-plus all

Function This command enables all the debug functions Point to Point Protocol over Ethernet Plus (PPPoE+).

Parameters None


Usage Guidelines To disable the debug functions, use the no debug pppoe-plus all command.

11-55 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display all the debug information of PPPoE+: ZXAN#debug pppoe-plus all

Related Commands 11.70 debug pppoe-plus data 11.71 debug pppoe-plus error 11.72 debug pppoe-plus event

11.70 debug pppoe-plus data Syntax debug pppoe-plus data name1 [{gport number1 |pvc number2 } ] no debug pppoe-plus data name1 [{gport number1 |pvc number2 } ]

Function This command enables the debug function for PPPoE+ data.


Description

Value

name1

Interface number

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug pppoe-plus data command.

Examples ZXAN#debug pppoe-plus data epon-olt_1/6/1

Related Commands 11.69 debug pppoe-plus all 11.71 debug pppoe-plus error 11.72 debug pppoe-plus event 11-56 SJ-20130118100307-010|2013-02-28 (R1.0)



11.71 debug pppoe-plus error Syntax debug pppoe-plus error name1 [{gport number1 |pvc number2 } ] no debug pppoe-plus error name1 [{gport number1 |pvc number2 } ]

Function This command enables the debug function for PPPoE+ error packets that are received.


Description

Value

name1

Interface number

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug pppoe-plus error command.

Examples ZXAN#debug pppoe-plus error epon-olt_1/6/1

Related Commands 11.69 debug pppoe-plus all 11.70 debug pppoe-plus data 11.72 debug pppoe-plus event

11.72 debug pppoe-plus event Syntax debug pppoe-plus event name1 [{gport number1 |pvc number2 } ] no debug pppoe-plus event name1 [{gport number1 |pvc number2 } ] 11-57 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables the debug function for the event that triggers PPPoE+ status changes.


Description

Value

name1

Interface number

-

number1

Gport number

1-255

number2

PVC number

1-8


Usage Guidelines To disable the debug function, use the no debug pppoe-plus event command.

Examples ZXAN#debug pppoe-plus event epon-olt_1/6/1

Related Commands 11.69 debug pppoe-plus all 11.70 debug pppoe-plus data 11.71 debug pppoe-plus error

11.73 debug radius all Syntax debug radius all no debug radius all

Function This command enables all Radius debug functions.





Usage Guidelines To disable the debug functions, use the no debug radius all command.

Examples The following example shows how to enable all Radius debug sfunctions: ZXAN#debug radius all All radius debugging has been turned on


11.74 debug radius authentication data Syntax debug radius authentication data no debug radius authentication data

Function This command enables the Radius authentication funaction and displays the debug information related to Radius authentication.

Parameters None


Usage Guidelines This command displays the debug information related to Radius authentication. To disable the debug function, use the no debug radius authentication data command.

Examples None 11-59 SJ-20130118100307-010|2013-02-28 (R1.0)




11.75 debug radius authentication error Syntax debug radius authentication error no debug radius authentication error

Function This command enables the Radius authentication function. The information about error packets that are received by Radius authentication is displayed.

Parameters None


Usage Guidelines This command displays the information about error packets that are received by Radius authentication. To disable the debug function, use the no debug radius authentication error command.

Examples None


11.76 debug radius authentication event Syntax debug radius authentication event no debug radius authentication event

11-60 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables the debug function for Radius authentication and displays the information that triggers Radius authentication status changes.

Parameters None


Usage Guidelines This command displays the information that triggers Radius authentication status changes. To disable the debug function, use the no debug radius authentication event command.

Examples None


11.77 debug radius authentication packet Syntax debug radius authentication packet {number1 |all } no debug radius authentication packet

Function This command enables the Radius authentication function. The information about error packets that are received by Radius authentication is displayed. The parameter packet group-number means to display the Radius authentication packets that are received by and sent to the specified Radius authentication group. The parameter packet all means to display the Radius authentication packets that are received by and sent to all Radius authentication groups.

11-61 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Displays the Radius

1-10

authentication packets that the specified Radius authentication group receives and sends. all

Displays the Radius

-

authentication packets that the specified Radius authentication group receives and sends.


Usage Guidelines This command displays the information about error packets that are received by Radius authentication. The parameter packet group-number means to display the Radius authentication packets that the specified Radius authentication group receives and sends. The parameter packet all means to display the Radius authentication packets that all Radius authentication groups receives and send. To disable the debug function, use the no debug radius authentication packet command.

Examples The following example shows how to display the Radius authentication packets that the specified Radius authentication group receives and sends. ZXAN#debug radius authentication packet 1 debug radius authenticaion packet turned on group 65536


11.78 debug radius exception Syntax debug radius exception no debug radius exception

Function This command enables the debug function for radius information. 11-62 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines To disable the debug function, use the no debug radius exception command.

Examples The following example shows how to enable the debug function for Radius information: ZXAN#debug radius exception debug radius exception turned on


11.79 debug radius user Syntax debug radius user name1 name2 no debug radius user

Function This command enables the debug function for Radius users.


Description

Value

name1

-

name2

-


Usage Guidelines To disable the debug function, use the no debug radius user command.

11-63 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the debug function for Radius users: ZXAN#debug radius user user domain debug radius user turned on user@doma


11.80 terminal monitor Syntax terminal monitor no terminal monitor

Function This command outputs debug information to the current terminal.

Parameters None


Usage Guidelines To stop debug information output to the current terminal, use the no terminal monitor command.

Examples The following example shows how to output debug information to the current terminal: ZXAN#terminal monitor

Related Commands All debug commands

11-64 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 12

VLAN Commands Table of Contents Global Commands....................................................................................................12-1 Commands at Network Side ...................................................................................12-10 Commands at User Side ........................................................................................12-13 Smart QinQ Commands .........................................................................................12-18 Show Commands ...................................................................................................12-22

12.1 Global Commands 12.1.1 description Syntax description name1 no description

Function This command provides a description for the VLAN.


Description

Value

VLAN description

A string of 1–63 characters, composed of letters, numbers, and underlines.


Usage Guidelines To delete the description, use the no form of this command. By default, the VLAN description is null. Different VLANs can have the same description.

12-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the description of VLAN 2 and VLAN 3 to dialing-network: ZXAN(config)#vlan 2 ZXAN(config-vlan)#description dialing-network ZXAN(config-vlan)#exit ZXAN(config)#vlan 3 ZXAN(config-vlan)#description dialing-network

Related Commands 12.5.3 show vlan

12.1.2 multicast-packet Syntax multicast-packet name1

Function This command configures the VLAN-based multicast packet flood type.


Description

Value

name1

Flood-all: floods all multicast

-

packets Flood-unknown : floods unknown packets Drop-unknown: drops unknown packets


Usage Guidelines By default, the VLAN-based multicast packet flood type is flood-unknown.

Examples The following example shows how to set the multicast packet flood type for VLAN 2 to drop-unknown:

ZXAN(config)#vlan 2

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Chapter 12 VLAN Commands

ZXAN(config-vlan)#multicast-packet drop-unknown


12.1.3 mvlan-translate Syntax mvlan-translate number1 to number2 no mvlan-translate number1 to number2

Function This command configures the MVLAN translation rule.


Description

Value

number1

MVLAN ID

1–4094

number2

CVLAN ID

1–4094


Usage Guidelines To cancel the setting, use the no form of this command. This command is used to translate MVLAN to CVLAN (meaning that the drive needs to be set) for user downlink data packets during cross-VLAN multicast. For downlink protocol packets, VLAN translation is implemented based on the saved memory data.

Examples The following example shows how to configure the translation rule from MVLAN 100 to CVLAN 150: ZXAN(config)#mvlan-translate 100 to 150

Related Commands show mvlan-translate

12-3 SJ-20130118100307-010|2013-02-28 (R1.0)



12.1.4 name Syntax name WORD1 no name

Function This command sets the VLAN name.


Description

Value

WORD1

VLAN name

At most 32 characters, led by a letter and composed of letters, numbers, and underlines


Usage Guidelines To restore the default name, use the no form of this command. By default, the name of VLAN 1 is VLAN0001, name of VLAN 100 is VLAN0100, and so on.

Examples The following example shows how to change the name of VLAN 2 to v2: ZXAN(config)#vlan 2 ZXAN(config-vlan)#name v2


12.1.5 vlan Syntax vlan {number1 |name WORD1 } no vlan {number1 |name WORD1 }

Function This command creates a VLAN and enters the VLAN configuration mode. 12-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

VLAN

1–4094

name

To specify a VLAN

-

name WORD1

VLAN name

At most 32 characters, led by a letter and composed of letters, numbers, and underlines


Usage Guidelines To delete the VLAN, use the no form of this command. During the deletion of an VLAN, an error is prompted if a VLAN is VLAN 1, an L3 VLAN interface has been created, or IGMP Snooping has been configured.

Examples The following example shows how to create VLAN 2: ZXAN(config)#vlan 2 ZXAN(config-vlan)#


12.1.6 vlan database Syntax vlan database

Function This command creates VLANs in batches.

Parameters None

Mode Configuration mode: ZXAN (config)# 12-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To deleted the VLANs, use the no form of this command. Different VLANs must have different names. During VLAN deletion in batches, an error is prompted if a VLAN is VLAN 1, an L3 VLAN interface has been created, or IGMP Snooping has been configured.

Examples The following example shows how to create VLANs 2–100 in batches: ZXAN(config)#vlan database ZXAN(vlan)#vlan 2-100

Related Commands

12.1.7 vlan-scb-action Syntax vlan-scb-action interface interface1 {vlan-remove {number1 |vlan number2 |svlan number3 vlan {number4 |any } } |vlan-translate {vlan number5 user-vlan number6 |svlan number7 vlan {numb er8 |any } user-vlan number9 } } no vlan-scb-action interface interface1 {vlan-remove {number1 |vlan number2 |svlan number3 vlan {number4 |any } } |vlan-translate {vlan number5 user-vlan number6 |svlan number7 vlan {number8 |any } user-vlan number9 } }

Function This command configures the VLAN processing of downlink broadcast flood packets for EPON cards.


Description

Value

interface

Interface

-

interface1

Interface name

-

number1

VLAN ID

1–4094

number2

VLAN ID

1–4094

number3

SVLAN ID

1–4094

number4

VLAN ID

1–4094

any

Mode

12-6

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number5

VLAN ID

1–4094

number6

User VLAN ID

1–4094

number7

SVLAN ID

1–4094

number8

VLAN ID

1–4094

number9

User VLAN ID

1–4094


Usage Guidelines This function is designed to solve the problem of failure to translate TK-chip downlink broadcast packets into user VLAN. The following functions are supported: 1. Striping of only outer VLAN 2. Single layer VLAN translation 3. Double layer VLAN translation with outer VLAN stripped

Examples The following example shows how to set double layer VLAN translation with outer VLAN stripped:

ZXAN(config)#vlan-scb-action interface epon-olt_1/4/1 vlan-translate vlan 100 user-vlan 200


12.1.8 vlan-translate Syntax vlan-translate ingress-port interface1 user-vlan number1 vlan number2 [svlan number3 ] [name1 ] no vlan-translate {all |ingress-port interface1 user-vlan number1 }

Function This command configures the VLAN translation rule based on PON interface. The outer VLAN is optional. 12-7 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ingress-port

To specify the Interface name

-

interface1

Interface name

-

user-vlan

To specify user VLAN

-

number1

VLAN carried on user packets

1–4094

vlan

To specify inner VLAN carried on the

-

translated packet number2

Inner VLAN carried on the translated

1–4094

packet number3

Outer VLAN carried on the translated

1–4094

packet name1

1:1 or N:1

-

all

To delete all VLAN translation rules

-


Usage Guidelines This command configures the VLAN translation rule based on PON interface. The configuration rule must be different from the service-port rule or Q-in-Q rule, and the user VLAN must be different from the basic VLAN of the ONU interface under the PON interface. The VLAN translation rule based on ONU is configured by the service-port command. To cancel the setting, use the no form of this command. You can delete one or multiple VLAN translation rules in batches.

Examples The following example shows how to set VLAN translation based on PON interface: ZXAN(config)#vlan-translate ingress-port epon-olt_1/3/1 user-vlan 10 vlan 20 svlan 30

The following example shows how to delete a specified VLAN translation rule: ZXAN(config)#no vlan-translate ingress-port epon-olt_1/3/1 user-vlan 10

The following example shows how to delete all VLAN translation rules: ZXAN(config)#no vlan-translate all

12-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 12.5.9 show vlan-translate

12.1.9 xconnect Syntax xconnect name1 [cvlan number1 ]

Function This command configures the vlan-xconnect rule, which specifies whether to perform switching based on SVLAN or SVLAN+CVLAN for the dedicated channel of a specific user interface and uplink interface.


Description

Value

name1

Enable or disables the

-

vlan-xconnect rule number1

Inner VLAN of the vlan-xconnect

1-4094

rule


Usage Guidelines This command is used to configure a 1:1 VLAN rule. The uplink interface can be of smartgroup type. Once the user interface, uplink interface, and whether to use svlan or svlan+cvlan are specifed, the user data packets are directly sent to the uplink interface without learning MAC+VLAN if the VLAN data accords with SVLAN or SVLAN+CVLAN. To delete the rule, use the no form of this command.

Examples The following example shows how to set the xconnect rule for VLAN 100:

ZXAN(config)#vlan 100

ZXAN(config-vlan)#xconnect enable

12-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 12.5.10 show vlan-xconnect detail

12.2 Commands at Network Side 12.2.1 switchport default vlan Syntax switchport default vlan WORD1 [name1 ] no switchport default vlan

Function This command adds a hybrid port to the default VLAN and modifies the port PVID. If the VLAN does not exist, it will be created.


Description

Value

WORD1

VLAN name or VLAN ID

-

name1

VLAN

-

Mode L2 fei interface mode, PortCh interface mode, L2 gei interface mode, and others

Usage Guidelines By default, a layer-2 port is located in VLAN 1. Use this command to set the default VLAN of the port and modify the PVID. To delete the port from the VLAN and restore the default PVID 1, use the no form of this command.

Examples The following example shows how to set the default VLAN of interface gei_1/19/1 to 100: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport default vlan 100

Related Commands 12.5.4 show vlan port

12-10 SJ-20130118100307-010|2013-02-28 (R1.0)



12.2.2 switchport mode Syntax switchport mode name1

Function This command configures the VLAN port link mode for a port. For an uplink port, the default is hybrid.


Description

Value

name1

l

-

Trunk: A trunk port receives only tagged packets.

l

Hybrid: A hybrid port can receive both untagged and tagged packets.


Usage Guidelines A trunk port can be directly switched to the hybrid mode. For other mode switching, the tag and untag VLANs of this port should be deleted (except VLAN 1).

Examples The following example shows how to set the VLAN mode to trunk for interface gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport mode trunk


12.2.3 switchport tpid Syntax switchport tpid {{hexadecimal1 |vlan |port } ||}

Function This command configures the port TPID property.

12-11 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

hexadecimal1

TPID type

-

vlan

Based on VLAN

-

port

Based on port

-


Usage Guidelines The TPID value cannot be the values of some protocols, such as 0x0806 and 0x0800.

Examples The following example shows how to configure the TPID property of the port gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport tpid 0x9100


12.2.4 switchport vlan Syntax switchport vlan WORD1 {tag |untag } no switchport vlan WORD1

Function This command adds a port to a VLAN. If the VLAN does not exist, it will be created.


Description

Value

WORD1

VLAN ID or VLAN name

-

tag

Indicates that the port is added to the VLAN in tag

-

mode untag

Indicates that the port is added to the VLAN in

-

untag mode

12-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines A trunk port can be added to a VLAN only in tag mode. The mode for adding a port to a VLAN depending on the VLAN mode of the port. To delete the port from the VLAN, use the no form of this command.

Examples The following example shows how to configure interface gei_1/19/1 with VLAN 100, 102–110: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport vlan 100,102-110 tag

Related Commands 12.5.4 show vlan port 12.2.2 switchport mode

12.3 Commands at User Side 12.3.1 switchport default vlan Syntax switchport default vlan WORD1 [name1 ] no switchport default vlan

Function This command adds a hybrid port to the default VLAN and modifies the port PVID. If the VLAN does not exist, it will be created.


Description

Value

WORD1

VLAN name or VLAN ID

-

name1

VLAN

-

Mode L2 fei interface mode, PortCh interface mode, L2 gei interface mode, and others 12-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, a layer-2 port is located in VLAN 1. Use this command to set the default VLAN of the port and modify the PVID. To delete the port from the VLAN and restore the default PVID 1, use the no form of this command.

Examples The following example shows how to set the default VLAN to 100: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport default vlan 100


12.3.2 switchport mode Syntax switchport mode name1

Function This command configures the VLAN port link mode for a port. For an uplink port, the default is hybrid.


Description

Value

name1

l

-

Trunk: A trunk port receives only tagged packets.

l

Hybrid: A hybrid port can receive both untagged and tagged packets.


Usage Guidelines A trunk port can be directly switched to the hybrid mode. For other mode switching, the tag and untag VLANs of this port should be deleted (except VLAN 1).

Examples The following example shows how to set the VLAN mode to trunk: 12-14 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 12 VLAN Commands ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport mode trunk


12.3.3 switchport tls Syntax switchport tls name1 [vport number1 ]

Function This command configures the port TLS property.


Description

Value

name1

Enable: enables the TLS

-

property Disable: disables the TLS property number1

Vport

1–128

Mode 10G_Ether interface mode: ZXAN(config-if)#, ptp interface mode, wdm-pon-onu interface mode, and others

Usage Guidelines When the TLS VLAN is enabled, the TLS VLAn is 1 by default.

Examples The following example shows how to configures the TLS property of the interface epon-onu_1/4/1:1:

ZXAN(config)#interface epon-onu_1/4/1:1

ZXAN(config-if)#switchport tls enable

Related Commands 12.5.4 show vlan port 12-15 SJ-20130118100307-010|2013-02-28 (R1.0)



12.3.4 switchport tls vlan Syntax switchport tls vlan {number1 |WORD1 } [vport number2 ]

Function This command configure the TLS VLAN mapping relation of a port. If TLS is enabled, the default TLS VLAN of the user port is 1.


Description

Value

number1

TLS-VLAN ID

1-4094

WORD1

VLAN name

-

number2

Vport

1-128

Mode PortCh interface mode, 10G_Ethernet interface mode: ZXAN(config-if)#, ptp interface mode, and others

Usage Guidelines TLS VLAN can be configured only when TLS is enabled. All TLS flows are tagged with the corresponding TLS VLAN after TLS VLAN configuration. The interfaces with disabled TSL uploads untagged or prirority tagged packets after marking the corresponding PVID. For tagged packets, if the VLAN tag is in VLAN membership, they are tagged with the mapping VLAN ID and then be uploaded. If the VLAN tag is not in VLAN membership, the packets are discarded. The interfaces with enabled TSL uploads untagged packets, priority tagged packets, or packets whose VLAN tag is not in VLAN membership after marking the corresponding TLS VLAN. If the VLAN tag is in VLAN membership, the packets are tagged with VLAN ID and then be uploaded.

Examples The following example shows how to set the TLS VLAN property: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#switchport tls vlan 20


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12.3.5 switchport tpid Syntax switchport tpid {{hexadecimal1 |vlan |port } ||}

Function This command configures the port TPID property.


Description

Value

hexadecimal1

TPID type

-

vlan

Based on VLAN

-

port

Based on port

-


Usage Guidelines The TPID value cannot be the values of some protocols, such as 0x0806 and 0x0800.

Examples The following example shows how to configure the TPID property for interface gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport tpid 0x9100


12.3.6 switchport vlan Syntax switchport vlan WORD1 {tag |untag } no switchport vlan WORD1

Function This command adds a port to a VLAN. If the VLAN does not exist, it will be created.

12-17 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

WORD1

VLAN ID or VLAN name

-

tag

Indicates that the port is added

-

to the VLAN in tag mode untag

Indicates that the port is added

-

to the VLAN in untag mode


Usage Guidelines A trunk port can be added to a VLAN only in tag mode. The mode for adding a port to a VLAN depending on the VLAN mode of the port. To delete the port from the VLAN, use the no form of this command.

Examples The following example shows how to configure interface gei_1/19/1 with VLAN 100, 102–110: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#switchport vlan 100,102-110 tag

Related Commands 12.5.4 show vlan port 12.3.2 switchport mode

12.4 Smart QinQ Commands 12.4.1 vlan-smart-qinq Syntax vlan-smart-qinq name1

Function This command enables or disables the global smart Q-in-Q function.

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Description

Value

name1

Status

-


Usage Guidelines After the global smart Qi-inQ function changes to disabled, the configured vlan-smart-qinq rule is still available in the software and can be viewed through the show vlan-smart-qinq command. However, the entry is deleted from the hardware configuration, meaning that the smart Q-in-Q service will be interrupted. After the global smart Qi-inQ function changes to enabled, the system sends the hardware entry again and validate the service. In this case, the interrupted service is restored.

Examples The following example shows how to enable the global smart Q-in-Q function: ZXAN(config)#vlan-smart-qinq enable

Related Commands 12.5.7 show vlan-smart-qinq global-status

12.4.2 vlan-smart-qinq(L2 gei interface mode) Syntax vlan-smart-qinq name1

Function This command enables or disables the Q-in-Q function of an OLT.


Description

Value -

name1 Enable: enables the smart Q-in-Q function Disable: disables the smart Q-in-Q function

12-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode L2 gei interface mode, 10G Ethernet interface mode: ZXAN(config-if)#, wdm-pon-olt interface mode, and others

Usage Guidelines Before enabling the vlan-smart-qinq function of an interface, enable the global vlan-smart-qinq function first. Pay attention that when the smart Q-in-Q function of the interface changes to disabled, all vlan-smart-qinq rules under the PON interface are deleted.

Examples The following example shows how to enable the smart Q-in-Q function on the interface epon-olt_1/4/1: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#vlan-smart-qinq enable

Related Commands 12.5.8 show vlan-smart-qinq port-status

12.4.3 vlan-smart-qinq ingress-port Syntax vlan-smart-qinq ingress-port interface1 {cvlan number1 [to number2 ] [{ether-type hexadecima l1 |cos number3 } ] |{ether-type hexadecimal2 |cos number4 } } svlan number5 [newcos number6 ] no vlan-smart-qinq ingress-port interface1 {cvlan number1 [to number2 ] [{ether-type hexadeci mal1 |cos number3 } ] |{ether-type hexadecimal2 |cos number4 } } svlan number5 [newcos numbe r6 ]

Function This command configures the smart Q-in-Q VLAN rule.


Description

Value

interface1

Interface name

-

number1

Begin CVLAN

1–4094

number2

End CVLAN

1–4094

hexadecimal1

Ethernet type

-

number3

Priority level

0–7

12-20 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

hexadecimal2

Ethernet type

-

number4

Priority level

0–7

number5

SVLAN

1–4094

number6

Priority level

0–7


Usage Guidelines A smart Q-in-Q rule supports seven modes: l l l l l l l

Based on a single CVLAN Based on a CVLAN range Based on COS Based on Ethernet type Based on Single CVLAN+COS Based on Single CVLAN+Ehternent Transparent VLAN

One interface can be configured with multiple modes. The pre-defined sequence applies in case of conflict.

Examples The following example shows how to configure smart Q-in-Q rule based on a CVLAN range: ZXAN(config)#vlan-smart-qinq ingress-port epon-olt_1/3/1 cvlan 100 to 110 svlan 200

The following example shows how to configure smart Q-in-Q rule based on priority: ZXAN(config)#vlan-smart-qinq ingress-port epon-olt_1/3/1 cos 7 svlan 201

The following example shows how to configure smart Q-in-Q rule based on Ethernet type: ZXAN(config)#vlan-smart-qinq ingress-port epon-olt_1/3/1 ether-type 0x0806 svlan 202

The following example shows how to configure smart Q-in-Q rule based on CVLAN+ priority: ZXAN(config)#vlan-smart-qinq ingress-port epon-olt_1/3/1 cvlan 20 to 20 cos 6 svlan 203

12-21 SJ-20130118100307-010|2013-02-28 (R1.0)



The following example shows how to configure smart Q-in-Q rule based on CVLAN+Ethernet type: ZXAN(config)#vlan-smart-qinq ingress-port epon-olt_1/3/1 cvlan 21 to 21 ether-type 0x0809 svlan 204

The following example shows how to delete a configured smart Q-in-Q rule: ZXAN(config)#no vlan-smart-qinq ingress-port epon-olt_1/3/1 cvlan 100 to 110 svlan 200

Related Commands 12.5.6 show vlan-smart-qinq

12.5 Show Commands 12.5.1 show service-port Syntax show service-port shelf number1 slot number2

Function This command displays the configured service ports by slot number.


Description

Value

number1

Shelf number

1–3

number2

Slot number of the card

0–22



Examples The following example shows how to display the service ports by slot number: ZXAN(config)#show service-port shelf 1 slot 4 Interface epon-onu_1/4/1:1

12-22 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 12 VLAN Commands Sport Vport BeginVid EndVid OuterVid InnerVid UserPrio Dscp Etype os SVlan SCos Tls

Mode Ingress Egress

Filter Vlan C

Queue Status Enable

-----------------------------------------------------------------------------------------------------------------------------------------1 -

1 22

22 --

22

--

1:1

---

---

---

--

--

--

--

22

-

YES

Sport total number: 1


12.5.2 show service-port interface Syntax show service-port interface interface1 [number1 ]

Function This command displays the configured service ports of an interface.


Description

Value

interface1

Interface name

-

number1

Service port ID

1–128



Examples The following example shows how to display the service ports of the interface epon-onu_1/4/1:1: ZXAN(config)#show service-port interface epon-onu_1/4/1:1 Interface epon-onu_1/4/1:1 Sport Vport BeginVid EndVid OuterVid InnerVid UserPrio Dscp Etype os SVlan SCos Tls

Mode Ingress Egress

Filter Vlan C

Queue Status Enable

------------------------------------------------------------------------------------------------------------------------------------------

12-23 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference 1 -

1 22

22 --

22

--

1:1

---

---

---

--

--

--

--

22

-

YES

Sport total number: 1 ZXAN(config)#


12.5.3 show vlan Syntax show vlan {number1 |name WORD1 }

Function This command displays the configuration of a specified VLAN.


Description

Value

number1

VLAN ID

1–4094

name

VLAN name

-

WORD1

Specified VLAN name

-


Usage Guidelines This command displays the information about the ports added to the VLAN.

Examples The following example shows how to display the configuration of VLAN 22: ZXAN(config)#show vlan 22 vlanid

:22

name

:VLAN0022

description

:N/A

multicast-packet:flood-unknown tpid:0x8100 port(untagged): port(tagged): epon-onu_1/4/1:1:1

12-24 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 12 VLAN Commands ZXAN(config)#


12.5.4 show vlan port Syntax show vlan port interface1 [{vport number1 |pvc number2 } ]

Function This command displays the layer-2 VLAN configuration information, including basic VLAN information, TLS configuration, TLS VLAN configuration.


Description

Value

interface1

Interface name

-

number1

PON virtual port ID

1–128

number2

Specified PVC number

1–2000



Examples The following example shows how to display the VLAN configuration of the interface epon-onu_1/4/1:1: ZXAN(config)#show vlan port epon-onu_1/4/1:1 PortMode

Pvid

CPvid Tpid/mode

TLSStatus TLSVlan

------------------------------------------------hybrid

1

0

0x8100/PORT disable

0

UntaggedVlan:

TaggedVlan: 22 ZXAN(config)#

12-25 SJ-20130118100307-010|2013-02-28 (R1.0)




12.5.5 show vlan summary Syntax show vlan summary

Function This command displays all the created VLANs.

Parameters None



Example The following example shows how to displays all the created VLANs: ZXAN#show vlan summary All created vlan num: 13 Details are following: 1-2,10-20


12.5.6 show vlan-smart-qinq Syntax show vlan-smart-qinq [ingress-port interface1 [svlan number1 ] ]

Function This command displays the smart Q-in-Q VLAN rules.

12-26 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name

-

number1

Svlan ID

1–4094



Examples The following example shows how to display all Q-in-Q VLAN rules:

ZXAN(config)#show vlan-smart-qinq smart-qinq item num(used): 1 Ingress-Port

Begin- EndVid

EType

Cos Svlan NewCos GroupId Status

Vid

--------------------------------------------------------------------------------

epon-olt_1/4/3

22

22

----

3

22

--

--

OK

ZXAN(config)#

Related Commands 12.4.1 vlan-smart-qinq 12.4.3 vlan-smart-qinq ingress-port 12.5.7 show vlan-smart-qinq global-status 12.5.8 show vlan-smart-qinq port-status

12.5.7 show vlan-smart-qinq global-status Syntax show vlan-smart-qinq global-status

Function This command displays the global smart Q-in-Q status.






Examples The following example shows how to display the global smart Q-in-Q status: ZXAN#show vlan-smart-qinq global-status global-status: enable

Related Commands 12.4.1 vlan-smart-qinq 12.4.3 vlan-smart-qinq ingress-port 12.5.8 show vlan-smart-qinq port-status

12.5.8 show vlan-smart-qinq port-status Syntax show vlan-smart-qinq port-status ingress-port interface1

Function This command displays the VLAN smart Q-in-Q status of a specified interface.


Description

Value

interface1

Interface name

-



Examples The following example shows how to display the VLAN smart Q-in-Q status of the interface gpon-olt_1/2/1: ZXAN#show vlan-smart-qinq port-status ingress-port gpon-olt_1/2/1 port-status: gpon-olt_1/2/1

disable

12-28 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 12.4.1 vlan-smart-qinq 12.4.3 vlan-smart-qinq ingress-port 12.5.7 show vlan-smart-qinq global-status

12.5.9 show vlan-translate Syntax show vlan-translate [ingress-port interface1 ]

Function This command displays the VLAN translation rules of all or a specified PON interface.


Description

Value

interface1

Interface name

-



Examples The following example shows how to display all the VLAN translation rules: ZXAN(config)#show vlan-translate vlan-translate item num(used): 1 Ingress-Port

User-Vlan Vlan

Svlan TransMode Status

---------------------------------------------------------------------------epon-olt_1/4/4

22

22

22

1:1

--

ZXAN(config)#


12.5.10 show vlan-xconnect detail Syntax show vlan-xconnect detail [svlan number1 [cvlan number2 ] ] 12-29 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays the xconnect configuration rule.


Description

Value

number1

SCLAN value of the xconnect

1–4094

rule number2

CVLAN value of the xconnect

1–4094

rule



Examples The following example shows how to display the xconnect configuration details: ZXAN(config)#show vlan-xconnect detail User-Port

Uplink-Port

Svlan

Cvlan

------------------------------------------------------epon-onu_1/4/1:1 vport 1

gei_1/19/1

33

--

epon-onu_1/4/1:1 vport 1

gei_1/19/1

44

44

ZXAN(config)#


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Chapter 13

PON Comands Table of Contents PON Basic Command ..............................................................................................13-1 ONU Type Profile Management ................................................................................13-2 OLT Performance Management................................................................................13-8 PON Version Management .....................................................................................13-17 PON Protection Management.................................................................................13-22 Optical Profile Parameter Configuration..................................................................13-28 Rogue ONU Detection............................................................................................13-36 ONU In-Band Management ....................................................................................13-38 Profile Configuration Management .........................................................................13-42 Other Commands ...................................................................................................13-46

13.1 PON Basic Command 13.1.1 pon Syntax pon

Function This command enters PON mode.

Parameters None

Mode ZXAN (config)#


Examples The following example shows how to enter PON mode: ZXAN(config)#pon

13-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config-pon)#


13.2 ONU Type Profile Management 13.2.1 onu-type Syntax onu-type name1 {gpon [description name2][max-tcont number1][max-gemport number2][max -switch-perslot number3][max-flow-perswitch number4][max-iphost number5][service-ability N:1 name3 1:M name4 1:P name5][service-mgmt-via-non-omci WiFi name6][omci-send-mode {async|sync}][default-mulitcast-range {none|all-inclusive }]|epon[{description WORD1|{[prote ct-type name7][speed name8]}}]} no onu-type name9

Function This command creates an ONU type and sets the properties related to the ONU type.


Description

Value

name1

ONU type name, 1–64

-

characters. gpon

GPON ONU type.

-

name2

ONU type description, range:

-

1–64 characters. number1

Maximum number of T-CONTs,

1–255

and the default value is 255. number2

Maximum number of

1–255

GEM Ports, and the default value is 255. number3

Maximum number of Bridges of

1–255

each slot, and the default value is 255. number4

Maximum number of uplink

1–255

interfaces of each Bridge, and the default value is 255. 13-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 13 PON Comands

Parameter

Description

Value

number5

Maximum number of IP hosts,

0–255

and the default value is 255. name3

Whether the N:1 service is

-

supported. N:1 indicates bridge connections between multiple UNIs and one ANI. By default, the N:1 service is supported. name4

Whether the 1:M service is

-

supported. 1:M indicates the 801.1p priority mapping between a single UNI and multiple ANIs. By default, the 1:M service is supported. name5

Whether the 1:P service is

-

supported. 1:P indicates the VLAN filtering between a single UNI and multiple ANIs. By default, the 1:P service is supported. name6

Whether the WiFi service is

-

not managed by the OMCI and whether OLTs compare and deliver default WiFi-related ME values created by the ONU. enable: non-OMCI manageable, not comparing and issuing data; disable: OMCI manageable, comparing and issuing data; The default value is disable. async

Sets that the OMCI delivers

-

default ME values in xxx mode. sync

OMCI is issued in

-

synchronization mode. none

Uses the ONU default value.

-

all-includsive

224.0.0.0–239.255.255.255.

-

epon

EPON ONU type.

-

WORD1

ONU type description, range:

-

1–64 characters.

13-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name7

Protection type. The value

-

range is {none|typec|typed}, and the default value is none. name8

ONU PON interface rate.

-

The value range is, 1g, 10g-symmetric, and 10g-asymmetric. 10g-symmetric:10 GB symmetric. 10g-asymmetric:10 GB, asymmetric. The default value is 1g. name9

ONU type name, 1–64

-

characters

Mode pon global configuration mode

Usage Guidelines There are seven default GPON ONU types: ZTE-F601, ZTE-F621, ZTE-F622, ZTE-F625, ZTE-F640, ZTE-F641, and ZTE-F628. Users cannot delete or modify the seven types, and cannot add or delete user interfaces to them. To distinguish them from EPON ONU type profiles, it is recommended to add a GPON mark to such type profiles. For example, ZTEG-F820/ZTEG-F822/ZTEG-9806H. To cancel the setting, use the no form of this command.

Examples The following example shows how to create a new GPON ONU type whose name is "ZTEG-F888": ZXAN(config)#pon

ZXAN(config-pon)# onu-type ZTE-F888 gpon description new-onu


13.2.2 onu-type-if Syntax onu-type-if name1 name2 13-4 SJ-20130118100307-010|2013-02-28 (R1.0)



no onu-type-if name1 name2

Function This command adds a user interface for an ONU type.


Description

Value

name1

ONU type name, range: 1–64

-

characters. name2

ONU user interface description:

-

type_slot/portlist, range: 1–31 characters. l

type: prefix, which can be eth_, e1_ , t1_, ds1_, pots_, rf_, or wifi_.

l

slot: the value range is 0–255.

l

portlist: port list, the value range is 1–255. Users can enter ports in batches.


Usage Guidelines There are seven default GPON ONU types: ZTE-F601, ZTE-F621, ZTE-F622, ZTE-F625, ZTE-F640, ZTE-F641, and ZTE-F628. The seven types cannot be deleted or modified, and no user interface can be added to or deleted from them. To cancel the setting, use the no form of this command.

Examples The following example shows how to add user interfaces for the ONU type whose name is "ZTE-F888": ZXAN(config)#pon ZXAN(config-pon)# onu-type-if ZTE-F888 eth_0/1-4 ZXAN(config-pon)# onu-type-if ZTE-F888 pots_0/1-2

Related Commands 13.2.4 show onu-type-if

13-5 SJ-20130118100307-010|2013-02-28 (R1.0)



13.2.3 show onu-type Syntax show onu-type [name1 [name2 ] ]

Function This command queries ONU type information.


Description

Value

name1

GPON/EPON ONU type

-

information ONU type name, range: 1–64

name2

-

characters



Examples The following example shows how to query all ONU type information: ZXAN(config-gpon)#show onu-type

Onu type name :

ZTE-9806

Pon type :

epon

Description :

0

Protect type:

none

Speed:

1g

Onu type name :

ZTE-D400

Pon type :

epon

Description :

4FE

Protect type:

none

Speed:

1g


13-6 SJ-20130118100307-010|2013-02-28 (R1.0)



13.2.4 show onu-type-if Syntax show onu-type-if name1

Function This command queries the user interface information of an ONU type.


Description

Value

name1

ONU type name, range: 1–64

-

characters



Examples The following example shows how to query the user interface information of the ONU type whose name is "ZTE-F888": ZXAN(config-pon)#show onu-type-if ZTE-F888 Onu type name : ZTE-F888 Interface list eth_0/1 eth_0/2 eth_0/3 eth_0/4 pots_0/1 pots_0/2


13-7 SJ-20130118100307-010|2013-02-28 (R1.0)



13.3 OLT Performance Management 13.3.1 item Syntax item name1 name2 name3 alarm number1 restore number2 no item name1 name2 name3

Function This command sets the parameters related to OLT MAC performance alarms at the PON interface.


Description

Value

name1

Alarm type

-

name2

Statistical duration: 15 minutes

-

name3

The uppermost/upper/low/low-

-

est threshold number1

Alarm threshold

0–9223372036854775807

number2

Alarm recovery threshold

0–9223372036854775807

Mode PROFILE_MAC_OLT configuration mode


Examples The following example shows how to set the parameters related to OLT MAC performance alarms at the PON interface: ZXAN(config)#perf-mac-olt profile zte ZXAN(config-mac-perf-olt)#item err 15min low alarm 1000 restore 2000

Related Commands 13.3.7 perf-mac-olt profile

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13.3.2 item (PROFILE_MAC_ONU configuration mode) Syntax item name1 name2 name3 alarm number1 restore number2 no item name1 name2 name3

Function This command sets the parameters related to ONU MAC performance alarms at the PON interface.


Description

Value

name1

Alarm type

-

name2

Statistic duration: 15 minutes

-

name3


-


Alarm threshold

0–9223372036854775807

number2

Alarm clearing threshold

0–9223372036854775807

Mode PROFILE_MAC_ONU configuration mode


Examples The following example shows how to set the parameters related to ONU MAC performance alarms at the PON interface: ZXAN(config)#perf-mac-onu profile zte ZXAN(config-mac-perf-onu)#item erri 15min low alarm 1000 restore 2000

Related Commands 13.3.8 perf-mac-onu profile

13.3.3 item (PROFILE_ETH_OLT configuration mode) Syntax item name1 name2 name3 alarm number1 restore number2 13-9 SJ-20130118100307-010|2013-02-28 (R1.0)



no item name1 name2 name3

Function This command sets the parameters related to OLT Ethernet performance alarms at the PON interface.


Description

Value

name1

Alarm type

-

name2


-

name3


-


Alarm threshold

0–9223372036854775807

number2


0–9223372036854775807

Mode PROFILE_ETH_OLT configuration mode


Examples The following example shows how to sets the parameters related to OLT Ethernet performance alarms at the PON interface: ZXAN(config)#perf-eth-olt profile zte ZXAN(config-eth-perf-olt)#item tx-jabs 15min low alarm 1000 restore 2000

Related Commands 13.3.5 perf-eth-olt profile

13.3.4 item (PROFILE_ETH_ONU configuration mode) Syntax item name1 name2 name3 alarm number1 restore number2 no item name1 name2 name3

Function This command sets the parameters related to ONU Ethernet performance alarms at the PON interface. 13-10 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Alarm type

-

name2


-

name3


-


Alarm threshold

0–9223372036854775807

number2


0–9223372036854775807

Mode PROFILE_ETH_ONU configuration mode


Examples The following example shows how to set the parameters related to ONU Ethernet performance alarms at the PON interface: ZXAN(config)#perf-eth-onu profile zte ZXAN(config-eth-perf-onu)#item rx-jabs 15min low alarm 1000 restore 2000

Related Commands 13.3.6 perf-eth-onu profile

13.3.5 perf-eth-olt profile Syntax perf-eth-olt profile name1 no perf-eth-olt profile name1

Function This command creates an alarm profile for Ethernet performance statistics at the OLT interface, and the corresponding configuration mode is entered.


Description

Value

name1

Profile name, range: 1–32

-

characters. 13-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode ZXAN (config)#


Examples The following example shows how to create an alarm profile for Ethernet performance statistics at the OLT interface: ZXAN(config)# ZXAN(config)#perf-eth-olt profile zte ZXAN(config-eth-perf-olt)#


13.3.6 perf-eth-onu profile Syntax perf-eth-onu profile name1 no perf-eth-onu profile name1

Function This command creates an alarm profile for Ethernet performance statistics at the ONU interface, and the corresponding configuration mode is entered.


Description

Value

name1

Profile name, 1–32 characters.

-

Mode ZXAN (config)#


Examples The following example shows how to create an alarm profile for Ethernet performance statistics at the ONU interface: 13-12 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 13 PON Comands ZXAN(config)# ZXAN(config)#perf-eth-onu profile zte ZXAN(config-eth-perf-onu)#


13.3.7 perf-mac-olt profile Syntax perf-mac-olt profile name1 no perf-mac-olt profile name1

Function This command creates an alarm profile for MAC performance statistics at the OLT interface, and the corresponding configuration mode is entered.


Description

Value

name1


-

characters.

Mode ZXAN (config)#


Examples The following example shows how to create an alarm profile for MAC performance statistics at the OLT interface: ZXAN(config)# ZXAN(config)#perf-mac-olt profile zte ZXAN(config-mac-perf-olt)#


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13.3.8 perf-mac-onu profile Syntax perf-mac-onu profile name1 no perf-mac-onu profile name1

Function This command creates an alarm profile for MAC performance statistics at the ONU interface, and the corresponding configuration mode is entered.


Description

Value

name1


-

characters.

Mode ZXAN (config)#


Examples The following example shows how to create an alarm profile for MAC performance statistics at the ONU interface: ZXAN(config)# ZXAN(config)#perf-mac-onu profile zte ZXAN(config-mac-perf-onu)#


13.3.9 show perf-olt Syntax show perf-olt name1 profile name2

Function This command queries the alarm profile information related to the OLT interface performance statistics. 13-14 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Ethernet/MAC-related profile.

-

name2


-

characters.


Usage Guidelines Before querying the profile information, users must first execute the ZXAN(config)#perf-e th-olt command or the ZXAN(config)#perf-mac-olt command to create relevant profiles.

Examples The following example shows how to query the alarm profile, whose name is zte, related to the OLT Ethernet performance statistics: ZXAN#show perf-olt eth profile zte perf-eth-olt profile zte -------------------------------------------------------------------------item: tx-bytes 15-min high alarm 1000000 restore 80000

Related Commands 13.3.5 perf-eth-olt profile 13.3.7 perf-mac-olt profile

13.3.10 show perf-onu Syntax show perf-onu name1 profile name2

Function This command queries the alarm profile information related to the ONU interface performance statistics.


Description

Value

name1

Ethernet/MAC-related profile.

-

name2


-

characters. 13-15 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines Before querying the profile information, users must first execute the ZXAN(config)#perf-et h-onu command or the ZXAN(config)#perf-mac-onu command to create relevant profiles.

Examples The following example shows how to query the alarm profile, whose name is zte, related to the ONU Ethernet performance statistics: ZXAN#show perf-onu eth profile zte perf-eth-onu profile zte -------------------------------------------------------------------------item: tx-pkts 15-min high alarm 100000 restore 10000

Related Commands 13.3.6 perf-eth-onu profile 13.3.8 perf-mac-onu profile

13.3.11 show performance pon-onu Syntax show performance pon-onu {eth interface1 |mac interface2 } {current |current-15min-interval |his-15min-interval number1 ||}

Function This command queries the ONU statistics at the PON interface.


Description

Value

eth

Ethernet statistics.

-

interface1

PON ONU interface, format:

-

epon-onu_shelf/slot/port:onu or gpon-onu_shelf/slot/port:onu. mac

MAC statistics.

-

interface2


-

epon-onu_shelf/slot/port:onu or gpon-onu_shelf/slot/port:onu. current

Current statistics.

-

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Parameter

Description

Value

current-15min-interval

Current 15-minute statistics.

-

number1

Historical 15-minute statistics.

1–1



Examples The following example shows how to query the gpon-onu_1/3/1:1 current Ethernet statistics at the ONU interface: ZXAN#show performance pon-onu eth gpon-onu_0/3/1:1 current


13.4 PON Version Management 13.4.1 cpe update-commit Syntax cpe update-commit name1 {type name2|interface1 name3}

Function This command performs the update+commit operation.


Description

Value

name1

CPE version name.

-

name2

CPE type name.

-

interface1

Port number.

-

name3

CPE list.

-

Mode ZXAN# 13-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The update+commit operation on a CPE involves the update operation and commit operation.

Examples The following example shows how to update a CPE at the gpon-olt_1/2/1 interface: ZXAN#cpe update-commit f460914.bin epon-olt_0/10/3 1 ZXAN#


13.4.2 cpe update-reonline Syntax cpe update-reonline name1 {type name2 |interface1 name3}

Function This command performs the update operation.


Description

Value

name1

CPE version name.

-

name2

CPE type name.

-

interface1

Port number.

-

name3

CPE list.

-

Mode ZXAN#

Usage Guidelines The activate+commit operation is implemented when a CPE goes online the next time.

Examples The following example shows how to update a CPE at the gpon-olt_1/2/1 interface: ZXAN#cpe update-reonline f460914.bin epon-olt_0/10/3 1 ZXAN#

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13.4.3 show cpe information Syntax show cpe information interface1 name1

Function This command displays the current information of a CPE.


Description

Value

interface1

Port number.

-

name1

Name of a specified CPE.

-


Usage Guidelines The current information of a CPE includes the vendor name, equipment name, and current version. Users can set the rulist parameter to query the information of multiple CPEs.

Examples The following example shows how to display the current information of a CPE: ZXAN#show cpe information epon-olt_0/10/3 1 epon-onu_0/10/3: 1 CpeVendorName : ZTE CpeType

: F460

Region 1 Vertag Commited

Region 2 : V1.0.1P1T3 : No

Vertag Commited

: : No

Activated

: No

Activated

: No

Valid

: Yes

Valid

: No


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13.4.4 show cpe summary-of Syntax show cpe summary-of {task name1|manual} [{operating|fail|success|waiting} ]

Function This command displays the summary information of the current manual update or task update.


Description

Value

task

Task update status.

-

name1

Task name.

-

manual

Manually updating.

-

operating

Position where the task is being

-

implemented. fail

Position where the task

-

execution fails. success

Position where the task

-

execution succeeds. waiting

Position where the task is

-

waiting to be executed.


Usage Guidelines The summary information includes the current manual update information and task update information. The information only involves the position information of the CPEs that are being updated, waiting to be executed, updated successfully, and fail to be updated. A CPE update operation through command lines is manual update.

Examples The following example shows how to display the summary information the current manual update or task update: a. Execute the following command to display the current manual update information: ZXAN#show cpe summary-of manual Operating: Waiting:

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Chapter 13 PON Comands Fail: Success: epon-onu_0/10/3: 1

b. Execute the following command to display the update information of a task whose name is "abc": ZXAN#show cpe summary-of task abc Operating: Waiting: Fail: Success: epon-onu_0/10/3: 1


13.4.5 show cpe update-status Syntax show cpe update-status interface1 name1

Function This command displays the updated status of a CPE.


Description

Value

interface1

Port number.

-

name1

Name of a specified CPE.

-


Usage Guidelines The updated status of a CPE includes the current action, current updating progress, and failure cause. Users can set the rulist parameter to query the information of multiple CPEs.

Examples The following example shows how to display the updated status of a CPE: ZXAN#show cpe update-status epon-olt_0/10/3 1 epon-onu_0/10/3: 1

13-21 SJ-20130118100307-010|2013-02-28 (R1.0)



Taskname

:

Manual Action

:

Update Status

:

In-progress Progress

: 4%

Failreason

:

None Committime

:


13.5 PON Protection Management 13.5.1 protection Syntax protection group name1 {workpon interface1 protectpon interface2 name2 |dual-parenting-wo rk workpon interface3 protectpon name3 peer-ip ip_addr1 name4 |dual-parenting-protect wo rkpon name5 protectpon interface4 peer-ip ip_addr2 name6 } no protection group name1

Function This command creates a protection group.


Description

Value

name1

Protection group name, range:

-

1–32 characters. interface1

Working PON interface.

-

interface2

Protective PON interface.

-

name2

Protection type.

-

dual-parenting-work

Inter-NE protecting the local

-

interface as protective interface. interface3


-

13-22 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name3


-

ip_addr1

IP address of the opposite host.

-

name4

Protection type.

-

dual-parenting-protect

Inter-NE protecting the local

-

interface as working interface. name5


-

interface4


-

ip_addr2

IP address of the opposite host.

-

name6

Protection type.

-


Usage Guidelines The two mutually protective PON interfaces must be of the same PON interface type, and one PON interface cannot belong to different protection groups at the same time. To cancel the setting, use the no form of this command.

Examples The following example shows how to create a protection group whose name is "ZTE“. In this example, the 1/3/1 PON interface and 1/4/1 PON interface are set to be mutually protective. ZXAN(config)#pon ZXAN(config-pon)#protection group ZTE workpon epon-olt_1/3/1 protectpon epon-olt_1/4/1 typeB


13.5.2 protection member Syntax protection member group name1 onu-list name2 [peer-onu-list name3 ] no protection member group name1 onu-list name2

Function This command creates a member of a typeC/D protection group. 13-23 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

1–32 characters. name2

ONU ID list of the working

-

interface, range: 1–64 characters. name3

ONU ID of the protective

-

interface, range: 1–64 characters.


Usage Guidelines This command is only valid for typeC/D protection groups. In intra-NE protection mode, the ONU of a specified onuList must exist under the working interface, and may not exist under the protective interface. In auto-mode, all ONUs under the PON interfaces will be automatically added to the protection group, and users need not specify an ONU list. The ONU information of a protection group will be automatically updated with the adding/deleting operations on ONUs. The ONU IDs under the working interface and the protective interface must be the same. In automatic mode, group members cannot be deleted. In inter-NE protection mode, the onuList parameter represents the ONU ID of the PON interface of the local NE. To cancel the setting, use the no form of this command.

Examples The following example shows how to create a protection group whose name is "d" and how to cancel the protection of the member whose ONU ID is 10 under the working interface. In this example, the ONU ID under the working interface is 10, and the ONU ID under the protective interface is 20. ZXAN(config-pon)#protection member group d onu-list 10 peer-onu-list 20 ZXAN(config-pon)#no protection member group d onu-list 10 ZXAN(config-pon)#




13.5.3 protection prop Syntax protection prop group name1 {[mode name2 ] [wtr number1] }

Function This command sets the property information of a protection group.


Description

Value

name1


-


Protection mode (revertive or

-

non-revertive). number1

Interval of waiting for recovery,

0–86400

unit: second.



Examples The following example shows how to set properties of a protection group whose name is ”ZTE": ZXAN(config)#pon

ZXAN(config-pon)#protection prop group ZTE mode non-revertive wtr 120


13.5.4 protection switch-command Syntax protection switch-command group name1 [onu-list name2] {name3 name4|lockoutprotect} no protection switch-command group name1 [onu-list name2] 13-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command sets switching modes of the working interface and protective interface of a protection group. There is no switching by default.


Description

Value

name1


-


ONU ID list of the working

-

interface, range: 1–64 characters. name3

Forcedly switching to protection

-

| Manual switchover. name4

Synchronizing data from

-

the protective interface to the working interface | Synchronizing data from the working interface to the protective interface. lockoutprotect

Locking the protection channel.

-


Usage Guidelines The priority of switchover requests are described as follows (from the highest to the lowest): Locking the protection channel -> Forcedly switching to protection -> Forcedly switching to work -> Manually switching to protection -> Manually switching to work To cancel the setting, use the no form of this command.

Examples The following example shows how to forcedly switch to protection: ZXAN(config)#pon

ZXAN(config-pon)#protection switch-command group ZTE force w2p


13-26 SJ-20130118100307-010|2013-02-28 (R1.0)



13.5.5 show protection group information Syntax show protection group information [name1]

Function This command displays the information of a specified protection group.


Description

Value

name1

PON protection group name,

-

range: 1–32 characters



Examples The following example shows how to display the information of a protection group: ZXAN(config-pon)#show protection group information zte

Name :

zte

Work channel interface :

epon-olt_0/3/1

Protect channel interface: epon-olt_0/4/1 Protection type :

typeC

Protection mode:

non-revertive

Time to restore(s):

0

onu 1: Active channel:

protect-channel

Alarm request: Work channel: Protect channel: Externel request:

ONUSF ONUSF no-request


13-27 SJ-20130118100307-010|2013-02-28 (R1.0)



13.5.6 show protection group list Syntax show protection group list

Function This command lists the created protection groups.

Parameters None



Examples The following example shows how to list the created protection groups: ZXAN(config)#show protection group list


13.6 Optical Profile Parameter Configuration 13.6.1 show pon power attenuation Syntax show pon power attenuation interface1

Function This command queries the optical power loss between the OLT and the ONU.

13-28 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu or gpon-onu_shelf/slot/olt:onu.


Usage Guidelines This command requires that there is at least one optical module; otherwise, the command result will be N/A

Examples The following example shows how to query the optical power loss between the OLT and the ONU: ZXAN(config)#show pon power attenuation gpon-onu_0/3/1:1 OLT ONU Attenuation(dBm) -------------------------------------------------------------------------up Rx :-22.672 Tx:1.250 23.922 down Tx :2.199 Rx:-22.756 24.955


13.6.2 show pon power olt-rx Syntax show pon power olt-rx interface1

Function This command queries the receiving optical power at the OLT.


Description

Value

interface1


-


13-29 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query the receiving optical power at the OLT: ZXAN(config-gpon)#show pon power olt-rx gpon-onu_0/3/1:1 Rx power: -22.687(dbm)


13.6.3 show pon power olt-tx Syntax show pon power olt-tx interface1

Function This command queries the transmitting optical power at the OLT.


Description

Value

interface1

PON OLT interface, format:

-

epon-olt_shelf/slot/olt or gpon-olt_shelf/slot/olt.



Examples The following example shows how to query the transmitting optical power at the OLT: ZXAN(config-pon)#show pon power olt-tx gpon-olt_0/3/1

13-30 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 13 PON Comands Tx power: 2.106(dbm)


13.6.4 show pon power onu-rx Syntax show pon power onu-rx interface1

Function This command queries the receiving optical power at the ONU.


Description

Value

interface1

PON interface, format:

-

epon-onu_shelf/slot/olt:onu, gpon-onu_shelf/slot/olt:onu, epon-olt_shelf/slot/olt, or gpon-olt_shelf/slot/olt.



Examples The following example shows how to query the receiving optical power at the ONU: ZXAN(config-gpon)#show pon power onu-rx gpon-onu_0/3/1:1 Rx power: -22.756(dbm)


13-31 SJ-20130118100307-010|2013-02-28 (R1.0)



13.6.5 show pon power onu-tx Syntax show pon power onu-tx interface1

Function This command queries the transmitting optical power at the ONU.


Description

Value

interface1

PON interface, format:

-

epon-onu_shelf/slot/olt:onu, gpon-onu_shelf/slot/olt:onu, epon-olt_shelf/slot/olt, or gpon-olt_shelf/slot/olt.



Examples The following example shows how to query the transmitting optical power at the ONU: ZXAN(config-pon)#show pon power onu-tx epon-onu_0/3/1:1 Tx power: N/A


13.6.6 show pon transceiver-threshold Syntax show pon transceiver-threshold interface1

Function This command queries the optical parameter threshold information of a specified PON interface. 13-32 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-



Usage Guidelines When the gpon-onu_shelf/slot/olt:onu|epon-onu_shelf/slot/olt:onu interface is used, it indicates querying the receiving optical power threshold.

Examples The following example shows how to query the receiving optical power threshold of a specified PON interface: ZXAN#show pon transceiver-threshold gpon-onu_0/3/1:1 Rx power threshold(dbm) : Upper alarm:

-3.000

Lower alarm : -34.000

Upper warning:-3.000

Lower warning :-34.000

Detect period: 900(s) ZXAN#


13.6.7 transceiver detect-period Syntax transceiver detect-period interface1 number1

Function This command configures the ONU RSSI detection period.

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Description

Value

interface1

PON ONU inter-

-

face, format: epononu_shelf/slot/oltId:onuId or gpon-onu_shelf/slot/oltId:onuId. number1

Detection period.

60–4294967295

Unit: second. Default value: 900 seconds.



Examples The following example shows how to configure the ONU RSSI detection period for the No. 1 ONU at slot 3 to 120 seconds: ZXAN(config-pon)#transceiver detect-period gpon-onu_1/3/1:1 120


13.6.8 transceiver-threshold rx-power Syntax transceiver-threshold rx-power interface1 [{[high-alarm name1] [high-warning name2] [low-w arning name3] [low-alarm name4] } ]

Function This command sets the optical module alarm thresholds for a specified PON.

13-34 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

PON ONU inter-

-

face, format: epononu_shelf/slot/oltId:onuId or gpon-onu_shelf/slot/oltId:onuId. name1

Alarm threshold upper limit.

-

Range: 1–16 characters. Type: float, -34.0 to -3.0dBm. Default value: -3.0 dBm. name2

Notification threshold upper

-

limit. Range: 1–16 characters. Type: float, -34.0 to -3.0dBm. Default value: -3.0 dBm. name3

Notification threshold lower limit.

-

Range: 1–16 characters. Type: float, -34.0 to -3.0dBm. Default value: -34.0 dBm. name4

Alarm threshold lower limit.

-

Range: 1–16 characters. Type: float, -34.0 to -3.0dBm. Default value: -34.0 dBm.


Usage Guidelines The receiving optical power alarm thresholds must be configured for a specified ONU.

Examples The following example shows how to set the receiving optical power alarm thresholds for a specified PON. In this example, the specified ONU is ONU_1/3/1:1. ZXAN(config-pon)#transceiver-threshold rx-power epon-onu_1/3/1:1 high-alarm -5 high-warning -10 low-warning -15 low-alarm -20


13-35 SJ-20130118100307-010|2013-02-28 (R1.0)



13.7 Rogue ONU Detection 13.7.1 rogue-onu-detect Syntax rogue-onu-detect number1 {disable|enable locate {disable|enable auto-shutdown name1}}

Function This command sets the rogue ONU detection function.


Description

Value

number1

Slot number of a card, range:

1–19

1–9, 12–19 disable

Disabling the rogue ONU

-

detection function. enable

Enabling the rogue ONU

-

detection function. name1

Whether to enable the automatic

-

disabling rogue ONU function.



Examples The following example shows how to enable the rogue ONU detection function for the service card at slot 5: ZXAN(config-pon)#rogue-onu-detect 5 enable locate disable


13-36 SJ-20130118100307-010|2013-02-28 (R1.0)



13.7.2 show pon rogue-onu-detect Syntax show pon rogue-onu-detect [number1]

Function This command queries the rogue ONU detection configuration.


Description

Value

number1

Slot number, range: 2–6, 9–14

1–14



Examples The following example shows how to query the rogue ONU detection configuration at slot 3: ZXAN#show pon rogue-onu-detect 3 Card

Detect state

Locate state

Auto Shutdown

................................................... 0/3

disable

N/A

N/A

ZXAN#


13.7.3 show pon rogue-onu-info Syntax show pon rogue-onu-info interface1

Function This command queries information related to the rogue ONU.

13-37 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

epon-olt_shelf/slot/olt or gpon-olt_shelf/slot/olt



Examples The following example shows how to query information related to the rogue ONU: ZXAN(config-if)#show pon rogue-onu-info gpon-olt_1/3/1


13.8 ONU In-Band Management 13.8.1 ip-pool Syntax ip-pool name1 begin ip_addr1 end ip_addr2 ip_addr3 vlan number1 priority number2 route ip_ addr4 ip_addr5 ip_addr6 no ip-pool name1

Function This command creates an IP address pool.


Description

Value

IP address pool name, range:

-

1–64 characters. ip_addr1

Starting address of the IP

-

address pool. 13-38 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr2

Ending address of the IP

-

address pool. ip_addr3

Mask of the IP address pool.

-

number1

A marked VLAN ID.

1–4094

number2

A marked 802.1p priority.

0–7

ip_addr4

IP address.

-

ip_addr5

IP mask.

-

ip_addr6

Gateway.

-


Usage Guidelines A referred IP address pool cannot be deleted or modified. To cancel the setting, use the no form of this command.

Examples The following example shows how to create an IP address pool: ZXAN(config)#pon

ZXAN(config-pon)#ip-pool test begin 10.1.1.2 end 10.1.1.254 255.255.255.0 vlan 100 priority 5 route 10.10.10.0 255.255.255.0 10.1.1.1

Related Commands 13.8.3 show pon ip-pool

13.8.2 ip-pool-bind Syntax ip-pool-bind interface1 name1 no ip-pool-bind interface1

Function This command binds an IP address pool at the OLT PON interface.

13-39 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

epon-olt_shelf/slot/port or gpon-olt_shelf/slot/port name1


-

1–64 characters


Usage Guidelines One PON interface can only be bound with an IP address pool. It can be bound with a new IP address pool only after the old bound IP address pool is unbound. To cancel the setting, use the no form of this command.

Examples The following example shows how to bind the gpon-olt_1/3/1 interface to the IP address pool whose name is "test": ZXAN(config-pon)#ip-pool-bind gpon-olt_1/3/1 test

Related Commands 13.8.4 show pon ip-pool-bind

13.8.3 show pon ip-pool Syntax show pon ip-pool [name1 ]

Function The command views an IP address pool.


Description

Value


-

1–64 characters.

Mode All modes except user mode 13-40 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to view the IP address pool whose name is "test": ZXAN#show pon ip-pool IP pool name

:test

Begin IP

:10.1.1.1

End IP

:10.1.1.2

Mask

:255.255.255.0

Vlan

:100

Priority

:5

Subnet

:10.10.10.0

Netmask

:255.255.255.0

Nexthop

:10.1.1.1

ZXAN#


13.8.4 show pon ip-pool-bind Syntax show pon ip-pool-bind {interface1 |name1 }

Function This command views the information of the IP address pool bound at an interface.


Description

Value


-

epon-olt_shelf/slot/oltId or gpon-olt_shelf/slot/oltId. name1


-

1–64 characters.


13-41 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to view the information of the IP address pool bound at the gpon-olt_0/3/1 interface: ZXAN(config-pon)#show pon ip-pool-bind gpon-olt_0/3/1

OLT: gpon-olt_0/3/1

IP pool name: test


13.9 Profile Configuration Management 13.9.1 commit Syntax commit

Function This command updates the modified configuration of a profile to an ONU that uses the profile.

Parameters None

Mode gpon-line configuration mode, gpon-remote-onu configuration mode

Usage Guidelines The commit commands under other profile configuration modes are the same as this command.

Examples None

13-42 SJ-20130118100307-010|2013-02-28 (R1.0)




13.9.2 onu-profile Syntax onu-profile name1 name2 name3 no onu-profile name1 name2 name3

Function This command creates an EPON/GPON alarm, line, performance, or remote management profile, and the corresponding configuration profile mode is entered.


Description

Value

name1

Whether to create a GPON or

-

EPON profile. name2

Whether to create an alarm,

-

line, performance, or remote management profile. name3


-

characters.



l

After a profile is created successfully, users can execute ZXAN(config-if)#onu profile to apply the configuration to a specific ONU. After a profile is modified, users can execute the commit command to update the configuration of the ONU that uses the profile, or execute the revert command to cancel the update. To cancel the setting, use the no form of this command.

Examples The following example shows how to create a GPON remote management profile whose name is "zte“. After the profile is created, the corresponding configuration mode is entered. ZXAN(config-pon)#onu-profile gpon remote zte ZXAN(config-gpon-remote)#

13-43 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 13.9.1 commit

13.9.3 revert Syntax revert

Function This command cancels the modified configuration applied on an ONU profile.

Parameters None

Mode gpon-line configuration mode, gpon-remote-onu configuration mode

Usage Guidelines The revert commands under other profile configuration modes are the same as this command.

Examples None


13.9.4 show pon onu onu-profile Syntax show pon onu onu-profile interface1

Function This command queries the association information of an ONU and the line profile, remote management profile, alarm profile, and performance management profile.

13-44 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows how to query the association information of the gpon-onu_0/3/1:1 and each profile: ZXAN(config-if)#sho pon onu onu-profile gpon-onu_0/3/1:1 profile

profile type

configure result

last handle

-------------------------------------------------------------------N/A

line

N/A

N/A

N/A

remote

N/A

N/A

N/A

alarm

N/A

N/A

N/A

performance

N/A

N/A


13.9.5 show pon onu-profile Syntax show pon onu-profile name1 name2 [name3 [cfg [committed] ] ]

Function This command queries the basic information or detailed information of a service profile.

13-45 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

GPON/EPON profile

-

information. name2

GPON/EPON profile type: line,

-

alarm, performance, remote. name3


-

groups of translations. cfg

Whether to display the profile

-

configuration. committed

Whether to display associated

-

information of the profile.


Usage Guidelines ZXAN(config-pon)#show pon onu-profile gpon remote ProfileName —————zte

Examples None


13.10 Other Commands 13.10.1 auto-replace-offline-onu Syntax auto-replace-offline-onu number1 name1

Function This command enables/disables the automatic-replace-offline-onu function. 13-46 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Slot number, range: 1–9, 12–19.

1–19

name1

Whether to enable the

-

automatic-replace-offline-onu function.



Examples The following example shows how to enable the automatic-replace-offline-onu function at slot 3: ZXAN(config)#pon ZXAN(config-pon)#auto-replace-offline-onu 3 enable


13.10.2 clear Syntax clear interface1

Function This command clears all data at a PON interface.


Description

Value


-

epon-olt_shelf/slot/olt or gpon-olt_shelf/slot/olt.

Mode pon global configuration mode 13-47 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to clear all data at the gpon-olt_1/3/1 interface: ZXAN(config)#pon ZXAN(config-pon)#clear gpon-olt_1/3/1 [Successful] ZXAN(config-pon)#


13.10.3 copy epon olt Syntax copy epon olt interface1 interface2

Function This command copies data between EPON PON interfaces.


Description

Value

interface1

Source EPON OLT interface,

-

format: epon-olt_shelf/slot/olt interface2

Destination EPON OLT

-

interface, format: epon-olt_shelf/slot/olt


Usage Guidelines The following command is applied for GPON to implement the same function as this command: ZXAN(config-pon)#copy gpon olt gpon-olt_shelf/slot/portA gpon-olt_shelf/slot/portB

13-48 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to copy data from the epon-olt_1/3/1 interface to the epon-olt_1/6/1 interface: ZXAN(config-pon)#copy epon olt epon-olt_1/3/1 epon-olt_1/6/1


13.10.4 copy epon onu Syntax copy epon onu interface1 interface2

Function This command copies data between EPON ONUs.


Description

Value

interface1

Source EPON ONU

-

interface, format: epon-onu_shelf/slot/olt:onu interface2

Destination EPON ONU

-

interface, format: epon-onu_shelf/slot/olt:onu


Usage Guidelines The following command is applied for GPON to implement the same function as this command: ZXAN(config-pon)#copy gpon onu gpon-onu_shelf/slot/olt:onuA gpon-onu_shelf/slot/olt:onuB

Examples The following example shows how to copy data from epon-onu_1/3/1:1 to epon-onu_1/6/1:1: ZXAN(config-pon)#copy epon onu epon-onu_1/3/1:1 epon-onu_1/6/1:1

13-49 SJ-20130118100307-010|2013-02-28 (R1.0)




13.10.5 onu power-save Syntax onu power-save {interface1 } mode {[dozeing-sleep ] [fast-sleep ] [deep-sleep ] [power-shedding ]} no onu power-save {interface1 } mode {[dozeing-sleep ] [fast-sleep ] [deep-sleep ] [power-shed ding ] }

Function This command configures the ONU power-saving mode.


Description

Value

interface1

GPON ONU interface, format:

-

gpon-onu_shelf/slot/olt:onu mode

Power-saving mode, which can

-

be: l

dozeing-sleep

l

fast-sleep

l

deep-sleep

l

power-shedding

l

standby power supply



Examples The following example shows how to configure the power-saving mode of gpon-onu_1/3/1:1 to be fast-sleep: ZXAN(config)#pon ZXAN#(config-pon)#onu power-save gpon-onu_1/3/1:1 mode fast-sleep




13.10.6 onu profile proto-ctrl Syntax onu profile proto-ctrl name1 [{[dhcp-relay name2 ] [dhcp-option82 name3 ] [pppoe-intermedi ate name4 ] [arp-inspection name5 ] [iptv-age-by-dhcp-lease name6 ] } ] no onu profile proto-ctrl name1

Function This command configures an ONU protocol control profile.


Description

Value

name1


-

characters. name2

Whether to enable the DHCP

-

relay function. name3


-

DHCP option82 function. name4

Whether to enable the PPPoE

-

mediation function. name5


-

ARP detecting function. name6

Whether to enable the function

-

of making the IPTV aging time equal to the DHCP leasing time.



Examples The following example shows how to create an ONU protocol control profile whose name is "zte": ZXAN(config)#pon ZXAN(config-pon)#onu profile proto-ctrl zte dhcp-relay enable

13-51 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 15.4.74 proto-proc

13.10.7 onu profile proto-limit Syntax onu profile proto-limit name1 [{[arp number1 ] [dhcp number2 ] [pppoe number3 ] [igmp numb er4 ] [cfm number5 ] } ] no onu profile proto-limit name1 [{[arp ] [dhcp ] [pppoe ] [igmp ] [cfm ] } ]

Function This command configures an ONU protocol rate-limit profile.


Description

Value


-

characters. number1

ARP frame rate limit, and there

0–65534

is no limit by default. number2

DHCP frame rate limit, and

0–65534

there is no limit by default. number3

PPPoE frame rate limit, and

0–65534

there is no limit by default. number4

IGMP frame rate limit, and there

0–65534

is no limit by default. number5

CFM frame rate limit, and there

0–65534

is no limit by default. arp

Cancel the ARP frame rate limit.

-

dhcp

Cancel the DHCP frame rate

-

limit. pppoe

Cancel the PPPoE frame rate

-

limit. igmp

Cancel the IGMP frame rate

-

limit. cfm

Cancel the CFM frame rate limit.

-

Mode pon global configuration mode 13-52 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to create an ONU protocol rate-limit profile whose name is "zte": ZXAN(config)#pon ZXAN(config-pon)#onu profile proto-limit zte arp 1000 pppoe 1000

Related Commands 15.4.74 proto-proc

13.10.8 show pon onu profile proto-ctrl Syntax show pon onu profile proto-ctrl [name1 ]

Function This command displays the information of an ONU protocol control policy profile.


Description

Value

name1


-

characters.



Examples The following example shows how to display the information of an ONU protocol control policy profile: ZXAN(config-pon)#show pon onu profile proto-ctrl Profile-name:

zte

DHCP relay:

disable

DHCP option82:

disable

PPPoE intermediate:

disable

ARP inspection:

disable

13-53 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference IPTV age by DHCP lease: enable

Related Commands 13.10.6 onu profile proto-ctrl

13.10.9 show pon onu profile proto-limit Syntax show pon onu profile proto-limit [name1]

Function This command displays the information of the ONU protocol threshold policy profile.


Description

Value


-

characters.



Examples The following example shows how to display the information of the ONU protocol threshold policy profile: ZXAN(config-pon)#show pon onu profile proto-limit Profile-name:zte ARP:

no limit

DHCP:

no limit

PPPoE:

no limit

IGMP:

no limit

CFM:

no limit

ZXAN(config-pon)#

Related Commands 13.10.7 onu profile proto-limit

13-54 SJ-20130118100307-010|2013-02-28 (R1.0)



13.10.10 show pon onu uncfg Syntax show pon onu uncfg [{number1 |interface1[number2] } ] [[mac] [sn] [pw] [hexpw] [loid] [loidpw] [model] [version] ]

Function This command displays the information of unconfigured ONUs.


Description

Value

number1

Slot number, range: 2–9, 12–19.

2–19


-

interface1

epon-olt_shelf/slot/olt or gpon-olt_shelf/slot/olt. number2

ONU ID.

1–128

mac

ONU MAC address.

-

sn

ONU serial number.

-

pw

ONU password.

-

hexpw

ONU hexadecimal password.

-

loid

ONU LOID.

-

loidpw

ONU LOID and password.

-

model

ONU mode1.

-

version

ONU version.

-


Usage Guidelines Users can execute the uncfg-onu-display-info to set the number of items to be displayed.

Examples The following example shows how to display the information of unconfigured ONUs: ZXAN#show pon onu uncfg OltIndex

LOID

------------------------------------------------------------------------gpon-olt_0/3/1

123456789

13-55 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 13.10.12 uncfg-onu-display-info 13.10.11 show pon uncfg-onu-display-info

13.10.11 show pon uncfg-onu-display-info Syntax show pon uncfg-onu-display-info

Function This command queries the number of items of the unconfigured ONUs to be displayed.

Parameters None



Examples The following example shows how to query the number of items of the unconfigured ONUs to be displayed: ZXAN(config-pon)#show pon uncfg-onu-display-info Column of unconfigured ONU( * means visible) MAC

:

SN

:

PW

:

HEXPX

:

LOID

:*

LOIDPW

:

MODEL

:

VERSION

:

ZXAN(config-pon)#

Related Commands 13.10.12 uncfg-onu-display-info 13.10.10 show pon onu uncfg 13-56 SJ-20130118100307-010|2013-02-28 (R1.0)



13.10.12 uncfg-onu-display-info Syntax uncfg-onu-display-info [{[mac] [sn] [pw] [hexpw] [loid] [loidpw] [model] [version] } ]

Function This command sets the number of items of the unconfigured ONUs to be displayed.


Description

Value

mac

Unconfigured ONU MAC

-

address. sn

Unconfigured ONU serial

-

number. pw

Unconfigured ONU password.

-

hexpw

Unconfigured ONU hexadecimal

-

password. loid

Unconfigured ONU logical ID.

-

loidpw

Unconfigured ONU logical ID

-

and password. model

Unconfigured ONU mode.

-

version

Unconfigured ONU version.

-



Examples The following example shows how to set the number of items of the unconfigured ONUs to be displayed: ZXAN(config)#pon ZXAN(config-pon)#uncfg-onu-display-info loid

Related Commands 13.10.11 show pon uncfg-onu-display-info 13.10.10 show pon onu uncfg 13-57 SJ-20130118100307-010|2013-02-28 (R1.0)




13-58 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14

EPON Commands Table of Contents EPON Global Configuration......................................................................................14-1 EPON OLT Interface Configuration.........................................................................14-40 EPON ONU Interface Configuration .......................................................................14-62 EPON ONU Remote Management .........................................................................14-91

14.1 EPON Global Configuration 14.1.1 alarm mask Syntax alarm mask name1 alarm-id number1 name2

Function This command configures OLT alarm information.


Description

Value

name1

Shelf/Slot number.

-

number1

Alarm ID, range:

0–42949672955

0–42949672955. name2

Whether to enable the alarm ID.

-

Mode epon global configuration mode


Examples The following example shows how to configure the OLD alarm ID of shelf 1 slot 1 to 1 and enable it. ZXAN(config)#epon

14-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config-epon)#alarm mask 1/1 alarm-id 1 enable

Related Commands 14.1.27 show epon alarm-mask

14.1.2 auto-dispatch-set Syntax auto-dispatch-set name1 name2

Function This command enables or disables the automatic template dispatch function of an EPON ONU.


Description

Value

name1

ONU type name.

-

name2


-

dispatch function.

Mode wdm-pon global configuration mode, epon global configuration mode


Examples The following example shows how to enable the automatic dispatch function of the ONU whose type is "ZTE-D400": ZXAN(config)#epon ZXAN(config-epon)#auto-dispatch-set ZTE-D400 enable

Related Commands 14.1.29 show epon auto-dispatch-set

14.1.3 bandwidth-profile profile-name Syntax bandwidth-profile profile-name {create name1|rename oldname name2 newname name3} 14-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands

no bandwidth-profile profile-name name1

Function This command creates or modifies an SLA name profile.


Description

Value

create

Creating a new profile

-

name1

Profile name

-

rename

rename

-

oldname

oldname

-

name2

Old name

-

newname

newname

-

name3

New name

-



Examples The following example shows how to create an SLA name profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#onu-sla-profile profile-name create zte


14.1.4 custom-oam Syntax custom-oam name1 name2

Function This command configures the discovery type of an expanded OAM.

14-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

shelf: shelf number; slot: slot

-

number name2

functional, traditional, or

-

additional



Examples The following example shows how to configure the discovery type of the expanded OAM at slot 0/1 to "traditional“: ZXAN(config)#epon ZXAN(config-epon)#custom-oam 1/1 traditional

Related Commands 14.1.30 show epon custom-oam

14.1.5 dba Syntax dba name1 name2

Function This command configures the computing method for dynamic bandwidth allocation.


Description

Value

name1


-

number name2

Three algorithms

-

Mode wdm-pon global configuration mode, epon global configuration mode 14-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to configure the computing method for dynamic bandwidth allocation for all EPON interfaces at shelf 1 slot 4 to "plato". ZXAN(config)#epon ZXAN(config-epon)#dba 1/4 plato


14.1.6 delete onu-remote-data Syntax delete onu-remote-data

Function This command deletes the remote ONU data.

Parameters None



Examples The following example shows how to delete the remote ONU data: ZXAN(config)#epon ZXAN(config-epon)#delete onu-remote-data


14-5 SJ-20130118100307-010|2013-02-28 (R1.0)



14.1.7 ems-report Syntax ems-report name1 name2 name3

Function This command enables or disables the EMS information reporting function.


Description

Value

name1


-

number. name2

unauthonu, configfailonu, or

-

misspeedonu type. name3

Whether to enable the EMS

-

information reporting function.



Examples The following example shows how to enable the EMS information reporting function for all unauthenticated ONUs at slot 1/1: ZXAN(config)#epon ZXAN(config-epon)#ems-report 1/1 unauthonu enable

Related Commands 14.1.32 show epon ems-report

14.1.8 encrypt algorithm Syntax encrypt algorithm name1 {aes |triple-churning [key-update-period number1] [churning-timer number2] }

14-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the properties of the OLT encryption function.


Description

Value

name1


-

number. aes

An encryption algorithm

-

triple-churning

Triple churning encryption

-

algorithm number1

Key update time. This value

3–255

must be larger than the churning period. number2

Expire time for no response for

1–255

key update. This value must be less than the key update period.


Usage Guidelines The following two parameters must be configured only when the algorithm is set to triple churning encryption algorithm: l l

key update time expire time for no response for key update

The following condition must be satisfied in parameter setting: expire time for no response for key update ≤ 10 × key update time

Examples The following example shows how to set the encryption algorithm for all EPON OLT interfaces at shelf 1 slot 4 to triple churning encryption algorithm: ZXAN(config)#epon ZXAN(config-epon)#encrypt algorithm 1/4 triple-churning key-update-period 30 churning-timer 200


14-7 SJ-20130118100307-010|2013-02-28 (R1.0)



14.1.9 fax profile Syntax fax profile name1 [t38 name2] [control-mode name3] no fax profile name1

Function This command creates or modifies a fax template.


Description

Value

name1

Profile name

-

name2

Whether to enable the profile

-

name3

Control mode

-



Examples The following example shows how to create a fax profile. In this example, the profile name is "zte" and the control mode is "rtcp". ZXAN(config)#epon ZXAN(config-epon)#fax profile zte control-mode rtcp


14.1.10 h248-profile Syntax h248-profile name1 {register-server ip ip_addr1 [port number1] |backup-register-server ip ip_ addr2 [port number2] |mg register-mode name2 [port number3 ] |heartbeat-mode name3 [rtp-l ink-test name4] [cycle number4] [count number5] } no h248-profile name1

14-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command creates or modifies an h248 profile.


Description

Value

name1

Profile name.

-

ip_addr1

Registered IP address of the

-

soft switching server number1

Port ID. The default value is

1001–65535

2944. ip_addr2


-

standby soft switching server. number2


1001–65535

2944. name2

domainname, ip, or

-

devicename. number3


1001–65535

2944. name3

none, h248-service-change, or

-

h248ctc. name4

Whether to enable the rtp link

-

test. number4

Heartbeat period. The default

10–120

value is 30. number5

Number of heartbeats. The

1–3

default value is 3.



Examples The following example shows how to create an h248 profile. In this example, the profile name is "zte" and the heartbeat mode is "h248ct". ZXAN(config)#epon ZXAN(config-epon)#h248 zte heartbeat-mode h248ctc

14-9 SJ-20130118100307-010|2013-02-28 (R1.0)




14.1.11 hardwareLog Syntax hardwareLog name1 name2

Function This command enables or disables the hardwareLog function.


Description

Value

name1


-

number. name2


-

hardwareLog function.



Examples The following example shows how to enable the hardwareLog function at slot 1/1: ZXAN(config)#epon ZXAN(config-epon)#hardwareLog 1/1 enable


14.1.12 maccode Syntax maccode {add name1 |delete name2 |clear}

Function This command configures the ONU mac code function. 14-10 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

Adding a mac code.

-

MAC: 002134XXXXXX name2

Deleting a mac code.

-

MAC: 002134XXXXXX clear

Clearing mac codes

-



Examples The following example shows how to add a mac code: ZXAN(config)#epon ZXAN(config-epon)#maccode add 123456789000


14.1.13 mgcp-profile Syntax mgcp-profile name1 {register-server ip ip_addr1 [port number1] |backup-register-server ip ip _addr2 [port number2 ] |heartbeat mode name2 [cycle number3] [count number4 ] |mg registermode name3 [port number5] } no mgcp-profile name1

Function This command creates or modifies an MGCP profile.


Description

Value

name1

Profile name

-

ip_addr1


-

soft switching server 14-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1


1001–65535

2727. ip_addr2


-


1001–65535

Port ID. The default value is 2727.

name2

none or mgcp

-

number3


30–3600

value is 30 s. number4

Number of heartbeats. The

1–3

default value is 3. name3

domainname, ip, or

-

devicename. number5


1001–65535

2427.



Examples The following example shows how to create an MGCP profile. In this example, the profile name is "zte" and the heartbeat mode is "mgcp". ZXAN(config)#epon ZXAN(config-epon)#mgcp-profile zte heartbeat mode mgcp


14.1.14 oam-mac Syntax oam-mac name1 hexadecimal1

Function This command configures the source MAC address of an OAM frame. 14-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

number. hexadecimal1

Source MAC address of the

-

OAM frame.



Examples The following example shows how to configure the source MAC address of the OLT OAM frame at slot 1/1: ZXAN(config)#epon ZXAN(config-epon)#oam-mac 1/1 1111.2222.3333


14.1.15 onu-authentication-mode auth-loid-as-sn Syntax onu-authentication-mode auth-loid-as-sn name1 name2

Function This command enables or disables the function of authenticating loid as sn.


Description

Value

name1


-

number. name2

Whether to enable the function

-

of authenticating loid as sn.

Mode epon global configuration mode 14-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to enable the OLT function of authenticating loid as sn at slot 1/1: ZXAN(config)#epon ZXAN(config-epon)#onu-authentication-mode auth-loid-as-sn 1/1 enable


14.1.16 onu-authentication-mode register Syntax onu-authentication-mode register name1 name2

Function This command configures the OLT hardware authentication mode.


Description

Value

name1


-

number. name2

Whether to enable the OLT

-

hardware authentication mode.



Examples The following example shows how to enable the OLT hardware authentication mode at slot 1/1: ZXAN(config)#epon ZXAN(config-epon)#onu-authentication-mode register 1/1 enable

14-14 SJ-20130118100307-010|2013-02-28 (R1.0)




14.1.17 onu-authentication-mode service Syntax onu-authentication-mode service name1 {sn |mac |loid [unknown-onu-reject name2] |hybrid [unknown-onu-reject name3] }

Function This command configures the software authentication mode.


Description

Value

name1


-

number. sn

sn authentication mode

-

mac

mac authentication mode

-

loid

loid authentication mode

-

name2

Whether to enable.

-

hybrid

hybrid authentication mode

-

name3

Whether to enable.

-



Examples The following example shows how to configure the OLT software authentication mode at slot 1/1 to ”sn": ZXAN(config)#epon ZXAN(config-epon)#onu-authentication-mode service 1/1 sn




14.1.18 onu-queue-profile Syntax onu-queue-profile name1 {dba {deactivate |activate cycle number1 scheme {sp |wrr |sp_wrr high-priority number2} } |queue1 number3 number4 number5 number6 number7 |[queue2 numb er8 number9 number10 number11 number12] |[queue3 number13 number14 number15 number16 number17] |[queue4 number18 number19 number20 number21 number22 ] |[queue5 number23 number24 number25 number26 number27 ] |[queue6 number28 number29 number30 number31 number32] |[queue7 number33 number34 number35 number36 number37 ] |[queue8 number38 number39 number40 number41 number42] } no onu-queue-profile name1

Function This command creates or modifies an SLA queue profile.


Description

Value

name1

Profile name.

-

deactivate

Deactivating the profile.

-

activate

Activating the profile.

-

number1

Cycling, unit: TQ.

1–65535

sp

Strict priority queue scheduling.

-

wrr

Weighted cyclic queue

-

scheduling or other weighted scheduling algorithm. sp_wrr

Weighted scheduling algorithm.

-

number2

High priority value.

0–7

number3

Fixed packet size.

64–1518

number4

Fixed bandwidth.

0–3906

number5

Guaranteed bandwidth.

0–3906

number6

Best bandwidth.

0–3906

number7

Weight.

0–100

number8

Fixed packet size.

64–1518

number9

Fixed bandwidth.

0–3906

number10


0–3906

number11

Best bandwidth.

0–3906

number12

Weight.

0–100

14-16 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number13

Fixed packet size.

64–1518

number14

Fixed bandwidth.

0–3906

number15


0–3906

number16

Best bandwidth.

0–3906

number17

Weight.

0–100

number18

Fixed packet size.

64–1518

number19

Fixed bandwidth.

0–3906

number20


0–3906

number21

Best bandwidth.

0–3906

number22

Weight.

0–100

number23

Fixed packet size.

64–1518

number24

Fixed bandwidth.

0–3906

number25


0–3906

number26

Best bandwidth.

0–3906

number27

Weight.

0–100

number28

Fixed packet size.

64–1518

number29

Fixed bandwidth.

0–3906

number30


0–3906

number31

Best bandwidth.

0–3906

number32

Weight.

0–100

number33

Fixed packet size.

64–1518

number34

Fixed bandwidth.

0–3906

number35


0–3906

number36

Best bandwidth.

0–3906

number37

Weight.

0–100

number38

Fixed packet size.

64–1518

number39

Fixed bandwidth.

0–3906

number40


0–3906

number41

Best bandwidth.

1–3906

number42

Weight.

0–100


14-17 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to create an ONU SLA queue profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#onu-queue-profile zte dba activate cycle 1 scheme sp


14.1.19 onu-sla-profile profile-name Syntax onu-sla-profile profile-name {create name1 |rename oldname name2 newname name3} no onu-sla-profile profile-name name1

Function This command creates or modifies an SLA name profile.


Description

Value

create

Creating a new profile.

-

name1

Profile name.

-

rename

Renaming the profile.

-

oldname

oldname.

-

name2

Old name.

-

newname

newname.

-

name3

New name.

-



14-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to create an SLA name profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#onu-sla-profile profile-name create zte


14.1.20 onu-sla-profile profile-set Syntax onu-sla-profile profile-set name1 {downstream {[maximum number1][maxburst number2]}|up stream {[fixed number3][fixedpkt number4][assured number5] [maximum number6] [maxburst number7][priority number8]}}

Function This command configures an upstream/downstream bandwidth profile.


Description

Value

name1

Profile name.

-

downstream

Configuring a downstream

-

bandwidth profile. number1

The maximum downstream

0–10000000

bandwidth, unit: kbps. number2

The maximum downstream

1–16777215

burst flow, unit: byte. upstream

Configuring an upstream

-

bandwidth profile. number3

Upstream fixed bandwidth, unit:

0–10000000

kbps. number4

Upstream fixed packet size.

0–1582

number5

Upstream guaranteed

0–10000000


The maximum upstream

0–10000000

bandwidth, unit: kbps.

14-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number7

The maximum upstream burst

1–16777215

flow, unit: byte. number8

Frame priority.

0–7



Examples The following example shows how to configure an upstream/downstream bandwidth profile. In this example, the profile name is "zte", the maximum downstream burst flow is 20000 kbps, and the maximum bandwidth is 1000000 kbps. ZXAN(config)#epon ZXAN(config-epon)#onu-sla-profile profile-set zte downstream maxburst 20000 maximum 1000000

Related Commands 14.1.33 show epon onu-sla-profile

14.1.21 onu-uni-profile profile-name Syntax onu-uni-profile profile-name {create name1 |rename oldname name2 newname name3} no onu-uni-profile profile-name name1

Function This command creates or modifies an ONU UNI name profile.


Description

Value

create

Creating a new profile.

-

name1

Profile name.

-

rename

rename Renaming the profile.

-

oldname

oldname.

-

name2

Old name.

-

14-20 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

newname

newname.

-

name3

New name.

-



Examples The following example shows how to create an ONU UNI name profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#onu-uni-profile profile-name create zte


14.1.22 onu-uni-profile profile-set Syntax onu-uni-profile profile-set name1{downstream|upstream}{[cir number1] [cbs number2][ebs nu mber3]}

Function This command configures an ONU UNI port rate-limit profile.


Description

Value

name1

Profile name.

-

downstream

Downstream.

-

upstream

Upstream.

-

number1

Guaranteed rate.

0–10000000

number2

Guaranteed burst size.

1522–16777215

number3

Exceeded burst size.

0–1522

14-21 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to configure an ONU UNI port rate-limit profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#onu-uni-profile profile-set zte downstream cbs 200000

Related Commands 14.1.35 show epon onu-uni-profile

14.1.23 save-system-state Syntax save-system-state name1 name2

Function This command saves system status to a file.


Description

Value

name1


-

number name2

Type

-



Examples The following example shows how to save all OLT system status at slot 1/1 to a file: ZXAN(config)#epon ZXAN(config-epon)#save-system-state 1/1 all

14-22 SJ-20130118100307-010|2013-02-28 (R1.0)




14.1.24 serial-port attribute-profile Syntax serial-port attribute-profile name1 state {name2|name3{[baud-rate name4] [data-bits name5][p arity name6][stop-bits name7][flow-control name8][type name9]}} no serial-port attribute-profile name1

Function This command creates or modifies a serial port attribute profile.


Description

Value

name1

Profile name.

-

Flag of whether to enable of

-

state

disable the serial port server. name2

Disabling the serial port server.

-

name3

Enabling the serial port server.

-

name4

Baud rate of the serial port

-

server. name5

Number of data bits

-

name6

Parity.

-

name7

Stop bits.

-

name8

Flow control.

-

name9

Type.

-



Examples The following example shows how to configure a serial port attribute profile. In this example, the profile name is "zte", the profile is enabled, and the profile type is "rs232". ZXAN(config)#epon

14-23 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config-epon)#serial-port attribute-profile zte state enable type rs232

Related Commands 14.4.77 show remote epon serial-port attribute-profile

14.1.25 serial-port buffer-profile Syntax serial-port buffer-profile name1 mode{name2{[wait-time number1][buffer-size number2][encry pt name3]}|name4} no serial-port buffer-profile name1

Function This command creates or modifies a serial port buffer profile.


Description

Value

name1

Profile name.

-

mode

Serial port buffer mode.

-

name2

Serial port buffer mode: buffered

-

or immediate. number1

Buffer time, unit: millisecond.

20–1000

number2

Buffer size, unit: byte.

1–1400

name3

Whether to encrypt the buffer.

-

name4

Serial port buffer mode: buffered

-

or immediate.



Examples The following example shows how to configure a serial port profile. In this example, the profile name is "zte", the serial port buffer mode is ”buffered", the buffer size is 1000 bytes, the buffer is encrypted, and the waitingr time is 100 ms. ZXAN(config)#epon

14-24 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands ZXAN(config-epon)#serial-port buffer-profile zte mode buffered buffer-size 1000 encrypt true wait-time 100

Related Commands 14.4.78 show remote epon serial-port buffer-profile

14.1.26 serial-port global-profile Syntax serial-port global-profile name1{[discover-port number1][signal-port number2][idle-time numb er3][interval-time number4][max-lost-packet number5 ]} no serial-port global-profile name1

Function This command creates or modifies a serial port global configuration profile.


Description

Value

name1

Profile name.

-

number1

Discovery port number.

1–65535

number2

Signaling port number.

1–65535

number3

Link idle time.

1–7200

number4

Packet interval.

1–7200

number5

The maximum number of lost

1–100

packets.



Examples The following example shows how to create a serial port global configuration profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#serial-port global-profile zte discover-port 4000 signal-port 5000 idle-time 100 interval-time 150 max-lost-packet 65

14-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 14.4.79 show remote epon serial-port global-profile

14.1.27 show epon alarm-mask Syntax show epon alarm-mask name1

Function This command displays the EPON alarm information.


Description

Value

name1

Shelf/slot

-



Examples The following example shows how to display the EPON alarm information: ZXAN(config)#show epon alarm-mask 1/15 AlarmId

MaskCount

................................................................................


14.1.28 show epon authentication-mode Syntax show epon authentication-mode name1

Function This command queries the authentication mode information of an EPON OLT interface.

14-26 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Shelf/slot

-



Examples The following example shows how to query the detailed information of the epon-olt_1/4 interface: ZXAN(config-epon)#show epon authentication-mode 1/4 Register-authentication-mode:

disable

Service-authentication-mode:

MAC


14.1.29 show epon auto-dispatch-set Syntax show epon auto-dispatch-set

Function This command queries the information of the ONU automatic dispatch function.

Parameters None



14-27 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to query the information of the ONU automatic dispatch function: ZXAN(config)#show epon auto-dispatch-set


14.1.30 show epon custom-oam Syntax show epon custom-oam name1

Function This command queries the discovery type of the extended OAM of an ONU.


Description

Value

name1

Shelf/slot

-



Examples The following example shows how to query the discovery type of the extended OAM of an ONU: ZXAN(config)#show epon custom-oam 1/15

custom-oam:

traditional


14-28 SJ-20130118100307-010|2013-02-28 (R1.0)



14.1.31 show epon dba Syntax show epon dba [name1]

Function This command queries the DBA algorithm information of an EPON OLT interface.


Description

Value

name1

Shelf/slot

-



Examples The following example shows how to query the DBA algorithm information of the epon-olt_1/4 interface: ZXAN#show epon dba 1/4 Shelf/Slot

DBA Algorithm

...................................... 1/4

plato


14.1.32 show epon ems-report Syntax show epon ems-report name1

Function This command queries the EMS reporting information of an EPON.

14-29 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Shelf/slot

-



Examples The following example shows how to query the EMS reporting information of an EPON: ZXAN(config)#show epon ems-report 1/15 EmsItem

Status

................................................................................

Ems-unauthonu-report

disable

Ems-configfailonu-report

disable

Ems-misspeedonu-report

enable


14.1.33 show epon onu-sla-profile Syntax show epon onu-sla-profile [name1]

Function This command queries the EPON bandwidth profile information.


Description

Value

name1

Bandwidth profile name.

-





Examples The following example shows how to query the EPON bandwidth profile information: ZXAN(config)#show epon onu-sla-profile

ProfileName -------------default slapf slaprofile slatest test ZTE-F411


14.1.34 show epon onu-type-profile Syntax show epon onu-type-profile

Function This command queries the EPON ONU type profile information.

Parameters None



Examples The following example shows how to query the EPON ONU type profile information: ZXAN(config)#show epon onu-type-profile

14-31 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Onu type name :

ZTE-9806

Pon type :

epon

Description :

0

Onu type name :

ZTE-D400

Pon type :

epon

Description :

4FE

Onu type name :

ZTE-D402

Pon type :

epon

Description :

8FE


14.1.35 show epon onu-uni-profile Syntax show epon onu-uni-profile [name1]

Function This command queries the information of the EPON ONU UNI bandwidth profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to query the information of the EPON ONU UNI bandwidth profile: ZXAN(config)#show epon onu-uni-profile

ProfileName -------------default

14-32 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands unipf uniprofile test


14.1.36 show epon tm-mode Syntax show epon tm-mode [name1]

Function This command queries the EPON tm mode information.


Description

Value

name1

Shelf/slot.

-



Examples The following example shows how to query the EPON tm mode information: ZXAN(config)#show epon tm-mode 1/15

Olt: TmMode:

1/15 normal.


14-33 SJ-20130118100307-010|2013-02-28 (R1.0)



14.1.37 sip-profile Syntax sip-profile name1{register-server ip ip_addr1[port number1]|backup-register-server ip ip_add r2 [port number2]|proxy-server ip ip_addr3[port number3]|backup-proxy-server ip ip_addr4 [p ort number4]|outbound-server ip ip_addr5 [port number5]|register-interval number6|heartbeat name2 [cycle number7][count number8]|mg[port number9]} no sip-profile name1

Function This command creates or modifies an SIP profile.


Description

Value

name1

Profile name.

-


-

ip_addr1

soft switching server number1

Registered port number of

1001–65535

the soft switching server. The default value is 5060. ip_addr2


-


Registered port number of the

1001–65535

standby soft switching server. The default value is 5060. ip_addr3

IP address of the proxy server.

-

number3

Port number of the proxy server.

1001–65535

The default value is 5060. ip_addr4

IP address of the standby proxy

-

server. number4

1001–65535

Port number of the standby proxy server. The default value is 5060.

ip_addr5

IP address of the out-of-band

-

server. number5

Port number of the out-of-band

1001–65535

server. The default value is 5060. number6

Registration interval.

0–65535

14-34 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

Whether to enable the heartbeat

-

mode. number7


0–65535

value is 20. number8

1–3

Number of heartbeats. The default value is 3.

number9

mg port number. The default

1001–65535

value is 5060.



Examples The following example shows how to create an SIP profile. In this example, the profile name is "zte" and the heartbeat mode is enabled. ZXAN(config)#epon ZXAN(config-epon)#sip-profile zte heartbeat enable


14.1.38 tm-mode Syntax tm-mode name1{normal|mode1|mode2}

Function This command configures the tm mode.


Description

Value

name1


-

number. normal

Normal mode.

-

14-35 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

mode1

Mode 1.

-

mode2

Mode 2.

-



Examples The following example shows how to configure the OLT tm mode at slot 1/1 to mode 1: ZXAN(config)#epon ZXAN(config-epon)#tm-mode 1/1 mode1

Related Commands 14.1.36 show epon tm-mode

14.1.39 voip-ip profile Syntax voip-ip profile name1[relation name2] mode {pppoe[pppoe-mode name3]|static[gateway ip_ad dr1][dns ip_addr2]|dhcp} no voip-ip profile name1

Function This command creates or modifies a voip-ip profile.


Description

Value

name1

Profile name

-

name2

independent or shared

-

mode

Mode

-

pppoe

pppoe

-

name3

auto, chap, or pap

-

static

static

-

ip_addr1

Gateway IP address

-

14-36 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr2

DNS IP address

-

dhcp

dhcp

-



Examples The following example shows how to create a voip-ip profile. In this example, the profile name is "zte" and the mode is dhcp. ZXAN(config)#epon ZXAN(config-epon)#voip-ip profile zte mode dhcp


14.1.40 voip-vlan profile Syntax voip-vlan profile name1 tag-mode {vlan-stacking svlan number1[cvlan number2 priority numb er3]|tag [cvlan number4 priority number5]|transparent} no voip-vlan profile name1

Function This command creates or modifies a voip-vlan profile.


Description

Value

name1

Profile name

-

tag-mode

tag-mode

-

vlan-stacking

vlan-stacking

-

number1

SVLAN ID

1–4094

number2

CVLAN id

1–4094

number3

Priority

0–7

14-37 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

tag

tag

-

number4

CVLAN ID

1–4094

number5

Priority

0–7

transparent

transparent

-



Examples The following example shows how to create a voip-vlan profile. In this example, the profile name is "zte", the mode is tag, the CVLAN is 1, and the priority is 2. ZXAN(config)#epon ZXAN(config-epon)#voip-vlan profile zte tag-mode tag cvlan 1 priority 2


14.1.41 wan-general-profile Syntax wan-general-profile name1 mode name2 service {other|{[internet] [tr069] [voice]}} tag-mode {tr ansparent |tag {[tpid hexadecimal1] [vid number1 ] [priority number2]}|untag} [{[ip-mode name3 ] [nat {{enable number3|no-limit} |disable } ] [mtu number4 ] [mvlan {enable number5 |disable } ] [bind-lanport name4 ] [bind-ssid name5]}] no wan-general-profile name1

Function This command creates or modifies a WAN general profile.


Description

Value

name1

Profile name.

-

mode

Working mode.

-

name2

Bridge or routing mode.

-

14-38 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

service

service.

-

other

other mode.

-

internet

internet mode.

-

tr069

tr069.

-

voice

voice mode.

-

tag-mode

tag-mode.

-

transparent

transparent mode.

-

tag

tag mode.

-

hexadecimal1

Tpid, 1-0xffff.

1–65535

number1

VLAN ID.

1–4094

number2

Priority.

0–7

untag

untag mode.

-

name3

IP mode.

-

The maximum number of WAN

1–65534

number3

converted addresses, range: 1–65534. no-limit

No limit.

-

disable

Disable.

-

number4

mtu, range: 1–2000.

1–2000

number5

mvlan, range: 1–4094.

1–4094

name4

Bound port number.

-

name5

Bound ssid.

-



Examples The following example shows how to create a WAN general profile whose name is "zte": ZXAN(config)#epon ZXAN(config-epon)#wan-general-profile zte mode bridge service voice tag-mode transparent

14-39 SJ-20130118100307-010|2013-02-28 (R1.0)




14.2 EPON OLT Interface Configuration 14.2.1 alarm Syntax alarm name1 name2 [threshold number1 window number2]

Function This command configures the OLT alarm function.


Description

Value

name1

err-symbol-period, err-frame,

-

err-frame-period, or err-frame-second-sum. name2

Whether to enable the alarm

-

function. number1

Threshold, range:

0–4294967295

0–42949672955. number2

Window, range:

0–4294967295

0–42949672955.

Mode wdm-pon-olt interface mode, epon olt interface mode

Usage Guidelines Mode

Examples The following example shows how to enable the err-symbol-period alarm function: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#alarm err-symbol-period enable




14.2.2 als Syntax als [{[opentime number1 ] [closetime number2] [losclosetime number3] } ] no als

Function This command sets the ALS time.


Description

Value

number1

Start time, range: 50–20000,

50–20000

default value: 50, unit: 100 ms. number2

Shutdown time, range:

20–2000

20–2000, default value: 100, unit: 100 ms. number3

LOS shutdown time, range:

5–50

5–50, default value: 50, unit: 100 ms.

Mode Layer-2 fei interface mode, layer-2 gei interface mode, 10G_Ether interface mode: ZXAN(config-if)#


Examples The following example shows how to set the ALS time: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#als closetime 100 losclosetime 50 opentime 50


14.2.3 auto-learning Syntax auto-learning name1 14-41 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables or disables the OLT automatic learning function.


Description

Value

name1


-

learning function.

Mode epon olt interface mode


Examples The following example shows how to enable the OLT automatic learning function: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#auto-learning enable


14.2.4 ctc-ver21 Syntax ctc-ver21 {enable|disable}

Function This command sets whether to support the ctc standard 2.1.


Description

Value

enable

Supporting the ctc standard 2.1.

-

disable

Not supporting the ctc standard

-

2.1.

Mode epon olt interface mode 14-42 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to set supporting the ctc standard 2.1: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#ctc-ver21 enable


14.2.5 dba-priority Syntax dba-priority number1 cycle-time number2

Function This command sets the DBA priority and cycle time.


Description

Value

number1

Priority.

1–8

number2

Cycle time, range: 200–2000,

200–2000

default value: 750 us.



Examples The following example shows how to set the DBA priority to 1 and the cycle time to 750 us. ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#dba 1 cycle-time 750




14.2.6 fastdown Syntax fastdown name1

Function This command sets whether to enable the ONU fast down configuration function.


Description

Value

name1

Whether to enable the ONU fast

-

down configuration function.


Usage Guidelines Mode

Examples The following example shows how to enable the ONU fast down configuration function: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#fastdown enable


14.2.7 fec downstream Syntax fec downstream name1

Function This command sets whether to enable the OLT FEC downstream function.


Description

Value

name1

Whether to enable the OLT FEC

-

downstream function. 14-44 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to enable the OLT FEC downstream function: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#fec downstream enable


14.2.8 high-priority-frame Syntax high-priority-frame [queue-list name1]

Function This command configures a downstream frame with specified priority to be a high-priority frame. For example, priority 0–3 can be set as low priority and priority 4–7 can be set as high priority.


Description

Value

name1

Queue table

-



Examples The following example shows how to set priority 4–7 of the epon-olt_1/4/1 interface to be high priority: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)# high-priority-frame queue-list 4-7

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14.2.9 loopback Syntax loopback name1 name2 no loopback name1 name2

Function This command configures the loopback attributes of an EPON OLT interface.


Description

Value

name1

mac or phy

-

name2

system or line

-



Examples The following example shows how to configure the loopback mode of the epon-olt_1/4/1 interface to be phy system: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#loopback phy system


14.2.10 maxrtt Syntax maxrtt number1

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Function This command sets the RTT value for an OLT interface. The RTT value is the maximum ONU distance that the interface supports.


Description

Value

number1

The default value is 13524TQ.

0–65535


Usage Guidelines The default value is 13524TQ.

Examples The following example shows how to set the maximum ONU distance supported by the epon-olt_1/4/1 interface to be 20 km (the corresponding RTT value is 12500TQ). ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#maxrtt 12500


14.2.11 mpcp-discovery-window Syntax mpcp-discovery-window name1 name2

Function This command configures the MPCP discovery window.


Description

Value

name1

1GSymmetry, 10GDown1GUp,

-

or 10GSymmetry. name2

Whether to enable the discovery

-

window.

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Examples The following example shows how to enable the 10GDown1GUp configuration of the MPCP discovery window: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#mpcp-discovery-window 10GDown1GUp enable

Related Commands 14.2.25 show olt mpcp-discovery-window

14.2.12 multi-llid Syntax multi-llid {enable max-support-number number1|disable}

Function This command sets whether to enable the multi-llid function for a PON interface.


Description

Value

enable

Enabling the multi-llid function.

-

number1

The maximum number

1–8

supported. disable

Disabling the multi-llid function.

-



Examples The following example shows how to enable the multi-llid function for a PON interface. In this example, the maximum number supported is 2. 14-48 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#multi-llid enable max-support-number 2


14.2.13 onu Syntax onu number1 type name1 {mac hexadecimal1 |sn name2|loid name3[password name4]}[ip-cfg{s tatic|auto-cfg}] no onu number1

Function This command registers a specified ONU under the current OLT interface.


Description

Value

number1

ONU ID.

1–254

Range: 1 GB service board: 1–64; 10 GB service board: 1–254. name1

ONU type.

-

Range: 0–63 characters, for example, ZTE-D400, ZTE-D402, ZTE-D420, ZTE-D421, ZTE-F425, ZTE-D422, ZTE-F601, and ZTE-F621. Users can execute the show onu-type command to get the ONU type. hexadecimal1

ONU MAC address, format:

-

XXXX.XXXX.XXXX. name2

ONU serial number, range:

-


ONU logical ID, range: 1–24

-

characters.

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Parameter

Description

Value

name4

Logical ID authentication

-

mode password, range: 1–12 characters. static

Static IP address.

-

auto-cfg

Dynamic IP address.

-


Usage Guidelines If the authentication mode is MAC authentication, users must enter the ONU MAC address. If the authentication mode is SN authentication, users must enter the ONU SN. To cancel the setting, use the no form of this command.

Examples The following example shows how to add an ONU whose type is ZTE-F425 and authenticates through the MAC address: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#onu 1 type ZTE-F425 mac 000c.0000.0001


14.2.14 p2p group Syntax p2p group number1 no p2p group number1

Function This command creates a Point to Point (P2P) group.


Description

Value

number1

Group number, range: 1–64.

1–64

Mode wdm-pon-olt interface mode, epon olt interface mode 14-50 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to create a P2P group: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)# p2p group 2


14.2.15 p2p group-name Syntax p2p group-name number1 name1

Function This command sets the name of a P2P group.


Description

Value

number1

P2P group number.

1–64

name1

Group name.

-

Mode wdm-pon-olt interface mode, epon olt interface name.


Examples The following example shows how to set the name of group 2 to "test": ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)# p2p group-name 2 test


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14.2.16 p2p mode Syntax p2p mode {group|full}

Function This command sets the P2P mode.


Description

Value

group

P2P group mode

-

full

P2P full mode

-



Examples The following example shows how to set the P2P mode: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)# p2p mode full


14.2.17 priority-queue-map Syntax priority-queue-map {downstream|upstream} prio0-que number1 prio1-que number2 prio2-qu e number3 prio3-que number4 prio4-que number5 prio5-que number6 prio6-que number7 prio 7-que number8

Function This command configures the mapping relationship between frame priories and queues. For example, users can execute this command to map frames with priority 2 to queue 3.

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Description

Value

downstream

Downstream priority queue

-

mapping. upstream

Upstream priority queue

-

mapping. number1

Priority mapped to queue 0,

0–7

range: 0–7 characters. number2


0–7



0–7



0–7



0–7



0–7



0–7



0–7

range: 0–7 characters.



Examples The following example shows how to map frame priorities of the epon-olt_1/4/1 interface to queues: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#priority-queue-map upstream prio0-que 0 prio1-que 1 prio2-que 2 prio3-que 3 prio4-que 4 prio5-que 5 prio6-que 6 prio7-que 7

Related Commands 14.2.20 show epon priority-queue-map

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14.2.18 property name Syntax property name name1

Function This command sets the name of an EPON OLT interface.


Description

Value

name1

OLT name.

-



Examples The following example shows how to set the epon-olt_1/4/1 interface name to "epon_olt41": ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#property name epon_olt41


14.2.19 rx-hec Syntax rx-hec [{no|802.3ah-draft|802.3ah-standard|both}]

Function This command configures the receiving HEC mode at the OLT side. The configuration is related to the registration of interconnected ONUs and non-interconnected ONUs on an OLT.

14-54 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

no

no.

-

802.3ah-draft

802.2ah-draft.

-

802.3ah-standard

802.2ah-standard.

-

both

802.2ah-draft and

-

802.2ah-standard.


Usage Guidelines No

Examples The following example shows how to set the receiving HEC mode at the epon-olt_1/4/1 interface to no: ZXAN(config)#interface epon-olt_1/4/1 ZXAN(config-if)#rx-hec no


14.2.20 show epon priority-queue-map Syntax show epon priority-queue-map interface1

Function This command queries the priority queue mapping information at an EPON OLT interface.


Description

Value

interface1

OLT interface, format:

-

Epon-olt_shelf/slot/olt





Examples The following example shows how to query the priority queue mapping information at the epon-olt_1/4/1 interface: ZXAN#show epon priority-queue-map epon-olt_1/4/1 Direction

Priority : Queue Map

-----------------------------------------------downstream

0:0, 1:1, 2:2, 3:3, 4:4, 5:5, 6:6, 7:7

upstream

0:0, 1:1, 2:2, 3:3, 4:4, 5:5, 6:6, 7:7


14.2.21 show olt available-upstream-bandwidth Syntax show olt available-upstream-bandwidth interface1

Function This command queries the available upstream bandwidth information at an EPON OLT interface.


Description

Value

interface1

shelf, slot, oltId OLT.

-



Examples The following example shows how to query the available upstream bandwidth information at the epon-olt_1/4/1 interface: ZXAN(config)#show olt available-upstream-bandwidth epon-olt_1/4/1 OltInterface

Available bandwidth

---------------------------------------------------------

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Chapter 14 EPON Commands epon-olt_1/4/1

858280


14.2.22 show olt config Syntax show olt config interface1

Function This command queries the configuration of an EPON OLT interface.


Description

Value

interface1

EPON OLT interface, format:

-

epon-olt_shelf/slot/oltId.



Examples The following example shows how to query the configuration of the epon-olt_1/4/1 interface: ZXAN(config)#show olt config epon-olt_1/4/1 Olt Name:

The default PON name;

Encry Algorithm:

triple-churning

EncKeyUpdatePeriod:

10(s);

,

EncKeyUpdateTimeout: 3(s); EncStartThreshold:

3(s);

LoopbackLocation:

OLT

,

LoopbackDirection:

system;

LoopbackExecEntity:

phy

,

LoopbackStatus:

NO-LOOPBACK;

High priority queue: 4 5 6 7 ; Low priority queue:

0 1 2 3 ;

MaxRtt

:

13524(tq);

Rx-Hex mode

:

no;

IP pool name

:

Support single Llid.

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14.2.23 show olt dba-cycle Syntax show olt dba-cycle interface1

Function This command queries the DBA polling configuration information of an EPON OLT interface.


Description

Value

interface1

shelf, slot, oltId OLT.

-



Examples The following example shows how to query the DBA polling configuration information of the epon-olt_1/4/1 interface: ZXAN(config)#show olt dba-cycle epon-olt_1/4/1 Priority

Cycle time(us)

---------------------------------------1

500

2

500

3

500

4

500

5

500

6

500

7

500

8

500




14.2.24 show olt encrypt Syntax show olt encrypt []

Function This command queries the encryption configuration information of an EPON OLT interface.

Parameters None



Examples The following example shows how to query the encryption configuration information of the epon-olt_1/4/1 interface: ZXAN(config-if)#show olt encrypt

Olt:

1/4;

Encry Algorithm:

triple-churning;

EncKeyUpdatePeriod:

20(s);

EncKeyUpdateTimeout: 3(s); EncStartThreshold:

3(s);


14.2.25 show olt mpcp-discovery-window Syntax show olt mpcp-discovery-window interface1

Function This command queries the MPCP discovery window information.

14-59 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

OLT interface, format:

-

epon-olt_shelf/slot/olt.



Examples The following example shows how to query the MPCP discovery window information: ZXAN(config-if)#show olt mpcp-discovery-window epon-olt_1/15/1 Item

Status

................................................................................

1GSymmetry

enable

10GDownstream-1GUpstream

enable

10Symmetry

enable


14.2.26 show olt statistics Syntax show olt statistics interface1

Function This command queries the statistic information of an EPON OLT interface.


Description

Value

interface1

shelf, slot, oltId OLT interface,

-






Examples The following example shows how to query the statistic information of an EPON OLT interface: ZXAN(config-if)#show olt statistics epon-olt_1/4/1

Olt InterFacename:epon-olt_1/4/1 Dot3ExtPkgObjectReportNumThreshold:0 Dot3ExtPkgObjectReportMaximumNumThreshold:0 Dot3ExtPkgStatTxFramesQueue-high32bit:0 Dot3ExtPkgStatTxFramesQueue-low32bit:570589252 Dot3ExtPkgStatRxFramesQueue-high32bit:0 Dot3ExtPkgStatRxFramesQueue-low32bit:0 Dot3ExtPkgStatDroppedFramesQueue-high32bit:0 Dot3ExtPkgStatDroppedFramesQueue-low32bit:8189

-------------------------------------------------------------Olt InterFacename:epon-olt_1/4/1 OltPonAverageBER:0.000000e+00 OltSysAverageBER:0.000000e+00


14.2.27 speed Syntax speed name1

Function This command configures the interface forced speed to be 1G, 10G-symmetric, or 10G-asymmetric.


Description

Value

name1

1G, 10G-symmetric, or

-

10G-asymmetric.

14-61 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to configure the speed of the epon-olt_1/5/1 interface to be 1G. ZXAN(config)#interface epon-olt_1/5/1 ZXAN(config-if)#speed 1G


14.3 EPON ONU Interface Configuration 14.3.1 activate Syntax activate

Function This command activates an ONU.

Parameters None

Mode wdm-pon-onu interface mode, epon onu interface mode


Examples The following example shows how to activate the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)# activate

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14.3.2 admin Syntax admin name1

Function This command enables or disables the ONU management status.


Description

Value

name1

Whether to enable or disable

-

the ONU management status.



Examples The following example shows how to enable the No. 1 ONU management status at the No. 1 OLT interface of shelf 1 slot 3: ZXAN(config)#interface epon-onu_1/3/1:1 ZXAN(config-if)#admin enable


14.3.3 deactivate Syntax deactivate

Function This command deactivate an ONU. 14-63 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples The following example shows how to deactivate the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#deactivate


14.3.4 deregister Syntax deregister

Function This command deletes an ONU registered under the OLT interface.

Parameters None



Examples The following example shows how to delete the 1/4/1:1 ONU under the EPON OLT interface: ZXAN(config)#interface epon-onu_1/4/1:1

14-64 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands ZXAN(config-if)#deregister


14.3.5 diagnose link-test Syntax diagnose link-test

Function This command sets the EPON ONU link test.

Parameters None


Usage Guidelines After the command is executed, the system automatically performs the test and displays the test result.

Examples The following example shows how to enable the link test function for the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#diagnose link-test TestSts success.


14.3.6 diagnose loopback Syntax diagnose loopback no diagnose loopback 14-65 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command sets the EPON ONU loopback test function.

Parameters None


Usage Guidelines After the command is executed, the system automatically performs the test and displays the test result. To cancel the setting, use the no form of this command.

Examples The following example shows how to enable the loopback test function for the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#diagnose loopback TestSts success.


14.3.7 disable Syntax disable

Function This command disables the ONU management status.

Parameters None


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Examples The following example shows how to disable the ONU management status: ZXAN(config)#interface epon-onu_1/5/1:1 ZXAN(config-if)#disable

Related Commands 14.3.9 enable

14.3.8 ems-autocfg-request Syntax ems-autocfg-request name1

Function This command enables or disables the automatic authentication function for an ONU.


Description

Value

name1


-

the automatic authentication function.



Examples The following example shows how to enable the automatic authentication function for the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#ems-autocfg-request enable




14.3.9 enable Syntax enable

Function This command enables the ONU management status.

Parameters None



Examples The following example shows how to enable the ONU management status: ZXAN(config)#interface epon-onu_1/5/1:1 ZXAN(config-if)#enable

Related Commands 14.3.7 disable

14.3.10 encrypt Syntax encrypt direction name1 name2 [vport number1]

Function This command sets attributes of the ONU encryption function.


Description

Value

name1

Downstream/Bidirectional

-

name2

Enable/Disable

-

number1

VPORT number

1–8

14-68 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines At present, only downstream packets can be encrypted.

Examples The following example shows how to enable the downstream packet encryption function for the No. 1 ONU at the epon-onu_1/4/1 interface: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#encrypt direction downstream enable


14.3.11 fec upstream Syntax fec upstream name1

Function This command enables or disables the upstream FEC function for an EPON ONU.


Description

Value

name1


-

the upstream FEC function.



Examples The following example shows how to enable the upstream FEC function for the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#fec upstream enable

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14.3.12 join-p2p-group Syntax join-p2p-group number1 no join-p2p-group number1

Function This command adds an ONU to a specified P2P group.


Description

Value

number1

Group number, range: 1–64.

1–64



Examples The following example shows how to add the epon-onu_1/4/1:1 EPON ONU to a specified P2P group. ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)# join-p2p-group 2


14.3.13 loid Syntax loid name1 [password name2]

Function This command sets the loid of an ONU. 14-70 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

ONU loid

-

name2

ONU password

-



Examples The following example shows how to set the loid and password of the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4. In this example, the loid is onu52_F401_002512e07c7 and the password is "zte". ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#loid onu52_F401_002512e07c71 password zte


14.3.14 loid-bind Syntax loid-bind {disable|enable}

Function This command enables or disables the loid binding function.


Description

Value

disable

Disabling the loid binding

-

function. enable

Enabling the loid binding

-

function.

Mode epon onu interface mode 14-71 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to enable the loid binding function: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#loid-bind enable


14.3.15 mac Syntax mac hexadecimal1

Function This command sets the MAC address the Ethernet interface of an EPON ONU.


Description

Value

hexadecimal1

ONU MAC address, format:

-

XXXX.XXXX.XXXX.



Examples The following example shows how to set epon-onu_1/4/1:1 EPON ONU to 0000.0000.0001.

the

MAC

address

of

the

ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#mac 0000.0000.0001




14.3.16 mac-bind Syntax mac-bind {disable|enable [mac hexadecimal1]}

Function This command configures the MAC address binding function for an ONU.


Description

Value

disable

Disabling the MAC address

-

binding function. enable

Enabling the MAC address

-

binding function. hexadecimal1

ONU MAC address.

-



Examples The following example shows how to bind the MAC address 0000.0000.0001 to the No. 1 ONU of the epon-onu_1/4/1: ZXAN(config-if)#interface epon-onu_1/4/1:1 ZXAN(config-if)# mac-bind enable mac 0000.0000.0001


14.3.17 priority-trans Syntax priority-trans {downstream priority number1[default-vlan number2]|upstream priority numb er3 [default-vlan number4]} no priority-trans {downstream|upstream}

14-73 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the packet priority converting function for an EPON ONU. It adds or modifies specified priorities and VLAN IDs for upstream/downstream packets.


Description

Value

downstream

Configuring the downstream

-

packet priority converting function. number1

Priority range, range: 0–7.

0–7

number2

Default VLAN, range: 1–4094.

1–4094

upstream

Configuring the upstream

-

packet priority converting function. number3

Priority range, range: 0–7.

0–7

number4

Default VLAN, range: 1–4094.

1–4094



Examples The following example shows how to configures the packet priority converting function for the epon-onu_1/4/1:1. In this example, the downstream packet priority is converted to 7 and the default VLAN is 100. ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)# priority-trans downstream priority 7 default-vlan 100


14.3.18 property description Syntax property description WORD1

14-74 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the description information of an ONU.


Description

Value

WORD1

ONU description, range: 1–127

-

characters.



Examples The following example shows how to configure the description information of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#property description onu1


14.3.19 property name Syntax property name WORD1

Function This command configures the name of an ONU.


Description

Value

WORD1

ONU name, range: 1–64

-

characters.

Mode epon onu interface mode 14-75 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to configure the name of the No.1 ONU at the No. 1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#property name onu1


14.3.20 property splitter Syntax property splitter number1 lineno number2

Function This command configures the splitter information.


Description

Value

number1

Splitter number.

1–255

number2

Line number, range: 1–65535

1–65535

Mode epon onu interface mode


Examples The following example shows how to configure the splitter information of the No.1 ONU at the No. 1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#property splitter 1 lineno 1




14.3.21 property user-info Syntax property user-info WORD1

Function This command configures the user information of an ONU.


Description

Value

WORD1

User information, range: 1–127

-

characters.



Examples The following example shows how to configure the user information of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#property user-info onu1


14.3.22 show onu Syntax show onu {authentication interface1|unauthentication [interface2]|all-status interface3}

Function This command queries the registration and authentication information and status information of ONUs at an EPON OLT interface.

14-77 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

authentication

authentication

-

interface1


-

epon-olt_shelf/slot/olt. unauthentication

unauthentication

-

interface2


-

epon-olt_shelf/slot/olt. EPON OLT interface, format:

interface3

-

epon-olt_shelf/slot/olt.



Examples The following example shows how to query the ONU authentication information at the epon-olt_1/4/1 interface: ZXAN#show onu authentication epon-olt_1/4/1 Onu interface :

epon-onu_1/4/1:1;

Onu type :

ZTE-F425;

MAC address :

000c.0000.0001;

SN :

;

State :

Power-Off;

LastAuthTime :

0000/00/00 00:00:00

The following example shows how to query the ONU status information at the epon-olt_1/4/1:1 interface: ZXAN#show onu all-status epon-olt_1/4/1:1


14.3.23 show onu config Syntax show onu config interface1 14-78 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the configuration information of an EPON ONU.


Description

Value

interface1

ONU interface, epon-

-

onu_shelf/slot/olt: onu, shelf, slot, oltId OLT interface, onuId ONU interface.



Examples The following example shows how to query the configuration information of the No. 1 ONU at the epon-olt_1/4/1 interface: ZXAN#show onu config epon-onu_1/4/1:1 status: not configured.


14.3.24 show onu detail-info Syntax show onu detail-info interface1

Function This command queries detailed information of an ONU.


Description

Value

interface1


-

onu_shelf/slot/olt: onu, shelf, slot, oltId OLT interface, onuId ONU interface. 14-79 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query detailed information of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 4: ZXAN(config)#show onu detail-info epon-onu_1/4/1:1 Onu interface:

epon-onu_1/4/1:1

AdminState:

enable

RegState:

registered

AuthState:

pass

OnuType:

ZTE-F425;

SN: MAC:

0015.eb71.2d54

GeneralDescription:

no description

SpliterNo:

0

FiberNo:

0

UserInfo:

no user's information

FecMode:

disable

FecAbility:

support

LoopbackStatus:

noLoopback

OamLoopbacIgnoreRx:

ignore

EncryptDestination:

downstream

EncryptStatue:

enable

MAC bind mode:

disable

Onu Bind Mac:

0000.0000.564f

Automatic config:

enable


14.3.25 show onu mpcpinfo Syntax show onu mpcpinfo interface1

Function This command queries the MPCP information of an EPON ONU interface. 14-80 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

onu_shelf/slot/olt: onu, shelf, slot, oltId OLT interface, onuId ONU.



Examples The following example shows how to query the MPCP information of the No. 1 ONU at the epon-olt_1/4/1 interface: ZXAN#show onu mpcpinfo epon-onu_1/4/1:1 oprStatus:

false;

AdminStatus:

false;

SyncTime:

0;

MpcpMode:

olt;

MpcpLinkID:

0;

RemoteMacAddr:

0000.0000.0000;

RegistrationState:

unregister;

RoundTripTime:

0(tq);

MaximumPendingGrants:

0;


14.3.26 show onu oam Syntax show onu oam interface1

Function This command queries the OAM information of an EPON ONU interface.

14-81 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows how to query the OAM information of the No. 2 ONU at the epon-olt_1/4/3 interface: ZXAN#show onu oam epon-onu_1/4/3:2 Onu interface:

epon-onu_1/4/3:2

OamAdminState:

enable

OamOperStatus:

operational

OamMode:

active

MaxOamPduSize:

1518

OamconfigRevision:

0

OamFunctionSupported: PeerMacAddress:

0015.eb71.2d54;

PeerVendorInfo:

1661009920;

PeerMode:

passive;

PeerMaxOamPduSize:

1518;

PeerConfigRevision:

1;

PeerFunctionSupported:.


14.3.27 show onu priority-trans Syntax show onu priority-trans {downstream|upstream} interface1

14-82 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the ONU-based packet priority transition information at an EPON OLT interface.


Description

Value

downstream

ONU downstream packet

-

priority transition information. ONU upstream packet priority

upstream

-

transition information. epon onu interface, format:

interface1

-

epon-onu_shelf/slot/olt:onu.



Examples The following example shows how to query the downstream ONU packet priority transition information at the epon-olt_1/4/3 interface: ZXAN(config)# show onu priority-trans downstream epon-olt_1/4/3 Onu interface

Priority

Default vlan

State

------------------------------------------------------------------epon-onu_0/4/3:1

0

1

disable

epon-onu_0/4/3:2

0

1

disable

epon-onu_0/4/3:3

0

1

disable


14.3.28 show onu running config Syntax show onu running config interface1

Function This command queries the running configuration information of an EPON ONU interface. 14-83 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

ONU interface, format:

-

epon-onu_shelf/slot/olt: onu or gpon-onu_shelf/slot/olt: onu.



Examples The following example shows how to query the running configuration information of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 4: ZXAN#show onu running config epon-onu_1/4/1:1 olleh ! pon-onu-mng epon-onu_1/4/1:1 no Forbid-auto-dispatch interface eth eth_0/1 policing downstream enable cir 2000 cbs 2000 ebs 2000 !


14.3.29 show onu sla Syntax show onu sla name1 interface1

Function This command queries the bandwidth information of an ONU.

14-84 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Downstreawm/Upstream

-

interface1


-




Examples The following example shows how to query the bandwidth information of an ONU: ZXAN(epon-onu-mng)#show onu sla downstream epon-onu_1/3/1:1 ID

MaxBw(Kbps)

MaxBurstSize(Bytes)

ProfileName

--------------------------------------------------------------1

100000

16777215

N/A


14.3.30 show onu statistics Syntax show onu statistics interface1

Function This command queries the performance statistic data of an ONU.


Description

Value

interface1


-






Examples The following example shows how to query the performance statistic data of an ONU: ZXAN(config)#show onu statistics epon-onu_1/11/1:1 -------------------------------------------------------Dot3MpcpMACCtrlFramesTransmitted-high32bit:0 Dot3MpcpMACCtrlFramesTransmitted-low32bit:0 Dot3MpcpMACCtrlFramesReceived-high32bit:0 Dot3MpcpMACCtrlFramesReceived-low32bit:0 Dot3MpcpDiscoveryWindowsSent:0 Dot3MpcpDiscoveryTimeout:0 Dot3MpcpTxRegRequest-high32bit:0 Dot3MpcpTxRegRequest-low32bit:0 Dot3MpcpRxRegRequest-high32bit:0 ............


14.3.31 show onu vport-info Syntax show onu vport-info interface1 [number1]

Function This command queries the vport information of an ONU.


Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. number1

Port ID.

1–8





Examples The following example shows how to query the vport information of an ONU: ZXAN(config)#show onu vport-info epon-onu_1/11/1:1

Vport

MAC

AuthState

EncryptDestination

EncryptStatus

--------------------------------------------------------------------------------

1

1212.1212.1212

not register

downstream

enable


14.3.32 sla Syntax sla {downstream{[maximum number1][maxburst number2]}|upstream{[fixed number3][fixedpk t number4][assured number5][maximum number6][maxburst number7][priority number8]}}[vpo rt number9]

Function This command configures the bandwidth of an EPON ONU.


Description

Value

downstream

Configuring the downstream

-

bandwidth. number1

Maximum downstream

512–10000000


Maximum downstream burst

1–16777215

flow, unit: byte. upstream

Configuring the maximum

-

upstream bandwidth, unit: kbps. number3

Upstream fixed bandwidth, unit:

0–10000000

kbps. number4

Fixed data packet size, unit:

64–1522

byte.

14-87 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number5

Upstream guaranteed

0–10000000


The maximum bandwidth, unit:

512–10000000

kbps. number7

The maximum burst flow, unit:

1–16777215

byte. number8

Frame priority.

0–7

number9

Port number.

1–8



Examples The following example shows how to configure the bandwidth of the No. 1 ONU at the No.1 OLT interface of shelf 1 slot 4: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#sla upstream maximum 100000 maxburst 180000


14.3.33 sla-profile Syntax sla-profile name1 [vport number1] no sla-profile [vport number1]

Function This command applies an sla profile to a vport.


Description

Value

name1

Profile name

-

number1

Port ID

1–8

14-88 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to apply an sla profile whose name is "zte" to vport 1: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#sla-profile zte vport 1


14.3.34 sn Syntax sn name1

Function This command modifies the registration serial number of a specified ONU.


Description

Value

name1

ONU registration serial number,

-




Examples The following example shows how to modify the registration serial number of a specified ONU: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#sn 0x91000048

14-89 SJ-20130118100307-010|2013-02-28 (R1.0)




14.3.35 trap-mask Syntax trap-mask number1

Function This command sets the ONU trap report mask.


Description

Value

number1

Control value

0–4294967295



Examples The following example shows how to set the ONU trap report mask to 11111111111: ZXAN(config)#interface epon-onu_1/4/1:1 ZXAN(config-if)#trap-mask 11111111111


14.3.36 vport Syntax vport number1 mac hexadecimal1 no vport number1

Function This command creates an ONU vport. 14-90 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Port number

1–8

hexadecimal1

ONU MAC address

-



Examples The following example shows how to create an ONU vport. In this example, the port number is 1 and the MAC address is 0000.0000.0001. ZXAN(config)#interface epon-onu_1/3/1:1

ZXAN(config-if)#vport 1 mac 0000.0000.0001


14.4 EPON ONU Remote Management 14.4.1 active Syntax active pon-if name1

Function This command activates a PON interface.


Description

Value

name1

PON interface type,

-

active/standby.

Mode WDMPON-ONU-MNG mode, EPON-ONU-MNG mode 14-91 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to activate a standby PON interface: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#active pon-if back


14.4.2 alarm Syntax alarm name1

Function This command enables or disables the alarm reporting function for an EPON ONU.


Description

Value

name1


-

reporting function.

Mode WDMPON-ONU-MNG mode, EPON-ONU-MNG mode


Examples The following example shows how to enable the alarm reporting function for the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#alarm enable




14.4.3 alarm interface Syntax alarm interface {eth name1 name2|e1 name3 name4|voip name5 name6} name7

Function This command configures the UNI interface alarms for an ONU.


Description

Value

name1

Ethernet port name, format:

-

eth_slot/portId. name2

ONU Ethernet port alarm type.

-

name3

E1 port name, format:

-

e1_slot/portId. name4

ONU E1 port alarm type.

-

name5

VOIP port name, format:

-

voip_slot/portId. name6

ONU VOIP port alarm type.

-

name7

Whether to enable the alarm.

-



Examples The following example shows how to enable the automatic negotiation failure alarm for the No. 1 Ethernet port of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#alarm interface eth eth_0/1 AutoNegFailure enable

Related Commands The following command queries the alarm information of remotely managed ONUs and UNI interfaces: 14.4.101 show remote onu alarm uni

14-93 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.4 alarm onu Syntax alarm onu name1 name2

Function This command configures the ONU alarm type.


Description

Value

name1

Alarm type.

-

name2


-

type.



Examples The following example shows how to enable the BatteryFailure alarm type for an ONU. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#alarm onu BatteryFailure enable

Related Commands 14.4.99 show remote onu alarm onu

14.4.5 alarm pon-if Syntax alarm pon-if number1 name1 name2

Function This command configures the alarm information for a PON interface.

14-94 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

PON interface.

1–2

name1

Alarm type.

-

name2


-

type.



Examples The following example shows how to enable the DownstreamCRCErrorFramesWarning alarm type for a PON interface: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#alarm pon-if 1 DownstreamCRCErrorFramesWarning enable

Related Commands 14.4.100 show remote onu alarm pon-if

14.4.6 alarm-threshold Syntax alarm-threshold {onu {name1 assert-val name2 restore-val name3|name4 assert-val name5 rest ore-val name6}|pon-if number1 {name7 assert-value name8 restore-value name9 |name10 asser t-value name11 restore-value name12|name13 assert-value name14 restore-value name15|nam e16 assert-value name17 restore-value name18|name19 assert-value name20 restore-value nam e21|name22 assert-value name23 restore-value name24|name25 assert-value name26 restore-v alue name27|name28 assert-value name29 restore-value name30|name31 assert-value number2 restore-value number3}|interface name32 name33 assert-value number4 restore-value number5}

Function This command sets the ONU alarm thresholds.

14-95 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

onu

onu

-

name1

Alarm type.

-

name2

Alarm threshold, range:

-

0.0–6.55 V. name3

Alarm recovery threshold,

-

range: 0.0–6.55 V. name4

ONU alarm type.

-

name5

Alarm threshold, range: -128 to

-

127 C. name6


-

range: -128 to 127 C. pon-if

pon-if

-

number1

PON interface value.

1–2

name7

PON interface alarm type.

-

name8


-

8.16 dBm. name9


-

range: -40 to 8.16 dBm. name10


-

name11


-

0–131 mA. name12


-

range: 0–131 mA. name13


-

name14


-

0.0–6.55 V. name15


-



-

name17


-

127. name18


-

range: -128 to 127 C. name19


-

14-96 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name20


-

8.16 dBm. name21


-

range: -40 to 8.16 dBm. name22


-

name23


-

0–131 mA. name24


-

range: 0–131 mA. name25


-

name26


-

0.0–6.55 V. name27


-



-

name29


-

127 C. name30


-

range: -128 to 127 C. name31

eth alarm type.

-

number2


1–4294967295

1–4294967295. number3


1–4294967295

range: 1–4294967295. interface

interface

-

name32

Port name, format: eth_slot/port

-

name. name33

eth alarm type

-

number4


1–4294967295

1–4294967295. number5


1–4294967295

range: 1–4294967295.


14-97 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to set the ONU alarm thresholds. In this example, the ONU low battery alarm threshold is 2 V and the alarm recovery threshold is 3 V. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1

ZXAN(epon-onu-mng)#alarm-threshold onu BatteryVoltLow assert-val 2 restore-val 3

Related Commands 14.4.102 show remote onu alarm-threshold onu

14.4.7 auto-config Syntax auto-config no auto-config

Function This command sets the automatic configuration function.

Parameters None



Examples The following example shows how to set the automatic configuration function: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#auto-config

Related Commands 14.4.104 show remote onu auto-config 14-98 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.8 auto-config voip Syntax auto-config voip no auto-config voip

Function This command sets the voip automatic configuration function.

Parameters None



Examples The following example shows how to set the voip automatic configuration function: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#auto-config voip


14.4.9 auto-config wan Syntax auto-config wan no auto-config wan

Function This command automatically configures the WAN data.

Parameters None

14-99 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode EPON-ONU-MNG mode


Examples The following example shows how to automatically configures the WAN data: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#auto-config wan


14.4.10 auto-config wifi Syntax auto-config wifi no auto-config wifi

Function This command automatically configures the WiFi data.

Parameters None



Examples The following example shows how to automatically configures the WiFi data: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#auto-config wifi




14.4.11 classification condition-ipv6-profile Syntax classification condition-ipv6-profile name1 {dmac hexadecimal1|smac hexadecimal2|dstIP ip_ addr1|srcIP ip_addr2|priority number1|vlanId number2 |dscp number3|l4SrcPort number4|l4D stPort number5|IPV4Precedence number6|eth-type name2|ip-protocol-type name3 |traffic-clas s-ipv6 number7|ip-version name4|flow-label-ipv6 number8|dest-ip-ipv6 ipv6_addr1|src-ip-ipv6 ipv6_addr2|dest-ip-prefix-ipv6 v6mask1|src-ip-prefix-ipv6 v6mask2} operation-type name5 no classification condition-ipv6-profile name1

Function This command creates an IPV6 condition profile.


Description

Value

name1

Condition profile name

-

hexadecimal1

Destination MAC address

-

hexadecimal2

Source MAC address

-

ip_addr1


-

ip_addr2

Source IP address

-

number1

Priority

0–7

number2

VLAN ID

1–4094

number3

IP TOS/DSCP

0–63

number4

Source port

1–65535

number5

Destination port

1–65535

number6

IPv4 precedence

0–7

name2

Ethernet type

-

name3

IP protocol type

-

number7

ipv6 service type

0–255

name4

IP version

-

number8

Flow label

0–65535

ipv6_addr1


-

ipv6_addr2

Source IP address

-

v6mask1

Destination IP prefix

-

v6mask2

Source IP prefix

-

name5

Operation type

-

14-101 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to create an IPV6 condition profile. In this example, the destination MAC address is 1111.1111.1111 and the operation type is always-match. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)# classification condition-ipv6-profile zte dmac 1111.1111.1111 operation-type always-match


14.4.12 classification condition-profile Syntax classification condition-profile name1 {{dmac hexadecimal1|smac hexadecimal2}|{dstIP ip_add r1|srcIp ip_addr2}|{priority number1|vlanId number2|dscp number3|l4SrcPort number4 |l4Dst Port number5|IPV4Precedence number6}|{eth-type name2|ip-protocol-type name3}} operation -type name4 no classification condition-profile name1

Function This command creates an EPON ONU classification condition profile.


Description

Value

name1

Condition profile name.

-

hexadecimal1

Destination MAC address,

-

format: XXXX.XXXX.XXXX. hexadecimal2

Source MAC address, format:

-

XXXX.XXXX.XXXX. ip_addr1

Destination IP address, format:

-

A.B.C.D. ip_addr2

Source IP address, format:

-

A.B.C.D. 14-102 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1

Ethernet priority, range: 0–7.

0–7

number2

VLAN value, range: 1–4094.

1–4094

number3

IP TOS/DSCP value, range:

0–63

0–63. number4

Source port at the transportation

1–65535

layer, range: 1–65535. number5

Destination port at the

1–65535

transportation layer, range: 1–65535. number6

IPV4 address preferred, range:

0–7

0–7. name2

Ethernet type, format:

-

hexadecimal number (for example, 0x8808). name3

IP protocol type, format:

-

hexadecimal number (for example, 0x02). name4

Operation type.

-



Examples The following example shows how to create a classification condition profile. In this example, the profile name is "zte", and the profile sets the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10 that the operation type of the packet whose VLAN ID is 100 is always-match. ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#classification condition-profile zte vlanId 100 operation-type always-match

Related Commands 14.4.106 show remote onu classification profile

14-103 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.13 classification port Syntax classification port name1 rule-precedence number1 {add name2 name3|delete name4} no classification port name1

Function This command adds or deletes the classification and mapping control rules for upstream service flows at an EPON ONU Ethernet port.


Description

Value

name1

Ethernet port name, format:

-

eth_slot/port. number1

Rule priority, range: 1–8.

1–8

name2

Classification condition profile

-

name, range: 1–31 characters. name3

Rule profile name, range: 1–31

-

characters. name4

Classification condition profile

-

name, range: 1–31 characters.


Usage Guidelines Before executing this command, users must first configure a classification condition profile a mapping rule profile. Users can only use the configured classification condition profiles and mapping rule profiles to configure Ethernet port rules. At most four classification condition profiles can be used in configuring the rules of an Ethernet port. To cancel the setting, use the no form of this command.

Examples The following example shows how to set the threshold of the No. 1 queue of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#classification port eth_0/1 rule-precedence 8 add zte zte

14-104 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.14 classification rule-profile Syntax classification rule-profile name1 queue number1 priority number2 no classification rule-profile name1

Function This command creates an EPON ONU mapping rule profile.


Description

Value

name1

Rule profile name.

-

number1

Queue priority, range: 0–7.

0–7

number2

Mapped priority, range: 0–7.

0–7



Examples The following example shows how to create a mapping rule profile. In this example, the profile name is "zte", and the profile maps the priority of the No. 1 queue of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10 to 5. ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)# classification rule-profile zte queue 1 priority 5


14.4.15 clear-oam-config Syntax clear-oam-config 14-105 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command clears the OAM configuration.

Parameters None



Examples The following example shows how to clear the OAM configuration: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#clear-oam-config


14.4.16 compatibility Syntax compatibility {disable|enable mode name1}

Function This command sets the ONU compatibility.


Description

Value

disable

Disabling the compatibility.

-

enable

Enabling the compatibility.

-

name1

Mode, ZTE or CTC.

-





Examples The following example shows how to enable compatibly sending CTC-type frames: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#compatibility enable mode CTC

Related Commands 14.4.107 show remote onu compatibility

14.4.17 config-pvid Syntax config-pvid port number1 pvid number2

Function This command configures the PVID of a ZTE ONU (ZTE extended OAM-type ONU).


Description

Value

number1

ONU Ethernet port

1–8

number2

VLAN ID

1–4094



Examples The following example shows how to set the PVID of Etherenet port 2 to 3: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#config-pvid port 2 pvid 3


14-107 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.18 config-vlan Syntax config-vlan number1 ports name1{tag|untag}

Function This command sets the VLAN of a ZTE ONU (ZTE extended OAM-type ONU).


Description

Value

number1

VLAN ID

1–4094

name1

Port number

-

tag

tag mode

-

untag

untag mode

-



Examples The following example shows how to set the VLAN of a ZTE ONU to 1 and set port 2 to tag mode: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#config-vlan 1 ports 2 tag


14.4.19 dba queue-set Syntax dba queue-set number1 {[queue1 number2][queue2 number3][queue3 number4][queue4 number 5][queue5 number6][queue6 number7][queue7 number8][queue8 number9]}[vport number10]

Function This command sets the threshold of an EPON ONU queue. 14-108 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Queue set number, range: 1–3.

1–3

number2

Threshold of queue 1, range:

0–65535

1–65535. number3


0–65535

1–65535. number4


0–65535

1–65535. number5


0–65535

1–65535. number6


0–65535

1–65535. number7


0–65535

1–65535. number8


0–65535

1–65535. number9


0–65535

1–65535. number10

VPORT number, range: 1–8.

1–8



Examples The following example shows how to set the threshold of queue 2 of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#dba queue-set 2 queue1 65535 queue2 65535 queue3 65535 queue4 65535 queue5 65535 queue6 65535 queue7 65535 queue8 65535

Related Commands 14.4.109 show remote onu dba

14-109 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.20 dba queue-set active Syntax dba queue-set active name1 [vport number1]

Function This command activates the DBA function for an EPON ONU queue.


Description

Value

name1

The queue set list to be

-

activated, range: 1–6. number1

VPORT number, range: 1–8.

1–8


Usage Guidelines Before activating the DBA function for an EPON ONU queue, the thresholds of the corresponding queue set must be set.

Examples The following example shows how to activate the DBA function for queue 2 of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#dba queue-set active 2


14.4.21 fec upstream Syntax fec upstream name1

Function This command enables or disables the EPON ONU upstream FEC function.

14-110 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

EPON ONU upstream FEC function.

Mode epon onu interface mode


Examples The following example shows how to enable the FEC function for the No. 1 ONU at the No. 1 OLT interface of shelf 0 slot 4: ZXAN(config)#interface epon-onu_0/4/1:1 ZXAN(config-if)#fec upstream enable


14.4.22 holdover Syntax holdover {disable|enable [time number1]}

Function This command manages the ONU status holdover function in optical link protection.

Parameters Parameter disable

Description

Value

Disabling the ONU status

-

holdover function. enable

Enabling the ONU status

-

holdover function. number1

Time range, range: 50–1000

50–1000

ms.

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Examples The following example shows how to enable the ONU status holdover function management. In this example, the time range is 100 ms. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#holdover enable time 100

Related Commands 14.4.111 show remote onu holdover

14.4.23 interface e1 Syntax interface e1 name1 name2

Function This command sets the E1 interface of an EPON ONU.


Description

Value

name1

E1 interface name, slot, port ID

-

(range: 0–31 characters). name2

Whether to enable the E1

-

interface.



Examples The following example shows how to enable the E1 interface of No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: 14-112 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#interface e1 e1_0/1 enable


14.4.24 interface eth Syntax interface eth name1 {name2 {name3}|auto-neg name4|policing-profile {unbind|bind name5}|po licing {downstream|upstream} {disable|enable {[cir number1] [cbs number2][ebs number3]}}|m ode name6}

Function This command sets a specified Ethernet interface.


Description

Value

name1

Ethernet interface name,

-

slot, port ID (range: 1–31 characters). name2

Enable/Disable.

-

name3

Enable/Disable.

-

name4

Enable/Disable/Restart.

-

policing-profile

Policing profile.

-

unbind

Unbinding the policing profile.

-

bind

Binding the policing profile.

-

name5

Policing profile name, range:

-

1–16 characters. policing

Policing function.

-

downstream

Downstream flow.

-

upstream

Upstream flow.

-

disable

Disabling the policing function.

-

enable

Enabling the policing function.

-

number1

CIR, range: 0–10000000, unit:

0–10000000

kbps.

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Parameter

Description

Value

number2

CBS, range: 1522–16777215,

1522–16777215

unit: byte. number3

EBS, range: 1–1522, unit: byte.

0–1522

name6

Enable/Disable

-



Examples The following example shows how to enable the auto-neg function for a specified Ethernet interface: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1

ZXAN(epon-onu-mng)#interface eth eth_0/1 auto-neg enable


14.4.25 interface voip Syntax interface voip name1 name2

Function This command sets the VoIP interface of an EPON ONU.


Description

Value

name1

VoIP interface name, slot, port

-

ID (range: 1–31 characters). name2

Whether to enable the interface.

-





Examples The following example shows how to enable the VoIP interface of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#interface voip voip_0/1 enable


14.4.26 interface-loopdetect Syntax interface-loopdetect name1 name2

Function This command configures the interface loop detecting function.


Description

Value

name1

Interface list, format:

-

eth_slot/portA[-portB]. name2

Whether to activate the function.

-



Examples The following example shows how to activate the loop detecting function for the eth_0/1 interface: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#interface-loopdetect eth_0/1 activate

14-115 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 14.4.114 show remote onu loopdetect

14.4.27 isolation Syntax isolation name1

Function This command enables or disables the port isolation function for an EPON ONU.


Description

Value

name1

Whether to enable the function.

-



Examples The following example shows how to enable the port isolation function for the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#isolation enable


14.4.28 llid-queue Syntax lid-queue [vport number1] queue1 number2 number3 [queue2 number4 number5 [queue3 number 6 number7 [queue4 number8 number9 [queue5 number10 number11 [queue6 number12 number13 [queue7 number14 number15 [queue8 number16 number17]]]]]]]

14-116 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command manages the corresponding relationship between an LLID and the service queue.


Description

Value

number1

LLID.

1–8

number2

Queue number.

0–7

number3


0–100

number4

Queue number.

0–7

number5


0–100

number6

Queue number.

0–7

number7


0–100

number8

Queue number.

0–7

number9


0–100

number10

Queue number.

0–7

number11


0–100

number12

Queue number.

0–7

number13


0–100

number14

Queue number.

0–7

number15


0–100

number16

Queue number.

0–7

number17


0–100



Examples The following example shows how to configure an LLID queue. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)# llid-queue queue1 1 2 queue2 2 3 queue3 4 5 queue4 1 2 queue5 2 3 queue6 2 2 queue7 2 3 queue8 2 3

14-117 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 14.4.113 show remote onu llid-queue

14.4.29 mac add Syntax mac add name1 name2 hexadecimal1 number1

Function This command adds an MAC address.


Description

Value

name1

Port

-

name2

filter, bind, or static

-

hexadecimal1

MAC address

-

number1

VLAN ID

1–4094



Examples The following example shows how to configure the Ethernet interface MAC address of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 3. In this example, the MAC address is 0000.0000.0001 and the VLAN ID is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#mac add eth_0/1 bind 0000.0000.0001 1

Related Commands 14.4.32 mac delete 44.10 show mac

14-118 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.30 mac aging-time Syntax mac aging-time number1

Function This command sets the dynamic MAC address aging time.


Description

Value

number1

MAC address aging time,

15–86400

range: 15–86400 (the value is a multiple of 15), unit: second.


Usage Guidelines If the MAC address aging time is n seconds, the dynamic MAC address can be aged within n seconds to 2n seconds.

Examples The following example shows how to set the dynamic MAC address aging time to 180 seconds: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#mac aging-time 180


14.4.31 mac clear Syntax mac clear name1 name2

Function This command clears all MAC addresses.

14-119 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Port

-

name2


-



Examples The following example shows how to clear all static MAC addresses at the eth_0/1 interface: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#mac clear eth_0/1 static


14.4.32 mac delete Syntax mac delete name1 name2 hexadecimal1 number1

Function This command delete a MAC address.


Description

Value

name1

Port

-

name2


-

hexadecimal1

MAC address

-

number1

VLAN ID

1–4094




Usage Guidelines If no VLAN ID is specified, all MAC addresses that match the mac-address parameter will be deleted.

Examples The following example shows how to delete the MAC address of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 3. In this example, the MAC address is 0000.0000.0001 and the VLAN ID is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#mac delete eth_0/1 bind 0000.0000.0001 1

Related Commands 14.4.29 mac add 44.10 show mac

14.4.33 mac limit-num Syntax mac limit-num name1 {number1|no-limit}

Function This command sets the maximum number of MAC addresses that an EPON ONU Ethernet port can learn.


Description

Value

name1

Ethernet port name, slot, port ID

-

(range, 0–31 characters). number1

The maximum number of MAC

0–65534

addresses, range: 0–65534. no-limit

No limit.

-



14-121 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the maximum number of Ethernet port MAC addresses of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10. In this example, the maximum number is set to 32. ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#mac limit-num eth_0/1 32


14.4.34 mgmt-ip Syntax mgmt-ip {status name1|ip_addr1 ip_addr2 vlan number1 [svlan number2] priority number3 rou te ip_addr3 ip_addr4 ip_addr5 [status name2]}

Function This command sets the management IP address of an EPON ONU.


Description

Value

name1

Whether to enable the status.

-

ip_addr1

ONU IP address.

-

ip_addr2

ONU subnetwork mask.

-

number1

VLAN number, range: 1–4094.

1–4094

number2

SVLAN number, range: 1–4094.

1–4094

number3

Priority, range: 0–7.

0–7

ip_addr3

Remote host IP address.

-

ip_addr4

Remote host subnetwork mask.

-

ip_addr5

The next IP address.

-

name2


-

management status.

Mode GPON-ONU-MNG mode, EPON-ONU-MNG mode

14-122 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The ONU IP address and the remote host IP address cannot be in the same network segment as that of the ONU LAN IP address (the default value is 192.168.1.1/255.255.255.0). If the ONU is connected to a WAN, the ONU IP address and the remote host IP address cannot be in the same network segment as that of the IP addresses connected by the WAN. The VLAN cannot be the VLAN used by the ONU.

Examples The following example shows how to set the management IP address status to automatic allocation for the No. 1 ONU at the No. OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1

ZXAN(epon-onu-mng)#mgmt-ip auto-assign

Related Commands 14.4.116 show remote onu mgmt-ip

14.4.35 mgmt-ip auto-assign Syntax mgmt-ip auto-assign

Function This command automatically assigns ONU management IP addresses from the IP address pool.

Parameters None



Examples The following example shows how to automatically assigns ONU management IP addresses from the IP address pool: 14-123 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#pon-onu-mng epon-onu_1/4/1:1 ZXAN(epon-onu-mng)#mgmt-ip auto-assign


14.4.36 mgmt-ip dhcp Syntax mgmt-ip dhcp {disable|enable vlan number1 priority number2}

Function This command sets the DHCP function for an ONU management IP address.


Description

Value

disable

Disabling the DHCP function.

-

enable

Enabling the DHCP function.

-

number1


1–4094

number2


0–7



Examples The following example shows how to set the DHCP function for the No. management IP address at the No. 1 OLT interface of shelf 1 slot 10:

1 ONU

ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#mgmt-ip dhcp enable vlan 110 priority 0

Related Commands 14.4.117 show remote onu mgmt-ip dhcp

14-124 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.37 mgmt-ip release Syntax mgmt-ip release

Function This command releases the management IP address of an ONU.

Parameters None



Examples The following example shows how to release the management IP address of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#mgmt-ip release


14.4.38 mng-snmp Syntax mng-snmp version name1 hostIp ip_addr1 trap-port number1 snmp-port number2 securityNa me name2 communityRead name3 communityWrite name4

Function This command configures the management SNMP properties.


Description

Value

name1

Version.

-

ip_addr1

IP address.

-

14-125 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1

Port.

1–65535

number2

snmp port.

1–65535

name2

Security name.

-

name3

Community read.

-

name4

Community write.

-



Examples The following example shows how to configure the management SNMP properties: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#mng-snmp version v1 hostIp 1.2.3.4 trap-port 1 snmp-port 1 securityName zte communityRead zte communityWrite zte

Related Commands 14.4.118 show remote onu mng-snmp

14.4.39 mng-snmp ipv6 Syntax mng-snmp ipv6 version name1 hostIp ipv6_addr1 trap-port number1 snmp-port number2 secu rityName name2 communityRead name3 communityWrite name4

Function This command sets the SNMP IPv6 properties.


Description

Value

name1

Version (v1 or v2).

-

ipv6_addr1

IPv6 address.

-

number1

trap port.

1–65535

number2

snmp port.

1–65535

14-126 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

Security name.

-

name3

Community read.

-

name4

Community write.

-



Examples The following example shows how to set the SNMP IPv6 properties: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#mng-snmp ipv6 version v1 hostIp 2001::1 trap-port 2 snmp-port 2 securityName zte communityRead zte communityWrite zte

Related Commands 14.4.119 show remote onu mng-snmp ipv6

14.4.40 multicast control-type Syntax multicast control-type name1

Function This command configures the ONU Ethernet interface multicast control mode.


Description

Value

name1

Multicast control mode.

-



14-127 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the ONU Ethernet interface multicast control mode: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1

ZXAN(epon-onu-mng)# multicast control-type gda-mac-and-vlan


14.4.41 multicast fastleave Syntax multicast fastleave name1

Function This command configures the ONU multicast fast leave function.


Description

Value

name1


-



Examples The following example shows how to enable the ONU multicast fast leave function: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)# multicast fastleave enable


14-128 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.42 multicast group-max-number Syntax multicast group-max-number name1 number1

Function This command sets the maximum number of multicast groups at an EPON ONU Ethernet port.


Description

Value

name1

Ethernet port name, slot,

-

port number (range: 1–31 characters). number1

The maximum number of

1–255

multicast groups, range: 1–255.



Examples The following example shows how to set the maximum number of multicast groups at the No. 1 ONU Ethernet port at the No. 1 OLT interface of shelf 1 slot 10: In this example, the maximum number is set to 32. ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#multicast group-max-number eth_0/1 32


14.4.43 multicast switch Syntax multicast switch name1

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Function This command configures the multicast mode of an EPON ONU. The mode can be IGMP Snooping mode, controllable multicast mode, and transparent transmission mode.


Description

Value

name1

IGMP Snooping mode,

-

controllable multicast mode, or transparent transmission mode



Examples The following example shows how to configure the multicast mode of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 10. In this example, the multicast mode is set to IGMP Snooping. ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#multicast switch igmpsnooping


14.4.44 multicast vlan Syntax multicast vlan port name1 {name2 vlanlist name3|clear}

Function This command configures the multicast VLAN of an EPON ONU Ethernet port.


Description

Value

name1

Port name, format:

-

eth_slot/port. name2

delete, add, or clear.

-

14-130 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name3

VLAN ID list, the maximum

-

VLAN ID is 10. clear

clear

-


Usage Guidelines This command is executed only when the multicast mode is set to igmp snooping. If the action is set to "clear", users need not set the vlanlist parameter. It indicates that all multicast VLAN configurations of the port will be deleted. If the action is set to "add" or "delete", the vlanlist parameter must be set.

Examples The following example shows how to configure the multicast VLAN of the No. 1 ONU Ethernet port at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#multicast vlan port eth_0/1 add vlanlist 1,3,5-8


14.4.45 multicast vlan tag-strip Syntax multicast vlan tag-strip port name1 {enable|disable|translate trans-list name2}

Function This command enables or disables the multicast VLAN tag strip function for an EPON ONU Ethernet port:


Description

Value

name1

Ethernet port name, slot, port

-

(range: 1–31 characters). enable

Enabling the function.

-

disable

Disabling the function.

-

14-131 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

translate

Translating to the user list.

-

name2

Translated list, format:

-

: (range: 1–99 characters).



Examples The following example shows how to enable the multicast VLAN tag strip function for the No. 1 ONU Ethernet port at the No. 1 OLT interface of shelf 1 slot 10: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#multicast vlan tag-strip port eth_0/1 enable


14.4.46 onu-queue Syntax onu-queue apply name1

Function This command applies an ONU SLA queue profile.


Description

Value

apply

Applying a profile.

-

name1

SLA queue profile name.

-





Examples The following example shows how to apply an ONU SLA queue profile whose name is "zte": ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#onu-queue apply zte

Related Commands 14.4.73 show remote epon onu-queue-profile

14.4.47 performance restart-current-period Syntax performance restart-current-period {pon-if number1|port name1}

Function This command restarts the current performance statistics period.


Description

Value

number1

Active/standby.

1–2

name1

Port number.

-



Examples The following example shows how to restart the current performance statistics period of the No. 1 PON interface of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 3: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#performance restart-current-period pon-if 1


14-133 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.48 performance status Syntax performance status name1 [monitoring-period number1] {pon-if number2|port name2}

Function This command configures the performance statistics status and period.


Description

Value

name1


-

number1

Monitoring period, unit: byte.

0–16777215

number2

PON interface index.

1–2

name2

Port, format: eth_slot/port.

-



Examples The following example shows how to enable the performance statistics function for the No. 1 PON interface of the No. 1 ONU at the No. 1 OLT interface of shelf 1 slot 3: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#performance status enable pon-if 1


14.4.49 pon-buffer Syntax pon-buffer name1 {use-default|user-defined size number1}

Function This command configures the upstream/downstream buffer size of an ONU PON. Users can use the default configuration or customize the buffer size as required. 14-134 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Upstream/downstream.

-

use-default

Using the default configuration.

-

user-defined

Using the user-defined

-

configuration. number1

Size, range: 0–16777215 bytes.

0–16777215



Examples The following example shows how to configure the downstream buffer size of an ONU PON. In this example, the buffer size is 1500 bytes. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#pon-buffer downstream user-defined size 1500


14.4.50 pon-downstream-shaping Syntax pon-downstream-shaping {disable|enable cir number1 [cbs number2]}

Function This command configures the downstream shaping function for an ONU.

Parameters Parameter disable

Description

Value

Disabling the function or

-

recovering the default configuration. enable

Enabling the function.

-

14-135 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1

cir range, range:

0–1000000

0–1000000 Kbps. number2

cbs range, range:

1522–16777215

1522–16777215 bytes.



Examples The following example shows how to configure the downstream shaping function for an ONU. In this example, the function is enabled, cir is set to 2000 Kbps, and cbs is set to 3000 bytes. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#pon-downstream-shaping enable cir 2000 cbs 3000


14.4.51 pppoe-test Syntax pppoe-test name1 action name2 username name3 password name4 pppoe-mode name5 vlan number1

Function This command performs the PPPoE simulated dialing test at an Ethernet service port.


Description

Value

name1

EPON ONU Ethernet service

-

port, format: eth_slot/port. name2

start/stop.

-

name3

pppoe-test user name.

-

name4

pppoe-test password.

-

14-136 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

Automatic/CHAP/PAP

-

number1

pppoe-test VLAN number,

1–4094

range: 1–4094.



Examples The following example shows how to perform the PPPoE simulated dialing test at the eth_0/1 port: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#pppoe-test eth_0/1 action start username xPon password xPon pppoe-mode chap vlan 0

Related Commands 14.4.131 show remote onu pppoe-test

14.4.52 protection Syntax protection {[optical-LoS-time number1] [MAC-LoS-time number2]}

Function This command configures the optical out-of-synchronization out-of-synchronization time for the protection of an ONU.

time

and

MAC


Description

Value

number1

optical out-of-synchronization

1–65535

time, unit: ms. number2

mac out-of-synchronization

1–65535

time, unit: ms.

Mode EPON-ONU-MNG mode 14-137 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to configure the optical out-of-synchronization time and MAC out-of-synchronization time for the protection of an ONU: ZXAN(config)#pon-onu-mng epon-onu_1/5/1:1 ZXAN(epon-onu-mng)#protection MAC-LoS-time 1000 optical-LoS-time 2000

Related Commands 14.4.132 show remote onu protection parameters

14.4.53 reboot Syntax reboot

Function This command reboots an ONU.

Parameters None



Examples The following example shows how to reboot an ONU: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#reboot


14-138 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.54 region Syntax region number1

Function This command sets the country code of an ONU.


Description

Value

number1

ONU country code.

0–65535



Examples The following example shows how to set the country code of an ONU to 1: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#region 1


14.4.55 register sip-port Syntax register sip-port slot number1 no register sip-port slot number1

Function This command registers an sip interface.


Description

Value

number1

Slot number

1–255

14-139 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to register the sip interface at slot 1: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#register sip-port slot 1


14.4.56 register voip-module Syntax register voip-module slot number1 no register voip-module slot number1

Function This command registers a voice module.


Description

Value

number1

Slot number

1–255



Examples The following example shows how to register a voice module. In this example, the slot number is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#register voip-module slot 1

14-140 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.57 reset uni-statistic Syntax reset uni-statistic name1

Function This command resets the ONU interface statistic data.


Description

Value

name1


-

ID.



Examples The following example shows how to reset the statistics data of the eth_0/1 port: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#reset uni-statistic eth_0/1


14.4.58 reset voip-module Syntax reset voip-module slot number1

Function This command resets voice.

14-141 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Slot number

1–255



Examples The following example shows how to reset the voice at slot 1: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#reset voip-module slot 1


14.4.59 reset-card Syntax reset-card slot number1

Function This command resets a card.


Description

Value

number1

Card number, range: 1–255.

1–255



Examples The following example shows how to reset the card at slot 1: 14-142 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1

ZXAN(epon-onu-mng)#reset-card slot 1

Related Commands 14.4.53 reboot

14.4.60 restore factory-settings Syntax restore factory-settings

Function This command restores the factory default configuration.

Parameters None



Examples The following example shows how to restore the factory default configuration: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#restore factory-settings


14.4.61 restore voip-module Syntax restore voip-module slot number1

Function This command restores the voice function of a slot. 14-143 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Slot number

1–255



Examples The following example shows how to restore the voice function of slot 1: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#restore voip-module slot 1


14.4.62 rms Syntax rms {[ip-addr ip_addr1 mask ip_addr2] [ip-profile name1]}[pppoe username name2 password name3][vlan-profile name4][url name5] slot number1

Function This command configures RMS IP addresses.


Description

Value

ip_addr1

IP address.

-

ip_addr2

Mask.

-

name1

IP profile name.

-

pppoe

pppoe.

-

name2

User name.

-

name3

Password.

-

name4

VLAN profile name.

-

14-144 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

URL.

-

number1

Slot number.

1–255



Examples The following example shows how to configure the RMS IP address of slot 1. In this example, the IP address is 1.2.3.4 and the mask is 255.255.255.1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#rms ip-addr 1.2.3.4 mask 255.255.255.1 slot 1

Related Commands 14.4.76 show remote epon rms

14.4.63 save Syntax save

Function This command saves the configuration of an ONU.

Parameters None



Examples The following example shows how to save the configuration of an ONU: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1

14-145 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(epon-onu-mng)#save


14.4.64 security-mng Syntax security-mng name1 name2

Function This command enables or disables the ONU application protocol security management function.


Description

Value

name1

Telnet protocol.

-

name2


-



Examples The following example shows how to enable the ONU application protocol security management function: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#security-mng telnet enable

Related Commands 14.4.134 show remote onu security-mng

14.4.65 serial-port attribute-profile Syntax serial-port attribute-profile name1 apply name2 mode {name3 local-ip ip_addr1 local-port nu mber1|name4 local-ip ip_addr2 local-port number2 remote-ip ip_addr3 remote-port number3} 14-146 SJ-20130118100307-010|2013-02-28 (R1.0)



no serial-port attribute-profile name5

Function This command applies a serial port attribute profile and sets its attributes.


Description

Value

name1

COM port name, format:

-

com_slot/port. apply

apply.

-

name2

Attribute profile name.

-

mode

mode.

-

name3

zte-passive mode or tcp-server

-

mode. ip_addr1

Local IP address.

-

number1

Local port number.

1–65535

name4

Mode.

-

ip_addr2

Local IP address.

-

number2

Local port number.

1–65535

ip_addr3

Remote IP address.

-

number3

Remote port number.

1–65535

name5


-

com_slot/port.



Examples The following example shows how to apply a serial port attribute profile and set its attributes. In this example, the profile name is "zte". ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#serial-port attribute-profile com_0/3 apply zte mode tcp-client-mode local-ip 10.63.196.160 local-port 8093 remote-ip 10.46.46.142 remote-port 142

14-147 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 14.4.135 show remote onu serial-port attribute

14.4.66 serial-port buffer-profile Syntax serial-port buffer-profile name1 apply name2 no serial-port buffer-profile name3

Function This command applies a serial port buffer profile.


Description

Value

name1


-

com_slot/port. apply

apply.

-

name2

Buffer profile name.

-


-

name3

com_slot/port.



Examples The following example shows how to apply a serial port buffer profile whose name is "zte": ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#serial-port buffer-profile com_0/3 apply zte

Related Commands 14.4.136 show remote onu serial-port buffer

14-148 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.67 serial-port global-profile Syntax serial-port global-profile apply name1 no serial-port global-profile

Function This command applies a serial port global configuration profile.


Description

Value

apply

apply.

-

name1

Serial port global configuration

-

profile name.



Examples The following example shows how to apply a serial port global configuration profile whose name is "zte": ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#serial-port global-profile apply zte

Related Commands 14.4.137 show remote onu serial-port global information

14.4.68 serial-port ip Syntax serial-port ip {{name1 ip_addr1 ip_addr2 Priority number1 vlan number2 route-subnet ip_addr3 ip_addr4 ip_addr5|name2 ip_addr6}|name3}

Function This command sets the IP address of a serial port. 14-149 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

add, delete, or clear.

-

ip_addr1

IP address.

-

ip_addr2

Mask.

-

number1

Priority.

0–7

number2

VLAN ID.

1–4093

ip_addr3

Subnetwork IP address.

-

ip_addr4

Subnetwork mask.

-

ip_addr5

Gateway.

-

name2


-

ip_addr6

IP address.

-

name3


-



Examples The following example shows how to add IP address for a serial port: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#serial-port ip add 10.63.196.160 255.255.255.0 Priority 0 vlan 149 route-subnet 0.0.0.0 0.0.0.0 10.63.196.254

Related Commands 14.4.138 show remote onu serial-port ip

14.4.69 serial-port statistic Syntax serial-port statistic clear name1

Function This command clears the statistics data of a serial port.

14-150 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

clear

clear.

-

name1

Serial port name, format:

-

com_slot/port.



Examples The following example shows how to clear the statistics data of a serial port: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#serial-port statistic clear com_0/3

Related Commands 14.4.139 show remote onu serial-port statistic

14.4.70 show remote epon fax profile Syntax show remote epon fax profile [name1]

Function This command queries the fax profile information.


Description

Value

name1

fax profile name.

-





Examples The following example shows how to query the fax profile information: ZXAN(epon-onu-mng)#show remote epon fax profile

Fax profile:

default

T38 is:

disable

Control mode: none


14.4.71 show remote epon h248-profile Syntax show remote epon h248-profile [name1]

Function This command queries the information of an h248 profile.


Description

Value

name1

Profile name.

-



Examples The following example shows how to query the information of an h248 profile: ZXAN(epon-onu-mng)#show remote epon h248-profile

H248protocol profile:

default

register server ip:

0.0.0.0

port:

2944

backup register server ip:

0.0.0.0

port:

2944

rtp link kept flag:

disable

heartbeat mode:

h248ctc

14-152 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands cycle-time(in seconds):

60

count-time:

3

MG register mode:

ip

MG port:

2944


14.4.72 show remote epon mgcp-profile Syntax show remote epon mgcp-profile [name1]

Function This command queries the information of an MGCP profile.


Description

Value

name1

Profile name.

-



Examples The following example shows how to query the information of an MGCP profile: ZXAN(epon-onu-mng)#show remote epon mgcp-profile

MGCP protocol profile:

default

register server ip:

0.0.0.0

port:

2727

backup register server ip: 0.0.0.0 port:

2727

heartbeat mode:

mgcp

cycle-time(in seconds):

60

count-time:

3

MG register mode:

ip

MG port:

2427

14-153 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.73 show remote epon onu-queue-profile Syntax show remote epon onu-queue-profile [name1]

Function This command queries the information of an ONU queue profile.


Description

Value

name1

Profile name.

-



Examples The following example shows how to query the information of an ONU queue profile: ZXAN(epon-onu-mng)#show remote epon onu-queue-profile -------------------------------------------------------ProfileName:

default

SlaOperation:

deactivate

Scheduling:

sp

High_priority:

0

CycleLen:

0


14.4.74 show remote epon ping-test Syntax show remote epon ping-test interface1 slot number1 14-154 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the ping test information.


Description

Value

interface1


-


Slot number.

1–255



Examples The following example shows how to query the ping test information: ZXAN(epon-onu-mng)#show remote epon ping-test epon-onu_1/11/1:1 slot 1


14.4.75 show remote epon pots status Syntax show remote epon pots status interface1 [name1]

Function This command queries the status of an interface.


Description

Value

interface1

Interface, format:

-

epon-onu_shelf/slot/olt:onu. name1

Format: pots_slot/port

-





Examples The following example shows how to query the status of an interface: ZXAN(epon-onu-mng)#show remote epon pots status epon-onu_1/11/1:1 pots

status

service-type

service-status

codec-mode

-------------------------------------------------------------------------pots_1/1

registering

N/A

endAuto

G711A

pots_1/2

registering

N/A

endAuto

G711A


14.4.76 show remote epon rms Syntax show remote epon rms interface1 number1

Function This command queries the voip remote configuration information.


Description

Value

interface1

Interface format.

-

number1

voip card number.

0–255



Examples The following example shows how to query the voip remote configuration information: ZXAN(epon-onu-mng)#show remote epon rms epon-onu_1/11/1:1 0 VoIP card :

1

Associate :

standalone

VoIP mode :

static

14-156 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands IP assress:

0.0.0.0

Mask

:

0.0.0.0

Gateway

:

0.0.0.0

DNS server:

0.0.0.0

Vlan flag :

transparent

Cvlan

:

Svlan Priority

: :

Auth mode :

0 0 0 auto

User name : Password

:

URL :


14.4.77 show remote epon serial-port attribute-profile Syntax show remote epon serial-port attribute-profile [name1]

Function This command queries the information of a serial port attribute profile.


Description

Value

name1

Attribute profile name.

-



Examples The following example shows how to query the information of a serial port attribute profile: ZXAN(epon-onu-mng)#show remote epon serial-port attribute-profile zte Profile:

testAttr

State: enable Baud rate: 9600(bit/s) Data bits: 8(bits)

14-157 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Parity: even Stop bits: 2(bit) Flow control: none Type: rs232


14.4.78 show remote epon serial-port buffer-profile Syntax show remote epon serial-port buffer-profile [name1]

Function This command queries the information of a serial port buffer profile.


Description

Value

name1

Buffer profile name.

-



Examples The following example shows how to query the information of a serial port buffer profile: ZXAN(epon-onu-mng)#show remote epon serial-port buffer-profile Profile:

bufattr

Mode:

buffered

Wait time:

150

Buffer size: Encrypt status:

100 true


14-158 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.79 show remote epon serial-port global-profile Syntax show remote epon serial-port global-profile [name1]

Function This command queries the information of a serial port global profile.


Description

Value

name1

Global profile name.

-



Examples The following example shows how to query the information of a serial port global profile: ZXAN(epon-onu-mng)#show remote epon serial-port global-profile testGlb profile:

testGlb

Discover port number:4000 Signal port number:5000 Idle time:

100(s)

Interval time: 150(s) Max lost packet(s):65 Max Tcp Clients(s):4


14.4.80 show remote epon sip-profile Syntax show remote epon sip-profile [name1]

Function This command queries the information of an SIP profile. 14-159 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name.

-



Examples The following example shows how to query the information of an SIP profile: ZXAN(epon-onu-mng)#show remote epon sip-profile

Sip-protocol profile:

default

MG portNo:

5060

register server ip:

0.0.0.0

port:

5060

backup register server ip: 0.0.0.0 port:

5060

proxy server ip:

0.0.0.0

port:

5060

backup proxy server ip:

0.0.0.0

port:

5060

outbound server ip:

0.0.0.0

port:

5060

register interval:

3600

heartbeat:

enable.

heartbeat cycle:

20

heartbeat count:

3


14.4.81 show remote epon voip attribute Syntax show remote epon voip attribute interface1

Function This command queries the voip attribute. 14-160 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows how to query the voip attribute: ZXAN(epon-onu-mng)#show remote epon voip attribute epon-onu_0/10/1:1

OnuName:epon-onu_0/10/1:1

Slot:1

Timer-dml:5

Timer-dms:2


14.4.82 show remote epon voip base information Syntax show remote epon voip base information interface1

Function This command queries the basic voip information.


Description

Value

interface1


-






Examples The following example shows how to query the basic voip information: ZXAN(epon-onu-mng)#show remote epon voip base information epon-onu_1/10/1:1

OnuName:epon-onu_1/10/1:1

Slot:1

Mac-address:0025.12d0.1b84

Software-version:V1.1.1a.sp3_EL3

Software-version-time:20100809194347

Num-of-pots-supported:2

Protocol-supported:SIP

Protocol-used:None


14.4.83 show remote epon voip call-test Syntax show remote epon voip call-test interface1 name1

Function This command queries the simulated call test result at a specified voice port.


Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. Port, format: pots_slot/port ID.

name1

-



Examples The following example shows how to query the simulated call test result at a specified voice port: ZXAN(epon-onu-mng)#show remote epon voip call-test epon-onu_1/3/1:1 pots_0/1 Voip pots call test result: TestStatus :

N/A

TestPortStatus :

N/A

TestFailReason :

N/A

14-162 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands TestFailDetail :


14.4.84 show remote epon voip ip-address Syntax show remote epon voip ip-address interface1

Function This command queries the VoIP IP address information.


Description

Value

interface1


-




Examples The following example shows how to query the VoIP IP address information: ZXAN(epon-onu-mng)#show remote epon voip ip-address epon-onu_1/10/1:1

onu

slot

ipaddress

mask

---------------------------------------------------------------epon-onu_1/10/1:1

1

0.0.0.0

0.0.0.0


14.4.85 show remote epon voip mg-domainname Syntax show remote epon voip mg-domainname interface1 14-163 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the VoIP MG domain name.


Description

Value

interface1


-




Examples The following example shows how to query the VoIP MG domain name: ZXAN(epon-onu-mng)#show remote epon voip mg-domainname epon-onu_1/10/1:1

onu

slot

domainname

---------------------------------------------------------------epon-onu_1/10/1:1

1

iad.zte.com.cn


14.4.86 show remote epon voip pppoe information Syntax show remote epon voip pppoe information interface1

Function This command queries the VoIP PPPoE information.


Description

Value

interface1


-


14-164 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query the VoIP PPPoE information: ZXAN(epon-onu-mng)#show remote epon voip pppoe information epon-onu_1/10/1:1 onu

slot

username

password

---------------------------------------------------------------epon-onu_1/10/1:1

1


14.4.87 show remote epon voip rtp-tid information local Syntax show remote epon voip rtp-tid information local interface1

Function This command queries the local rtp-tid information.


Description

Value

interface1


-




Examples The following example shows how to query the local rtp-tid information: ZXAN#show remote epon voip rtp-tid information local epon-onu_1/3/2:1 Interfacename:epon-onu_1/3/2:1

14-165 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference slot:1 Tid-num:0 Prefix:RTP BeginDigit:0 Mode:enable DigitLen:5


14.4.88 show remote epon voip rtp-tid information remote Syntax show remote epon voip rtp-tid information remote interface1

Function This command queries the remote rtp-tid information.


Description

Value

interface1


-




Examples The following example shows how to query the remote rtp-tid remote information: ZXAN#show remote epon voip rtp-tid information remote epon-onu_1/3/2:1 Interfacename:epon-onu_1/3/2:1 slot:1 TidNum:16 FirstTidNames:RTP/10000




14.4.89 show remote epon voip sip-sdp-codecs Syntax show remote epon voip sip-sdp-codecs interface1 [name1]

Function This command queries the sip sdp codecs information of voip.


Description

Value

interface1


-


Port, format: pots_slot/port.

-



Examples The following example shows how to query the sip sdp codecs information of voip: ZXAN(epon-onu-mng)#show remote epon voip sip-sdp-codecs epon-onu_1/10/1:1


14.4.90 show remote epon voip sip-user-information Syntax show remote epon voip sip-user-information interface1 [name1]

Function This command queries the sip user information.

14-167 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. Port, format: pots_slot/port.

name1

-



Examples The following example shows how to query the sip user information: ZXAN#show remote epon voip sip-user-information epon-onu_1/3/2:1

pots

userAccount username

password

cid-presenting

cid-type

--------------------------------------------------------------------------pots_1/1

disable

fsk

pots_1/2

disable

fsk


14.4.91 show remote epon voip user-tid information local Syntax show remote epon voip user-tid information local interface1

Function This command queries the local user-tid information.


Description

Value

interface1


-






Examples The following example shows how to query the local user-tid information: ZXAN#show remote epon voip user-tid information local epon-onu_1/3/2:1


14.4.92 show remote epon voip user-tid information remote Syntax show remote epon voip user-tid information remote interface1

Function This command queries the remote user-tid information.


Description

Value

interface1


-




Examples The following example shows how to query the remote user-tid information: ZXAN#show remote epon voip user-tid information remote epon-onu_1/3/2:1

Voipport

TidName

---------------------------------------------------------------Voip_1/1

AG58900

Voip_1/2

AG58901

14-169 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.93 show remote epon voip-ip profile Syntax show remote epon voip-ip profile [name1]

Function This command displays the information of a voip-ip profile.


Description

Value

name1

Profile name.

-



Examples The following example shows how to display the information of a voip-ip profile: ZXAN(epon-onu-mng)#show remote epon voip-ip profile

Voice-ip profile:

default

relation between voice IP and MNG IP:

independent

voice ip mode:

DHCP


14.4.94 show remote epon voip-media-ip Syntax show remote epon voip-media-ip interface1 number1

Function This command queries the VoIP media IP information. 14-170 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. VoIP card number.

number1

0–255



Examples The following example shows how to query the VoIP media IP information: ZXAN(epon-onu-mng)#show remote epon voip-media-ip epon-onu_1/10/1:1 1 VoIP card :

1

Associate :

standalone

VoIP mode :

static

IP assress:

0.0.0.0

Mask

:

0.0.0.0

Gateway

:

0.0.0.0

DNS server:

0.0.0.0

Vlan flag :

transparent

Cvlan

:

0

Svlan

:

0

Priority

:

Auth mode :

0 auto

User name : Password

:


14.4.95 show remote epon voip-module operate-status Syntax show remote epon voip-module operate-status interface1

Function This command queries the operating status of a VoIP module. 14-171 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

ONU interface ,format:

-




Examples The following example shows how to query the operating status of a VoIP module: ZXAN#show remote epon voip-module operate-status epon-onu_1/3/2:1 onu

slot

operate-status

mgc

--------------------------------------------------------------------------------

epon-onu_1/3/2:1

1

registering

2(mgc_main)


14.4.96 show remote epon voip-module profile-application Syntax show remote epon voip-module profile-application interface1

Function This command queries the profile application information of a VoIP module.


Description

Value

interface1


-






Examples The following example shows how to query the profile application information of a VoIP module: ZXAN#show remote epon voip-module profile-application epon-onu_1/3/2:1

OnuIfName:epon-onu_1/3/2:1

Slot:1

Ip(profile):ip

Vlan(profile):vlan

Protocol(profile):h248

Protocol-type:h248

Fax(profile):default


14.4.97 show remote epon voip-vlan profile Syntax show remote epon voip-vlan profile [name1]

Function This command queries the VoIP VLAN profile information.


Description

Value

name1

Profile name.

-



Examples The following example shows how to query the VoIP VLAN profile information: ZXAN(epon-onu-mng)#show remote epon voip-vlan profile

Voice-vlan profile:

default

Vlan tag mode:

tag

14-173 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Cvlan:

2

Priority:

7

Svlan:

0

Voice-vlan profile:

voipvlantag

Vlan tag mode:

tag

Cvlan:

999

Priority:

7

Svlan:

0


14.4.98 show remote epon wan-general-profile Syntax show remote epon wan-general-profile [name1]

Function This command queries the WAN general profile information.


Description

Value

name1

Profile name.

-



Examples The following example shows how to query the WAN general profile information: ZXAN(epon-onu-mng)#show remote epon wan-general-profile

Wan-general profile:

default

WAN work mode:

bridge

Service type:

internet

IP Work Mode:

ipv4

NAT Config:

0

802.1q mode:

transparent

14-174 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands Tpid:

33024

Vlan:

4092

Priority:

1

MTU:

1522

MVLAN:

4096

Bind Lan Port: Bind SSID:


14.4.99 show remote onu alarm onu Syntax show remote onu alarm onu interface1

Function This command queries the alarm information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the alarm information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu alarm onu epon-onu_1/10/1:1 AlarmId

State

-------------------------------------------------------------------------EquipmentAlarm

disable

PowerAlarm

disable

BatteryMissing

disable

BatteryFailure

disable

BatteryVoltLow

disable

14-175 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference PhysicalIntrusionAlarm

disable

ONUSelfTestFailure

disable

ONUTempHighAlarm

disable

ONUTempLowAlarm

disable

IADConnectionFailure

disable

PONIF-Switch

disable

SleepStatusUpdate

disable


14.4.100 show remote onu alarm pon-if Syntax show remote onu alarm pon-if interface1 number1

Function This command queries the PON interface alarm information remotely managed by an EPON ONU.


Description

Value

interface1


-


PON interface, range: 1–2.

1–2



Examples The following example shows how to query the PON interface alarm information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu alarm pon-if epon-onu_1/10/1:1 1 AlarmId

State

-------------------------------------------------------------------------RxPowerHighAlarm

disable

RxPowerLowAlarm

disable

14-176 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands TxPowerHighAlarm

disable

TxPowerLowAlarm

disable

TXBiasHighAlarm

disable

TXBiasLowAlarm

disable

VccHighAlarm

disable

VccLowAlarm

disable

TempHighAlarm

disable

TempLowAlarm

disable

RxPowerHighWarning

disable

RxPowerLowWarning

disable

TxPowerHighWarning

disable

TxPowerLowWarning

disable

TXBiasHighWarning

disable

TXBiasLowWarning

disable

VccHighWarning

disable

......


14.4.101 show remote onu alarm uni Syntax show remote onu alarm uni interface1 {eth name1|e1 name2|voip name3}

Function This command queries the UNI interface alarm information remotely managed by an EPON ONU.


Description

Value

interface1

ONU interface ,format:

-


Port name, format:

-


Port name, format: e1_slot/port.

-

name3

Port name, format:

-

voip_slot/port.





Examples The following example shows how to query the UNI interface alarm information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu alarm uni epon-onu_1/10/1:1 eth eth_0/1 AlarmId

State

-------------------------------------------------------------------------AutoNegFailure

disable

LOS

disable

PortFailure

disable

Loopback

disable

Congestion

disable

DownstreamDropEventsAlarm

disable

UpstreamDropEventsAlarm

disable

DownstreamCRCErrorFramesAlarm

disable

UpstreamCRCErrorFramesAlarm

disable

DownstreamUndersizeFramesAlarm

disable

......


14.4.102 show remote onu alarm-threshold onu Syntax show remote onu alarm-threshold onu interface1

Function This command queries the alarm threshold information remotely managed by an EPON ONU.


Description

Value

interface1


-






Examples The following example shows how to query the alarm threshold information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu alarm-threshold onu epon-onu_1/10/1:1 AlarmId

AlarmThre

RestoreThre

-------------------------------------------------------------------------BatteryVoltLow

0.00

0.00

ONUTempHighAlarm

0.00

0.00

ONUTempLowAlarm

0.00

0.00


14.4.103 show remote onu alarm-threshold pon-if Syntax show remote onu alarm-threshold pon-if interface1 pon-if number1

Function This command queries the PON interface alarm threshold information remotely managed by an EPON ONU.


Description

Value

interface1


-



1-2



Examples The following example shows how to query the PON interface alarm threshold information remotely managed by an EPON ONU: 14-179 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(epon-onu-mng)#show remote onu alarm-threshold pon-if epon-onu_1/10/1:1 pon-if 1 AlarmId

AlarmThre

RestoreThre

-------------------------------------------------------------------------RxPowerHighAlarm

0.00

0.00

RxPowerLowAlarm

0.00

0.00

TxPowerHighAlarm

0.00

0.00

TxPowerLowAlarm

0.00

0.00

TXBiasHighAlarm

0.00

0.00

TXBiasLowAlarm

0.00

0.00

VccHighAlarm

0.00

0.00

VccLowAlarm

0.00

0.00

TempHighAlarm

0.00

0.00

......


14.4.104 show remote onu auto-config Syntax show remote onu auto-config interface1

Function This command queries the automatic configuration information remotely managed by an EPON ONU:


Description

Value

interface1

OLT shelf number, slot

-

number, port number, and ONU number, format: epon-onu_shelf/slot/olt:onu.



14-180 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to query the automatic configuration information remotely managed by an EPON ONU: ZXAN(config)#show remote onu auto-config epon-onu_1/10/1:3 Auto-dispatch state -----------------------------------------------forbid-auto-dispatch


14.4.105 show remote onu classification Syntax show remote onu classification interface1 name1

Function This command queries the Ethernet port classification configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-

number, port number, and ONU number, format: epon-onu_shelf/slot/olt:onu. Ethernet port name, slot, port

name1

-

ID, format: eth_slot/port.



Examples The following example shows how to query the Ethernet port classification configuration information remotely managed by an EPON ONU: ZXAN#show remote onu classification epon-onu_1/10/1:1 eth_0/1 RulePrecedence

RuleName

ConditionNameList

14-181 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference 1

zte

zte


14.4.106 show remote onu classification profile Syntax show remote onu classification profile interface1

Function This command queries the Ethernet port classification profile information remotely managed by an EPON ONU. The information involves condition profiles and rule profiles.


Description

Value

interface1


-




Examples The following example shows how to query the Ethernet port classification profile information remotely managed by an EPON ONU: ZXAN#show remote onu classification profile epon-onu_1/10/1:1

---Rule profile--Index Name

Queuemap Priority

1

1

rule1

7

---Condition profile--Index

Name

Filed

MatchValue

Operator

1

flow1

da

0012.8E6C.0036

always-match

14-182 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.107 show remote onu compatibility Syntax show remote onu compatibility interface1

Function This command queries the compatibility information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the compatibility information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu compatibility epon-onu_1/10/1:1 Onu compatibility state:

disable

Onu compatibility mode:


14.4.108 show remote onu config-counter Syntax show remote onu config-counter interface1

14-183 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the configuration counter value remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the configuration counter value remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu config-counter epon-onu_1/10/1:1 Config-counter number: 0


14.4.109 show remote onu dba Syntax show remote onu dba interface1

Function This command queries the DBA queue threshold configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-

number, port number, and ONU number, format: epon-onu_shelf/slot/olt:onu. 14-184 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query the DBA queue threshold configuration information remotely managed by an EPON ONU: ZXAN#show remote onu dba epon-onu_1/10/1:1

Vport: 1 No active queueSet.

SetId

Threshold Queue1 Queue2 Queue3 Queue4 Queue5 Queue6 Queue7 Queue8

1

0

0

0

0

0

0

0

0

2

0

0

0

0

0

0

0

0

3

0

0

0

0

0

0

0

0


14.4.110 show remote onu fastleave Syntax show remote onu fastleave interface1

Function This command queries the configuration information of the fast leave function of an EPON ONU.


Description

Value

interface1


-


14-185 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query the configuration information of the fast leave function of an EPON ONU: ZXAN(config)#show remote onu fastleave epon-onu_1/10/1:1 ONU interface:

epon-onu_0/10/1:1

Fast leave state:

enable

Fast leave ability:

snooping: fast-leave snooping: not- fast-leave multicast: fast-leave multicast: not-fast-leave


14.4.111 show remote onu holdover Syntax show remote onu holdover interface1

Function This command queries the status holdover function information remotely managed by an EPON ONU.


Description

Value

interface1


-






Examples The following example shows how to query the status holdover function information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu holdover epon-onu_1/10/1:1 -------------------------------------------------------OnuHoldOver state:disable HoldoverTime:200


14.4.112 show remote onu info Syntax show remote onu info interface1

Function This command queries the basic information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query basic information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu info epon-onu_1/10/1:1 epon-onu_0/10/1:1 Onu vendorId

ZTE .

Onu type OnuModel

ZTE-D420. D420.

14-187 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference OnuId

00d0.d09a.45f2.

Hardware version

D420V2.

Software version

D420V2.0.0T4.

Firmware version

1.3.16.

Chip vendorId

E6 .

ChipModel

Chip revison

0

ChipDesignDate 07/05/28.

Number of Ge port

0 .

GePort

.

Number of Fe port

4 .

FePort

1-4.

Number of POTS port

2.

Number of E1 port

0.

Number of US Queues

4.

.

0x6301.

Max queues per US port 4. Number of DS Queues

4.

Max queues per DS port 4. BatteryBackup

no.

Multicast protocol

igmpsnooping.

FecMode

disable. FecAbility

Alarm

enable,

Mac aging-time

300.

support.

Port Isolation enable.


14.4.113 show remote onu llid-queue Syntax show remote onu llid-queue interface1

Function This command queries the llid queue information remotely managed by an EPON ONU.


Description

Value

interface1


-






Examples The following example shows how to query the llid queue information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu llid-queue epon-onu_1/10/1:1


14.4.114 show remote onu loopdetect Syntax show remote onu loopdetec interface1 name1

Function This command queries the loop detecting information remotely managed by an EPON ONU.


Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. Ethernet port name, format:

name1

-

eth_slot/port.



Examples The following example shows how to query the loop detecting information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu loopdetect epon-onu_1/10/1:1 eth_0/1 -------------------------------------------------------Onu InterFacename:epon-onu_1/10/1:1 LoopDetect State:deactivate DisableLooped:

disable

14-189 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.115 show remote onu mac Syntax show remote onu mac interface1 name1

Function This command queries the MAC address configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-


name1

-

ID.



Examples The following example shows how to query the MAC address configuration information remotely managed by an EPON ONU: ZXAN#show remote onu mac epon-onu_1/10/1:1 eth_0/1 epon-onu_1/10/1:1; MAC_Address info Port Name:eth_0/1; Limit num: no-limit; Filter mac-address info vlan 2

mac 9877.9878.4566

Bind mac-address info vlan

mac

14-190 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands 3

9877.9899.0988

Static mac-address info vlan

mac

1

4557.3241.3423


14.4.116 show remote onu mgmt-ip Syntax show remote onu mgmt-ip interface1

Function This command queries the IP address configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the IP address configuration information remotely managed by an EPON ONU: ZXAN# show remote onu mgmt-ip epon-onu_1/10/1:1 Status

enable;

IP Address

172.168.1.122;

Mask

255.255.0.0;

Priority

3;

Mgmt-IP

172.168.1.10;

vlan

300;

Mgmt-Mask

255.255.0.0;

Mgmt-Gateway

172.168.1.250.

14-191 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.117 show remote onu mgmt-ip dhcp Syntax show remote onu mgmt-ip dhcp interface1

Function This command queries the DHCP configuration information in the management IP addresses remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the DHCP configuration information in the management IP addresses remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu mgmt-ip dhcp epon-onu_1/10/1:1


14.4.118 show remote onu mng-snmp Syntax show remote onu mng-snmp interface1

14-192 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the SNMP management information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the SNMP management information remotely managed by an EPON ONU: ZXAN(config)#show remote onu mng-snmp epon-onu_1/11/1:1 -------------------------------------------------------SnmpVer:2 TrapHostIp:0.0.0.0 TrapPort:162 SnmpPort:161 SecurityName: CommunityForRead:public CommunityForWrite:private


14.4.119 show remote onu mng-snmp ipv6 Syntax show remote onu mng-snmp ipv6 interface1

Function This command queries the SNMP IPv6 information remotely managed by an EPON ONU.

14-193 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows how to query the SNMP IPv6 information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu mng-snmp ipv6 epon-onu_1/10/1:1


14.4.120 show remote onu multicast-info Syntax show remote onu multicast-info interface1

Function This command queries the multicast configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-



14-194 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to query the multicast configuration information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu multicast-info epon-onu_1/10/1:3 EthPort

Stripped

MaxGroupNum VlanList

TransList

----------------------------------------------------------------------

Eth_0/1

not-stripped 255

N/A

Eth_0/2

not-stripped 255

N/A

Eth_0/3

not-stripped 255

N/A

Eth_0/4

not-stripped 255

N/A

Eth_0/5

not-stripped 255

N/A

Eth_0/6

not-stripped 255

N/A

Eth_0/7

not-stripped 255

N/A

Eth_0/8

not-stripped 255

N/A

Eth_0/9

not-stripped 0

N/A

Eth_0/10

not-stripped 0

N/A

Eth_0/11

not-stripped 0

N/A

Eth_0/12

not-stripped 0

N/A

Eth_0/13

not-stripped 0

N/A

Eth_0/14

not-stripped 0

N/A

Eth_0/15

not-stripped 0

N/A

Eth_0/16

not-stripped 0

N/A

Eth_0/17

not-stripped 0

N/A

Eth_0/18

not-stripped 0

N/A

Eth_0/19

not-stripped 0

N/A

Eth_0/20

not-stripped 0

N/A

Eth_0/21

not-stripped 0

N/A

Eth_0/22

not-stripped 0

N/A


14.4.121 show remote onu performance monitoring current-data Syntax show remote onu performance monitoring current-data interface1 {pon-if number1|interface name1}

14-195 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the current performance monitoring data remotely managed by an EPON ONU.


Description

Value

interface1


-



1–2

name1


-



Examples The following example shows how to query the current performance monitoring data remotely managed by an EPON ONU: ZXAN#show remote onu performance monitoring current-data epon-onu_1/4/1:1 interface eth_0/1


14.4.122 show remote onu performance monitoring history-data Syntax show remote onu performance monitoring history-data interface1 {pon-if number1|interface name1}

Function This command queries the historical performance monitoring data remotely managed by an EPON ONU.

14-196 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-



1–2

name1

Port name, format:

-

eth_slot/port.



Examples The following example shows how to query the historical performance monitoring data remotely managed by an EPON ONU: ZXAN#show remote onu performance monitoring history-data epon-onu_1/4/1:1 interface eth_0/1


14.4.123 show remote onu performance monitoring status Syntax show remote onu performance monitoring status interface1 {pon-if number1|interface name1}

Function This command queries the performance monitoring status information remotely managed by an EPON ONU.


Description

Value

interface1


-



1–2

name1


-

14-197 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query the performance monitoring status information remotely managed by an EPON ONU: ZXAN#show remote onu performance monitoring status epon-onu_1/4/1:1 interface eth_0/1 Performance monitoring status: disable Performance monitoring period: 900


14.4.124 show remote onu pon statistics Syntax show remote onu pon statistics interface1 [vport number1]

Function This command queries the PON interface statistics data remotely managed by an EPON ONU.


Description

Value

interface1


-


Virtual port ID.

1–8



14-198 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to query the PON interface statistics data remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu pon statistics epon-onu_1/10/1:1 FramesTransmittedOK OctetsTransmittedOK

: 0 : 0

MulticastFramesXmittedOK

: 0

BroadcastFramesXmittedOK FramesReceivedOK

: 0

: 0

OctetsReceivedOK

: 0

MulticastFramesReceivedOK BroadcastFramesReceivedOK CRC8Errors

: 0 : 0

: 0

FECCorrectedBlocks

: 0

FECUncorrectableBlocks:0 MPCPMACCtrlFramesTransmitted:0 MPCPMACCtrlFramesReceived:0 ......


14.4.125 show remote onu pon-if Syntax show remote onu pon-if interface1

Function This command queries the PON interface information remotely managed by an EPON ONU.


Description

Value

interface1


-






Examples The following example shows how to query the PON interface information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu pon-if epon-onu_1/10/1:1


14.4.126 show remote onu port auto-neg Syntax show remote onu port auto-neg interface1

Function This command queries the Ethernet port auto-negotiation configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the Ethernet port auto-negotiation configuration information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu port auto-neg epon-onu_1/10/1:3 EthPort

AdminState

TechnologyAbility

AdvertisedTechnologyAbility

------------------------------------------------------------------------------Eth_0/1

enable

10BASE-T, 10BASE_TFD, 10 10BASE-T, 10BASE_TFD, 100 0BASE_TX, 100BASE_TXFD

Eth_0/2

enable

BASE_TX, 100BASE_TXFD



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Eth_0/3

enable


Eth_0/4

enable





14.4.127 show remote onu port info Syntax show remote onu port info interface1

Function This command queries the Ethernet port configuration information and operating status information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the Ethernet port configuration information and operating status information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu port info epon-onu_1/10/1:3

Ethport: Linkstate:

Eth_0/1,

Phystate:

enable

up,

Flowctrl:

enable

Policing profile:N/A

14-201 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Policing:

Direction

Status

CIR(kbps)

CBS(Bytes)

EBS(Bytes)

----------------------------------------------------------------------------upstream

disable

0

0

0

downstream

disable

0

0

0

Ethport: Linkstate:

Eth_0/2,

Phystate:

enable

down,

Flowctrl:

enable

Policing profile:N/A Policing:

Direction

Status

CIR(kbps)

CBS(Bytes)

EBS(Bytes)

----------------------------------------------------------------------------upstream

disable

0

0

0

downstream

disable

0

0

0

Ethport: Linkstate:

Eth_0/3,

Phystate:

enable

down,

Flowctrl:

enable

Policing profile:N/A


14.4.128 show remote onu port mode Syntax show remote onu port mode interface1

Function This command queries the port mode information remotely managed by an EPON ONU.


Description

Value

interface1


-




14-202 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to query the port mode information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu port mode epon-onu_1/10/1:1 EthPort

portMode

------------------------------------------------------------------------------Eth_0/1

auto

Eth_0/2

auto

Eth_0/3

auto

Eth_0/4

auto


14.4.129 show remote onu power-saving capabilities Syntax show remote onu power-saving capabilities interface1

Function This command queries the power-saving capability information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the power-saving capability information remotely managed by an EPON ONU: ZXAN#show remote onu power-saving capabilities epon-onu_1/4/1:1

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14.4.130 show remote onu power-saving config Syntax show remote onu power-saving config interface1

Function This command queries the power-saving configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the power-saving configuration information remotely managed by an EPON ONU: ZXAN#show remote onu power-saving config epon-onu_1/4/1:1 Early wake-up function: disable Sleep duration max:

62500000


14.4.131 show remote onu pppoe-test Syntax show remote onu pppoe-test interface1 name1

14-204 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the result of the PPPoE simulated dialing test at a specified Ethernet port remotely managed by an EPON ONU.


Description

Value

interface1


-


name1

-

ID.



Examples The following example shows how to query the result of the PPPoE simulated dialing test at a specified Ethernet port: ZXAN(epon-onu-mng)#show remote onu pppoe-test epon-onu_1/3/1:1 eth_0/1 pppoe-test result: TestStatus :

N/A

TestFailReason :N/A


14.4.132 show remote onu protection parameters Syntax show remote onu protection parameters interface1

Function This command queries the protection parameters information remotely managed by an EPON ONU.

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Description

Value

interface1


-




Examples The following example shows how to query the protection parameters information remotely managed by an EPON ONU: ZXAN#show remote onu protection parameters epon-onu_1/4/1:1 Optical LoS time: 2 MAC LoS time:

55


14.4.133 show remote onu queue Syntax show remote onu queue interface1

Function This command queries the SLA queue profile information remotely managed by an EPON ONU.


Description

Value

interface1


-



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Examples The following example shows how to query the SLA queue profile information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu queue epon-onu_1/10/1:1 -------------------------------------------------------Profile:

default

SlaOperation:

deactivate

Scheduling:

sp

High_priority:

0

CycleLen:

0


14.4.134 show remote onu security-mng Syntax show remote onu security-mng interface1

Function This command queries the security management information of the application protocols remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the security management information of the application protocols remotely managed by an EPON ONU: 14-207 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(epon-onu-mng)#show remote onu security-mng epon-onu_1/3/1:1

Protocol

State

------------------------------------------------------------------------------telnet

disable


14.4.135 show remote onu serial-port attribute Syntax show remote onu serial-port attribute interface1 name1

Function This command queries the application information and attribute setting of the serial port configuration profiles remotely managed by an EPON ONU.


Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. COM port name, format:

name1

-

com_slot/port



Examples The following example shows how to query the application information and attribute setting of the serial port configuration profiles remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote

onu serial-port attribute epon-onu_1/6/1:1 com_1/3

Profile:

testattr

State:

enable

Mode:

tcp-client-mode

Baud rate:

9600(bit/s)

Data bits:

8(bits)

14-208 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands Parity:

even

Stop bits:

2(bit)

Flow control:

none

Local ip address:

10.63.196.160

Local port:

8093

Romote ip address:

10.46.46.142

Remote port:

142

Type:

rs232


14.4.136 show remote onu serial-port buffer Syntax show remote onu serial-port buffer interface1 name1

Function This command queries the serial port buffer configuration profile information remotely managed by an EPON ONU.


Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. COM port name, format:

name1

-

com_slot/port.



Examples The following example shows how to query the serial port buffer configuration profile information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote Profile:

bufattr

Mode:

buffered

onu serial-port buffer epon-onu_1/6/1:1 com_1/3

14-209 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Wait time:

150(ms)

Buffer size:

100(byte)

Encrypt status:

true


14.4.137 show remote onu serial-port global information Syntax show remote onu serial-port global information interface1

Function This command queries the serial port global configuration profile information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the serial port global configuration profile information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)# show remote onu serial-port global information epon-onu_1/6/1:1 profile:

testglb

Discover port number:

4000

Signal port number:

5000

Idle time:

100(s)

Interval time:

150(s)

Max lost packet(s):

65

Max Tcp Clients(s):

4

14-210 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.138 show remote onu serial-port ip Syntax show remote onu serial-port ip interface1

Function This command queries the serial port IP parameter information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the serial port IP parameter information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu serial-port ip epon-onu_1/3/1:1


14.4.139 show remote onu serial-port statistic Syntax show remote onu serial-port statistic interface1 name1

Function This command queries the serial port statistic data remotely managed by an EPON ONU. 14-211 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-



-

com_slot/port.



Examples The following example shows how to query the serial port statistic data remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu serial-port statistic epon-onu_1/10/1:1 com_0/1


14.4.140 show remote onu serial-port tcp-info Syntax show remote onu serial-port tcp-info interface1

Function This command queries the serial port TCP information remotely managed by an EPON ONU.


Description

Value

interface1


-



14-212 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to query the serial port TCP information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu serial-port tcp-info epon-onu_1/10/1:1


14.4.141 show remote onu svlan-base Syntax show remote onu svlan-base interface1

Function This command queries the starting MDU_SVLAN remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the starting MDU_SVLAN remotely managed by an EPON ONU: ZXAN(config)#show remote onu svlan-base epon-onu_1/10/1:3 MDU svlan base : 4000

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14.4.142 show remote onu transceiver alarm Syntax show remote onu transceiver alarm interface1

Function This command queries the alarm information of the optical module remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the alarm information of the optical module remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu transceiver alarm epon-onu_1/10/1:1


14.4.143 show remote onu transceiver alarm thresholds Syntax show remote onu transceiver alarm thresholds interface1

14-214 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries the alarm threshold information of the optical module remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the alarm threshold information of the optical module remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu transceiver alarm thresholds epon-onu_1/10/1:1


14.4.144 show remote onu transceiver info Syntax show remote onu transceiver info interface1

Function This command queries the information of the optical module remotely managed by an EPON ONU.


Description

Value

interface1


-

epon-onu_shelf/slot/olt:onu. 14-215 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to query the information of the optical module remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu transceiver info epon-onu_1/10/1:1 Onu Transceiver Information: transTemperature(C):0.00000 supplyVoltage(V): 0.00000 txBiasCurrent(mA): 0.00000 txPower(dBm): N/A rxPower(dBm): N/A


14.4.145 show remote onu uni-mac Syntax show remote onu uni-mac interface1 interface name1

Function This command queries the UNI MAC information remotely managed by an EPON ONU.


Description

Value

interface1


-


Port name, format:

-

eth_slot/port.





Examples The following example shows how to query the UNI MAC information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu uni-mac epon-onu_1/10/1:1 interface eth_0/1


14.4.146 show remote onu uni-statistic Syntax show remote onu uni-statistic interface1 interface name1

Function This command queries the UNI statistic data remotely managed by an EPON ONU.


Description

Value

interface1


-



-



Examples The following example shows how to query the UNI statistic data remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu uni-statistic epon-onu_1/10/1:1 interface eth_0/1


14-217 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.147 show remote onu vlan Syntax show remote onu vlan interface1

Function This command queries the VLAN configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the VLAN configuration information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu vlan epon-onu_1/10/1:3 Ethport:

Eth_0/3

Mode

tag

: vlan

:

priority :

4092 0

Ethport:

Eth_0/4

Mode

tag

: vlan

:

priority :

Ethport: Mode

4092 0

Eth_0/5

:

tag vlan

:

priority :

4092 0

14-218 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 14 EPON Commands Ethport:

Eth_0/6


14.4.148 show remote onu vlan-translate Syntax show remote onu vlan-translate interface1 [port name1]

Function This command queries the VLAN translation configuration of the Ethernet port remotely managed by an EPON ONU.


Description

Value

interface1


-

number, port number, and ONU number, format: epon-onu_shelf/slot/olt:onu. name1


-

ID.



Examples The following example shows how to query the VLAN translation configuration of the Ethernet port remotely managed by an EPON ONU: ZXAN(config)# show remote onu vlan-translate epon-onu_1/10/1:3 port eth_0/1


14-219 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.149 show remote onu vlan-trunk Syntax show remote onu vlan-trunk interface1

Function This command queries the VLAN trunk information remotely managed by an EPON ONU.


Description

Value

interface1


-




Examples The following example shows how to query the VLAN trunk information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu vlan-trunk epon-onu_1/10/1:1

Ethport:

Eth_0/1

Mode

Non-Trunk

:

Ethport:

Eth_0/2

Mode

Non-Trunk

:

Ethport:

Eth_0/3

Mode

Non-Trunk

:

Ethport:

Eth_0/4

Mode

Non-Trunk

:




14.4.150 show remote onu voip-mng-ip Syntax show remote onu voip-mng-ip interface1 number1

Function This command queries the VoIP configuration information remotely managed by an EPON ONU.


Description

Value

interface1


-

number, port number, and ONU number, format: epon-onu_shelf/slot/olt:onu. number1

VoIP sub-card number, range:

0–255

0–255.



Examples The following example shows how to query the VoIP configuration information remotely managed by an EPON ONU: ZXAN(config)# show remote onu voip-mng-ip epon-onu_1/10/1:3 2


14.4.151 show remote onu wan general Syntax show remote onu wan general interface1 wanid number1

Function This command queries the WAN general information remotely managed by an EPON ONU. 14-221 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-


WAN ID

1–8



Examples The following example shows how to query the WAN general information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu wan general epon-onu_1/10/1:1 wanid 1


14.4.152 show remote onu wan ipv4 Syntax show remote onu wan ipv4 interface1 wanid number1

Function This command queries the WAN IPv4 information remotely managed by an EPON ONU.


Description

Value

interface1


-


WAN ID

1–8


14-222 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to query the WAN IPv4 information remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu wan ipv4 epon-onu_1/10/1:1 wanid 1


14.4.153 show remote onu wifi-port info Syntax show remote onu wifi-port info interface1 [name1]

Function This command queries the capability and configuration information of a WiFi port.


Description

Value

interface1


-


WiFi port, format: wifi_slot/port.

-



Examples The following example shows how to query the capability and configuration information of a WiFi port: ZXAN(epon-onu-mng)#show remote onu wifi-port info epon-onu_1/10/1:1 wifi_0/1




14.4.154 show remote onu wifi-port ssid-info Syntax show remote onu wifi-port ssid-info interface1 name1 [ssid number1]

Function This command queries the SSID information of a WiFi port remotely managed by an EPON ONU.


Description

Value

interface1


-



-

number1

SSID index.

1–8



Examples The following example shows how to query the SSID information of a WiFi port remotely managed by an EPON ONU: ZXAN(epon-onu-mng)#show remote onu wifi ssid-info epon-onu_1/10/1:1 wifi_0/1 ssid 1


14.4.155 sleep-control Syntax sleep-control {leave-power-saving-mode|enter-power-saving-mode [sleep-duration number1 wake-duration number2 sleep-mode name1]}

Function This command sets the ONU power-saving mode, sleep duration, and wakeup duration. 14-224 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

leave-power-saving-mode

Leave-power-saving-mode.

-

number1

Sleep duration.

1–62500000

number2

Wakeup duration.

1–62500000

name1

Power-saving mode.

-



Examples The following example shows how to configure the ONU power-saving mode, sleep duration, and wakeup duration: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#sleep-control enter-power-saving-mode sleep-duration 1000

wake-duration 500 sl


14.4.156 ssid-ctrl Syntax ssid-ctrl name1 [{[name name2][hide name3][user-isolation name4][max-users number1]}] name 5 ssid number2[{[pvid-used name6][vlan number3][priority number4]}] no ssid-ctrl name5 ssid number2

Function This command controls the SSID configuration of an ONU WiFi port.


Description

Value

name1


-

configuration. name2

SSID name.

-

14-225 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name3

Whether to enable the hide

-

attribute. name4

Whether to enable

-

user-isolation. number1

The maximum number of users.

1–32

name5

Port.

-

number2

SSID index.

1–8

name6

Whether to use PVID.

-

number3

SSID VLAN number.

1–4094

number4

SSID VLAN priority.

0–7



Examples The following example shows how to configure SSID of the WiFi 0/1 interface to be 1: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#ssid-ctrl enable wifi_0/1 ssid 1


14.4.157 transceiver Syntax transceiver name1

Function This command configures the multicast fastleave function for an ONU.


Description

Value

name1


-

14-226 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to enable the multicast fastleave function for an ONU: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)# multicast fastleave enable


14.4.158 transceiver alarm Syntax transceiver alarm name1

Function This command enables or disables the performance threshold detecting function for an ONU.


Description

Value

name1


-



Examples The following example shows how to enable the performance threshold detecting function for an ONU: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#transceiver enable

14-227 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 14.4.142 show remote onu transceiver alarm

14.4.159 transceiver alarm thresholds Syntax transceiver alarm thresholds {[TempHighAlarm name1]|[TempLowAlarm name2]|[TempHi ghWarning name3]|[TempLowwarning name4]|[VoltageHighAlarm name5]|[VoltageLowAlar m name6] |[VoltageHighWarning name7] |[VoltageLowWarning name8]|[BiasHighAlarm nam e9] |[BiasLowAlarm name10]|[BiasHighWarning name11 ]|[BiasLowWarning name12]|[TxPo werHighAlarm name13 ] |[TxPowerLowAlarm name14] |[TxPowerHighWarning name15] |[T xPowerLowWarning name16] |[RxPowerHighAlarm name17] |[RxPowerLowAlarm name18] |[RxPowerHighWarning name19] |[RxPowerLowWarning name20] }

Function This command configures the performance thresholds of an ONU.


Description

Value

name1

Over-temperature alarm

-

threshold. name2

Under-temperature alarm

-

threshold. name3

Over-temperature warning

-

threshold. name4

Under-temperature warning

-

threshold. name5

Over-voltage alarm threshold.

-

name6

Under-voltage alarm threshold.

-

name7

Over-voltage warning threshold.

-

name8

Under-voltage warning

-

threshold. name9

Over-bias-voltage alarm

-

threshold. name10

Under-bias-voltage alarm

-

threshold. name11

Over-bias-voltage warning

-

threshold.

14-228 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name12

Under-bias-voltage warning

-

threshold. name13

Over-transmitting-power alarm

-

threshold. name14

Under-transmitting-power alarm

-

threshold. name15

Over-transmitting-power

-

warning threshold. name16

Under-transmitting-power

-

warning threshold. name17

Over-receiving-power alarm

-

threshold. name18

Under-receiving-power alarm

-

threshold. name19

Over-receiving-power warning

-

threshold. name20

Under-receiving-power warning

-

threshold.



Examples The following example shows how to configure the performance thresholds of an ONU: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#transceiver alarm thresholds BiasHighAlarm 2

Related Commands 14.4.143 show remote onu transceiver alarm thresholds

14.4.160 vlan Syntax vlan port name1 mode {transparent|tag vlan number1 priority number2|translation def-vlan number3 def-prio number4 vlan-list name2|trunk vlan-list name3 [def-vlan number5] [def-prio 14-229 SJ-20130118100307-010|2013-02-28 (R1.0)



number6] |hybrid def-vlan number7 vlan-list name4|aggregation def-vlan number8 def-prio nu mber9 group1 name5 [group2 name6] [group3 name7] |stacking vlan number10 priority numbe r11}

Function This command sets the Ethernet port VLAN attributes of an EPON ONU.


Description

Value

name1

Ethernet port name list,

-

slot, port number, format: eth_slot/portA[-portB] (range: 1–31 characters). transparent

Transparent transmission, no

-

processing on the packets. tag

Tag mode.

-

number1


1–4094

number2


0–7

translation

Translating the original

-

VLAN tag of the packet to a specified VLAN tag. number3

Default VLAN number, range:

1–4094

1–4094. number4

Default priority, range: 0–7.

0–7

name2

VLAN list.

-

Format: VLAN pairs in the form of oldvid.oldpri:newvid.newpri. Range: 1–254 characters VLAN pairs are separated by commas. trunk

Trunk mode.

-

name3

Aggregation group VLANID.

-

Format: vlanId, vlanId, …vlanId:targetVlan At most 8:1 is supported, range: 1–254 characters. number5

VLAN PVID number.

1–4094

number6


0–7

hybrid

Hybirid mode.

-

14-230 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number7

Default VLAN number, range:

1–4094

1–4094. name4

Format: VLAN ID, VLAN ID, ...

-

The maximum number of VLANs is 15. aggregation

Aggregation mode.

-

number8

Default VLAN ID.

1–4094

number9


0–7

name5


-

Format: vlanId, vlanId, …vlanId:targetVlan At most 8:1 is supported. name6


-

Format: vlanId, vlanId, …vlanId:targetVlan At most 8:1 is supported. name7


-

Format: vlanId, vlanId, …vlanId:targetVlan At most 8:1 is supported. stacking

Stacking mode.

-

number10

SVLAN number, range: 1–4094.

1–4094

number11


0–7



Examples The following example shows how to set the Ethernet port VLAN attributes of an EPON ONU: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#vlan port eth_0/1 mode translation def-vlan 100 def-prio 7 vlan-list 1.0:100.7

14-231 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 14.4.147 show remote onu vlan

14.4.161 vlan-trunk Syntax vlan-trunk port name1 vlan-list name2[def-vlan number1][def-prio number2] no vlan-trunk port name1

Function This command configures the VLAN aggregation function.


Description

Value

name1

Port name, format:

-


VLAN number list.

-

number1

Default VLAN number.

1–4094

number2

Default priority.

0–7



Examples The following example shows how to configure the VLAN aggregation function: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#vlan-trunk port eth_0/1 vlan-list 1,2 def-prio 1

Related Commands 14.4.149 show remote onu vlan-trunk

14.4.162 voip 112-test Syntax voip 112-test name1 name2 name3 interface name4 14-232 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command sets the voice 112 testing parameters.


Description

Value

name1

Test type.

-

name2

Whether to start the test.

-

name3

Forced test or common test.

-

name4

Port, format: pots_slot/port.

-



Examples The following example shows how to set the voice 112 testing parameters: ZXAN(config)#pon-onu-mng epon-onu_1/4/1:1 ZXAN(epon-onu-mng)#voip 112-test bidirectional-routing-test start normaltest interface pots_0/1


14.4.163 voip call-test Syntax voip call-test action name1 role {caller dialnumber name2|callee}[timeout number1] interface name3

Function This command simulates the call test at the voice port.

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Description

Value

name1

start/stop.

-

caller

VOIP POTS port works as the

-

caller in the call test. name2

Dialing number.

-

callee

VOIP POTS port works as the

-

receiver in the call test. number1

Test duration.

60–300

Unit: second. Range: 60–300. Default value: 90 seconds. name3

EPON ONU voice port, format:

-

.



Examples The following example shows how to simulate the calling test at the voice port. In this example, the dialing number is 110 and the test duration is 100 seconds. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip call-test action start role caller dialnumber 110 timeout 100 interface pots_0/1

Related Commands 14.4.83 show remote epon voip call-test

14.4.164 voip cid-presenting Syntax voip cid-presenting name1 [cid-type name2] interface name3

Function This command configures the VoIP CID function. 14-234 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

name2

CID type.

-

name3

Interface.

-



Examples The following example shows how to enable the VoIP CID function. In this example, the CID type is "fsk" and the interface is pots_0/1. ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)#voip cid-presenting enable cid-type fsk interface pots_0/1


14.4.165 voip ip-address Syntax voip ip-address ip_addr1 mask ip_addr2 slot number1

Function This command sets the VoIP IP address (static).


Description

Value

ip_addr1

IP address

-

ip_addr2

Mask

-

number1

Slot number

1–255





Examples The following example shows how to set the VoIP IP address. In this example, the IP address is 1.2.3.4 and the mask is 255.255.255.1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip ip-address 1.2.3.4 mask 255.255.255.1 slot 1

Related Commands 14.4.84 show remote epon voip ip-address

14.4.166 voip media-ip Syntax voip media-ip {[ip-addr ip_addr1 mask ip_addr2] [ip-profile name1]}[pppoe username name2 password name3][vlan-profile name4] slot number1

Function This command sets the VoIP media IP address.


Description

Value

ip_addr1

IP address

-

ip_addr2

Mask

-

name1

IP profile name

-

pppoe

pppoe

-

name2

User name

-

name3

Password

-

name4

VLAN profile name

-

number1

Slot number

1–255





Examples The following example shows how to set the VoIP media IP address. In this example, the VoIP media IP address is 1.2.3.4, the mask is 255.255.255.0, and the slot number is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip media-ip ip-addr 1.2.3.4 mask 255.255.255.0 slot 1

Related Commands 14.4.94 show remote epon voip-media-ip

14.4.167 voip mg-domainname Syntax voip mg-domainname name1 slot number1

Function This command sets the media gateway domain name.


Description

Value

name1

Domain name

-

number1

Slot number

1–255



Examples The following example shows how to set the media gateway domain name. In this example, the domain name is "zte" and the slot number is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip mg-domainname zte slot 1

Related Commands 14.4.85 show remote epon voip mg-domainname

14-237 SJ-20130118100307-010|2013-02-28 (R1.0)



14.4.168 voip ping-test Syntax voip ping-test slot number1 destip ip_addr1 name1 time number2 [size number3][timeout numb er4]

Function This command configures the VoIP ping test function.


Description

Value

number1

Slot number

1–255

ip_addr1


-

name1

start/stop

-

number2

Time, unit: second

1–10

number3

Packet size

1–65535

number4

Timeout value, unit: second

1–2000



Examples The following example shows how to configure the VoIP ping test function. In this example, the destination IP address is 1.2.3.4, the start time is 2, and the slot number is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip ping-test slot 1 destip 1.2.3.4 start time 2


14.4.169 voip pppoe Syntax voip pppoe username name1 password name2 slot number1 14-238 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command sets the voice PPPoE user name and password.


Description

Value

name1

User name

-

name2

Password

-

number1

Slot

1–255



Examples The following example shows how to set the voice PPPoE user name and password. In this example, both the user name and password are "zte", and the slot number is 1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip pppoe username zte password zte slot 1

Related Commands 14.4.86 show remote epon voip pppoe information

14.4.170 voip rtp-tid Syntax voip rtp-tid [tid-number number1] prefix name1 begin-digit number2 align name2 digit-length number3 slot number4

Function This command sets the VoIP media flow transmission ID.


Description

Value

number1

rtp-tid ID

1–255

name1

Prefix

-

number2

Starting number

0–65000

14-239 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

enable/disable/restart

-

number3

Digit length

0–5

number4

Slot number

1–255



Examples The following example shows how to set the VoIP media flow transmission ID: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip rtp-tid prefix 2 begin-digit 3 align enable digit-length 2 slot 3

Related Commands show remote epon voip rtp-tid information

14.4.171 voip sip-sdp-codecs Syntax voip sip-sdp-codecs {[pcmu number1] [g723 number2][pcma number3][g722 number4][g728 num ber5][g729 number6][ilbc20 number7][ilbc30 number8][cig number9][g726 number10]} interface name1

Function This command sets the VoIP SIP-SDP coding/decoding type.


Description

Value

number1

pcmu

0–255

number2

g723

0–255

number3

pcma

0–255

number4

g722

0–255

number5

g728

0–255

number6

g729

0–255

14-240 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number7

ilbc20

0–255

number8

ilbc30

0–255

number9

cig

0–255

number10

g726

0–255

name1

Interface

-



Examples The following example shows how to set the VoIP SIP-SDP coding/decoding type. In this example, the type is "cig 2" and the interface is pots_0/1. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip sip-sdp-codecs cig 2 interface pots_0/1

Related Commands 14.4.89 show remote epon voip sip-sdp-codecs

14.4.172 voip sip-user Syntax voip sip-user account name1 name name2 password name3 interface name4

Function This command configures the VoIP SIP user information.


Description

Value

name1

Total number

-

name2

Name

-

name3

Password

-

name4

Interface

-

14-241 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to configure the VoIP SIP user information: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip sip-user account 1 name zte password zte interface pots_0/1


14.4.173 voip timer Syntax voip timer {[dml number1][dms number2]} slot number3

Function This command configures the voice timer.


Description

Value

number1

Timer dml

1–60

Unit: second Default value: 5 number2

Timer dms

1–60

Unit: second Default value: 2 number3

Slot number

1–255



14-242 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the voice timer: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip timer dml 5 dms 2 slot 1


14.4.174 voip user-tid Syntax voip user-tid number1 beginid number2 tid-num number3 prefix name1 begin-digit number4 align name2 digit-length number5 slot number6 no voip user-tid number1 slot number6

Function This command sets the VoIP user transmission ID.


Description

Value

number1

Group number

1–255

number2

Starting ID

1–255

number3

Number of tid

1–255

name1

Prefix

-

number4

Starting number

0–65000

name2

enable/disable

-

number5

Digit length

0–5

number6

Slot number

1–255



Examples The following example shows how to set the VoIP user transmission ID: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1

14-243 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(epon-onu-mng)#voip user-tid 1 beginid 2 tid-num 3 prefix 4 begin-digit 1 align disable digit-length 2 slot 1

Related Commands show remote epon voip user-tid information

14.4.175 voip-mng-ip Syntax voip-mng-ip [number1] associate {share|standalone} mode {static ip_addr1 ip_addr2 ip_addr3 [ip_addr4]|dhcp|pppoe auth-mode name1 name2 name3}{untag|tag vid number2 priority numb er3}

Function This command sets the parameters for a VoIP sub-card to communicate with users.


Description

Value

number1

VoIP card number

0–255

associate

associate mode

-

share

share

-

standalone

standalone mode

-

static

Static IP address

-

ip_addr1

IP address

-

ip_addr2

Mask

-

ip_addr3

Gateway

-

ip_addr4

DNS server IP address

-

dhcp

dhcp

-

pppoe

pppoe

-

name1

AUTO/CHAP/PAP

-

name2

User name

-

name3

Password

-

untag

untag mode

-

tag

tag mode

-

number2

VLAN ID

1–4094

number3

Priority

0–7

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Examples The following example shows how to set the parameters for a VoIP sub-card to communicate with users: ZXAN(config)#pon-onu-mng epon-onu_1/10/1:1 ZXAN(epon-onu-mng)# voip-mng-ip associate share mode dhcp untag

Related Commands 14.4.150 show remote onu voip-mng-ip

14.4.176 voip-module fax-profile apply Syntax voip-module fax-profile apply name1

Function This command applies a FAX configuration profile on a specified ONU.


Description

Value

name1

Profile name

-



Examples The following example shows how to apply a FAX configuration profile on a specified ONU. In this example, the FAX configuration profile name is "zte". ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip-module fax-profile apply zte

14-245 SJ-20130118100307-010|2013-02-28 (R1.0)




14.4.177 voip-module global-profile apply Syntax voip-module global-profile apply {[vlan name1][ip name2]}

Function This command applies a global configuration profile on a specified ONU.


Description

Value

name1

Voice-VLAN profile name

-

name2

Voice-IP profile name

-



Examples The following example shows how to apply a global configuration profile on a specified ONU. In this example, the global configuration profile name is "zte". ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip-module global-profile apply ip zte


14.4.178 voip-module protocol-profile apply Syntax voip-module protocol-profile apply name1 name2

Function This command applies a protocol configuration profile on a specified ONU. 14-246 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

H248/MGCP/SIP

-

name2

Profile name

-



Examples The following example shows how to apply a protocol configuration profile on a specified ONU. In this example, the protocol configuration profile name is "zte". ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#voip-module protocol-profile apply h248 zte


14.4.179 wan Syntax wan number1 {general-profile name1|ipv4 {static ip_addr1 ip_addr2 ip_addr3 pri-dns-server ip_addr4 [sec-dns-server ip_addr5] |dhcp |pppoe auth-mode name2 username name3 password name4 proxy-user {{enable number2|no-limit} |disable}}} no wan number1 [ipv4]

Function This command configures a WAN interface.


Description

Value

number1

WAN ID

1–8

name1

WAN general profile name

-

ipv4

WAN IPv4 information

-

static

Static

-

ip_addr1

IP address

-

14-247 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr2

IP address mask

-

ip_addr3

Gateway IP address

-

ip_addr4

Primary DNS IP address

-

ip_addr5

Secondary DNS IP address

-

dhcp

dhcp

-

pppoe

pppoe

-

name2

Authentication mode

-

name3

User name

-

name4

Password

-

number2

PPPoE proxy user

1–65534

no-limit

No limit

-

disable

Disable

-



Examples The following example shows how to configure a WAN interface. In this example, the WAN IPv4 IP address is 1.2.3.4, the mask is 255.255.255.1, the gateway IP address is 255.255.255.254, and the primary DNS server IP address is 2.3.4.5. ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#wan 1 ipv4 static 1.2.3.4 255.255.255.1 255.255.255.254 pri-dns-server 2.3.4.5

Related Commands 14.4.98 show remote epon wan-general-profile

14.4.180 wep Syntax wep ssid-auth-mode name1 {disable|enable[level name2][default-key-id number1][key1 name3 key2 name4 key3 name5 key4 name6]} name7 ssid number2 no wep name7 ssid number2 14-248 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures SSID-WEP-related parameters.


Description

Value

name1

Authentication mode.

-

disable

Disabling the mode.

-

enable

Enabling the mode.

-

name2

WEP encryption level.

-

number1

Default WEP key ID.

1–4

name3

Key1

-

name4

Key2

-

name5

Key3

-

name6

Key4

-

name7

Port

-

number2

SSID index

1–8



Examples The following example shows how to configure SSID-WEP-related parameters: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#wep ssid-auth-mode open-system enable level 104 wifi_0/1 ssid 1


14.4.181 wpa Syntax wpa ssid-auth-mode name1 [{[update-interval number1] [mode name2]}] key name3 name4 ssid number2 no wpa name4 ssid number2 14-249 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the SSID WPA parameters.


Description

Value

name1

Authentication algorithm

-

number1

WPA key update interval, range:

100–1000

100–1000 s name2

WPA encryption algorithm

-

name3

Password

-

name4

Port name, format: wifi_slot/port

-

number2

SSID index

1–8



Examples The following example shows how to configure the SSID WPA parameters: ZXAN(config)#pon-onu-mng epon-onu_1/3/1:1 ZXAN(epon-onu-mng)#wpa ssid-auth-mode wpa-psk key 12345678 wifi_0/1 ssid 1


14-250 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15

GPON Commands Table of Contents GPON Global Configuration .....................................................................................15-1 GPON OLT Interface Configuration ........................................................................15-69 GPON ONU Interface Configuration .......................................................................15-84 GPON ONU Remote Management....................................................................... 15-115

15.1 GPON Global Configuration 15.1.1 dhcp anti-spoofing autoshutdown-port Syntax dhcp anti-spoofing autoshutdown-port slot number1 {enable [closetime number2 ] |disable }

Function This command configures port auto-shutdown of Dynamic Host Configuration Protocol (DHCP) anti-spoofing.


Description

Value

number1

Slot number.

1–9, 12–19

enable

Enables this function.

-

Time period that the port is disabled,

60–1800

number2

unit: seconds. disable

Disables this function.

-

Mode Gigabit Passive Optical Network (GPON) global configuration mode


15-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable port auto-shutdown of DHCP anti-spoofing on slot 3: ZXAN(config)#gpon ZXAN(config-gpon)#dhcp anti-spoofing autoshutdown-port slot 3 enable


15.1.2 max-bandwidth Syntax max-bandwidth number1

Function This command configures the maximum GPON bandwidth.


Description

Value

number1

Maximum bandwidth, unit:

0–2488320

Kbps, default: 0

Mode GPON global configuration mode


Examples The following example shows how to configure the maximum bandwidth to 10000 Kbps: ZXAN(config)#gpon ZXAN(config-gpon)#max-bandwidth 10000


15-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands

15.1.3 mop mode Syntax mop mode {itu-t |ctc }

Function This command configures multicast model defined by the International Telecommunication Union - Telecommunication Standardization Sector (ITU-T) standard or China Telecommunications Corporation (CTC) standard.


Description

Value

itu-t

Multicast model defined by the ITU-T

-

standard. ctc

Multicast model defined by the CTC

-

standard.



Examples The following example shows how to configure multicast model defined by the CTC standard: ZXAN(config)#gpon ZXAN(config-gpon)#mop mode ctc


15.1.4 onu profile dial-plan Syntax onu profile dial-plan name1 number1 token name2 no onu profile dial-plan name1 number1

15-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command creates a dialing plan profile.


Description

Value

name1

Name of the dialing plan profile

1–64 characters

number1

Dialing plan item number

1–255

name2

Dialing plan rule

1–28 characters


Usage Guidelines To cancel the setting, use the no form of this command. You must create a network dialing plan table before creating a network dialing plan.

Examples The following example shows how to create a dialing plan for the network dialing plan table whose name is test. In this example, the dialing plan item number is 1 and the dialing plan rule is 1234|**##|x.T: ZXAN(config-gpon)#onu profile dial-plan test 1 token 1234|**##|x.T

Related Commands 15.1.32 show gpon onu profile dial-plan

15.1.5 onu profile dial-plan-table Syntax onu profile dial-plan-table name1 [size number1 ] [critical-timeout number2 ] [partial-timeout number3 ] [format name2 ] no onu profile dial-plan-table name1

Function This command creates a dialing plan table profile.

15-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Name of the dialing plan table profile

1–64 characters

number1

Maximum number of dialing plan table items

1–255

number2

Timeout of processing the critical dialing

0–65535

number mapping, unit: ms number3

Timeout of processing the partial dialing

0–65535

number mapping, unit: ms name2

Dialing plan format

-



Examples The following example shows how to create a dialing plan table with the following configurations: l l l l

Number of items: 255 Timeout time of processing the critical dialing number mapping: 20 seconds Timeout time of processing the partial dialing number mapping: 20 seconds Dialing plan format: H.248 dialing plan table

ZXAN(config-gpon)#onu profile dial-plan-table test size 255 critical-timeout 20 partial-timeout 20 format h248

Related Commands 15.1.33 show gpon onu profile dial-plan-table

15.1.6 onu profile dscp Syntax onu profile dscp name1 dscp2pbit name2 no onu profile dscp name1

Function This command creates a DSCP to P-bit mapping profile.

15-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name

1–64 characters

name2

Name of the priority mapping table,

1–255 characters

format: X(-X):X[,....,X(-X):X]



Examples The following example shows how to create a DSCP to P-bit mapping profile with the name of zte: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile dscp zte dscp2pbit 1:1


15.1.7 onu profile filter-rule double-tag Syntax onu profile filter-rule double-tag name1 [{[{srcipv4 ip_addr1 |dstipv4 ip_addr2 |srcmac hexade cimal1 |dstmac hexadecimal2 |srcl4port number1 |dstl4port number2 |srcipv6 ipv6_addr1 |dsti pv6 ipv6_addr2 |traffic-class number3 |flow-label number4 } ] [name2 ] [inner-priority number5 ] [inner-vid number6 ] [inner-tpid name3 ] [outer-priority number7 ] [outer-vid number8 ] [out er-tpid name4 ] } ] no onu profile filter-rule double-tag name1

Function This command creates a mapping rule profile for filtering the double-tagged frames of an expanded VLAN.


Description

Value

name1

Name of the mapping rule profile

1–64 characters

ip_addr1

Source IPv4 address

-

15-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr2

Destination IPv4 address

-

hexadecimal1

Source MAC address

-

hexadecimal2


-

number1

Source layer 4 port number

1–65535

number2

Destination layer 4 port number

1–65535

ipv6_addr1

Source IPv6 address

-

ipv6_addr2


-

number3

Flow type

0–255

number4

Flow tag

0–1048575

name2

Ethernet frame type

-

number5

Filtered inner 802.1p priority

0–7

number6

Filtered inner VID

0–4094

name3

Inner TPID mapping mode

-

number7

Filtered outer 802.1p priority

0–7

number8

Filtered outer VID

0–4094

name4

Outer TPID mapping mode

-



Examples The following example shows how to create a mapping rule profile for filtering double-tagged Ethernet frames. The mapping rule profile name is test: ZXAN(config-gpon)#onu profile filter-rule double-tag test inner-vid 100 ZXAN(config-gpon)#


15-7 SJ-20130118100307-010|2013-02-28 (R1.0)



15.1.8 onu profile filter-rule single-tag Syntax onu profile filter-rule single-tag name1 [{[{srcipv4 ip_addr1 |dstipv4 ip_addr2 |srcmac hexadeci mal1 |dstmac hexadecimal2 |srcl4port number1 |dstl4port number2 |srcipv6 ipv6_addr1 |dstipv6 ipv6_addr2 |traffic-class number3 |flow-label number4 } ] [name2 ] [inner-priority number5 ] [inner-vid number6 ] [inner-tpid name3 ] } ] no onu profile filter-rule single-tag name1

Function This command creates a mapping rule profile for filtering the single-tagged frames of an expanded VLAN.


Description

Value

name1

Name of the mapping rule profile

1–64 characters

ip_addr1

Source IPv4 address

-

ip_addr2


-

hexadecimal1

Source MAC address

-

hexadecimal2


-

number1


1–65535

number2


1–65535

ipv6_addr1

Source IPv6 address

-

ipv6_addr2


-

number3

Flow type

0–255

number4

Flow tag

0–1048575

name2

Ethernet frame type

-

number5

Filtered inner 802.1p priority

0–7

number6

Filtered inner VID

0–4094

name3

Outer TPID mapping mode

-



15-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to create a mapping rule profile with the name of single-tag-vid100 for filtering the single-tagged Ethernet frames of VLAN 100: ZXAN(config-gpon)#onu profile filter-rule single-tag single-tag-vid100 inner-vid 100 ZXAN(config-gpon)#


15.1.9 onu profile filter-rule zero-tag Syntax onu profile filter-rule zero-tag name1 [{[name2 ] [{srcipv4 ip_addr1 |dstipv4 ip_addr2 |srcmac hexadecimal1 |dstmac hexadecimal2 |srcl4port number1 |dstl4port number2 |srcipv6 ipv6_addr1 |dstipv6 ipv6_addr2 |traffic-class number3 |flow-label number4 } ] } ] no onu profile filter-rule zero-tag name1

Function This command creates a mapping rule profile for filtering the untagged frames of an expanded VLAN.


Description

Value

name1

Name of the mapping rule

1–64 characters

profile name2

Ethernet frame type

-

ip_addr1

Source IPv4 address

-

ip_addr2


-

hexadecimal1

Source MAC address

-

hexadecimal2


-

number1


1–65535

number2


1–65535

ipv6_addr1

Source IPv6 address

-

ipv6_addr2


-

number3

Flow type

0–255

number4

Flow tag

0–1048575

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Examples The following example shows how to create a mapping rule profile with the name of test1 for filtering the untagged Ethernet frames whose source IP address is 10.10.10.99: ZXAN(config-gpon)#onu profile filter-rule zero-tag test1 srcipv4 10.10.10.99 ZXAN(config-gpon)#


15.1.10 onu profile igmp Syntax onu profile igmp name1 [{[version name2 ] [work-mode name3 ] [fast-leave name4 ] [robustness {copy-from-query |number1 } ] [proxy-ip ip_addr1 ] [query-interval number2 ] [query-max-resp number3 ] [last-query-interval number4 ] [non-match-group name5 ] [rate-limit number5 ] [tag {transparent |add priority number6 vlan number7 |replace [priority number8 ] vlan number9 } ] [down-tag {transparent |strip |add priority number10 vlan number11 |replace [priority number 12 ] vlan number13 } ] [iptv-package {[dynamic1 name6 ] [dynamic2 name7 ] [dynamic3 name8 ] [dynamic4 name9 ] [dynamic5 name10 ] [dynamic6 name11 ] [dynamic7 name12 ] [dynamic8 name13 ] [static name14 ] } ] } ] no onu profile igmp name1 [rate-limit ] [iptv-package [dynamic [number14 ] ] [static ] ]

Function This command configures an Optical Network Unit (ONU) multicast profile.


Description

Value

name1

Multicast profile name.

1–64 characters

name2

IGMP version.

-

name3

IGMP working mode.

-

name4

Enables or disables fast leaving, default:

-

disabled.

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Parameter

Description

Value

copy-from-query

Copies the robust value from the query

-

packet. number1

Robust value.

1–255

ip_addr1

IP address of the proxy server.

-

number2

Common query time interval, unit:

0–4294967295

seconds, default: 125. number3

Maximum response time to a query packet,

0–4294967295

unit: 0.1 second, default: 100. number4

Group specific time interval, unit: 0.1

0–4294967295

second, default: 10. name5

Operation on an unmatched group.

Forward, Discard

number5

Upstream IGMP rate limit, unit:

0–4294967295

messages/second, default: 0, indicating unlimited. transparent

IGMP flows are permitted in the upstream

-

direction. number6

Adds a VLAN priority.

0–7

number7

Adds a VLAN ID.

1–4094

number8

Replaces a VLAN priority.

0–7

number9

Replaces a VLAN ID.

1-4094

strip

Removes a downstream IGMP flow tag.

-

number10

Adds a downstream multicast flow priority.

0–7

number11

Adds a VLAN ID.

1–4094

number12

Replaces a downstream multicast priority.

0–7

number13

Replaces a downstream multicast

1–4094

VLAN ID. name6

Specifies the name for correlated dynamic

1–31 characters.

package 1. name7


1–31 characters.

package 2. name8


1–31 characters.

package 3. name9


1–31 characters.

package 4. name10


1–31 characters.

package 5.

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Parameter

Description

Value

name11


1–31 characters.

package 6. name12


1–31 characters.

package 7. name13


1–31 characters.

package 8. name14

Specifies the name for the correlated static

1–31 characters.

package. rate-limit

Upstream IGMP rate limiting.

-

iptv-package

Correlated package.

-

dynamic

Correlated dynamic package.

-

number14

Static package number.

1–8

static

Correlated static package.

-



Examples The following example shows how to configure an ONU multicast profile: ZXAN(config)#igmp mvlan 700 ZXAN(config)#igmp mvlan 700 group 235.0.4.1 to 235.0.4.5 ZXAN(config)#igmp mvlan 700 source-port gei_1/21/1 ZXAN(config)#igmp mvlan 700 receive gpon-onu_1/4/1:1 vport 1 ZXAN(config)#igmp mvlan 700 work-mode snooping ZXAN(config)#igmp mvlan 700 group 235.0.4.1 bandwidth 12000 ZXAN(config)#igmp mvlan 700 group 235.0.4.2 bandwidth 12000 ZXAN(config)#igmp mvlan 700 group 235.0.4.3 bandwidth 4000 ZXAN(config)#igmp mvlan 700 group 235.0.4.4 bandwidth 4000 ZXAN(config)#igmp mvlan 700 group 235.0.4.5 bandwidth 16000 ZXAN(config)#iptv channel mvlan 700 group 235.0.4.1 to 235.0.4.5 ZXAN(config)#iptv package name ACDE ZXAN(config)#iptv package ACDE channel mvlan 700 group 235.0.4.1 watch Complete! ZXAN(config)#iptv package ACDE channel mvlan 700 group 235.0.4.3 to 235.0.4.5 watch ..Complete! ZXAN(config)#iptv package name ABCDE

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Chapter 15 GPON Commands ZXAN(config)#iptv package ABCDE channel mvlan 700 group 235.0.4.1 to 235.0.4.5 watch ....Complete! ZXAN(config)#gpon ZXAN(config-gpon)#onu profile igmp ACDE work-mode snooping fast-leave enable rate-limit 16 robustness 2 iptv-package dynamic1 ACDE ZXAN(config-gpon)#onu profile igmp ABCDE work-mode snooping fast-leave enable rate-limit 16 robustness 2 iptv-package dynamic1 ABCDE

Related Commands 15.1.36 show gpon onu profile igmp

15.1.11 onu profile ip Syntax onu profile ip name1 static gateway ip_addr1 [primary-dns ip_addr2 [second-dns ip_addr3 ] ] no onu profile ip name1

Function This command creates an ONU IP profile.


Description

Value

name1

IP profile name

1–64 characters

static

Static IP address

-

ip_addr1

Default gateway

-

ip_addr2

Primary Domain Name System (DNS)

-

server address ip_addr3

Secondary DNS server address

-



Examples The following example shows how to create an ONU IP profile with the name of zte: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile ip zte static gateway 10.63.10.254

15-13 SJ-20130118100307-010|2013-02-28 (R1.0)




15.1.12 onu profile mgc Syntax onu profile mgc name1 [{[heart-beat name2 ] [rtp-link-detect name3 ] [num-match-shortest na me4 ] [digit-map long-timer number1 short-timer number2 start-timer number3 ] [heart-beat-in terval number4 ] [min-rereg-timer number5 max-rereg-timer number6 ] [regmsg-retran-timer number7 total-retran-time number8 ] [passive-heart-beat name5 ] [min-avalanche-timer numb er9 max-avalanche-timer number10 ] |{[msg-format name6 ] [version number11 ] [max-retrytime number12 ] [max-retry-attempts number13 ] [service-change-delay number14 ] [ss name7 ] [user-tid {default prefix name8 |prefix name9 [postfix-len number15 ] postfix-start number16 } ] [rtp-tid {default |prefix name10 [postfix-len number17 ] postfix-start number18 } ] } |{[port number19 [{dscp number20 |tos number21 } ] ] [media port number22 [{dscp number23 |tos num ber24 } ] ] } |{[{server1 |server2 } name11 [validate {disable |basic username name12 password name13 |md5 username name14 password name15 realm name16 } ] ] } } ] no onu profile mgc name1 [server1 ] [server2 ] [ss ]

Function This command creates an ONU Media Gateway Controller (MGC) profile.


Description

Value

name1

MGC profile name.

1–64 characters

name2

Heartbeat report.

-

name3

Enables or disables RTP line detection.

-

name4

Enables or disables shortest digit matching.

-

number1

Longest digit matching time, unit: ms.

2000–60000

number2

Shortest digit matching time, unit: ms.

2000–60000

number3

Digit matching starting time, unit: ms.

2000–60000

number4

Heartbeat interval, unit: ms.

10000–600000

number5

Minimum reregistration time, unit: ms.

0–500000

number6

Maximum reregistration time, unit: ms.

0–500000

number7

Registration message obtaining time, unit: ms.

100–50000

number8

Total obtaining time, unit: ms.

100–50000

name5

Enables or disables passive heartbeat.

-

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Parameter

Description

Value

number9

Minimum avalanche time, unit: ms.

0–500000

number10

Maximum avalanche time, unit: ms.

0–500000

name6

Message format: {text-long|text-short|binary},

-

default: text-long. number11

Version number.

1–255

number12

Maximum retry time of the MGC session, unit:

0–65535

seconds. number13

Maximum number of message retransmission

0–65535

times, unit: seconds. number14

Delay time of service state switch due to line

0–65535

service state switch, unit: seconds. name7

SS vendor ID.

1–4 characters

default

Default user TID.

-

name8

Prefix of the default user TID.

1–25 characters

name9

User TID prefix.

1–128 characters

number15

User TID suffix length.

1–7 bytes

number16

Starting digit of the user TID suffix.

0–9

name10

RTP TID prefix.

1–8 characters

number17

RTP TID suffix length.

1–7 bytes

number18

Starting digit of the RTP TID suffix.

0–9

number19

UDP port number.

1–65535

number20

DSCP.

0–63

number21

TOS.

0–7

media

Media.

-

number22

UDP port number.

1–65535

number23

DSCP.

0–63

number24

TOS.

0–7

server1

Primary MGC server address.

-

server2

Secondary MGC server address.

-

name11

MGC server address, IP address or URL.

1–128 characters

disable

Disables the MGC server.

-

name12

User name for MGC server basic

1–25 characters

authentication. name13

Password for MGC server basic authentication.

1–25 characters

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Parameter

Description

Value

name14

User name for MGC server MD5 authentication

1–25 characters

name15

Password for MGC server MD5 authentication.

1–25 characters

name16

Domain name for MGC server MD5

1–25 characters

authentication. ss

SS vendor ID.

-



Examples The following example shows how to configure an ONU MGC profile: ZXAN(config-gpon)#onu profile mgc test1 server1 10.63.10.1 validate basic username aaa password bbb ZXAN(config-gpon)#onu profile mgc test1 ss CZTE


15.1.13 onu profile performance-threshold cesuni Syntax onu profile performance-threshold cesuni name1 [{[down-missing number1 ] [down-reordered number2 ] [down-misordered number3 ] [down-buffer-underrun-overrun number4 ] [down-m alformed number5 ] [down-stray number6 ] [down-remote-loss number7 ] [down-es number8 ] [down-ses number9 ] [down-uas number10 ] } ] no onu profile performance-threshold cesuni name1

Function This command creates an ONU Circuit Emulation Service (CES) performance alarm threshold profile.

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Description

Value

name1

Profile name.

1–64 characters

number1

Alarm threshold of downstream lost packets.

1–4294967295

number2

Alarm threshold of downstream reordered

1–4294967295

packets. number3

Alarm threshold of downstream disordered

1–4294967295

packets. number4

Alarm threshold of downstream buffer

1–4294967295

overflow/underflow packets. number5

Alarm threshold of downstream abnormal

1–4294967295

packets. number6

Alarm threshold of downstream incorrect

1–4294967295

routing packets. number7

Alarm threshold of downstream packets with

1–4294967295

remote packet loss tags. number8

Alarm threshold of downstream incorrect

1–4294967295

seconds. number9

Alarm threshold of downstream severe

1–4294967295

incorrect seconds. number10

Alarm threshold of downstream unavailable

1–4294967295

seconds.



Examples The following example shows how to configure the alarm threshold of downstream disordered packets on the CES user port to 100: ZXAN(config)#gpon

ZXAN(config-gpon)#onu profile performance-threshold cesuni alm-misorder-100 down-misordered 100

ZXAN(config-gpon)#

15-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 15.1.39 show gpon onu profile performance-threshold ces

15.1.14 onu profile performance-threshold dot1x Syntax onu profile performance-threshold dot1x name1 [{[rx-invalid-eapol number1 ] [rx-len-err-eap number2 ] } ] no onu profile performance-threshold dot1x name1

Function This command creates a dot1x performance alarm threshold profile.


Description

Value

name1

Profile name

1–64 characters

Statistics threshold of the received

1–4294967295

number1

EAPOL frames number2

Statistics threshold of the received EAP

1–4294967295

frames with incorrect lengths



Examples The following example shows how to configure the statistics threshold of the received EAP frames with incorrect lengths to 100: ZXAN(config-gpon)#onu profile performance-threshold dot1x test rx-len-err-eap 100

Related Commands 15.1.40 show gpon onu profile performance-threshold dot1x

15-18 SJ-20130118100307-010|2013-02-28 (R1.0)



15.1.15 onu profile performance-threshold ethuni Syntax onu profile performance-threshold ethuni name1 [{[fcs-err number1 ] [excessive-collision numb er2 ] [late-collision number3 ] [too-long number4 ] [rx-buf-overflow number5 ] [tx-buf-overflow number6 ] [single-collision number7 ] [multi-collisions number8 ] [sqe number9 ] [deferred-tx number10 ] [internal-mac-tx-err number11 ] [internal-mac-rx-err number12 ] [carrier-sense-e rr number13 ] [alignment-err number14 ] [pppoe-filtered number15 ] [drop-events number16 ] [undersize number17 ] [fragments number18 ] [jabbers number19 ] } ] no onu profile performance-threshold ethuni name1

Function This command creates a performance alarm threshold profile for the ONU Ethernet user port.


Description

Value

name1

Profile name

1–64 characters

number1

Alarm threshold of FCS error frames

1–4294967295

number2

Alarm threshold of excessive-collision

1–4294967295

frames number3

Alarm threshold of latest-collision frames

1–4294967295

number4

Alarm threshold of too long frames

1–4294967295

number5

Alarm threshold of received buffer overflow

1–4294967295

frames number6

Alarm threshold of sent buffer overflow

1–4294967295

frames number7

Alarm threshold of single-collision frames

1–4294967295

number8

Alarm threshold of multi-collision frames

1–4294967295

number9

Alarm threshold of SQE test error messages

1–4294967295

number10

Alarm threshold of delayed frames

1–4294967295

number11

Alarm threshold of incorrect frames sent by

1–4294967295

the internal MAC sub-layer number12

Alarm threshold of incorrect frames received

1–4294967295

by the internal MAC sub-layer number13

Alarm threshold of incorrect frames

1–4294967295

monitored by the carrier wave

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Parameter

Description

Value

number14

Alarm threshold of incorrectly aligned

1–4294967295

frames number15

Alarm threshold of PPPoE filtered frames

1–4294967295

number16

Alarm threshold of discarded received

1–4294967295

frames number17

Alarm threshold of received too short frames

1–4294967295

number18

Alarm threshold of received fragments

1–4294967295

number19

Alarm threshold of sent too long frames

1–4294967295



Examples The following example shows how to configure the alarm threshold of FCS error frames to 100: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile performance-threshold ethuni ethalm-fcserr-100 fcs-err 100

ZXAN(config-gpon)#

Related Commands 15.1.41 show gpon onu profile performance-threshold eth

15.1.16 onu profile performance-threshold gem Syntax onu profile performance-threshold gem name1 [{[lost-packets number1 ] [misinserted-packets number2 ] [impaired-blocks number3 ] } ] no onu profile performance-threshold gem name1

Function This command creates a performance alarm threshold profile for ONU GPON Encapsulation Method (GEM) frames. 15-20 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name.

1–64 characters

number1

Alarm threshold of lost GEM frames

1–4294967295

number2

Alarm threshold of incorrectly inserted

1–4294967295

GEM frames number3

Alarm threshold of severely incorrect

1–4294967295

GEM blocks



Examples The following example shows how to configure the alarm threshold of lost GEM frames to 100: ZXAN(config)#gpon

ZXAN(config-gpon)#onu profile performance-threshold gem gemalm-los-100 lost-packets 100

ZXAN(config-gpon)#

Related Commands 15.1.42 show gpon onu profile performance-threshold gem

15.1.17 onu profile performance-threshold radius Syntax onu profile performance-threshold radius name1 [{[retx-access-req number1 ] [rx-invalid-rad ius number2 ] } ] no onu profile performance-threshold radius name1

Function This command creates a Remote Authentication Dial In User Service (RADIUS) performance alarm threshold profile.

15-21 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name

1–64 characters

number1

Alarm threshold of retransmitted

1–4294967295

frames number2

Received invalid RADIUS

1–4294967295

frames



Examples The following example shows how to configure the alarm threshold of the received frames with incorrect EAP lengths to 100: ZXAN(config)#gpon

ZXAN(config-gpon)#onu profile performance-threshold

radius radius_test

retx-access-req 100

Related Commands 15.1.43 show gpon onu profile performance-threshold radius

15.1.18 onu profile performance-threshold switchport Syntax onu profile performance-threshold switchport name1 [{[delay-exceeded-discard number1 ] [m tu-exceeded-discard number2 ] [received-and-discarded number3 ] } ] no onu profile performance-threshold switchport name1

Function This command creates a performance alarm threshold profile for a bridge port.

15-22 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name

1–64 characters

number1

Number of frames discarded

1–4294967295

due to timeout number2


1–4294967295

due to exceeding the maximum transmission unit number3

Number of received and

1–4294967295

discarded frames



Examples The following example shows how to create a performance alarm threshold profile for a bridge port: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile performance-threshold switchport switch


15.1.19 onu profile performance-threshold vlan Syntax onu profile performance-threshold vlan ethuni name1 [{[discard-lack-of-buffer number1 ] [dis card-delay-exceeded number2 ] [discard-on-error number3 ] [discard-on-ingress-filtering num ber4 ] } ] no onu profile performance-threshold vlan ethuni name1

Function This command creates a VLAN performance alarm threshold profile.

15-23 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name

1–64 characters

number1


1–4294967295

due to insufficient buffer number2


1–4294967295

due to timeout number3

Number of discarded error

1–4294967295

frames number4


1–4294967295

through access filtering



Examples The following example shows how to create a VLAN performance alarm threshold profile: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile performance-threshold vlan ethuni vlan1


15.1.20 onu profile schedule Syntax onu profile schedule name1 {mode name2 |queue-map number1 number2 number3 number4 nu mber5 number6 number7 number8 |queue-weight number9 number10 [number11 number12 [nu mber13 number14 [number15 number16 [number17 number18 [number19 number20 [number21 number22 [number23 number24 ] ] ] ] ] ] ] } no onu profile schedule name1

Function This command creates an ONU scheduling profile.

15-24 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name.

1–64 characters

name2

Scheduling mode

WRR, SP, SP+WRR,

Default: uses the ONU default configuration.

default

The queue-map or queue-weight configuration is ineffective. number1

Priority 0 is mapped to the queue.

0–7

number2


0–7

number3


0–7

number4


0–7

number5


0–7

number6


0–7

number7


0–7

number8


0–7

number9

Queue 0.

0–7

number10

Weight of queue 0.

0–15

number11

Queue 1.

0–7

number12

Weight of queue 1.

0–15

number13

Queue 2.

0–7

number14

Weight of queue 2.

0–15

number15

Queue 3.

0–7

number16

Weight of queue 3.

0–15

number17

Queue 4.

0–7

number18

Weight of queue 4.

0–15

number19

Queue 5.

0–7

number20

Weight of queue 5.

0–15

number21

Queue 6.

0–7

number22

Weight of queue 6.

0–15

number23

Queue 7.

0–7

number24

Weight of queue 7.

0–15


15-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To cancel the setting, use the no form of this command. When you carry out ths command by using a specified profile name for the first time, it indicates to create the profile. When you carry out this command for second time, it indicates to modify the profile. A profile that is used cannot be deleted or modified. By default, the NE creates a profile with the name of default. This profile uses ONU default scheduling mode. Other parameters are invalid.

Examples The following example shows how to create an ONU scheduling profile with the following configurations: l l

l

Scheduling mode: SP+WRR Queue mapping: Priorities 0 and 1 are mapped to queue 0. Priorities 2 and 3 are mapped to queue 1. Priorities 4 and 5 are mapped to queue 2. Priorities 6 and 7 are mapped to queue 3. Queue weights: The weight of queue 0 is 10, the weight of queue 1 is 5, and the weights of queues 2 and 3 are not configured. Queues 0 and 1 use Weighted Round Robin (WRR), and queues 2 and 3 use Strict Priority (SP).

ZXAN(config)#gpon

ZXAN(config-gpon)# onu profile schedule schedule_test mode sp+wrr

ZXAN(config-gpon)# onu profile schedule schedule_test queue-map 0 0 1 1 2 2 3 3

ZXAN(config-gpon)# onu profile schedule schedule_test queue-weight 0 10 1 5

Related Commands 15.1.46 show gpon onu profile schedule

15.1.21 onu profile sip Syntax onu profile sip name1 [proxy name2 ] [outbound name3 ] [registrar name4 ] [validate {disable |basic username name5 password name6 |md5 username name7 password name8 realm name9 } ] [port number1 [{dscp number2 |tos number3 } ] ] [media port number4 [{dscp number5 |tos number6 } ] ] [dns1 ip_addr1 [dns2 ip_addr2 ] ] [reg-exp-time number7 ] [rereg-time number8 ] [ss name10 ] [dial-plan name11 ] [release-time number9 ] [roh-time number10 ] [heart-beat {disable |enable interval number11 } ] [appsrv name12 ] [accesscode name13 ] no onu profile sip name1 [ss ] [dial-plan ] [appsrv ] [accesscode ]

15-26 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures an ONU Session Initiation Protocol (SIP) profile.


Description

Value

name1

Profile name

1–64 characters

name2

Proxy server address, which is an IP address

-

or a URL name3


-

or a URL name4


-

or a URL disable

No registration or authentication

-

name5

Basic authentication user name defined by

1–25 characters

RFC2617 name6

Basic authentication password defined by

1–25 characters

RFC2617 name7

MD5 digest authentication user name defined

1–25 characters

by RFC2069 name8

MD5 digest authentication password defined

1–25 characters

by RFC2069 name9

MD5 digest authentication domain name

-

defined by RFC2069 number1

UDP port number

1–65535

number2

DSCP

0–63

number3

TOS

0–7

media

Media gateway

-

number4

UDP port number

1–65535

number5

DSCP

0–63

number6

TOS

0–7

ip_addr1

Primary DNS address

-

ip_addr2

Secondary DNS address

-

Registration timeout time, unit: seconds,

0–4294967295

number7

default: 3600 number8

Reregistration timeout time, unit: seconds,

0–4294967295

default: 3600

15-27 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name10

SS vendor ID

1–4 characters

name11

Associated dialing plan table name

-

number9

Releasing timer, unit: seconds, default: 10

0–255

number10

ROH timer, unit: seconds, default: 15

0–255

enable

Heartbeat message reporting

-

number11

Heartbeat reporting interval, unit: seconds

1–65535

name12

VoIP application profile name

1–64 characters

name13

Access code profile name

1–64 characters

ss

SS vendor ID

-

dial-plan

Associated dialing plan table

-

appsrv

VoIP application profile

-

accesscode

Access code profile

-



Examples The following example shows how to create an ONU SIP profile: ZXAN(config-gpon)#onu profile sip test1 proxy 10.63.10.1 validate basic username aaa password bbb

ZXAN(config-gpon)#onu profile sip test1 ss CZTE dial-plan plan1

Related Commands 15.1.47 show gpon onu profile sip

15.1.22 onu profile tdm Syntax onu profile tdm name1 {[jtrbfr-max number1 ] [jtrbfr-desire number2 ] [rtp {disable |enable ssrc number3 number4 ptype number5 number6 clk-ref number7 timestamp-mode name2 [exp ected-ptype number8 number9 ] [expected-ssrc number10 number11 ] } ] |policy [fill-plc name3 ] [misconn-pktdlr number12 ] [misconn-pktclr number13 ] [loss-pktdlr number14 ] [loss-pktclr number15 ] [buf-dlr number16 ] [buf-clr number17 ] [malform-pktdlr number18 ] [malform-pk 15-28 SJ-20130118100307-010|2013-02-28 (R1.0)



tclr number19 ] [rbtx-set number20 ] [rbtx-clr number21 ] [rbrx-plc name4 ] [lbrx-plc name5 ] [ses-thres number22 ] } no onu profile tdm name1

Function This command configures a Time Division Multiplexing (TDM) property profile.


Description

Value

name1

Profile name.

1–64 characters

number1

Maximum depth of jitter buffer from PSN to TDM, which

0–65535

must be a multiple of 125 us frame rate, default: 0. number2

Standard depth of jitter buffer from PSN to TDM, which

0–65535

must be a multiple of 125 us frame rate, default: 0. rtp

RTP header.

-

disable

Disables the RTP header.

-

enable

Enables the RTP header.

-

number3

RTP synchronization payload SSRC, clock

0–4294967295

synchronization source of the payload channel from TDM to PSN. number4

RTP synchronization source independent signaling SSRC

0–4294967295

number5

Payload type of the payload channel.

96–127

number6

Payload type of the signaling channel.

0, 96–127

number7

Clock reference frequency, which must be a multiple of

0–65535

8 kHz. name2

Timestamp mode.

unknown, absolute, differential

number8

Expected payload channel type.

0–255

number9

Payload type of the signaling channel.

0–255

number10

Expected payload channel SSRC.

0–4294967295

number11

Signaling channel SSRC.

0–4294967295

policy

Fill policy.

-

name3

Fill policy, default: ont-default, which indicates to use

-

ONT internal policy.

15-29 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number12

Percentage of incorrectly connected packet alarm

1–100

policies, default: 0, which indicates to use the ONT internal policy. number13

Percentage of incorrectly connected packet alarm

0–99

clearance policies, default: 0, which indicates to use the ONT internal policy. number14

Percentage of lost packet alarm policies, default: 0, which

1–100

indicates to use the ONT internal policy. number15

Percentage of lost packet alarm clearance policies,

0–99

default: 255, which indicates to use the ONT internal policy. number16

Percentage of buffer overflow/underflow alarm policies,

1–100


Percentage of buffer overflow/underflow alarm clearance

0–99

policies, default: 255, which indicates to use the ONT internal policy. number18

Percentage of abnormal packet alarm policies, default: 0,

1–100

which indicates to use the ONT internal policy. number19

Percentage of abnormal packet alarm clearance policies,

0–99


Number of the succeeding lost packets from TDM to

0–255

PSN, which lead to R-bit (remote packet loss) settings. Default: 0, which indicates to use the ONT internal policy. number21

Number of the succeeding valid packets from TDM to

0–255

PSN, which lead to R-bit (remote packet loss) clearance. Default: 0, which indicates to use the ONT internal policy. name4

Processing action on detecting a remote fault (R-bit being

-

set). l

p0: no action (default).

l

p1: generates the RAI/REI/RDI code.

l

p2: sends the channel idle signaling and the idle channel payload to all the DS0s that contain the service.

15-30 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

Processing action on detecting a remote TDM fault (L-bit

-

being set). l

p0: generates AIS (default).

l

p1: sends the last received packet again.

l

p2: sends the channel idle signaling and the idle channel payload to all the DS0s that contain the service.

number22

Number of the lost, incorrect, and unavailable packets

0–65535

during the one second interval increased in the PSN-to-TDM direction by a severely error second timer. Default: 3, which indicates to use the ONT internal policy.



Examples The following example shows how to create a TDM profile with the name of test and RTP header disabled: ZXAN(config-gpon)#onu profile tdm test rtp disable

ZXAN(config-gpon)#


15.1.23 onu profile traffic Syntax onu profile traffic name1 sir number1 pir number2 [{[cbs number3 pbs number4 ] [colour-mode name2 ] [ingress-colour-marking name3 ] [egress-colour-marking name4 ] [meter-type name5 ]}] no onu profile traffic name1

Function This command creates an ONU traffic profile.

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Description

Value

name1

Profile name.

1–64 characters

number1

Average information rate, unit: Kbps.

0–10000000

number2

Peak information rate, unit: Kbps.

0–10000000

number3

Committed block size, unit: bytes.

0–1023000

number4

Peak block size, unit: bytes.

0–1023000

name2

Coloring mode

-

l

colour-blind: ignores the color tag that enters the packet.

l

colour-aware: considers the color tag that enters the packet.

name3

Coloring mode of ingress packets. This parameters is

-

effective when colour-mode is set to colour-aware. Default: no-marking, which indicates that packets are not colored. name4

Coloring mode of egress packets. l l

-

no-marking (default): Packets are not colored. internal-marking: The existing color tags of the packets are not changed. The internal coloring method is used.

name5

Coloring algorithm reference standard.

-

l

not-specified (default): uses the private algorithm.

l

rfc4115: refers to RFC 4115.

l

rfc2698: refers to RFC 2698.



Examples The following example shows how to create an ONU traffic profile with the following configurations: l l l l

SIR: 10000 Kbps PIR: 20000 Kbps Ignores the color tag that enters the packet. The egress packets are not colored.

15-32 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands ZXAN(config-gpon)# onu profile traffic traffic1 sir 10000 pir 20000 colour-mode colour-blind egress-colour-marking no-marking

Related Commands 15.1.49 show gpon onu profile traffic

15.1.24 onu profile treat Syntax onu profile treat name1 [{discard |{[remove-tag number1 ] [inner-prio {insert number2 |name2 } ] [inner-vid {insert number3 |name3 } ] [inner-tpid name4 ] [outer-prio {insert number4 |name5 } ] [outer-vid {insert number5 |name6 } ] [outer-tpid name7 ] } } ] no onu profile treat name1

Function This command creates an expanded VLAN processing rule profile.


Description

Value

name1

Profile name.

1–64 characters

discard

Tag removing rule.

-

number1

Number of tags to be removed.

0–2

If this parameter is set to 1 for a double-tagged frame, it indicates to remove the outer tag. By default, the value is 0. inner-prio

Inner 802.1p priority adding mode.

-

number2

Add the specified priority.

0–7

name2

l

-

copy-inner: copies the 802.1p priority from the inner tag of the received frame.

l

copy-outer: copies the 802.1p priority from the outer tag of the received frame.

inner-vid

Inner VID adding mode.

-

number3

Add the specified VID.

0–4095

name3

l

-

copy-inner: copies the VID from the inner tag of the received frame.

l

copy-outer: copies the VID from the outer tag of the received frame.

name4

Inner TPID adding mode.

-

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Parameter

Description

Value

number4

Priority added by outer 802.1p priority adding mode.

0–7

name5

Outer 802.1p priority adding mode.

-

l

copy-inner: copies the 802.1p priority from the inner tag of the received frame.

l

copy-outer: copies the 802.1p priority from the outer tag of the received frame.

outer-vid

Outer 802.1p priority adding mode.

-

number5

VID added by outer VID adding mode.

0–4095

name6

Outer VID adding mode.

-

l

copy-inner: copies the VID from the inner tag of the received frame.

l

copy-outer: copies the VID from the outer tag of the received frame.

name7

Outer TPID adding mode.

-


Usage Guidelines To cancel the setting, use the no form of this command. Inner and outer TPID adding modes are as follows: mode0: copies the TPID (including the DE bit) from the inner tag of the received frame. mode1: copies the TPID (including the DE bit) from the outer tag of the received frame. mode2: The TPID is the pre-configured egress TPID value, and the DE bit is copied from the inner tag of the received frame. mode3: The TPID is the pre-configured egress TPID value, and the DE bit is copied from the outer tag of the received frame. mode4: TPID=0x8100. mode5: Reserved. mode6: The TPID is the pre-configured egress TPID value. DE bit = 0. mode7: The TPID is the pre-configured egress TPID value. DE bit = 1.

Examples The following example shows how to create an Ethernet frame processing rule profile with the following configurations: l l

Profile name: add-vid200 One tag is added. 15-34

SJ-20130118100307-010|2013-02-28 (R1.0)



l

VID: 200

ZXAN(config-gpon)#onu profile treat add-vid200 inner-vid insert 200

Related Commands 15.1.50 show gpon onu profile treat

15.1.25 onu profile vlan Syntax onu profile vlan name1 tag-mode {tag cvlan number1 [priority number2 ] |vlan-stacking svlan number3 [cvlan number4 [priority number5 ] ] } no onu profile vlan name1

Function This command creates an ONU VLAN profile.


Description

Value

name1

Profile name

1–64 characters

tag-mode

VLAN tag mode

-

tag

VLAN tag mode

-

number1

CVLAN ID

1–4094

number2

Priority

0–7

vlan-stacking

VLAN stacking

-

number3

SVLAN ID

1–4094

number4

CVLAN ID

1–4094

number5

Priority

0–7



Examples The following example shows how to create an ONU VLAN profile with the name of zte: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile vlan zte tag-mode tag cvlan 100

15-35 SJ-20130118100307-010|2013-02-28 (R1.0)




15.1.26 onu profile voip-accesscode Syntax onu profile voip-accesscode name1 [{[cancel-call-waiting name2 ] [call-hold name3 ] [call-park name4 ] [cid-activate name5 ] [cid-deactivate name6 ] [no-disturb-activation name7 ] [no-distu rb-deactivation name8 ] [no-disturb-pin-change name9 ] [emergency-srv-num name10 ] [inter com-service name11 ] [unattended-call-transfer name12 ] [attended-call-transfer name13 ] } ] no onu profile voip-accesscode name1

Function This command configures a Voice over Internet Protocol (VoIP) access code profile.


Description

Value

name1

Profile name.

1–64 characters

name2

Cancels call waiting, which must be the

1–5 characters

following characters: 0..9, *, #. name3

Call hold, which must be the following

1–5 characters

characters: 0..9, *, #. name4

Call park, which must be the following

1–5 characters

characters: 0..9, *, #. name5

Enables caller ID display, which must be the

1–5 characters


Disables caller ID display, which must be the

1–5 characters


Enables no disturb, which must be the

1–5 characters


Disables no disturb, which must be the

1–5 characters


PIN change for no disturb, which must be the

1–5 characters


Emergent service number, which must be the

1–5 characters


Internal service, which must be the following

1–5 characters

characters: 0..9, *, #. 15-36 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name12

Unattended call transfer, which must be the

1–5 characters


Attended call transfer, which must be the

1–5 characters

following characters: 0..9, *, #.



Examples The following example shows how to configure a VoIP access code profile: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile voip-accesscode access


15.1.27 onu profile voip-appsrv Syntax onu profile voip-appsrv name1 [{[calling-num name2 ] [calling-name name3 ] [cid-blocking nam e4 ] [cid-num-permanent-status name5 ] [cid-name-permanent-status name6 ] [anonymous-cid -blocking name7 ] [call-waiting name8 ] [cid-announcement name9 ] [3way name10 ] [call-transf er name11 ] [call-hold name12 ] [call-park name13 ] [no-disturb name14 ] [emergency-call-flash name15 ] [emergency-originate-hold name16 ] [6way name17 ] [message-waiting-splash-ring name18 ] [message-waiting-dial-tone name19 ] [message-waiting-visual name20 ] [call-forward ing-ind name21 ] [direct-connect-feature name22 ] [dialtone-delay name23 ] [direct-connect-uri name24 [validate {disable |basic username name25 password name26 |md5 username name27 password name28 realm name29 } ] ] [bridge-line-agent-uri name30 [validate {disable |basic us ername name31 password name32 |md5 username name33 password name34 realm name35 } ] ] [conference-factory-uri name36 [validate {disable |basic username name37 password name38 |md5 username name39 password name40 realm name41 } ] ] } ] no onu profile voip-appsrv name1

Function This command configures a VoIP service profile.

15-37 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name.

1–64 characters

name2

Enables or disables the calling number.

-

name3

Enables or disables the calling name.

-

name4

Enables or disables CID blocking.

-

name5

Enables or disables permanently reserving

-

CID number. name6

Enables or disables permanently reserving

-

CID name. name7

Enables or disables anonymous CID

-

blocking. name8

Enables or disables call waiting.

-

name9

Enables or disables caller ID display.

-

name10

Enables or disables three-party conference.

-

name11

Enables or disables call transfer.

-

name12

Enables or disables call hold.

-

name13

Enables or disables call park.

-

name14

Enables or disables no disturb.

-

name15

Enables or disables temporary emergent

-

service. name16

Enables or disables reserving original

-

emergent service. name17

Enables or disables six-party conference.

-

name18

Enables or disables message waiting

-

splashing ring. name19

Enables or disables message waiting

-

special dial tone. name20

Enables or disables visual message waiting.

-

name21

Enables or disables forwarding call

-

indication. name22

Enables or disables direct connection.

-

name23

Enables or disables dialing tone delay.

-

name24

Direct connection URI.

1–128 characters

disable

Authentication is not required.

-

15-38 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name25

Basic authentication user name.

1–25 characters

name26

Basic authentication password.

1–25 characters

name27

MD5 authentication user name.

1–25 characters

name28

MD5 authentication password.

1–25 characters

name29

MD5 authentication domain name.

1–25 characters

name30

Bridge connection URI.

1–128 characters

name31


1–25 characters

name32


1–25 characters

name33


1–25 characters

name34


1–25 characters

name35


1–25 characters

name36

Institute URI.

1–128 characters

name37


1–25 characters

name38


1–25 characters

name39


1–25 characters

name40


1–25 characters

name41


1–25 characters



Examples The following example shows how to configure a VoIP service profile: ZXAN(config)#gpon ZXAN(config-gpon)#onu profile voip-appsrv app


15-39 SJ-20130118100307-010|2013-02-28 (R1.0)



15.1.28 onu profile voip-media Syntax onu profile voip-media name1 [{encoding {name2 [codec name3 ] [pkt-period number1 ] [sile nce-suppress name4 ] |fax-mode name5 |oob-dtmf name6 } |service [announce-type name7 ] [echo-cancel name8 ] [country-code number2 ] [signal-prio {no-change |number3 } ] [media-pr io {no-change |number4 } ] [jitter {fix target number5 [max number6 ] |adaptive min number7 max number8 } ] |rtp [min-port number9 ] [max-port number10 ] [dscp-mark number11 ] [event [piggyback name9 ] [tone name10 ] [dtmf name11 ] [cas name12 ] ] } ] no onu profile voip-media name1

Function This command configures a VoIP media parameter profile.


Description

Value

name1

Profile name.

1–64 characters

encoding

Encoding parameter.

-

name2

Primary, secondary, third, or forth selection.

-

name3

Coding mode.

-

number1

Silence suppression, unit: ms.

10–30

name4

Enables or disables silence suppression.

-

name5

Fax mode, transparent or T.38.

-

name6

Enables or disables out-of-band DTMF

-

transmission. service

Service parameter.

-

name7

Prompt tone selection when there is no call on

-

hook-off. name8

Enables or disables echo cancellation.

-

number2

Country code.

0–65535

no-change

Does not change the signaling 802.1p priority

-

mark. number3

Changes the signaling 802.1p priority mark to a

0–7

specified one forcibly. number4

Changes the media 802.1p priority mark to a

0–7

specified one forcibly.

15-40 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

fix

Jitter buffer parameter configuration.

-

fix indicates to use the fixed value and the jitter is kept within a preset target. number5

Jitter keeping time, unit: ms.

0–65535

number6

Maximum jitter keeping time, unit: ms.

0–65535

adaptive

Jitter buffer parameter configuration.

-

adaptive indicates auto adaptation. number7

Jitter lower limit, unit: ms, default: 20.

0–200

number8

Jitter upper limit, unit: ms.

0–65535

rtp

RTP parameter configuration.

-

number9

Minimum RTP port number.

0–65535

number10

Maximum RTP port number.

0–65535

number11

RTP DSCP mark.

0–63

name9

Enables or disables the message carrying event.

-

name10

Enables or disables the signaling tone event.

-

name11

Enables or disables the DTMF event.

-

Enables or disables the channel associated

-

name12

signaling event.



Examples The following example shows how to configure a VoIP media parameter profile: ZXAN(config-gpon)#onu profile voip-media test encoding 1st codec cn pkt-period 20 silence-suppress on ZXAN(config-gpon)#onu profile voip-media test encoding 2nd codec cn pkt-period 20 silence-suppress on ZXAN(config-gpon)#onu profile voip-media test encoding 3rd codec mpa pkt-period 20 silence-suppress off ZXAN(config-gpon)#onu profile voip-media test encoding 4th codec dvi4-rate22khz pkt-period 30 silence-suppress off ZXAN(config-gpon)#onu profile voip-media test encoding fax-mode t38 ZXAN(config-gpon)#onu profile voip-media test encoding oob-dtmf enable ZXAN(config-gpon)#onu profile voip-media test service announce-type

15-41 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference fast-busy jitter adaptive min 100 max 200 ZXAN(config-gpon)#onu profile voip-media test rtp min-port 50050 max-port 50060 event piggyback enable cas enable


15.1.29 profile tcont Syntax profile tcont name1 type {1 fixed number1 |2 assured number2 |3 assured number3 maximum number4 |4 maximum number5 |5 fixed number6 assured number7 maximum number8 } no profile tcont name1

Function This command creates a GPON bandwidth property profile.


Description

Value

name1

T-CONT profile name

1–64 characters

1

Profile type 1

-

number1

Fixed bandwidth, unit: Kbps

64–2488320

2

Profile type 2

-

number2

Assured bandwidth, unit: Kbps

64–2488320

3

Profile type 3

-

number3


64–2488320

number4

Maximum bandwidth, unit: Kbps

64–2488320

4

Profile type 4

-

number5


64–2488320

5

Profile type 5

-

number6

Fixed bandwidth, unit: Kbps

64–2488320

number7


64–2488320

number8


64–2488320


15-42 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to create a GPON bandwidth property profile: ZXAN(config)#gpon

ZXAN(config-gpon)#profile tcont T1-100M type 1 fix 100000

ZXAN(config-gpon)#profile tcont T2-100M type 2 assured 100000

ZXAN(config-gpon)#profile tcont T3-100M type 3 assured 10000 maximum 100000

ZXAN(config-gpon)#profile tcont T4-100M type 4 maximum 100000

ZXAN(config-gpon)#profile tcont T5-100M type 5 fix 10000 assured 100000 max 1000000 ZXAN(config-gpon)#


15.1.30 profile traffic Syntax profile traffic name1 sir number1 pir number2 [cbs number3 pbs number4 ] no profile traffic name1

Function This command creates a GPON traffic profile.


Description

Value

name1

Traffic profile name

1–64 characters

number1

Assured information rate, unit:

0–10000000

Kbps number2

Peak information rate, unit:

64–10000000

Kbps

15-43 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number3

Assured peak information rate,

0–1023

unit: Kbps number4

Maximum peak information rate,

0–1023

unit: Kbps



Examples The following example shows how to create a GPON traffic profile: ZXAN(config-gpon)#profile traffic traffic1 sir 10000 pir 20000

ZXAN(config-gpon)#


15.1.31 show gpon mop mode Syntax show gpon mop mode

Function This command shows the GPON multicast model configuration information.

Parameters None



15-44 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows the GPON multicast model configuration information: ZXAN#show gpon mop mode mode: ctc ZXAN#


15.1.32 show gpon onu profile dial-plan Syntax show gpon onu profile dial-plan name1 [number1 ]

Function This command shows the detailed information about a network dialing plan.


Description

Value

name1

Profile name

1–64 characters

number1

Dialing plan item number

1–255



Examples The following example shows the detailed information about the network dialing plans in the network dialing plan table test: ZXAN#show gpon onu profile dial-plan test dialPlanToken dialPlanEntryId -------------------------------zte 16777216 ZXAN#




15.1.33 show gpon onu profile dial-plan-table Syntax show gpon onu profile dial-plan-table [name1 ]

Function This command shows the detailed information about a network dialing plan table.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the current network dialing plan table: ZXAN#show gpon onu profile dial-plan-table tablename tableMaxSize criticalTimeout partialTimeout format ----------------------------------------------------------------test 0 1310720 1310720 h248 ZXAN#


15.1.34 show gpon onu profile dscp Syntax show gpon onu profile dscp [name1 ]

Function This command shows the detailed information about a DSCP profile.

15-46 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the current DSCP profile: ZXAN(config-gpon)#show gpon onu profile dscp

Profile name:

zte

Dscp2Pbit mapping:

1:1

ZXAN(config-gpon)#


15.1.35 show gpon onu profile filter-rule Syntax show gpon onu profile filter-rule [name name1 ]

Function This command shows the detailed information about an expanded VLAN filtering rule profile.


Description

Value

name1

Profile name

1–64 characters





Examples The following example shows the detailed information about the current expanded VLAN filtering rule profile: ZXAN#show gpon onu profile filter-rule RuleName: single-tag-vid100 TagNum: 1 EtherType: any InnerPrio: 8 InnerVid: 100 InnerTPID mode0 ZXAN#


15.1.36 show gpon onu profile igmp Syntax show gpon onu profile igmp [name1 ]

Function This command shows the configuration information about the Optical Network Unit (ONU) multicast profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the configuration information about the ONU multicast profile: ZXAN(config-if)#show gpon onu profile igmp Profile-name: ACDE Version: v2

15-48 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands Work-mode: snooping Fast-leave: enable Robustness: 2 Proxy-ip: 0.0.0.0 Query-interval: 125 Query-max-resp: 100 Last-query-interval: 10 Non-match-group: discard Rate-limit: 16 Tag: transparent Iptv-package-dynamic1: acde Iptv-package-dynamic2: Iptv-package-dynamic3: Iptv-package-dynamic4: Iptv-package-dynamic5: Iptv-package-dynamic6: Iptv-package-dynamic7: Iptv-package-dynamic8: Iptv-package-static:


15.1.37 show gpon onu profile ip Syntax show gpon onu profile ip [name1 ]

Function This command shows the detailed information about the IP profile.


Description

Value

name1

Profile name

1–64 characters



15-49 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows the detailed information about the IP profile: ZXAN#show gpon onu profile ip Profilename:

zte

Gateway:

10.63.10.254

Primary DNS:

0.0.0.0

Secondary DNS: 0.0.0.0

ZXAN#


15.1.38 show gpon onu profile mgc Syntax show gpon onu profile mgc [name name1 ]

Function This command shows the detailed information about the Media Gateway Controller (MGC) profile.


Description

Value

name1

Profile name

1–64 characters

Mode All modes except user mode.


Examples The following example shows the detailed information about the MGC profile: ZXAN#show gpon onu profile mgc

Profile name:

fdsf

Server1: Validation scheme:

disable

Username:

N/A

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Chapter 15 GPON Commands Password:

N/A

Realm:

N/A

Server2: Validation scheme:

disable

Username:

N/A

Password:

N/A

Realm:

N/A

UDP port:

2944

DSCP/TOS:

0

Media UDP port:

2944

Media DSCP/TOS:

0

Message format:

text long

Version:

1

Maximum retry time:

0(s)

Maximum retry attempts: 0(s) Service change delay:

0(s)

Softswitch vendor: User TID: Prefix: RTP TID:

default

Heart beat:

service change

RTP link detect:

disable

Number shortest match:

disable

Digit map long timer:

20000(ms)

Digit map short timer:

5000(ms)

Digit map start timer:

10000(ms)

Heart beat interval:

60000(ms)

Rereg timer min:

60000(ms)

Rereg timer max:

120000(ms)

Regmsg retran timer:

2000(ms)

Total retran timer:

10000(ms)

ZXAN#


15.1.39 show gpon onu profile performance-threshold ces Syntax show gpon onu profile performance-threshold ces [name1 ]

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Function This command shows the detailed information about the Circuit Emulation Service (CES) performance statistics threshold profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the CES performance statistics threshold profile: ZXAN#show gpon onu profile performance-threshold ces

Profile name

zte

Down missing packets

0

Down reordered packets

0

Down misordered packets

0

Down buffer underrun overrun packets

0

Down malformed packets

0

Down stray packets

0

Down remote packet loss

0

Down errored seconds

0

Down severely errored seconds

0

Down unavailable seconds

0

ZXAN#


15.1.40 show gpon onu profile performance-threshold dot1x Syntax show gpon onu profile performance-threshold dot1x [name1 ] 15-52 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command shows the detailed information about the 802.1x performance statistics threshold profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the 802.1x performance statistics threshold profile: ZXAN#show gpon onu profile performance-threshold dot1x

Threshold profile:

zte1

Rx Invalid EAPOL packets:

1000

Rx length errored EAP packets:

100

ZXAN#


15.1.41 show gpon onu profile performance-threshold eth Syntax show gpon onu profile performance-threshold eth [name1 ]

Function This command shows the detailed information about the Ethernet User Network Interface (UNI) performance statistics threshold profile.

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Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the Ethernet UNI performance statistics threshold profile: ZXAN(config-gpon)#show gpon onu profile performance-threshold eth

Profile name

abc

Fcs error packets

0

Excessive collision packets

0

Late collision count

0

Too long packets

0

Rx buffer overflow count

0

Tx buffer overflow count

0

Single collision packets

0

Multiple collisions packets

0

Sqe count

0

Deferred transmission packets 0 Internal mac tx error packets 0 Internal mac rx error packets 0 Carrier sense error count

0

Alignment error packets

0

Pppoe filtered packets

0

Drop events count

0

Undersize packets

1000

Fragments

0

Jabbers

0


15-54 SJ-20130118100307-010|2013-02-28 (R1.0)



15.1.42 show gpon onu profile performance-threshold gem Syntax show gpon onu profile performance-threshold gem [name1 ]

Function This command shows the detailed information about the GEM port performance statistics threshold profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the GEM port performance statistics threshold profile: ZXAN(config-gpon)#show gpon onu profile performance-threshold gem

Profile name

zte

Lost packets

100

Misinserted packets

200

Impaired blocks

300

ZXAN(config-gpon)#


15.1.43 show gpon onu profile performance-threshold radius Syntax show gpon onu profile performance-threshold radius [name1 ]

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Function This command shows the detailed information about the Remote Authentication Dial In User Service (RADIUS) performance statistics threshold profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the RADIUS performance statistics threshold profile: ZXAN(config-gpon)#show gpon onu profile performance-threshold radius

Threshold profile:

zte

ReTxAccessRequest:

100

RxInvalidRadius packets:

100

ZXAN(config-gpon)#


15.1.44 show gpon onu profile performance-threshold switchport Syntax show gpon onu profile performance-threshold switchport [name1 ]

Function This command shows the detailed information about the layer 2 bridge port performance statistics threshold profile.

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Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the layer 2 bridge port performance statistics threshold profile: ZXAN(config-gpon)#show gpon onu profile performance-threshold switchport

Profile name: Delay exceeded discard:

zte 100

MTU exceeded discard:

200

Received and discarded:

100

ZXAN(config-gpon)#


15.1.45 show gpon onu profile performance-threshold vlan-eth Syntax show gpon onu profile performance-threshold vlan-eth [name1 ]

Function This command shows the detailed information about the VLAN Ethernet port performance statistics threshold profile.


Description

Value

name1

Profile name

1–64 characters





Examples The following example shows the detailed information about the VLAN Ethernet port performance statistics threshold profile: ZXAN(config-gpon)#show gpon onu profile performance-threshold vlan-eth

Profile name: Discard for lack of buffer: Discard delay exceeded: Discard on error:

zte 100 100 100

Discard on ingress filtering:100

ZXAN(config-gpon)#


15.1.46 show gpon onu profile schedule Syntax show gpon onu profile schedule [name1 ]

Function This command shows the detailed information about the ONU scheduling profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the ONU scheduling profile: ZXAN(config-gpon)#show gpon onu profile schedule

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Chapter 15 GPON Commands Profile name: default Schedule mode : default Profile name: schedule_test Schedule mode : sp + wrr queue map(prio->queue)#: 0->0 1->0 2->2->1 3->1 4->2 5->2 6->3 7->3 queue weight(queue->weight):0->10 1->5


15.1.47 show gpon onu profile sip Syntax show gpon onu profile sip [name name1 ]

Function The following example shows the configuration information about the ONU Session Initiation Protocol (SIP) profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the configuration information about the ONU SIP profile: ZXAN(confg-gpon)#show gpon onu profile sip Profile name :test1 Proxy server:10.63.10.1 Outbound proxy:10.63.10.1 Registrar:10.63.10.1 Validation scheme:basic Username:aaa Password:bbb UDP port:5060 Host id:1

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ZXA10 C300/C320 Command Reference DNS1:0.0.0.0 DNS2:0.0.0.0 Registration expiration time:3600s Re-registration time:360s Softswitch vendor:CZTE Dial plan table name:plan1 Release timer:10s ROH timer:15s Link test:enable Link test interval:30s


15.1.48 show gpon onu profile tdm Syntax show gpon onu profile tdm [name1 ]

Function This command shows the detailed information about the Time Division Multiplexing (TDM) property profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the current TDM property profile: ZXAN(config-gpon)#show gpon onu profile tdm Tdm profile name: pw1 Jitter buffer max depth: 300 Jitter buffer desire depth: 0 Fill policy: ont-default

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Chapter 15 GPON Commands Misconnected packers declare: 0 Misconnected packers clear: 255 Loss packers declare: 0 Loss packers clear: 255 Buffer declare: 0 Buffer clear: 255 Malformed packets declare: 0 Malformed packets clear: 255 R bit transmit set: 0 R bit transmit clear: 0 R bit receive policy: p0 L bit receive policy: p0 Ses threshold: 3 RTP information: ignore


15.1.49 show gpon onu profile traffic Syntax show gpon onu profile traffic [name1 ]

Function This command shows the detailed information about the ONU traffic profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the ONU traffic profile: ZXAN(config-gpon)#show gpon onu profile traffic Profile name : traffic1 SIR: 10000

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ZXA10 C300/C320 Command Reference PIR: 20000 CBS: 0 PBS: 0 color mode: colour-blind Ingress colour marking:no-marking Egress colour marking: no-marking Meter type not-specified


15.1.50 show gpon onu profile treat Syntax show gpon onu profile treat [name name1 ]

Function This command shows the detailed information about the expanded VLAN processing rule profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the current expanded VLAN processing rule profile: ZXAN#show gpon onu profile treat TreatName: add-outer-vid200 TagsToRemove: 0 OuterprioMapMode: insert OuterPrio: 0 OutervidMapMode: insert OuterVid: 200 OuterTPID: mode4

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Chapter 15 GPON Commands ZXAN#


15.1.51 show gpon onu profile vlan Syntax show gpon onu profile vlan [name1 ]

Function This command shows the detailed information about the VLAN profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the VLAN profile: ZXAN#show gpon onu profile vlan

Profile name:

mgmt

Tag mode:

tag

CVLAN:

101

CVLAN priority:0

ZXAN#


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15.1.52 show gpon onu profile voip-accesscode Syntax show gpon onu profile voip-accesscode [name1 ]

Function This command shows the detailed information about the VoIP access code profile.


Description

Value

name1

Profile name

1–64 characters



Examples The following example shows the detailed information about the VoIP access code profile: ZXAN#show gpon onu profile voip-accesscode

Profile-name:

zte

cancel-call-waiting: call-hold: call-park: cid-activate: cid-deactivate: no-disturb-activation: no-disturb-deactivation: no-disturb-pin-change: emergency-srv-num: intercom-service: unattend-blind-call-transfer: attend-call-transfer: ZXAN#


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15.1.53 show gpon onu profile voip-appsrv Syntax show gpon onu profile voip-appsrv [name1 ]

Function This command shows the detailed information about the VoIP application service profile.


Description

Value

name1

Profile name

1–64 characters

Mode All modes except user mode.


Examples The following example shows the detailed information about the VoIP application service profile: ZXAN#show gpon onu profile voip-appsrv

Profile-name:

zte

calling-num:

disable

calling-name:

disable

cid-blocking:

disable

cid-num-permanent-status:

disable

cid-name-permanent-status:

disable

anonymous-cid-blocking:

disable

call-wating:

disable

cid-announcement:

disable

3way:

disable

call-transfer:

disable

call-hold:

disable

call-park:

disable

no-disturb:

disable

emergency-call-flash:

disable

emergency-originate-hold:

disable

6way:

disable

message-waiting-splash-ring:

disable

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ZXA10 C300/C320 Command Reference message-wating-special-dialtone: disable message-waiting-visual-ind:

disable

call-forwarding-ind:

disable

direct-connect-feature:

disable

dialtone-delay:

disable

direct-connect-uri: Validation scheme:

disable

Username: Password: Realm: bridge-line-agent-uri: Validation scheme:

disable

Username: Password: Realm: conference-factory-uri: Validation scheme:

disable

Username: Password: Realm: ZXAN#


15.1.54 show gpon onu profile voip-media Syntax show gpon onu profile voip-media [name1 ]

Function This command shows the detailed information about the GPON VoIP media traffic profile.


Description

Value

name1

Profile name

1–64 characters


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Examples The following example shows the detailed information about the GPON VoIP media traffic profile: ZXAN#show gpon onu profile voip-media profilename: 1, faxMode: passthru codecMode1st: pcmu, pktPeriod1st: 10,silenceSuppression1st: off codecMode2nd: pcmu, pktPeriod2nd: 10,silenceSuppression2nd: off codecMode3rd: pcmu, pktPeriod3rd: 10,silenceSuppression3rd: off codecMode4th: pcmu, pktPeriod4th: 10,silenceSuppression4th: off oobDTMF: enable, announceType: na jitterTarget: 0, jitterMaxBuf: 0 echoCancelInd:false, pstnVariant: 0 minPort: 50000, maxPort: 60000,dscpMark: 46 piggybackEvents: disable,toneEvents: disable dtmfEvents: disable,casEvents: disable ZXAN#


15.1.55 show gpon profile Syntax show gpon profile name1 [name2 ]

Function This command shows the configuration information about the GPON profile.


Description

Value

name1

T-CONT or traffic profile

-

name2

Profile name

1–64 characters


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Examples The following example shows the configuration information about the GPON T-CONT profile: ZXAN#show gpon profile tcont Name :default Type FBW(kbps) ABW(kbps) MBW(kbps) 1 10000 0 0

The following example shows the configuration information about the GPON traffic profile: ZXAN#show gpon profile traffic Name :default SIR(kbps) PIR(kbps) 2488320 2488320


15.1.56 show gpon slot config Syntax show gpon slot config number1

Function This command shows the configuration information about a specified GPON slot and the DHCP anti-spoofing auto shutdown state.


Description

Value

number1

Slot number

1–9, 12–19





Examples The following example shows the configuration information about a specified GPON slot and the DHCP anti-spoofing auto shutdown state: ZXAN#show gpon slot config 3 DHCP anti-spoofing autoshutdown-port status: disabled. ZXAN#


15.2 GPON OLT Interface Configuration 15.2.1 auto-learning Syntax auto-learning {enable |disable }

Function This command configures the default Optical Network Unit (ONU) registration mode of the Optical Line Terminal (OLT) interface. By default, it is disabled.


Description

Value

enable

Enables auto learning.

-

disable

Disables auto learning.

-

Mode GPON OLT interface mode


Examples The following example shows how to configure the default ONU registration mode to auto learning: ZXAN(config)#interface gpon-olt_1/3/1 ZXAN(config-if)#auto-learning enable ZXAN(config-if)#

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15.2.2 auto-learning aging-time Syntax auto-learning aging-time number1

Function This command configures the aging time in auto learning mode.


Description

Value

number1

Aging time, unit: seconds

2–3600



Examples The following example shows how to set the aging time in auto learning mode to 100 seconds: ZXAN(config)#interface gpon-olt_1/3/1 ZXAN(config-if)#auto-learning aging-time 100


15.2.3 ber-interval Syntax ber-interval number1

Function This command configures the Bit Error Rate (BER) interval time of an OLT interface.

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Description

Value

number1

Interval time, unit: ms

1–536870911



Examples The following example shows how to configure the BER interval time of an OLT interface to 1000 ms: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#ber-interval 1000


15.2.4 clear Syntax clear

Function This command clears all the OLT interface data.

Parameters None



Examples The following example shows how to clear all the OLT interface data: ZXAN(config)#int gpon-olt_1/3/1

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ZXA10 C300/C320 Command Reference ZXAN(config-if)#clear


15.2.5 dba period-mode Syntax dba period-mode {low-delay |default |low-overhead }

Function This command configures the Dynamic Bandwidth Allocation (DBA) period mode.


Description

Value

low-delay

Low delay mode

-

default

Default mode

-

low-overhead

Low consumption mode

-



Examples The following example shows how to configure the DBA period mode to default: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#dba period-mode default


15.2.6 discover-period Syntax discover-period new-onu number1 miss-onu number2

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Function This command configures the period of discovering new registered ONUs or offline ONUs.


Description

Value

number1

Period of discovering new registered ONUs, unit:

2–3600

seconds Period of discovering offline ONUs, unit: seconds

number2

0–300



Examples The following example shows how to configure the period of discovering new registered ONUs or offline ONUs: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#discover-period new-onu 10 miss-onu 10


15.2.7 fec Syntax fec name1

Function This command configures the Forward Error Correction (FEC) function of a GPON OLT interface.


Description

Value

name1

Configures the downstream FEC function or

-

does not configure the function.

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Examples The following example shows how to enable the FEC function of OLT interface 1 in slot 3 of shelf 0: ZXAN(config)#interface gpon-olt_1/3/1 ZXAN(config-if)#fec downstream



Function This command configures the alias of an OLT interface.


Description

Value

WORD1

OLT interface alias

1–127 characters



Examples The following example shows how to configure the alias of an OLT interface: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#name zte

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15.2.9 onu Syntax onu number1 type name1 {(sn name2 [vport-mode name3 ])|(pw name4 [sn name5 ][vport-mode name6 ])|(hpw name7 [sn name8 ][vport-mode name9 ])|(sn+pw name10 name11 [vport-mode name12 ])|(sn+hpw name13 name14 [vport-mode name15 ])|(loid name16 [sn name17 ][vportmode name18 ])|(loid+pw name19 name20 [sn name21 ][vport-mode name22 ])|(rid name23 [sn name24 ][vport-mode name25 ])|(sn+rid name26 name27 [vport-mode name28 ])|(loid+hpw na me29 name30 [sn name31 ][vport-mode name32 ])} no onu number2

Function This command registers a specified ONU to the current OLT interface.


Description

Value

number1

ONU ID.

1–128

name1

ONU type, including ZTE-F641, ZTE-F622,

1–64 characters

ZTE-F625, ZTE-F621, ZTE-F601, ZTE-F640, and common type. name2

SN registration mode. The ONU SN consists of

-

Vendor-ID + special-sn. The vendor ID is four characters and the special SN is eight characters. name3

Virtual port mode, default: gemport.

onu, gemport, manual

name4

Password registration mode.

1–10 characters

name5

The ONU SN consists of Vendor-ID + special-sn.

-

The vendor ID is four characters and the special SN is eight characters. name6



name7

Hexadecimal password.

1–20 characters


-

name8




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Parameter

Description

Value

name10


-


Password registration mode.

1–10 characters

name12




-

name13



1–20 characters

name15



name16

LOID.

1–24 characters

name17


-




name19

LOID.

1–24 characters

name20

ONU password.

1–10 characters

name21


-




name23

RID.

1–36 characters

name24


-

The vendor ID is four characters and the special SN is eight characters. name25 name26




-


RID.

1–36 characters

name28



name29

LOID.

1–24 characters

name30


1–20 characters

name31


-

The vendor ID is four characters and the special SN is eight characters.

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Parameter

Description

Value

name32



number2

ONU ID.

1–128



Examples The following example shows how to register the ONU to OLT interface gpon-olt_1/3/1: ZXAN(config)#interface gpon-olt_1/3/1 ZXAN(config-if)#onu 1 type ZTE-F622 sn CIGG02938572 vport-mode gemport ZXAN(config-if)#


15.2.10 onu-action Syntax onu-action name1

Function This command enables or disables the ONU on an OLT interface.


Description

Value

Enables or disables the ONU on an OLT

-

interface.



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Examples The following example shows how to disable the ONU on an OLT interface: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#onu-action deactive


15.2.11 onu-sn Syntax onu-sn enable

Function This command enables all the ONUs that are forbidden to get online on an OLT interface.


Description

Value

enable

enables all the ONUs that are forbidden to

-

get online on an OLT interface.



Examples The following example shows how to enable all the ONUs that are forbidden to get online on an OLT interface: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#onu-sn enable


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15.2.12 range-mode Syntax range-mode number1 number2

Function This command configures the distance measurement range of an OLT interface.


Description

Value

number1

Distance measurement range of an OLT

0–600

interface, unit: 100 m number2

Maximum distance measurement range of

0–600

an OLT interface, unit: 100 m



Examples The following example shows how to configure the distance measurement range of gpon-olt_0/3/1 to 20–40 km: ZXAN(config)#interface gpon-olt_1/3/1 ZXAN(config-if)#range-mode 200 400 ZXAN(config-if)#


15.2.13 resource-id-assign-mode Syntax resource-id-assign-mode {mode1 |mode2 }

Function This command configures the allocation mode of the Alloc-ID and Port ID. 15-79 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

mode1

Mode 1: The OLT automatically allocates the

-

Alloc-ID and Port ID. mode2

Mode 1: The OLT manually allocates the Alloc-ID

-

and Port ID.



Examples The following example shows how to configure the allocation mode of the Alloc-ID and Port ID to mode 1: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#resource-id-assign-mode mode1


15.2.14 scb-port Syntax scb-port number1

Function This command configures the Single Copy Broadcast (SCB) port.


Description

Value

number1

Port number

129–4096





Examples The following example shows how to configure the SCB port to 130: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#scb-port 130


15.2.15 show gpon fec Syntax show gpon fec [interface1 ]

Function This command shows the FEC configuration information on a GPON OLT interface.


Description

Value

interface1

GPON OLT interface, format: gpon-

-

olt_shelf/slot/oltId



Examples The following example shows the FEC configuration information on a GPON OLT interface: ZXAN#show gpon fec gpon-olt_1/3/1 Interface

mode

-------------------------------gpon-olt_1/3/1

none


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15.2.16 show gpon olt config Syntax show gpon olt config interface1

Function This command shows the GPON OLT interface configuration information.


Description

Value

interface1

GPON OLT interface, format:

-

gpon-olt_shelf/slot/oltId



Examples The following example shows the GPON OLT interface configuration information: ZXAN#show gpon olt config gpon-olt_01/3/1 gpon-olt_1/3/1

Name:OLT-1

MaxSupportOnts :128

MaxSupportTconts

:0

RealLegalOnts

RealIllegalOnts

:0

Missing onu

:5

:0

Discovering onu:10 Range mode(100m): 0 - 200 Uncfg onu aging time(s): 300 Auto learn:disable SCB port:4095 FEC:downstream Resource ID assign mode:mode1


15.2.17 show gpon olt range-mode Syntax show gpon olt range-mode interface1 15-82 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command shows the distance measurement configuration on an OLT interface.


Description

Value

interface1


-

gpon-olt_shelf/slot/oltId



Examples The following example shows the distance measurement configuration on an OLT interface: ZXAN#show gpon olt range-mode gpon-olt_1/3/1 OltInterface

Base-distance(100m)

Maximum-distance(100m)

--------------------------------------------------------------------gpon-olt_1/3/1

0

200


15.2.18 uncfg-onu-aging-time Syntax uncfg-onu-aging-time number1

Function This command configures the ONU auto learning aging time that is not configured on an OLT interface.


Description

Value

number1

Aging time, unit: seconds

2–3600

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Examples The following example shows how to configure the ONU auto learning aging time that is not configured on an OLT interface to 200 seconds: ZXAN(config)#int gpon-olt_1/3/1 ZXAN(config-if)#uncfg-onu-aging-time 200


15.3 GPON ONU Interface Configuration 15.3.1 action Syntax action name1

Function This command enables or disables an Optical Network Unit (ONU).


Description

Value

name1

Enables or disables an ONU.

-

Mode GPON ONU interface mode


Examples The following example shows how to enable an ONU: ZXAN(config)#int gpon-onu_1/3/1:1

15-84 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands ZXAN(config-if)#action active


15.3.2 authpass-control Syntax authpass-control number1

Function This command configures whether to send a notification to the Network Management System (NMS) when the ONU gets online.


Description

Value

number1

Notification ID.

0–10

0 indicates not to send a notification to the NMS.



Examples The following example shows how to configure not to send a notification to the NMS when the ONU gets online: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#authpass-control 0


15.3.3 dba Syntax dba mode name1 15-85 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the GPON ONU Dynamic Bandwidth Allocation (DBA) mode.


Description

Value

name1

DBA mode

SR, NSR, Hybrid

Mode GPON line configuration mode, GPON ONU interface mode


Examples The following example shows how to set the DBA mode of ONU 1 under the OLT interface 1 in slot 3 of shelf 0 to hybrid: XAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#dba mode hybrid


15.3.4 description Syntax description WORD1 no description

Function This command configures the ONU interface description information.


Description

Value

WORD1

ONU description

1–127 characters

Mode GPON ONU interface mode 15-86 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to configure the description information about the ONU interface gpon-onu_0/3/1:1 to onu1: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#description onu1

Related Commands

15.3.5 disable Syntax disable

Function This command disables the ONU.

Parameters None



Examples The following example shows how to disable the ONU: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#disable

Related Commands 15.3.6 enable

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15.3.6 enable Syntax enable

Function This command enables the ONU.

Parameters None



Examples The following example shows how to enable the ONU: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#enable

Related Commands 15.3.5 disable

15.3.7 encrypt Syntax encrypt number1 name1

Function This command enables or disables GPON Encapsulation Method (GEM) port encryption by the ONU.


Description

Value

number1

GEM port ID.

1–255

name1

Enables or disables encryption.

-

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Examples The following example shows how to enable encryption for GEM port 1: ZXAN(config)#interface gpon-onu_1/3/1:1

ZXAN(config-if)#encrypt 1 enable

ZXAN(config-if)#


15.3.8 fec Syntax fec {none |upstream }

Function This command configures GPON ONU Forward Error Correction (FEC).


Description

Value

none

Disables FEC.

-

upstream

Enables upstream FEC.

-



Examples The following example shows how to enable FEC for ONU 1 under OLT interface 1 in slot 3 of shelf 0: 15-89 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#interface gpon-onu_1/3/1:1

ZXAN(config-if)#fec upstream


15.3.9 gemport Syntax gemport number1 {{[down-queue-map-id number2 ] [up-queue-map-id number3 ] } |state nam e1 |traffic-limit {[upstream name2 ] [downstream name3 ] } |[name name4 ] [portid number4 ] unicast tcont number5 [{[dir name5 ] [queue number6 ] } ] } no gemport number1

Function This command configures the GEM port properties.


Description

Value

number1

GEM port ID.

1–255

number2

Queue ID mapped by downstream data.

0–7

The downstream data on a GEM port can be mapped to queues of different priorities according to different p-bits. number3

Queue ID mapped by upstream data.

0–3

The upstream data on a GEM port can be mapped to queues of different priorities according to different p-bits. name1

GEM port state, enabled or disabled.

-

traffic-limit

GEM port rate limiting.

-

name2

Upstream rate limiting profile name

1–64 characters

name3

Downstream rate limiting profile name

1–64 characters

name4

GEM port name

1–63 characters

number4

Real port ID

129–4095

unicast

Unicast GEM port

-

number5

T-CONT index

1–255

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Parameter

Description

Value

name5

GEM port direction

up, down, both

number6

Priority queue ID

1–8


Usage Guidelines To cancel the setting, use the no form of this command. You need to create the GPON bandwidth property profile and T-CONT first. To configure GEM port rate limiting, you need to configure the rate limiting profile in config mode. Using the default profile indicates not to use rate limiting.

Examples The following example shows how to configure the GEM port properties: ZXAN(config)#inter gpon-onu_1/3/1:1 ZXAN(config-if)#gemport 1 name 1 unicast tcont 1 queue 3 ZXAN(config-if)#gemport 1 traffic-limit upstream default downstream default


15.3.10 link-test Syntax link-test test-times number1

Function This command tests the line status between the OLT and ONU.


Description

Value

number1

Number of sent GEM port frames

1–100





Examples The following example shows how to test the line status between the OLT and ONU: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#link-test test-times 10 Sending 10 GEM frames to gpon-onu_1/3/1:1. .......... Success rate is 0 percent (0/10)

ZXAN(config-if)#



Function This command configures the ONU alias.


Description

Value

WORD1

ONU alias

1–127 characters



Examples The following example shows how to configure the ONU alias: ZXAN(config)#int gpon-onu_1/3/1:1

ZXAN(config-if)#name zte

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15.3.12 omcc-encrypt Syntax omcc-encrypt name1

Function This command enables or disables the ONU Management and Control Channel (OMCC) function.


Description

Value

name1

Enables or disables the OMCC function.

-



Examples The following example shows how to enable the OMCC function: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#omcc-encrypt enable


15.3.13 omci-bandwidth Syntax omci-bandwidth name1 no omci-bandwidth

Function This command configures the ONU ONT Management Control Interface (OMCI) bandwidth. 15-93 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Bandwidth profile name

1–63 characters


Usage Guidelines To cancel the setting, use the no form of this command. Before configuring the ONU OMCI bandwidth, use the ZXAN(config-gpon)#profile tcont command to configure a T-CONT profile.

Examples The following example shows how to configure the ONU OMCI bandwidth: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#omci-bandwidth tcont1

Related Commands 15.1.29 profile tcont

15.3.14 performance vport Syntax performance vport number1 name1

Function This command enables or disables VPORT performance statistics on the ONU interface.


Description

Value

number1

Virtual port ID

1–256

name1

Enables or disables statistics, default:

-

disabled.


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Examples The following example shows how to enable VPORT performance statistics on the ONU interface: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#performance vport 1 start


15.3.15 registration-method Syntax registration-method {sn name1 {[pw name2 ] |[hpw name3 ] } |pw name4 |hpw name5 |loid name6 {[pw name7 ] |[hpw name8 ] } }

Function This command configures the ONU registration mode.


Description

Value

name1

SN registration mode: vendor ID + serial

1–12 characters

number name2

Password registration mode

1–10 characters

name3

Hexadecimal password registration mode

1–20 characters

name4


1–10 characters

name5


1–20 characters

name6

Logical ID registration mode

1–24 characters

name7


1–10 characters

name8


1–20 characters





Examples The following example shows how to configure the ONU registration mode to sn: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#registration-method sn ZTEG12345678


15.3.16 rogue-onu-state Syntax rogue-onu-state name1 [duration {forever |number1 } ]

Function This command configures the rogue ONU state.


Description

Value

name1

Rogue ONU state.

on, off, shutdown

forever

Configures permanent state.

-

number1

Configures state maintaining duration,

1–255

unit: minutes



Examples The following example shows how to configure the rogue ONU state to shutdown: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#rogue-onu-state shutdown


15-96 SJ-20130118100307-010|2013-02-28 (R1.0)



15.3.17 show gpon onu allocid Syntax show gpon onu allocid interface1 number1 number2

Function This command shows the Alloc-ID of a specified ONU T-CONT.


Description

Value

interface1


-

olt_shelf/slot/oltId number1

ONU ID

1–128

number2

T-CONT ID

1–255



Examples The following example shows the Alloc-ID of a specified ONU T-CONT: ZXAN#show gpon onu allocid gpon-olt_1/3/1 1 1 allocId: 256


15.3.18 show gpon onu baseinfo Syntax show gpon onu baseinfo interface1 [number1 ]

Function This command shows the basic configuration information about a GPON ONU.

15-97 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

gpon-olt_shelf/slot/oltId ONU ID

number1

1–128



Examples The following example shows the basic configuration information about the ONU on OLT interface 1 in slot 3 of shelf 0: ZXAN#show gpon onu baseinfo gpon-olt_1/3/1 OnuIndex

Type

Mode

SN/PW

State

--------------------------------------------------------------------gpon-onu_1/3/1:1

ZTE-F621

SN

0x0000000001

ready

ZXAN#


15.3.19 show gpon onu by Syntax show gpon onu by {sn-pw name1 name2 |sn name3 |pw name4 |loid name5 }

Function This command shows the information about an ONU that is registered in specified mode.


Description

Value

name1

ONU serial number, consisting of the vendor ID

-

and special SN. Vendor ID: four characters, special SN: eight characters. name2

ONU password

1–10 characters

15-98 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name3

ONU serial number, consisting of the vendor ID

-

and special SN. Vendor ID: four characters, special SN: eight characters. name4

ONU password

1–10 characters

name5

ONU LOID

1–24 characters



Examples The following example shows the information about an ONU that is registered in specified mode: ZXAN#show gpon onu by sn ZTEGC1000150 SearchResult ----------------gpon-onu_1/3/1:1 gpon-onu_1/3/3:1 gpon-onu_1/5/1:1 gpon-onu_1/6/1:2 ZXAN#


15.3.20 show gpon onu detail-info Syntax show gpon onu detail-info interface1

Function This command shows the detailed information about a specified ONU.

15-99 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

gpon-onu_shelf/slot/oltId:onuId



Examples The following example shows the detailed information about a specified ONU: ZXAN#show gpon onu detail-info gpon-onu_1/3/1:1 ONU interface:

gpon-onu_1/3/1:1

Name:

ONU-1:1

Type:

ZTE-F620

State:

ready

Admin state:

enable

Phase state:

OffLine

Authentication mode: sn SN Bind:

enable with SN check

Serial number:

ZTEGC1000150

Password: Device ID: Description:

ONU-1:1

Vport mode:

manual

DBA Mode:

Hybrid

ONU Status:

enable

OMCI BW Profile:

enable

Line Profile:

N/A

Service Profile:

N/A

Alarm Profile:

N/A

Performance Profile: N/A ONU Distance:

N/A

Online Duration:

0h 0m 0s

FEC:

none

-----------------------------------------Authpass Time

OfflineTime

1

0000-00-00 00:00:00

0000-00-00 00:00:00

2

0000-00-00 00:00:00

0000-00-00 00:00:00

3

0000-00-00 00:00:00

0000-00-00 00:00:00

Cause

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Chapter 15 GPON Commands 4

0000-00-00 00:00:00

0000-00-00 00:00:00

5

0000-00-00 00:00:00

0000-00-00 00:00:00

6

0000-00-00 00:00:00

0000-00-00 00:00:00

7

0000-00-00 00:00:00

0000-00-00 00:00:00

8

0000-00-00 00:00:00

0000-00-00 00:00:00

9

0000-00-00 00:00:00

0000-00-00 00:00:00

10

0000-00-00 00:00:00

0000-00-00 00:00:00

ZXAN#


15.3.21 show gpon onu distance Syntax show gpon onu distance interface1

Function This command shows the ONU distance.


Description

Value

interface1


-




Examples The following example shows the ONU distance: ZXAN#show gpon onu distance gpon-onu_1/3/1:1 Eqd (bit)

Distance(m)

....................................... 265644

8

ZXAN#

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15.3.22 show gpon onu gemport Syntax show gpon onu gemport interface1 [number1 [number2 ] ]

Function This command shows the configuration information about a GPON GEM port.


Description

Value

interface1


-

gpon-olt_shelf/slot/oltId number1

ONU ID

1–128

number2

GEM port ID

1–255


Usage Guidelines One T-CONT can be configured with only four 4 GEM ports. The GEM port ID ranges from 1 to 255. If one ONU supports only four GEM ports, the GEM port ID ranges from 1 to 4.

Examples The following example shows the configuration information about a GPON GEM port: ZXAN#show gpon onu gemport gpon-olt_1/3/1 1 OLT: gpon-olt_1/3/1. ONU: 1. GemPort: 1. Name: gemport1. TCONT: 1. PortId:129. Gemport direction: both. Encrypt state: enable. Default Queue: 0. DownTraffic profile name: default. Upstreamraffic profile name: default. State: active. Down queue map ID: 0. Up queue map ID:

0.

15-102 SJ-20130118100307-010|2013-02-28 (R1.0)




15.3.23 show gpon onu next-available Syntax show gpon onu next-available name1 interface1

Function This command shows the next GEM port ID that can be obtained by the ONU.


Description

Value

name1

Query type: GEMport

-

interface1


-




Examples The following example shows the next GEM port ID that can be obtained by the ONU: ZXAN#show gpon onu next-available gemport gpon-onu_1/3/1:1 4. ZXAN#


15.3.24 show gpon onu portid Syntax show gpon onu portid interface1 number1 [number2 ]

Function This command shows the ONU GEM port data. 15-103 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-


ONU ID

1–128

number2

GEM port ID

1–256



Examples ZXAN#show gpon onu portid gpon-olt_1/3/1 1 1 Port Index

RealPort

--------------------------------------------------1

129


15.3.25 show gpon onu state Syntax show gpon onu state [interface1 {[number1 ] |[name1 ] } ]

Function This command shows the GPON ONU state.


Description

Value

interface1


-


ONU ID

1–128

name1

ONU state

-





Examples The following example shows the state of the ONU on OLT interface 1 in slot 3 of shelf 1: ZXAN#show gpon onu state gpon-olt_1/3/1 OnuIndex

Admin State

Omcc State

O7 State

Phase State

--------------------------------------------------------------------------gpon-onu_1/3/1:1

enable

disable

unknown

OffLine

ZXAN#


15.3.26 show gpon onu tcont Syntax show gpon onu tcont interface1 [number1 [number2 ] ]

Function This command shows the configuration information about the GPON T-CONT.


Description

Value

interface1


-


ONU ID

1–128

number2

T-CONT ID

1–255



Examples The following example shows the configuration information about the GPON T-CONT on OLT interface 1 in slot 3 of shelf 1: ZXAN#show gpon onu tcont gpon-olt_1/3/1 1

15-105 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Name: tcontForOMCI, OLT: gpon-olt_1/3/1, ONU: 1, TCONT: 255 AllocId: 0 Using following bandwidth profile: Profile Name: ZXAN#


15.3.27 show gpon onu uncfg Syntax show gpon onu uncfg [interface1 [number1 ] ]

Function This command shows the unauthorized ONU information.


Description

Value

interface1


-

olt_shelf/slot/oltId ONU ID

number1

1–128



Examples The following example shows the information about the unauthorized ONUs on OLT interface 1 in slot 3 of shelf 1: ZXAN#show gpon onu uncfg gpon-olt_1/3/1 OnuIndex

Sn

State

----------------------------------------------------------gpon-onu_1/3/1:1

ZTEG70002876

unknown

ZXAN(config-if)#

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15.3.28 show gpon onu vport Syntax show gpon onu vport interface1 [number1 [number2 ] ]

Function This command shows the GPON ONU VPORT information.


Description

Value

interface1


-

olt_shelf/slot/oltId number1

ONU ID

1–128

number2

vport ID

1–256



Examples The following example shows the ONU VPORT information on OLT interface 1 in slot 3 of shelf 1: ZXAN#show gpon onu vport gpon-olt_1/3/1 1 ONU ifName: gpon-onu_1/3/1:1 Vport:

1

Map type:

1:1

ZXAN#


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15.3.29 shutdown Syntax shutdown no shutdown

Function This command shows how to enable or disable an interface. By default, it is enabled.

Parameters None


Usage Guidelines When an interface is disabled, the physical connection of the interface is not affected.

Examples The following example shows how to enable interface gpon-onu_1/3/1:1: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#no shutdown


15.3.30 sn-bind Syntax sn-bind {enable [{sn |both } ] |disable |update-sn }

Function This command enables or disables ONU SN binding.

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Description

Value

enable

Enables SN binding, which is effective only in PW

-

registration mode. It indicates that the password is bound with the SN of the ONU that is discovered for the first time. sn

SN binding.

-

both

Both binding.

-

disable

Disables SN binding.

-

update-sn

Cancels the binding relation between the ONU and

-

the SN and can rebind the ONU. This parameter is effective only when the ONU is in PW mode and SN binding is enabled.



Examples The following example shows how to enable ONU SN binding: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#sn-bind enable


15.3.31 state Syntax state name1

Function This command modifies the state of a specified ONU.

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Description

Value

name1

Enables or disables OMCC.

-



Examples The following example shows how to set the ONU state to ready: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#state ready ZXAN(config-if)#


15.3.32 tcont Syntax tcont number1 [name name1 ] [allocid number2 ] {gap name2 |profile name3 } no tcont number1

Function This command configures T-CONT properties.


Description

Value

number1

T-CONT ID

1–255

name1

T-CONT name

1–64 characters

number2

Alloc-ID

256–4095

name2

DBA mode

-

name3

Name of the bandwidth profile used by

1–63 characters

the T-CONT, which can be shown by the show gpon profile command 15-110 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to configure T-CONT properties: ZXAN(config)#int gpon-onu_1/3/1:1 ZXAN(config-if)#tcont 1 profile default


15.3.33 type Syntax type name1 no type

Function This command configures the type name of a specified ONU.


Description

Value

name1

ONU type name

1–64 characters


Usage Guidelines The following ONU types are supported: l l l l l l l

ZTE-F641: 4FE interfaces ZTE-F622: 4FE + 2POTS interfaces ZTE-F625: 4FE + 2POTS + 1VIDEO interfaces ZTE-F621: 1GE + 1FE + 4CES interfaces ZTE-F601: 1GE + 1FE interfaces ZTE-F640: 1GE + 2POTS + 1VIDEO interfaces universalOnuType 15-111

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universalOnuType is used to interwork with an ONU of an unknown type. Because the UNI type is unknown, the UNI user port information cannot be queried. Generally, the ONU type is configured to the type that is known. The supported ONU type can be queried by the show onu-type command. The ONU type can be created by the onu-type command in PON interface mode. This command is applicable for the ONUs whose registration mode is auto learning. The type of a manually added ONU cannot be modified.

Examples The following example shows how to configure an ONU type name: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#type ZTE-F640 ZXAN(config-if)#


15.3.34 vport Syntax vport number1 [name name1 ] [map-type name2 ] no vport number1

Function This command creates an ONU VPORT.


Description

Value

number1

Bridge port ID

1–256

name1

VPORT name

1–64 characters

name2

Mapping type

COS, VLAN, COS + VLAN, 1:1



15-112 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to create VPORT 1 with the mapping type of COS: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#vport 1 name vport map-type cos ZXAN(config-if)#


15.3.35 vport-map Syntax vport-map number1 number2 [{[vlan number3 ] [cos number4 ] } ] no vport-map number1 number2 [{[vlan number3 ] [cos number4 ] } ]

Function This command creates the mapping relation between a VPORT and a GEM port.


Description

Value

number1

VPORT ID

1–256

number2

GEM port ID

1–255

number3

VLAN ID

1–4094

number4

COS priority

0–7



Examples The following example shows how to creates the mapping relation between VPORT 1 and GEM port 1: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#vport-map 1 1 vlan 200 cos 1 ZXAN(config-if)#

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15.3.36 vport-mode Syntax vport-mode {onu |gemport |manual } [def-map-type name1 ]

Function This command configures the ONU VPORT mode.


Description

Value

onu

ONU mode

-

gemport

GEM port mode

-

manual

Manual mode

-

name1

Default mapping type

COS, VLAN, COS + VLAN, 1:1



Examples The following example shows how to set the ONU VPORT mode to ONU mode: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)#vport-mode onu ZXAN(config-if)#


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15.4 GPON ONU Remote Management 15.4.1 auto-shutdown Syntax auto-shutdown [hold-time number1 ] [revert-time number2 ]

Function This command configures the Optical Network Unit (ONU) auto shutdown function.


Description

Value

number1

Duration that the loop-back port keeps

60–86400

disabled, unit: seconds number2

Duration that the non-loop-back port keeps

15–86400

enabled, unit: second

Mode GPON remote ONU configuration mode, GPON ONU MNG mode


Examples The following example shows how to configure the ONU auto shutdown function: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#auto-shutdown


15.4.2 broadcast-limit Syntax broadcast-limit {cpu |ethuni name1 } number1 no broadcast-limit {cpu |ethuni name1 }

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Function This command configures ONU multicast packet rate limiting.


Description

Value

cpu

CPU

-

name1

Ethernet port, format: eth_slot/port

1–31 characters

number1

Packet rate, unit: pps, default: 100

1–4294967295



Examples The following example shows how to configure the ONU multicast packet rate limiting: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#broadcast-limit ethuni eth_0/1 1000


15.4.3 cfm ma Syntax cfm ma number1 number2 {[name {primary-vid |integer number3 |vpn-id name1 |name2 } ] [vlan name3 ] [mhf-creation name4 ] [senderid name5 ] [ccm {disable |interval name6 } ] } no cfm ma number1 number2

Function This command configures ONU Maintenance Association (MA) properties.


Description

Value

number1

MD ID.

1–16

number2

MA ID correlated with the MD.

1–32

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Parameter

Description

Value

primary-vid

MA name format 1: primary VLAN ID.

-

number3

MA name format 2: 2-byte integer.

0–65535

name1

MA name format 3: VPN ID, ONI (3 characters)

-

+ hexadecimal index (aabbccdd). name2

MA name format 4: printable characters string.

1–45 characters

name3

VLAN table correlated with the MA, 1–64

-

characters, up to 12 VLAN IDs. name4

MHF creation policy.

none, default, explicit, defer

name5

Sender ID TLV filling policy.

none, defer

disable

Disables CCM sending.

-

name6

CCM sending interval

3.33 ms, 10 ms, 100 ms, 1 s, 10 s, 1 min, 10 min

Mode GPON ONU MNG mode

Usage Guidelines To cancel the setting, use the no form of this command. Before configuring ONU MA properties, use the ZXAN(gpon-onu-mng)#cfm md command to create the MD properties first.

Examples The following example shows how to configure ONU MA properties: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#cfm ma 1 1 ccm interval 100ms


15.4.4 cfm md Syntax cfm md number1 {[name {dns name1 |mac name2 |icc-based name3 |name4 } ] [level number2 ] [mhf-creation name5 ] [senderid name6 ] } no cfm md number1 15-117 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures ONU Maintenance Domain (MD) properties.


Description

Value

number1

MD ID

1–16

name1

MD name format 1: DNS format, which is the

1–45 characters

global unique text character string obtained by the DNS name name2

MD name format 2: MAC address, format:

19 characters

aabb.ccdd.eeff:xxyy name3

MD name format 3: ITU carrier ID + locally

13 characters

allocated UMC ID name4

MD name format 4: printable characters string

1–45 characters

number2

MD level

0–7

name5

MHF creation policy.

none, default, explicit, defer

name6

Sender ID TLV filling policy: none

-



Examples The following example shows how to configure ONU MD properties: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#cfm md 1 level 2


15.4.5 cfm mep Syntax cfm mep number1 number2 {ethuni name1 number3 |ais {disable |enable [period name2 ] [priori ty number4 ] [level number5 ] } |alarm {[threshold name3 ] [declare-soak-time number6 ] [clear15-118 SJ-20130118100307-010|2013-02-28 (R1.0)



soak-time number7 ] } |{[ccm name4 ] [server name5 ] [direction name6 ] [state name7 ] [priority number8 ] [rmep name8 ] [egress-id {default |name9 } ] [primary-vlan {from-ma |number9 } ] } } no cfm mep number1 number2

Function This command creates a Maintenance association End Point (MEP) that is correlated with an ONU Ethernet user port.


Description

Value

number1

MD ID.

1–16

number2

MA ID.

1–32

name1

Ethernet port, format: eth_slot/port.

1–31 characters

number3

MEP ID.

1–8191

disable

Disables the AIS function.

-

enable

Enables the AIS function.

-

name2

Sending period.

-

number4

Priority.

0–7

number5

User MEP stable level.

0–7

alarm

Alarm.

-

name3

Alarm threshold mode.

-

number6

Alarm announcement preparation time,

250–1000

unit: 10 ms. number7

Alarm clearance preparation time, unit:

250–1000

10 ms. name4

Enables or disables the MEP to generate

-

continuous detection messages. name5

Enables or disables MEP on the Y.1731

-

server. name6

Direction.

upstream, downstream

name7

State.

lock, unlock

number8

Priority.

0–7

name8

MEP ID list.

1–64 characters

default

Default egress ID.

-

name9

Egress ID.

1–19 characters

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Parameter

Description

Value

from-ma

Primary VLAN obtained from the MA.

-

number9

Primary VLAN ID

1–4094


Usage Guidelines To cancel the setting, use the no form of this command. Because the MEP is correlated with a bridge port, a UNI bridge port must already exists. Before creating a MEP, use the ZXAN(gpon-onu-mng)#cfm ma and ZXAN(gpon-onu-mn g)#cfm md commands to create an MA and an MD first.

Examples The following example shows how to configure an MEP (MEP ID 111) that is correlated with bridge port eth_0/1: ZXAN(gpon-onu-mng)#cfm mep 1 1 ethuni eth_0/1 111

The following example shows how to modify the MEP parameters, setting the MEP to generate CCM, administrative state to unlock, and peer MEP ID to 222: ZXAN(gpon-onu-mng)#cfm mep 1 1 ccm enable state unlock rmep 222


15.4.6 dhcp-ip Syntax dhcp-ip ethuni name1 {name2 }

Function This command configures Dynamic Host Configuration Protocol (DHCP) IP address obtaining control on an Ethernet user port.

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Description

Value

name1


1–31 characters

name2

IP address obtaining mode:

-

l

no-ctrl (default): no control

l

from-onu: obtained from the ONU

l

from-internet: obtained from the Internet

l

forbidden


Usage Guidelines When the DHCP server is enabled for the ONU and the device under the Ethernet user port obtains the IP address in DHCP mode, the IP address is processed in accordance with the configured IP address obtaining control mode.

Examples The following example shows how to configure the Ethernet user port eth_0/1 to obtain an IP address from the ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#dhcp-ip ethuni eth_0/1 from-onu


15.4.7 dhcp-option60 Syntax dhcp-option60 {enable name1 |disable }

Function This command configures the ONU DHCP option 60 function.


Description

Value

enable

Enables the DHCP option 60 function.

-

name1

Vendor ID.

1–128 characters

disable

Disables the DHCP option 60 function.

-

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Examples The following example shows how to enable the DHCP option 60 function: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#dhcp-option60 enable 123456


15.4.8 dot1p-map Syntax dot1p-map [flow number1 ] [{[unmark-option name1 ] [{dscp2prio name2 |ipp2prio name3 |tos 2prio name4 } ] [def-priority number2 ] } ]

Function This command configures the mapping properties of 802.1p service priorities.


Description

Value

number1

Service flow ID.

1–255

name1

Processing mode of the Ethernet frames

-

without 802.1p priorities. l

defprio: default priority mode

l

dscp2prio: DSCP to 802.1p mapping mode

name2

64 DSCP priorities are mapped to eight

DSCP priority value

802.1p priorities.

range: 0–63

Format: 0-15:0, 16-31:1, 32-47:2, 48-63:3.

802.1p priority value

The unspecified priorities are mapped to

range: 0–7

priority 0.

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Parameter

Description

Value

name3

Eight IP priorities are mapped to eight

IP priority value range:

802.1p priorities.

0–7

Format: 0-2:0, 3-4:1, 5-6:2, 7:3.



range: 0–7

priority 0. name4

16 TOS priorities are mapped to eight

TOS priority value

802.1p priorities.

range: 0–15

Format: 0-2:0, 3-5:1, 6-10:2, 11-15:3.



range: 0–7

priority 0. number2

Default priority.

0–7



Examples The following example shows how to configure the mapping mode of 802.1p service priorities to default: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#dot1p-map flow 2 unmark-option defprio ZXAN(gpon-onu-mng)#


15.4.9 dot1x Syntax dot1x [cid-prefix name1 ] [fallback name2 ] [auth-server1 name3 ] [shared-secret1 name4 ] [a uth-server2 name5 ] [shared-secret2 name6 ] [auth-server3 name7 ] [shared-secret3 name8 ] [proxy ip_addr1 ] no dot1x [{[cid-prefix ] [auth-server1 ] [shared-secret1 ] [auth-server2 ] [shared-secret2 ] [aut h-server3 ] [shared-secret3 ] [proxy ] } ]

Function This command configures ONU 802.1x properties. 15-123 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Circuit ID prefix

1–128 characters

name2

Fallback policy, indicating to allow or deny

allow, deny

802.1x session when there is no external authentication server name3

First RADIUS server address

1–128 characters

name4

Shared secret of the first RADIUS server

1–25 characters

name5

Second RADIUS server address

1–128 characters

name6

Shared secret of the second RADIUS server

1–25 characters

name7

Third RADIUS server address

1–128 characters

name8

Shared secret of the third RADIUS server

1–25 characters

ip_addr1

Proxy server IP address

-

cid-prefix

Circuit ID prefix

-

auth-server1

First RADIUS server address

-

shared-secret1

Shared secret of the first RADIUS server

-

auth-server2

Second RADIUS server address

-

shared-secret2

Shared secret of the second RADIUS server

-

auth-server3

Third RADIUS server address

-

shared-secret3

Shared secret of the third RADIUS server

-

proxy

Proxy server

-



Examples The following example shows how to configure ONU 802.1x properties: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#dot1x fallback allow


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15.4.10 dot1x ethuni Syntax dot1x ethuni name1 {force name2 |[{[auth name3 ] [direction name4 ] [quiet-period number1 ] [timeout-period number2 ] [key-tx name5 ] } ] }

Function This command configures 802.1x properties of an ONU Ethernet User Network Interface (UNI).


Description

Value

name1


1–31 characters

name2

Port execution action.

reauth, unauth, auth

name3

Enables or disables authorization.

-

name4

Management control direction.

Upstream and downstream, downstream

number1

EAP request interval, unit: seconds

0–65535

number2

ONU waiting response time, unit: seconds,

0–65535

default: 30. name5

Enables or disables key sending.

-



Examples The following example shows how to configure the 802.1x properties of ONU Ethernet port eth_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#dot1x ethuni eth_0/1 auth enable key-tx enable


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15.4.11 equip-mgmt Syntax equip-mgmt {battery-backup name1 |state name2 |sec-mode name3 }

Function This command configures ONU properties.


Description

Value

name1

Whether the ONU supports a secondary

true, false

battery. name2

ONU administrative status.

lock, unlock

name3

Encryption mode.

AES, null



Examples The following example shows how to configure the ONU to support a secondary battery: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#equip-mgmt battery-backup true ZXAN(gpon-onu-mng)#


15.4.12 ex-vlan Syntax ex-vlan {[switchport ] ethuni name1 |flow number1 |veip number2 |wifi name2 } [{[input-tpid hexadecimal1 ] [output-tpid hexadecimal2 ] [down-mode name3 ] [dscp2pbit name4 ] } ] no ex-vlan {[switchport ] ethuni name1 |flow number1 |veip number2 |wifi name2 }

Function This command configures ONU extended VLAN properties. 15-126 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

switchport

UNI bridge port

-

name1


1–31 characters

number1

Service flow ID

1–255

number2

Virtual Ethernet interface ID

1–255

name2

WiFi port, format: wifi_slot/port

1–31 characters

hexadecimal1

TPID used for ingress filtering, hexadecimal

-

ABCD, such as 9100 hexadecimal2

TPID used for egress filtering, hexadecimal

-

ABCD, such as 9100 name3

Downstream processing mode

no-operation, inverse-upstream

name4

DSCP target name

1–64 characters



Examples The following example shows how to configure ONU extended VLAN properties: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#ex-vlan ethuni eth_0/1 input-tpid 0x9100 ZXAN(gpon-onu-mng)#


15.4.13 ex-vlan-table Syntax ex-vlan-table {[switchport ] ethuni name1 |flow number1 |veip number2 |wifi name2 } rule name3 treat name4 no ex-vlan-table {[switchport ] ethuni name1 |flow number1 |veip number2 |wifi name2 } rule name3 15-127 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the extended VLAN mapping items of an ONU.


Description

Value

switchport

UNI bridge port

-

name1


1–31 characters

number1

Service flow ID

1–255

number2

Virtual Ethernet interface ID

1–255

name2


1–31 characters

name3

Matching rule profile name

1–64 characters

name4

Processing rule profile name

1–64 characters


Usage Guidelines To cancel the setting, use the no form of this command. Before configuring the extended VLAN mapping items of an ONU, use the ZXAN(configgpon)#onu profile filter-rule and ZXAN(config-gpon)#onu profile trea commands to create the corresponding profiles.

Examples The following example shows how to configure the extended VLAN mapping items of an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#ex-vlan-table ethuni eth_0/1 rule single-tag-vid100 treat add-outer-vid200 ZXAN(gpon-onu-mng)#

Related Commands 15.1.7 onu profile filter-rule double-tag 15.1.8 onu profile filter-rule single-tag 15.1.9 onu profile filter-rule zero-tag 15.1.24 onu profile treat

15-128 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.14 firewall Syntax firewall {disable |enable [{[level name1 ] [anti-hack name2 ] } ] }

Function This command configures the firewall level and anti-hack function of an ONU.


Description

Value

disable

Disables the firewall.

-

enable

Enables the firewall.

-

name1

Firewall level, including low, medium, and high.

-

name2

Enables or disables anti-hack.

-



Examples The following example shows how to enable the firewall function for an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#firewall enable


15.4.15 firewall ip-filter Syntax firewall ip-filter number1 [state name1 ] [mode name2 ] [protocol name3 ] [src-ip ip_addr1 [to ip_addr2 ] ] [src-port number2 [to number3 ] ] [dst-ip ip_addr3 [to ip_addr4 ] ] [dst-port number4 [to number5 ] ] [ingress {lan |iphost number6 |ethuni name4 } ] [egress {lan |iphost number7 |ethuni name5 } ] no firewall ip-filter number1 [{[src-ip ] [src-port ] [dst-ip ] [dst-port ] [ingress ] [egress ] } ]

15-129 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the firewall IP filtering parameters of an ONU.


Description

Value

number1

Firewall IP address filtering ID.

1–255

name1

Enables or disables the filtering function.

-

name2

Filtering mode.

permit, discard

name3

Protocol type.

TCP, UDP, TCP-UDP, ICMP, all

ip_addr1

Starting address of the source IP address,

-

default: 0.0.0.0. ip_addr2

Ending address of the source IP address,

-

default: 0.0.0.0. number2

Starting ID of the source port, default: 0

1–65535

number3

Ending ID of the source port, default: 0.

1–65535

ip_addr3

Starting address of the destination IP address,

-

default: 0.0.0.0. ip_addr4

Ending address of the destination IP address,

-

default: 0.0.0.0. number4

Starting ID of the destination port, default: 0.

1–65535

number5

Ending ID of the destination port, default: 0.

1–65535

lan

Ingress type: LAN port.

-

number6

Ingress type: IP host.

1–255

name4

Ingress type: Ethernet UNI port, format:

1–31 characters

eth_slot/port. number7

Egress type: IP host.

1–255

name5

Egress type: Ethernet UNI port, format:

1–31 characters

eth_slot/port. src-ip

Source IP address.

-

src-port

Source port number.

-

dst-ip

Destination IP address.

-

dst-port

Destination port number.

-

ingress

Ingress.

-

egress

Egress.

-

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Examples The following example shows how to configure the firewall IP filtering parameters of an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#firewall ip-filter 1 egress ethuni eth_0/1


15.4.16 firewall mac-filter Syntax firewall mac-filter number1 hexadecimal1 [name1 ] [protocol name2 ] no firewall mac-filter number1

Function This command configures the firewall MAC filtering parameters of an ONU.


Description

Value

number1

Firewall MAC address filtering ID

1–255

hexadecimal1

MAC address, format: XXXX.XXXX.XXXX

-

name1

Filtering direction.

-

name2

Filtering protocol

IP, all


Usage Guidelines To cancel the setting, use the no form of this command. Before configuring the firewall MAC filtering parameters of an ONU, use the ZXAN(gpononu-mng)#firewall mac-filter-table command to configure the firewall MAC filtering table. 15-131 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the firewall MAC filtering parameters of an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#firewall mac-filter 1 1111.1111.1111 protocol all

Related Commands 15.4.17 firewall mac-filter-table

15.4.17 firewall mac-filter-table Syntax firewall mac-filter-table [{[state name1 ] [mode name2 ] } ] no firewall mac-filter-table

Function This command configures the firewall MAC filtering state and mode of an ONU.


Description

Value

name1

Enables or disables ONU firewall MAC

-

filtering. name2

Filtering mode.

permit, discard



Examples The following example shows how to configure the firewall MAC filtering state and mode of an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#firewall mac-filter-table mode permit




15.4.18 firewall port-forward Syntax firewall port-forward number1 [state name1 ] [iphost number2 ] [protocol name2 ] [wan-ip ip_a ddr1 [to ip_addr2 ] ] [wan-port number3 [to number4 ] ] [{lan-mac hexadecimal1 |lan-ip ip_addr3 } ] [lan-port number5 [to number6 ] ] no firewall port-forward number7 [wan-ip ]

Function This command configures firewall port forward filtering parameters.


Description

Value

number1

Firewall port forward filtering ID.

1–255

name1

Enables or disables firewall port forward

-

filtering. number2

IP host ID, default: 1.

name2

Filtering protocol.

1–255 TCP, UDP, TCP-UDP

ip_addr1

Starting IP address of the WAN, default:

-

0.0.0.0. ip_addr2

Ending IP address of the WAN, default:

-

0.0.0.0. number3

Starting port number of the WAN, default: 0.

1–65535

number4

Ending port number of the WAN, default: 0.

1–65535

hexadecimal1

LAN MAC address, format:

-

XXXX.XXXX.XXXX. ip_addr3

LAN IP address.

-

number5

Starting port number of the LAN.

1–65535

number6

Ending port number of the LAN.

1–65535

number7

Firewall port forward filtering ID.

1–255

wan-ip

WAN IP address.

-


Usage Guidelines To cancel the setting, use the no form of this command. 15-133 SJ-20130118100307-010|2013-02-28 (R1.0)



Before configuring firewall port forward filtering parameters, configure the LAN IP address or LAN MAC address.

Examples The following example shows how to configure firewall port forward filtering parameters: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#firewall port-forward 1 iphost 1 lan-mac 1111.1111.1111


15.4.19 flow Syntax flow number1 {{[priority number2 ] [vid number3 ] } |[{switch name1 |ethuni name2 |ethflow number4 |iphost number5 |downMulticast name3 } ] } no flow number1 [priority number2 vid number3 ]

Function This command configures or adds the Tag Control Information (TCI) items corresponding to service flows.


Description

Value

number1

Flow ID.

1–255

number2

802.1p priority of service flow.

0–7

number3

VLAN ID of service flow.

1–4094

name1

Layer 2 switching bridge port number, format:

1–31 characters

switch_slot/port. It indicates that the flow is the upstream service flow switched through layer 2. name2

Ethernet port, format: switch_slot/port. It indicates

1–31 characters

that the flow is the upstream service flow mapped from the UNI through 802.1p. number4

CES user port ID. It indicates that the flow is the

1–65535

upstream service flow mapped from the Ethernet flow through 802.1p.

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Parameter

Description

Value

number5

IP host ID. It indicates that the flow is the upstream

1–255

service flow mapped from the IP host through 802.1p. name3

Layer 2 switching bridge port number, format:

1–31 characters

switch_slot/port. The bridge and downstream multicast are correlated.



Examples The following example shows how to create an upstream flow switched through layer 2 and with the VLAN ID of 100: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#flow 1 vid 100 ZXAN(gpon-onu-mng)#


15.4.20 flow mode Syntax flow mode number1 tag-filter name1 untag-filter name2

Function This command configures the flow matching mode.


Description

Value

number1

Flow ID

1–255

name1

Tagged frame filtering mode

transparent, discard, forward, prio-filter, vid-filter, prio-vid-filter, prio-match, vid-match, prio-vid-match

name2

Untagged frame filtering mode

transparent, discard

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Usage Guidelines The default matching mode tagged frames is vid-match. The default matching mode untagged frames is discard.

Examples The following example shows how to set the matching mode of flow 1 as follows: l l l

Tagged frames are matched according to VIDs. Unmatched frames are discarded. Untagged frames are discarded.

ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#flow mode 1 tag-filter vid-match untag-filter discard ZXAN(gpon-onu-mng)#


15.4.21 gemport Syntax gemport number1 [{traffic-limit [downstream name1 ] [upstream name2 ] |{[flow number2 ] [do t1p-list name3 ] } |{[up-queue-map name4 ] [down-queue number3 [uni name5 ] ] } |loop name6 }] no gemport number1 [traffic-limit {downstream |upstream |all } ]

Function This command configures a GEM port connection that is correlated with the flow and 802.1p priority, configures ONU GEM port upstream priority queue mapping, downstream queues and UNI, and configures ONU GEM port rate limiting.


Description

Value

number1

GEM port ID.

1–255

traffic-limit

Rate limiting management.

-

name1

Downstream rate limiting, correlated with the

-

ONU profile traffic profile. 15-136 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

Upstream rate limiting, correlated with the ONU

-

profile traffic profile. number2

Flow mapped to the GEM port.

1–255

name3

802.1p priority list mapped to GEM ports, in x,y,z

-

format or x-z format. name4

Upstream data on a GEM port, which can be

1–128 characters

mapped to queues with different upstream priorities according to different p-bits. Format: p1:q1[,p2-p3:q2...]. number3

Downstream priority queue ID.

0–7

All the downstream data under the GEM port is sent to the priority queue. name5


1–31 characters

name6

Enables or disables loop-back.

-

downstream

Downstream rate limiting.

-

upstream

Upstream rate limiting.

-

all

Upstream and downstream rate limiting.

-



Examples The following example shows how to configure the correlation between flow 1 and GEM port 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#gemport 1 flow 1 ZXAN(gpon-onu-mng)#

The following example shows how to map upstream priorities 0–7 to queue 3, and map downstream priorities to queue 4 on port eth_0/1: ZXAN(gpon-onu-mng)#gemport 1 up-queue-map 0-7:3 down-queue 4 uni eth_0/1 ZXAN(gpon-onu-mng)#

The following example shows how to set upstream GEM port rate limiting to 100 Mbps: 15-137 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(gpon-onu-mng)#gemport 1 traffic-limit downstream 100M upstream 100M


15.4.22 igmp Syntax igmp name1 [{[max-groups number1 ] [max-bandwidth number2 ] [bandwidth-enforce name2 ] [profile name3 ] } ] no igmp name1 [{[max-groups ] [max-bandwidth ] [profile ] } ]

Function This command configures the ONU multicast function.


Description

Value

name1

Ethernet or VEIP port, format: eth_slot/port,

1–31 characters

veip_port. number1

Number of maximum synchronization groups.

1–65535

number2

Maximum ingress dynamic bandwidth, unit:

1–4294967295

Kbps. name2

Enables or disables bandwidth enforce.

-

name3

IGMP profile name.

1–64 characters

max-groups

Number of maximum synchronization groups.

-

max-bandwidth

Maximum ingress dynamic bandwidth.

-

profile

IGMP profile.

-



Examples The following example shows how to configure the ONU multicast function for Ethernet port eth_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1

15-138 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands ZXAN(gpon-onu-mng)#igmp eth_0/1 bandwidth-enforce enable


15.4.23 igmp monitor Syntax igmp monitor name1 no igmp monitor name1

Function This command configures the ONU multicast monitoring function.


Description

Value

name1

Ethernet or VEIP port, format: eth_slot/port,

1–31 characters

veip_port.



Examples The following example shows how to configure the ONU multicast monitoring function for Ethernet port eth_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#igmp monitor eth_0/1


15-139 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.24 interface ces Syntax interface ces name1 [{[state name2 ] [type number1 ] [loop name3 ] [ds1-framing name4 ] [linecoding name5 ] [line-length number2 ] [ds1-mode name6 ] [arc number3 arc-interval number4 ] [line-type name7 ] } ]

Function This command configures properties of a CES user port.


Description

Value

name1

CES user port, format: ces_slot/port

1–31 characters

name2

Port administrative state

lock, unlock

number1

Expected card type

0–255

name3

Loop-back control

noloop, lineloop, opsloop1, opsloop2, opsloop3, payloadloop

DS1 frame structure, default:

extendsuper, g704, jtg704, super,

extendedsuper

unframe

name5

Encoding mechanism

ami, b3zs, b8zs, hdb3

number2

Cable length

0–255

name6

DS1 mode

-

number3

Alarm suppression

0–1

name4

l

0: not suppressed, reported normally

l number4

1: suppressed

Alarm suppression time, unit:

0–255

minutes name7

Line type

3plcp, ds3cbitparity, ds3clearchannel, ds3m23, ds3syntran, e3framed, other



15-140 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the state of a CES user port to lock: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#interface ces ces_0/1 state lock


15.4.25 interface eth Syntax interface eth name1 [{[state name2 ] [arc number1 arc-interval number2 ] [type number3 ] [speed name3 ] [loop name4 ] [mtu number4 ] [pause-time number5 ] [wiring name5 ] [l2l3 name6 ] [pppoe-filter name7 ] [power-control name8 ] } ]

Function This command configures properties of an Ethernet user port.


Description

Value

name1


1–31 characters

name2

Port administrative state.

lock, unlock

number1

Alarm suppression

0–1

number2

l

0: not suppressed, reported normally.

l

1: suppressed.

Suppression time, unit: minutes.

0–255

255: permanent suppression. number3

Expected card type, default: 0.

0–255

name3

Port duplex mode and rate.

auto, full-10, full-100, full-1000, half-10, half-100

name4

Enables or disables port loop-back.

-

number4

Maximum transfer unit, unit: bytess.

64–8192

number5

Time for the peer end to pause sending

0–65535

packets requested by the pause frame. name5

Cable type.

dce, dte

name6

The UNI works in layer 2 bridge mode or

-

layer 3 IP mode. 15-141 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name7

PPPoE packet filtering control.

-

l

Enable: Only PPPoE packets are permitted.

l

Disable: All types of packets are permitted.

name8

Power control, whether provides power

-

supply for external devices through the port.



Examples The following example shows how to set the state of an Ethernet user port to lock: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)# interface eth eth_0/1 state lock


15.4.26 interface pon Syntax interface pon name1 {temp-threshold low name2 high name3 |current-threshold low name4 hi gh name5 |vol-threshold low name6 high name7 |gem-blocklen number1 |sf-threshold number2 sd-threshold number3 |rx-optical-threshold low {ont-internal-policy |name8 } high {ont-intern al-policy |name9 } |tx-optical-threshold low {ont-internal-policy |name10 } high {ont-internalpolicy |name11 } |alarm {enable |disable [alarm-disable-interval number4 ] } }

Function This command configures the Bit Error Rate (BER) thresholds of SFi/SF alarms and SDi/SF alarms on the Passive Optical Network (PON) port.

15-142 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

PON number, format: pon_slot/port.

1–31 characters

temp-threshold

Temperature alarm threshold of the optical

-

module. name2

Minimum temperature alarm threshold of the

-127℃ to 127℃

optical module, granularity: 1/256℃. name3

Maximum temperature alarm threshold of the

-127℃ to 127℃

optical module, granularity: 1/256℃. current-threshold

Offset current alarm threshold.

-

name4

Minimum offset current alarm threshold,

0–131 mA

granularity: 0.002 mA. name5

Maximum offset current alarm threshold,

0–131 mA

granularity: 0.002 mA. vol-threshold

Feedback voltage alarm threshold.

-

name6

Minimum feedback voltage alarm threshold,

0–6.56 V

granularity: 0.02 V. name7

Maximum feedback voltage alarm threshold,

0–6.56 V

granularity: 0.02 V. number1

GEM block length, default: 48.

0–65535

number2

SFi/SF alarm BER threshold, default: 5.

3–8

number3

SDi/SD alarm BER threshold, default: 9.

4–10

rx-optical-threshold

Alarm threshold of the receiving optical rate.

-

ont-internal-policy

ONU internal policy.

-

name8

Minimum alarm threshold of the receiving optical

-27 dBm to -8 dBm

rate, precision: 0.5 dBm. name9

Maximum alarm threshold of the receiving optical

-27 dBm to -8 dBm

rate, precision: 0.5 dBm. tx-optical-threshold

Alarm threshold of the sending optical rate.

-

name10

Minimum alarm threshold of the sending optical

-0.5 dBm to -5 dBm

rate, precision: 0.5 dBm. name11

Maximum alarm threshold of the sending optical

-0.5 dBm to -5 dBm

rate, precision: 0.5 dBm. enable

Enables alarm report.

-

15-143 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

disable

Disables alarm report.

-

number4

Time period during which alarm report is disabled,

0–255

unit: minute. This parameter is effective only when alarm report is disabled.


Usage Guidelines The BER threshold unit is dB. For example, 3 indicates -3 dB.

Examples The following example shows how to set the thresholds of SFi/SF alarms and SDi/SF alarms on the PON port to -4 dB and -8 dB: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#interface pon pon_0/1 sf-threshold 4 sd-threshold 8


15.4.27 interface pots Syntax interface pots name1 [{[state name2 ] [[arc number1 ] arc-interval number2 ] [impedance numb er3 ] [tx-path name3 ] [rx-gain name4 ] [tx-gain name5 ] } ]

Function This command configures properties of a Plain Old Telephone Service (POTS) user port.


Description

Value

name1

POTS port, format: pots_slot/port

1–31 characters

name2


lock, unlock

number1

Alarm suppression

0–1

l


l

1: suppressed

15-144 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number2

Suppression time, unit: minutes

0–255

255: permanent suppression number3

Impedance, default: 0

0–4

name3

Onhook transmission mode

fulltimeOnHook, parttimeOnHook

name4

Received signal gain, precision: 0.1 dB,

-12.0 dB to 6.0 dB

default: 0 name5

Sent signal gain, precision: 0.1 dB, default: 0

-12.0 dB to 6.0 dB



Examples The following example shows how to configure the impedance of a POTS user port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#interface pots pots_0/1 impedance 4


15.4.28 interface video Syntax interface video name1 [{[state name2 ] [arc number1 arc-interval number2 ] [power-control na me3 ] } ]

Function This command configures properties of a video port.


Description

Value

name1

Video port, format: video_slot/port

1–31 characters

name2


lock, unlock

15-145 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1

Alarm suppression

0–1

l


l

1: suppressed


number2

0–255

255: permanent suppression Power control, whether provides power supply

name3

-

for external devices through the port



Examples The following example shows how to set the state of a video port to lock: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#interface video video_0/1 state lock


15.4.29 interface video-ani Syntax interface video-ani {[state name1 ] [arc number1 arc-interval number2 ] [pilot-frequency num ber3 ] [optical-thresh lower name2 upper name3 ] [agc-mode {disable |{broadband |optical } offset name4 } ] }

Function This command configures properties of a video ANI port.


Description

Value

name1

Port administrative state.

lock, unlock

number1

Alarm suppression.

0–1

l

0: not suppressed, reported normally.

l

1: suppressed. 15-146

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number2

Suppression time, unit: minutes.

0–255

number3

Pilot frequency, unit: Hz.

0–4294967295

name2

Optical power lower threshold, granularity: 0.1

-12.0 dBm to 6.0 dBm

dB. name3

Optical power upper threshold, granularity: 0.1

-12.0 dBm to 6.0 dBm

dB. disable

Disables AGC.

-

broadband

AGC mode: broadband.

-

optical

Optical power.

-

name4

AGC optical power compensation, step length:

-12.8 dB to 12.7 dB

0.1 dB.



Examples The following example shows how to set the state of a video ANI port to lock: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#interface video-ani state lock


15.4.30 interface wifi Syntax interface wifi name1 {[state name2 ] [arc number1 arc-interval number2 ] }

Function This command configures the properties of a Wireless Fidelity (WiFi) port.

15-147 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


1–31 characters

name2


lock, unlock

number1

Alarm suppression

0–1

number2

l


l

1: suppressed


0–255

255: permanent suppression



Examples The following example shows how to configure the properties of a WiFi port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#interface wifi wifi_0/1 arc 0 arc-interval 255 state unlock


15.4.31 ip route Syntax ip route ip_addr1 ip_addr2 {[ip_addr3 ] [output-port number1 ] } no ip route ip_addr1 ip_addr2

Function This command creates an ONU static route.


Description

Value

ip_addr1

Subnet ID

-

ip_addr2

Subnet mask

-

15-148 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr3

Next-hop IP address

-

number1

Output port

1–255



Examples The following example shows how to route the packets that are sent to network 131.108.0.0 to the router whose address is 131.108.6.6: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#ip route 131.108.0.0 255.255.0.0 131.108.6.6


15.4.32 ip-host Syntax ip-host number1 {dhcp-enable name1 ping-response name2 traceroute-response name3 [ipsta ck-enable name4 ] |id name5 |ip ip_addr1 mask ip_addr2 [gateway ip_addr3 ] |primary-dns ip_addr4 [second-dns ip_addr5 ] } no ip-host number1

Function This command configures the Domain Name Server (DNS) for an ONU host.


Description

Value

number1

IP host ID

1–255

name1

DHCP

true, false

name2

Ping response

true, false

name3

Trace response

true, false

name4

IP stack

true, false

name5

ONU host ID, default: 25 null bytes

1–25 characters

15-149 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr1

IP address

-

ip_addr2

IP mask

-

ip_addr3

IP gateway address

-

ip_addr4

Primary DNS address

-

ip_addr5


-



Examples The following example shows how to configure the DNS for an ONU host: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#ip-host 1 primary-dns 192.168.1.1 second-dns 192.168.1.10


15.4.33 ip-service-map Syntax ip-service-map number1 host number2 no ip-service-map number1

Function This command configures the mapping relation between an IP address and a service.


Description

Value

number1

Service ID

1–24

host

Host

-

number2

Host ID

1–255

Mode GPON remote ONU configuration mode, GPON ONU MNG mode 15-150 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to configure the mapping relation between an IP address and a service: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#ip-service-map 1 host 1


15.4.34 lct Syntax lct {disable |enable }

Function This command configures the Local Craft Terminal (LCT) function for an ONU.


Description

Value

disable

Disables LCT for an ONU.

-

enable

Enables LCT for an ONU.

-



Examples The following example shows how to enable LCT for an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#lct enable




15.4.35 loop-detect Syntax loop-detect ethuni name1 name2

Function This command configures the loop-back detection function for an ONU UNI.


Description

Value

name1


1–31 characters

name2

Enables or disables loop-back detection.

-



Examples The following example shows how to enable loop-back detection for ONU UNI eth_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#loop-detect ethuni eth_0/1 enable


15.4.36 loopback Syntax loopback no loopback

Function This command enables ONU port loop-back.






Examples The following example shows how to enable loop-back for port gpon-onu_1/3/1:1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#loopback ZXAN(gpon-onu-mng)#


15.4.37 mac-filter Syntax mac-filter {ethuni name1 |flow number1 |iphost number2 } hexadecimal1 name2 [name3 ] no mac-filter {ethuni name1 |flow number1 |iphost number2 } hexadecimal1

Function This command creates MAC address filtering items on a user port.


Description

Value

name1


1–31 characters

number1

Flow ID.

1–255

number2

IP host ID.

1–255

hexadecimal1

MAC address, format: XXXX.XXXX.XXXX.

-

name2

Forwards or discards filtered packets.

-

name3

Source or destination MAC address.

-





Examples The following example shows how to create MAC address filtering items of the IP host on an ONU to discard the filtered packets: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#mac-filter iphost 1 0000.0000.1111 discard ZXAN(gpon-onu-mng)#


15.4.38 me-access Syntax me-access number1 number2 number3 number4 [name1 ]

Function This command manually sets up a ONT Management Control Interface (OMCI) message and sends it to the ONU.


Description

Value

number1

Trans ID

1–65535

number2

Message type

0–255

number3

ME type

0–65535

number4

ME ID

0–65535

name1

Message content

0–95 characters



Examples The following example shows how to set up a message with the ME of 65528 and ME ID of 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#me-access 6 72 65528 1 08,00,00,00,00,3c

15-154 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.39 mgc Syntax mgc number1 [{{[heart-beat name1 ] [rtp-link-detect name2 ] [num-match-shortest name3 ] [d igit-map long-timer number2 short-timer number3 start-timer number4 ] [heart-beat-interval number5 ] [min-rereg-timer number6 max-rereg-timer number7 ] [regmsg-retran-timer numbe r8 total-retran-time number9 ] [port number10 [host number11 ] ] [version number12 ] [msg-fo rmat name4 ] [max-retry-time number13 ] [max-retry-attempts number14 ] [service-change-de lay number15 ] [terminal-id name5 ] [user-tid {default prefix name6 |prefix name7 [postfix-len number16 ] postfix-start number17 } ] [rtp-tid {default |prefix name8 [postfix-len number18 ] postfix-start number19 } ] [domain name9 ] [ss-vendor name10 ] } |{[{server1 |server2 } name11 [validate {disable |basic username name12 password name13 |md5 username name14 password name15 [realm name16 ] } ] ] } } ] no mgc number1 [{[server1 ] [server2 ] [terminal-id ] [ss-vendor ] } ]

Function This command creates a Media Gateway Controller (MGC) and correlates it with a TCP or UDP port.


Description

Value

number1

MGC ID.

1–65535

name1

Heartbeat mode.

-

name2

Enables or disables RTP line detection.

-

name3

Enables or disables minimum digit matching.

-

number2

Maximum duration for digit matching, unit:

2000–60000

ms, default: 20000. number3

Minimum duration for digit matching, unit: ms,

2000–60000

default: 5000. number4

Starting duration for digit matching, unit: ms,

2000–60000


Heartbeat interval, unit: ms, default: 5000.

10000–600000

number6

Minimum registration time, unit: ms.

0–500000

number7

Maximum registration time, unit: ms.

0–500000

15-155 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number8

Time of obtaining the registration message,

100–50000

unit: ms. number9

Total obtaining time, unit: ms.

100–50000

number10

TCP/UDP port number.

1–65535

number11

IP host ID.

1–255

number12

Protocol version number.

1–255

name4

Message format.

text-long, text-short, binary

number13

Maximum retransmission time, unit: seconds.

1–65535

number14

Maximum number of retransmission times.

1–65535

number15

Delay time of changing the service state, unit:

1–65535

seconds. name5

H.248 physical terminal ID.

1–25 characters

default

Default user TID.

-

name6

Standard prefix of the user TID.

1–25 characters

name7

Long prefix of the user TID.

1–128 characters

number16

Length of the user TID suffix, unit: bytes.

1–7

number17

Starting digit of the user TID suffix.

0–9

name8

RTP TID prefix.

1–8 characters

number18

Length of the RTP TID suffix, unit: bytes.

1–7

number19

Starting digit of the RTP TID suffix.

0–9

name9

TID domain name.

1–128 characters

name10

SS gateway vendor name.

1–4 characters

server1

Primary MGC signaling server.

-

server2

Secondary MGC signaling server.

-

name11

MGC server name, which is an IP address or

1–128 characters

a URL address. disable

Disables authentication.

-

basic

Basic authentication method.

-

name12

User name.

1–25 characters

name13

Password.

1–25 characters

md5

MD5 authentication method.

-

name14

User name.

1–25 characters

name15

Password.

1–25 characters

15-156 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name16

Domain name.

1–25 characters

terminal-id

H.248 physical terminal ID.

-

ss-vendor

SS gateway vendor name.

-



Examples The following example shows how to creates an MGC: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#mgc 1 server1 10.64.196.254 validate basic username zte password zte


15.4.40 mgc-service Syntax mgc-service name1 profile name2 [signal name3 ] [media-profile name4 ] no mgc-service name1

Function This command configures the POTS MGC service when the VoIP protocol is H.248 or MGCP.


Description

Value

name1


1–31 characters

name2

MGC profile name

1–64 characters

name3

Signaling encoding

-

name4

Media profile name

1–64 characters

15-157 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines To cancel the setting, use the no form of this command. This service can be configured when the VoIP protocol is H.248 or MGCP, and the correlated MGC profile needs to be created first.

Examples The following example shows how to configure the POTS SIP service: ZXAN(gpon-onu-mng)#mgc-service pots_0/1 profile test1


15.4.41 mgmt-ip Syntax mgmt-ip ip_addr1 ip_addr2 (vlan number1 )[svlan number2 ](priority number3 )(route ip_addr3 ip_addr4 ip_addr5 )[host number1 ]

Function This command configures the management IP address of a GPON ONU.


Description

Value

ip_addr1

ONU IP address

-

ip_addr2

ONU subnet mask

-

number1

VLAN SN

1–4094

number2

SVLAN SN

1–4094

number3

Priority

0–7

ip_addr3

Remote host IP address

-

ip_addr4

Remote host subnet mask

-

ip_addr5

Next-hop address

-

number1

IP host ID

1–255

Mode GPON ONU MNG mode 15-158 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The ONU IP address and remote host IP address cannot be in the same network segment as the ONU LAN IP address (192.168.1.1/255.255.255.0 by default). If the ONU has a WAN connection, the ONU IP address and the remote host IP address cannot be in the same network segment as the WAN connection IP address. The VLAN cannot be the same as that used by the ONU.

Examples The following example shows how to configure the IP address of ONU 1 under OLT interface 1 in sot 3 of shelf 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#mgmt-ip onu-ip 172.168.1.122 255.255.0.0 3 300 route 172.168.1.10 255.255.0.0 172.168.1.250

Related Commands show remote onu mgmt-ip

15.4.42 mgmt-ip auto-assign Syntax mgmt-ip auto-assign [host number1 ]

Function This command configures auto assignment of management IP addresses from the address pool by an ONU.


Description

Value

number1

IP host ID

1–255



Examples The following example shows how to configure auto assignment of management IP addresses from the address pool by an ONU: 15-159 SJ-20130118100307-010|2013-02-28 (R1.0)



ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#mgmt-ip auto-assign host 1

Related Commands ZXAN(config-pon)#ip-pool ZXAN(config-pon)#ip-pool-bind

15.4.43 mgmt-ip release Syntax mgmt-ip release

Function This command releases the management IP address of an ONU.

Parameters None



Examples The following example shows how to release the management IP address of an ONU: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#mgmt-ip release


15.4.44 mirror Syntax mirror ethuni name1 gemport number1 direction name2 no mirror ethuni name1 15-160 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the ONU mirroring function.


Description

Value

name1


1–31 characters

number1

GEM port ID

1–255

name2

Mirroring direction

upstream, downstream, upstream and downstream



Examples The following example shows how to configure mirroring between ONU eth_0/1 and GEM port 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#mirror ethuni eth_0/1 gemport 1 direction both


15.4.45 multicast vlan Syntax multicast vlan {clear |{add |delete } vlanlist name1 }

Function This command configures the GPON ONU multicast VLAN.


Description

Value

clear

Clears all the multicast VLANs.

-

add

Adds a multicast VLAN.

-

15-161 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

delete

Deletes a multicast VLAN.

-

name1

Multicast VLAN list, format: X,X...or X-X.

1–64 characters

The VLAN ID ranges from 1 to 4094. Up to 12 VLANs are supported.


Usage Guidelines This command can be used only when the multicast mode is IGMP snooping. When the action is clear, the vlanlist parameter does not need to be configured, which indicates to clear all the multicast VLANs under the port. When the action is add or delete, the vlanlist parameter must be configured.

Examples The following example shows how to configure the multicast VLAN for ONU 1 under OLT interface 1 in slot 3 of shelf 0: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#multicast vlan add vlanlist 1,3,5-8


15.4.46 multicast vlan tag-strip Syntax multicast vlan tag-strip port name1 {enable |disable |translate trans-list name2 }

Function This command configures downstream multicast VLAN tag removing and VLAN translation under the GPON ONU UNI.


Description

Value

name1

Ethernet UNI, format: eth_slot/port.

1–31 characters

enable

Enables downstream multicast VLAN tag

-

removing. 15-162 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

disable

Disables downstream multicast VLAN tag

-

removing. translate

Downstream multicast VLAN translation.

-

name2

Downstream multicast VLAN translation item,

1–255 characters

format: mcVlan:userVlan. One multicast VLAN and one user VLAN forms a group, and up to six groups can be configured. The multicast VLAN and user VLAN are separated by a colon, and the groups are separated by commas.



Examples The following example shows how to enable multicast VLAN tag removing for Ethernet port 1 of ONU 1 under OLT interface 1 in slot 3 of shelf 0: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#multicast vlan tag-strip port eth_0/1 enable


15.4.47 onu-vlan Syntax onu-vlan {ethuni name1 |iphost number1 |wifi name2 } [{[up-mode name3 ] [up-prio number2 up-vid number3 ] [down-mode name4 ] } ] no onu-vlan {ethuni name5 |iphost number1 |wifi name2 }

Function This command configures the ONT VLAN properties.

15-163 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Ethernet UNI, format: eth_slot/port

1–31 characters

number1

IP host ID

1-255

name2


1–31 characters

name3

Upstream mode

transparent, overwrite, add, add-pvid

number2

Upstream priority

0–7

number3

Upstream VLAN ID

1–4094

name4

Downstream mode

transparent, untag, delete-pvid

name5

Ethernet UNI, format: eth_slot/port

1–31 characters



Examples The following example shows how to configure the ONT VLAN properties: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#onu-vlan ethuni eth_0/1 up-mode transparent down-mode untag


15.4.48 password Syntax password name1

Function This command configures the ONU password.


Description

Value

name1

Password

1–10 characters

15-164 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to set the ONU password to zte: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#password zte


15.4.49 performance call-ctrl Syntax performance call-ctrl name1 name2

Function This command configures the ONU call control performance statistics.


Description

Value

name1

POTS port, format: pots_slot/port.

1–31 characters

name2

Starts or stops performance statistics.

-



Examples The following example shows how to start ONU call control performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance call-ctrl pots_0/1 start

15-165 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.50 performance dot1x ethuni Syntax performance dot1x ethuni name1 {start [threshold name2 ] |stop |threshold name3 } no performance dot1x ethuni name1 threshold

Function This command configures 802.1x performance statistics for an ONU Ethernet UNI.


Description

Value

name1


1–31 characters

start

Starts performance statistics.

-

name2

Performance statistics threshold profile name.

1–64 characters

stop

Stops performance statistics.

-

name3


1–64 characters

This parameter is effective when performance statistics is enabled. threshold

Clear the performance statistics threshold.

-



Examples The following example shows how to start 802.1x performance statistics for an ONU Ethernet UNI: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance dot1x ethuni eth_0/1 start

Related Commands 15.1.14 onu profile performance-threshold dot1x 15-166 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.51 performance ethuni Syntax performance ethuni [{detailed |downstream |upstream } ] name1 {start [threshold name2 ] |stop |threshold name3 }

Function This command configures ONU Ethernet performance statistics.


Description

Value

detailed

Statistics type.

-

downstream

Downstream performance statistics.

-

upstream

Upstream performance statistics.

-

name1


1–31 characters

start


-

name2


1–64 characters

stop


-

name3


1–64 characters

This parameter is effective when performance statistics is enabled.



Examples The following example shows how to start ONU Ethernet performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance ethuni upstream eth_0/1 start

Related Commands 15.1.15 onu profile performance-threshold ethuni

15-167 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.52 performance fec Syntax performance fec name1

Function This command configures ONU FEC performance statistics.


Description

Value

name1

Starts or stops performance

-

statistics.



Examples The following example shows how to start ONU FEC performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance fec start


15.4.53 performance flow Syntax performance flow number1 name1

Function This command configures ONU service flow performance statistics.

15-168 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Service flow ID

1–255

name1


-



Examples The following example shows how to start ONU service flow performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance flow 1 start


15.4.54 performance gal-eth Syntax performance gal-eth number1 name1

Function This command configures ONU GEM adaptation layer (GAL) performance statistics.


Description

Value

number1

GEM port ID

1–255

name1


-





Examples The following example shows how to start ONU GAL performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance gal-eth 1 start


15.4.55 performance gem Syntax performance gem number1 name1

Function This command configures ONU GEM port performance statistics.


Description

Value

number1

GEM port ID

1–255

name1


-



Examples The following example shows how to start ONU GEM port performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance gem 1 start


15-170 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.56 performance iphost Syntax performance iphost number1 name1

Function This command configures ONU IP host performance statistics.


Description

Value

number1

IP host ID

1–255

name1


-



Examples The following example shows how to start ONU IP host performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance iphost 1 start


15.4.57 performance mgc Syntax performance mgc number1 name1

Function This command configures ONU MGC performance statistics.

15-171 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

MGC ID

1–65535

name1


-



Examples The following example shows how to start ONU MGC performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance mgc 1 start


15.4.58 performance multicast Syntax performance multicast {[ethuni name1 ] [vlan number1 ] } {start |stop }

Function This command configures ONU multicast performance statistics.


Description

Value

name1


1–31 characters

number1

VLAN ID

1–4095

start


-

stop


-


15-172 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to start ONU multicast performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance multicast ethuni eth_0/1 start


15.4.59 performance pw Syntax performance pw name1 name2

Function This command configures ONU virtual circuit performance statistics.


Description

Value

name1

CES port, format: ces_slot/port

1–31 characters

name2


-

Mode GPON remote ONU configuration mode or GPON ONU MNG mode


Examples The following example shows how to start ONU virtual circuit performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance pw ces_0/1 start


15-173 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.60 performance radius Syntax performance radius {start [threshold name1 ] |stop |threshold name2 } no performance radius threshold

Function This command configures ONU Remote Authentication Dial In User Service (RADIUS) performance statistics.


Description

Value

start


-

name1


1–64 characters

stop


-

name2


1–64 characters


Clears the performance statistics threshold.

-



Examples The following example shows how to start ONU RADIUS performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance radius start

Related Commands 15.1.17 onu profile performance-threshold radius

15.4.61 performance rtp Syntax performance rtp name1 name2 15-174 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures ONU RTP performance statistics.


Description

Value

name1


1–31 characters

name2


-



Examples The following example shows how to start ONU RTP performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance rtp pots_0/1 start


15.4.62 performance sip-agent Syntax performance sip-agent number1 name1

Function This command configures ONU SIP agent performance statistics.


Description

Value

number1

SIP client

1–255

name1


-





Examples The following example shows how to start ONU SIP performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance sip-agent 1 start


15.4.63 performance sip-call-init Syntax performance sip-call-init number1 name1

Function This command configures performance statistics for ONU SIP call initiation.


Description

Value

number1

SIP client

1–255

name1


-



Examples The following example shows how to configure performance statistics for ONU SIP call initiation: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance sip-call-init 1 start




15.4.64 performance switch Syntax performance switch name1 name2

Function This command configures ONU bridge port performance statistics.


Description

Value

name1

Bridge port, format: switch_slot/port

1–31 characters

name2


-



Examples The following example shows how to start ONU bridge port performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance switch switch_0/1 start


15.4.65 performance switchport ethuni Syntax performance switchport ethuni name1 name2

Function This command configures performance statistics for an ONU UNI bridge port.

15-177 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


1–31 characters

name2


-



Examples The following example shows how to start performance statistics for an ONU UNI bridge port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance switchport ethuni eth_0/1 start


15.4.66 performance switchport iphost Syntax performance switchport iphost number1 name1

Function This command configures performance statistics for an IP host bridge port.


Description

Value

number1

Host ID

1–255

name1


-





Examples The following example shows how to start performance statistics for an IP host bridge port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance switchport iphost 1 start


15.4.67 performance vlan Syntax performance vlan ethuni name1 number1 {start [threshold name2 ] |stop [threshold name3 ] } no performance vlan ethuni name1 number1 threshold

Function This command configures ONU VLAN performance statistics.


Description

Value

name1


1–31 characters

number1

VLAN ID

1–4095

start


-

name2


1–64 characters

stop


-

name3


1–64 characters


Clears performance statistics threshold.

-



Examples The following example shows how to start ONU VLAN performance statistics: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1

15-179 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(gpon-onu-mng)#performance vlan ethuni eth_0/1 1 start


15.4.68 performance voice Syntax performance voice name1

Function This command starts or stops global performance statistics for the GPON ONU voice quality.


Description

Value

name1


-



Examples The following example shows how to start global performance statistics for the voice quality of gpon-onu_0/3/1:1: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#performance voice start


15.4.69 performance voice pots Syntax performance voice pots name1 name2

15-180 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command starts or stops voice quality performance statistics for a GPON ONU voice port.


Description

Value

name1


1–31 characters

name2


-



Examples The following example shows how to start voice quality performance statistics for voice port pots_0/1 of gpon-onu_1/3/1:1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#performance voice pots pots_0/1 start


15.4.70 pkt-filter Syntax pkt-filter {ethuni name1 |flow number1 |iphost number2 } [{[ipv4multicast name2 ] [ipv6multic ast name3 ] [ipv4broadcast name4 ] [rarp name5 ] [ipx name6 ] [netBEUI name7 ] [appleTalk name8 ] [bpdu name9 ] [arp name10 ] [pppoe name11 ] } ]

Function This command configures packet filtering for a layer 2 bridge port.


Description

Value

name1


1–31 characters

number1

Flow ID.

1–255 15-181

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number2

IP host ID.

1–255

name2

Forwards or discards IPv4 multicast packets.

-

name3

Forwards or discards IPv6 multicast packets.

-

name4

Forwards or discards IPv4 broadcast packets.

-

name5

Forwards or discards RARP packets.

-

name6

Forwards or discards IPX packets.

-

name7

Forwards or discards NetBEUI packets.

-

name8

Forwards or discards Apple Talk packets.

-

name9

Forwards or discards BPDU packets.

-

name10

Forwards or discards ARP packets.

-

name11

Forwards or discards PPPoE packets.

-



Examples The following example shows how to configure packet filtering for a layer 2 bridge port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#pkt-filter ethuni eth_0/1 pppoe discard rarp forward ZXAN(gpon-onu-mng)#


15.4.71 pon-onu-mng Syntax pon-onu-mng interface1

Function This command enters GPON or Ethernet Passive Optical Network (EPON) ONU remote management mode. 15-182 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

EPON or GPON ONU interface, format:

-

epon-onu_shelf/slot/olt:onu or gpononu_shelf/slot/olt:onu

Mode ZXAN (config)#

Usage Guidelines Before entering remote configuration mode, register the ONU in OLT interface mode.

Examples The following example shows how to enter remote management mode of ONU 1 under OLT interface 1 in slot 3 of shelf 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#


15.4.72 power-shedding Syntax power-shedding [restore-interval number1 ] [{[data {immediate |interval number2 } ] [voice {i mmediate |interval number3 } ] [video-overlay {immediate |interval number4 } ] [video-return {immediate |interval number5 } ] [dsl {immediate |interval number6 } ] [atm {immediate |inter val number7 } ] [ces {immediate |interval number8 } ] [frame {immediate |interval number9 } ] [sonet {immediate |interval number10 } ] } ] no power-shedding {data |voice |video-overlay |video-return |dsl |atm |ces |frame |sonet |all }

Function This command configures ONU energy conservation.


Description

Value

number1

Power timer restoration time, unit: seconds.

0–65535

immediate

Disables the data service immediately.

-

15-183 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number2

Interval of disabling the data service, unit:

2–65535

seconds. number3

Interval of disabling the voice service, unit:

2–65535

seconds. number4

Interval of disabling the video overlap service,

2–65535

unit: seconds. number5

Interval of disabling the video returning service,

2–65535

unit: second. number6

Interval of disabling the DSL service, unit:

2–65535

seconds. number7

Interval of disabling the ATM service, unit:

2–65535

seconds. number8

Interval of disabling the CES service, unit:

2–65535

seconds. number9

Interval of disabling the frame service, unit:

2–65535

seconds. number10

Interval of disabling the SDH-SONET service,

2–65535

unit: seconds. data

Data service.

-

voice

Voice service.

-

video-overlay

Video overlap service.

-

video-return

Video returning service.

-

dsl

DSL service.

-

atm

ATM service.

-

ces

CES service.

-

frame

Frame service.

-

sonet

SDH-SONET service.

-

all

All services.

-



15-184 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure ONU energy conservation: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#power-shedding data interval 100


15.4.73 pppoe Syntax pppoe [{[number1 ] [nat name1 ] [mode name2 ] [connect name3 ] [release-timer {internal |num ber2 } ] [user name4 password name5 ] } ] no pppoe [number1 ]

Function This command configures ONU PPPoE.


Description

Value

number1

Host ID.

1–255

name1

Enables or disables the NAT state.

-

name2

Authentication mode.

auto, chap, pap

name3

Connection mode.

always, on-demand, manual

internal

Uses the ONU internal policy.

-

number2

Releasing time, unit: seconds, default: 1200.

1–65535

name4

User name.

1–25 characters

name5

Password.

1–25 characters



Examples The following example shows how to configure ONU PPPoE: 15-185 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#pppoe 1 connect manual


15.4.74 proto-proc Syntax proto-proc [ethuni name1 ] {[ctrl name2 ] [limit name3 ] } no proto-proc [ethuni name1 ] [{[ctrl ] [limit ] } ]

Function This command configures the ONU protocol processing policy.


Description

Value

name1


1–31 characters

name2

Protocol control profile name

1–64 characters

name3

Protocol packet rate limiting profile name

1–64 characters

ctrl

Protocol packet control profile

-

limit

Protocol packet limiting profile

-


Usage Guidelines To cancel the setting, use the no form of this command. Before configuring the ONU protocol processing policy, use the ZXAN(config-pon)#onu pr ofile proto-ctrl and ZXAN(config-pon)#onu profile proto-limit commands to create profiles.

Examples The following example shows how to configure the protocol processing policy for port eth_0/1 of gpon-onu_1/3/1:1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#proto-proc ethuni eth_0/1 ctrl zte limit zte

15-186 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 13.10.6 onu profile proto-ctrl 13.10.7 onu profile proto-limit

15.4.75 protocol-filter ethuni Syntax protocol-filter ethuni name1 forward name2 [vlan name3 ]

Function This command configures ONU Ethernet port protocol filtering.


Description

Value

name1


1–31 characters

name2

Enables or disables forward state.

-

name3

VLAN list.

1–60 characters



Examples The following example shows how to configure Ethernet port protocol filtering for port eth_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#protocol-filter ethuni eth_0/1 forward enable vlan 1-3


15.4.76 pw delete Syntax pw delete name1 15-187 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command deletes a Pseudo Wire (PW).


Description

Value

name1


1–31 characters



Examples The following example shows how to delete a PW: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#pw delete ces_0/1


15.4.77 pw optional Syntax pw optional name1 {[service-type name2 ] [signalling name3 ] [arc number1 arc-interval numbe r2 ] }

Function This command configures PW optional properties.


Description

Value

name1


1–31 characters

name2

Service type

-

name3

Signaling type

-

15-188 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1

Alarm suppression

0–1

number2

l


l

1: suppressed

Alarm suppression time, unit: minutes

0–255


Usage Guidelines To configure a PW, run the following commands in sequence: pw rtp, pw ip (or pw ethernet), pw tdm, pw optional (optional) A PW can only be created or deleted. pw delete is used to delete all the configurations of the PW.

Examples The following example shows how to configure PW optional properties: ZXAN(gpon-onu-mng)#pw optional ces_0/1 service-type basic-unstructure


15.4.78 pw psn ethernet Syntax pw psn ethernet name1 [switch name2 ] dst-mac hexadecimal1 loopback name3 tx-payload-ecid hexadecimal2 tx-signalling-ecid hexadecimal3 [expected-payload-ecid hexadecimal4 expectedsignalling-ecid hexadecimal5 ] tag-policy {untag |tag [{[prio number1 ] [vid number2 ] } ] }

Function This command creates a PW over Ethernet.


Description

Value

name1


1–31 characters

name2

Layer 2 bridge port, format: bridge_slot/port

1–31 characters

hexadecimal1


-

name3

Loop-back

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Parameter

Description

Value

hexadecimal2

Sent load ECID, in hexadecimal format, ended

-

with 0x102, format: 0xXXXXX102 hexadecimal3

Sent signaling ECID, in hexadecimal format, four

-

bytes hexadecimal4

Expected load ECID, in hexadecimal format,

-

ended with 0x102, format: 0xXXXXX102 hexadecimal5

Expected signaling ECID, in hexadecimal format,

-

four bytes untag

Untagged mode

-

tag

Tagged mode

-

number1

Priority

0–7

number2

VLAN ID

1–4094



Examples The following example shows how create a PW over Ethernet: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#pw psn ethernet ces_0/1 dst-mac 0000.1111.2222 loop disable tx-payload-ecid 0x00004102 tx-singalling-ecid 0x00000000 expected-payload-ecid 0x00004102 expected-signalling-ecid 0x00000000 tag-policy untag ZXAN(gpon-onu-mng)#


15.4.79 pw psn ip Syntax pw psn ip name1 near-end-ip number1 [host number2 ] far-end-ip name2

Function This command creates a PW over IP. 15-190 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


1–31 characters

number1

Local TCP/UDP port number

0–65535

number2

Local IP host ID

1–255

name2

Remote IP address, format: udp://domain:port

1–128 characters

or udp://IPaddress:port



Examples The following example shows how to create a PW over IP. ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#pw psn ip ces_0/1 near-end-ip 5060 far-end-ip udp://192.168.100.221:5000


15.4.80 pw rtp Syntax pw rtp name1 payload-ssrc number1 signalling-ssrc number2 payload-ptype number3 signalli ng-ptype number4 {[expected-payload-ssrc number5 expected-signalling-ssrc number6 ] [expe cted-payload-ptype number7 expected-signalling-ptype number8 ] [clock-reference number9 ] [rtp-ts-mode name2 ] }

Function This command configures PW RTP properties.

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Description

Value

name1


1–31 characters

number1

Load SSRC

0–4294967295

number2

Signaling SSRC

0–4294967295

number3

Load type of a load channel

0–255

number4

Load type of a signaling channel

0–255

number5

Expected load channel

0–4294967295

number6

SSRC of the expected signaling channel

0–4294967295

number7

Expected load channel

0–255

number8

Load type of a signaling channel

0–255

number9

Clock frequency, unit: kHz, multiple of 8,

0–65528

default: 1 name2

RTP timestamp mode

-



Examples The following example shows how to configure PW RTP properties: ZXAN(gpon-onu-mng)#pw rtp ces_0/1 payload-ssrc 2 payload-ptype 4 signalling-ptype 0 expected-signalling-ptype 4

signalling-ssrc 3

expected-payload-ptype 0

clock-reference 2 rtp-ts-mode absolute


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15.4.81 pw tdm Syntax pw tdm name1 payloadsize number1 [payload-delay number2 ] timing-mode name2 [tdm-profi le name3 ]

Function This command configures PW Time Division Multiplexing (TDM) properties.


Description

Value

name1


1–31 characters

number1

Load size, unit: bytess

0–65535

number2

Load delay, unit: ms

0–255

name2

Timing mode

-

name3

TDM profile name

1–64 characters



Examples The following example shows how to configure PW TDM properties: ZXAN(gpon-onu-mng)# pw tdm ces_0/1 payloadsize 32 timing-mode differential-timing


15.4.82 reboot Syntax reboot

Function This command reboots the ONU. 15-193 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples The following example shows how to reboot the ONU: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#reboot ZXAN(gpon-onu-mng)#


15.4.83 restore Syntax restore

Function This command restores the ONU data configured by the OLT to the factory default settings. The OLT delivers the configuration data to the ONU again.

Parameters None



Examples The following example shows how to restore the ONU data configured by the OLT to the factory default settings: 15-194 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#restore ZXAN(gpon-onu-mng)#


15.4.84 restore factory Syntax restore factory

Function This command restores the ONU data and OLT data on the ONU to the factory default settings. The OLT delivers the configuration data to the ONU again.

Parameters None



Examples The following example shows how to restore the ONU data and OLT data on the ONU to the factory default settings: ZXAN(config)#pon-onu-mng gpon-onu_0/3/1:1 ZXAN(gpon-onu-mng)#restore factory ZXAN(gpon-onu-mng)#


15.4.85 schedule Syntax schedule name1 profile name2 no schedule name1 profile 15-195 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures ONU Ethernet user port scheduling, correlating the user port to a scheduling profile.


Description

Value

name1


1–31 characters

name2

Scheduling profile name

1–64 characters

profile

Scheduling profile name

-



Examples The following example shows how to configure ONU Ethernet user port scheduling, correlating the user port to a scheduling profile ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#schedule eth_0/1 profile test


15.4.86 security-ctrl Syntax security-ctrl {disable |enable psk name1 }

Function This command configures security enhancement control.

15-196 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

disable

Disables security enhancement control.

-

enable

Enables security enhancement control.

-

name1

Pre-shared key, 1–32 hexadecimal characters,

-

such as '0'-'9', 'a'-'f', 'A'-'F'.



Examples The following example shows how to enable security enhancement control and set a pre-shared key. ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#security-ctrl enable psk a1a2a3a4a5a6a7a8b1b2b3b4b5b6b7b8


15.4.87 security-mng Syntax security-mng number1 [{[state name1 ] [mode name2 ] [ingress-type {name3 |iphost number2 } ] [start-src-ip ip_addr1 end-src-ip ip_addr2 ] [protocol {[web ] [ftp ] [telnet ] } ] } ] no security-mng number1

Function This command configures ONU security management.


Description

Value

number1

Service control rule ID.

1–65535

name1

Enables or disables administrative state.

-

name2

Service control mode.

-

name3

Ingress type.

-

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Parameter

Description

Value

number2

Host ID.

1–255

ip_addr1

Starting IPv4 address.

-

ip_addr2

Ending IPv4 address.

-

web

Service protocol: HTTP

-

ftp

Service protocol: FTP

-

telnet

Service protocol: TELNET

-



Examples The following example shows how to configure ONU security management: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#security-mng 1 mode permit


15.4.88 service Syntax service name1 [type name2 ] [{ethuni name3 |iphost number1 } ] gemport number2 [{[cos name4 ] [vlan name5 [mvlan number3 ] ] |[untag ] } ] no service name1

Function This command configures mapping relations between the ONU PON service flows and user ports as well as GEM ports.


Description

Value

name1

Service name.

1–32 characters

name2

Service type.

Internet, VoIP, IPTV, Internet+IPTV, hybrid

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Parameter

Description

Value

name3


1–31 characters

number1

IP host ID.

1–255

number2

GEM port ID.

1–255

name4

COS list for service mapping, format: X,X...

1–32 characters

or X-X, separated by commas. The repeat COS values are ineffective, and up to eight COS values can be specified. name5

VLAN list for service mapping, format: X,X...

1–64 characters

or X-X, separated by commas. The repeat VLAN values are ineffective, and up to 12 VLAN values can be specified. If this parameter is not specified, the service are not mapped according to VLANs. number3

Multicast VLAN for service mapping.

1–4094


Usage Guidelines To cancel the setting, use the no form of this command. The service command supports creation and deletion, but does not support modification. The service command conflicts with the flow and gemport flow commands.

Examples The following example shows how to configure mapping relations between the ONU PON service flows and the user port and GEM port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#service 1 gemport 1


15.4.89 show gpon remote-onu auto-shutdown Syntax show gpon remote-onu auto-shutdown interface1

15-199 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command shows the ONU auto shutdown configuration information.


Description

Value

interface1

GPON ONU interface, format: gpon-

-

onu_shelf/slot/olt:onu



Examples The following example shows the ONU auto shutdown configuration information: ZXAN#show gpon remote-onu auto-shutdown gpon-onu_0/3/1:1 hold-time: 60(s) revert-time: 15(s) ZXAN#


15.4.90 show gpon remote-onu broadcast-limit Syntax show gpon remote-onu broadcast-limit {cpu interface1 |ethuni interface2 [name1 ] }

Function This command shows the ONU broadcast packet rate limiting information.


Description

Value

interface1


-

gpon-onu_shelf/slot/olt:onu interface2


-

gpon-onu_shelf/slot/olt:onu name1


1–31 characters

15-200 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows the ONU broadcast packet rate limiting information: ZXAN#show gpon remote-onu broadcast-limit ethuni gpon-onu_1/3/1:1

UNI Port:

eth_0/1

Limit Rate:

100

UNI Port:

eth_0/2

Limit Rate:

100

UNI Port:

eth_0/3

Limit Rate:

100

UNI Port:

eth_0/4

Limit Rate:

100

ZXAN#


15.4.91 show gpon remote-onu call-record Syntax show gpon remote-onu call-record interface1 [name1 ]

Function This command shows VoIP call records.


Description

Value

interface1


-



1–31 characters

15-201 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows VoIP call records: ZXAN(gpon-onu-mng)#show gpon remote-onu call-record gpon-onu_1/3/1:1


15.4.92 show gpon remote-onu capability Syntax show gpon remote-onu capability interface1

Function This command shows the ONU capability.


Description

Value


-

gpon-onu_shelf/slot/olt:onu



Examples The following example shows the ONU capability: ZXAN#show gpon remote-onu capability gpon-onu_1/3/1:1 TCONT number:

6

GEMPort number:

32

Total priority queue number: 54 Up priority queue number:

48

15-202 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands Down priority queue number:

6

Traffic scheduler number:

6

Traffic management option:

priority controlled

Total UNI number:

9

Ethernet UNI number:

7

CES UNI number:

0

POTS UNI number:

2

Video UNI number:

1

WiFi UNI number:

0

IP host number:

(GE:3

FE:4)

2

VEIP number:

0

Operation Id:

N/A

CTC spc version:

N/A

ONU type:

N/A

Tx power supply control:

N/A

ZXAN#


15.4.93 show gpon remote-onu cfm ma Syntax show gpon remote-onu cfm ma interface1 [number1 [number2 ] ]

Function This command shows the ONU CFM MA configuration information.


Description

Value

interface1


-

gpon-onu_shelf/slot/olt:onu number1

MD ID

1–16

number2

MA ID

1–32





Examples The following example shows the ONU CFM MA configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu cfm ma gpon-onu_1/3/1:1 MD index: 1 MA index: 1

Name(primary vid): 0 CCM interval:

100ms

Primary VLAN:

0

Normal VLANs: MHF creation: Sender ID:

defer defer

ZXAN(gpon-onu-mng)#


15.4.94 show gpon remote-onu cfm md Syntax show gpon remote-onu cfm md interface1 [number1 ]

Function This command shows the ONU CFM MD configuration information.


Description

Value

interface1


-

onu_shelf/slot/olt:onu number1

MD ID

1–16



15-204 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows the ONU CFM MD configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu cfm md gpon-onu_1/3/1:1 MD index: 1 Name: Level: 1 MHF creation: none Sender ID: none ZXAN(gpon-onu-mng)#


15.4.95 show gpon remote-onu cfm mep Syntax show gpon remote-onu cfm mep interface1 [number1 [number2 ] ]

Function This command shows the Maintenance End Point (MEP) information.


Description

Value

interface1


-


MD ID

1–16

number2

MA ID

1–32



Examples The following example shows the MEP information: ZXAN(gpon-onu-mng)#show gpon remote-onu cfm mep gpon-onu_1/3/1:1 MD index: 1 MA index: 1

15-205 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Port:

eth_0/1

MEP ID:

111

CCM:

enable

Y.1731 server: disable Direction:

down

Primary VLAN:

inherit from MA

Administrative state: unlock CCM<M priority:

7

Egress identifier:

default

RMEP IDs: 222 AIS:

disable

Fault alarm threshold: mode2(Alarm generated only by one of : MACstatus,RemoteCCM,ErrorCCM,XconCCM) Alarm declare soak time: 250 (unit:10ms) Alarm clear soak time:

1000 (unit:10ms)

ZXAN(gpon-onu-mng)#


15.4.96 show gpon remote-onu dhcp-ip Syntax show gpon remote-onu dhcp-ip ethuni interface1 [name1 ]

Function This command shows the DHCP IP address obtaining method of an Ethernet user port.


Description

Value

interface1


-



1–31 characters



15-206 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows the DHCP IP address obtaining method of an Ethernet user port: ZXAN#show gpon remote-onu dhcp-ip ethuni gpon-onu_1/3/1:1 eth_0/1 interface: eth_0/1 DHCP IP obtain contrl mode :no control ZXAN#


15.4.97 show gpon remote-onu dhcp-option60 Syntax show gpon remote-onu dhcp-option60 interface1

Function This command shows the ONU DHCP option 60 configuration.


Description

Value

interface1


-




Examples The following example shows the ONU DHCP option 60 configuration: ZXAN#show gpon remote-onu dhcp-option60 gpon-onu_1/3/1:1 Option60 status: disable ZXAN#




15.4.98 show gpon remote-onu dot1p-map Syntax show gpon remote-onu dot1p-map flow interface1 [number1 ]

Function This command shows the 802.1p mapper configuration information.


Description

Value

flow

Service flow

-

interface1


-


Service flow ID

1–255



Examples The following example shows the configuration information on the 802.1p mapper correlated with flow 1: ZXAN#show gpon remote-onu dot1p-map flow gpon-onu_1/3/1:1 1


15.4.99 show gpon remote-onu dot1x Syntax show gpon remote-onu dot1x interface1

Function This command shows the ONU 802.1x configuration information.

15-208 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows the ONU 802.1x configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu dot1x gpon-onu_1/3/1:1 Circuit ID profix: Fllback policy:

allow

Auth server1: Share secret: Auth server2: Share secret: Auth server3: Share secret: Proxy:

0.0.0.0

ZXAN(gpon-onu-mng)#


15.4.100 show gpon remote-onu dot1x ethuni Syntax show gpon remote-onu dot1x ethuni interface1 [name1 ]

Function This command shows the 802.1x configuration information on an ONU UNI.

15-209 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-

gpon-onu_shelf/slot/olt:onu Ethernet port, format: eth_slot/port.

name1

1–31 characters



Examples The following example shows the 802.1x configuration information on an ONU UNI: ZXAN(gpon-onu-mng)#show gpon remote-onu dot1x ethuni gpon-onu_1/3/1:1 eth_0/1 Port:

eth_0/1

Dot1x state:

disable

Direction:

both

Quiet period:

0

Timeout period:

30

Key Tx state:

disable

Auth PAE State:

N/A

Back end auth state:N/A Ctrl port status:

N/A

Operate direction:

N/A

Reauth period

0

Reauth status:

disable

ZXAN(gpon-onu-mng)#


15.4.101 show gpon remote-onu equip Syntax show gpon remote-onu equip interface1

Function This command shows the ONU device information.

15-210 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows the ONU device information: ZXAN#show gpon remote-onu equip gpon-onu_1/3/1:1

Vendor ID:

ZTEG

Version:

V3.0

SN:

ZTEG00000001

Admin status:

unlock

Battery backup:

false

Security Mode:

aes

Product code:

0

TotalPrioQueueNum:

28

TotalTrafficSchNum:

7

TrafficMgmtOption:

priority-controlled

OperState:

enable

EquipID:

F627

OMCC Version:

a0

Security Capability: aes Model:

F627

Survival time:

N/A

TotalGemPortNum:

256

SysUpTime:

0

ZXAN#


15-211 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.102 show gpon remote-onu ex-vlan Syntax show gpon remote-onu ex-vlan {[switchport ] ethuni interface1 [name1 ] |veip interface2 [num ber1 ] |wifi interface3 [name2 ] }

Function This command shows the extended VLAN tag configuration information on a specified layer 2 bridge port.


Description

Value

switchport

Bridge port

-

interface1


-

onu_shelf/slot/olt:onu name1


1–31 characters

veip

VEIP port

-


-

interface2


VEIP ID

1-255

wifi

WiFi port

-

interface3


-

onu_shelf/slot/olt:onu WiFi port, format: wifi_slot/port

name2

1–31 characters



Examples The following example shows the extended VLAN tag configuration information on the layer 2 bridge port that is correlated with Ethernet port 0/1: ZXAN(gpon-onu-mng)#show gpon remote-onu ex-vlan ethuni gpon-onu_1/3/1:1 Uni:

eth_0/1

InputTPID:

0x8100

OutputTPID:

0x8100

DownMode:

inverse-upstream

15-212 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.103 show gpon remote-onu ex-vlan flow Syntax show gpon remote-onu ex-vlan flow interface1 [number1 ]

Function This command shows the extended VLAN tag configuration information on a specified service flow.


Description

Value

interface1


-

gpon-onu_shelf/slot/olt:onu Service flow ID

number1

1–255



Examples The following example shows the extended VLAN tag configuration information on service flow 1: ZXAN(gpon-onu-mng)#show gpon remote-onu ex-vlan flow gpon-onu_1/3/1:1 1 Flow ID:

1

InputTPID:

0x8100

OutputTPID:

0x8100

DownMode:

inverse-upstream

ZXAN(gpon-onu-mng)#


15-213 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.104 show gpon remote-onu ex-vlan-table Syntax show gpon remote-onu ex-vlan-table {wifi interface1 [name1 ] |[switchport ] ethuni interface2 [name2 ] |veip interface3 [number1 ] } [rule name3 ]

Function This command shows the extended VLAN mapping item configuration on a layer 2 bridge port.


Description

Value

wifi

WiFi port

-

interface1


-



1–31 characters

switchport

Bridge port

-

interface2


-



1–31 characters

veip

VEIP port

-

interface3


-


VEIP ID

1–255

name3

Rule profile name

1–63 characters



Examples The following example shows the extended VLAN mapping item configuration on the layer 2 bridge port that is correlated with Ethernet port 0/1: ZXAN#show gpon remote-onu ex-vlan-table ethuni gpon-onu_1/3/1:1 eth_0/1 Uni:

eth_0/1

Filter:

840_5

Treat:

700_6

15-214 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.105 show gpon remote-onu ex-vlan-table flow Syntax show gpon remote-onu ex-vlan-table flow interface1 [flow number1 [name1 ] ]

Function This command shows the extended VLAN mapping item configuration on a specified service flow.


Description

Value

interface1


-


Service flow ID

1–255

name1

Rule profile name

1–64 characters



Examples The following example shows the extended VLAN mapping item configuration on a specified service flow: ZXAN(gpon-onu-mng)#show gpon remote-onu ex-vlan-table flow gpon-onu_1/3/1:1 flow 1 Flow ID:

1

Filter:

single-tag-vid100

Treat:

add-outer-vid200

ZXAN(gpon-onu-mng)#


15-215 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.106 show gpon remote-onu firewall Syntax show gpon remote-onu firewall interface1

Function This command shows the ONU firewall configuration information.


Description

Value

interface1


-




Examples The following example shows the ONU firewall configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu firewall gpon-onu_1/3/1:1 State:enable Level:low Anti-hacking protection:disable ZXAN(gpon-onu-mng)#


15.4.107 show gpon remote-onu firewall ip-filter Syntax show gpon remote-onu firewall ip-filter interface1 [number1 ]

Function This command shows the IP filtering configuration information on the ONU firewall.

15-216 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value


-


IP filtering ID

1–255



Examples The following example shows the IP filtering configuration information on the ONU firewall: ZXAN(gpon-onu-mng)#show gpon remote-onu firewall ip-filter gpon-onu_1/3/1:1


15.4.108 show gpon remote-onu firewall mac-filter Syntax show gpon remote-onu firewall mac-filter interface1 [number1 ]

Function This command shows the MAC filtering configuration information on the ONU firewall.


Description

Value


-


MAC filtering ID

1–255





Examples The following example shows the MAC filtering configuration information on the ONU firewall: ZXAN(gpon-onu-mng)#show gpon remote-onu firewall mac-filter gpon-onu_1/3/1:1


15.4.109 show gpon remote-onu firewall mac-filter-table Syntax show gpon remote-onu firewall mac-filter-table interface1

Function This command shows the MAC filtering table configuration information on the ONU firewall.


Description

Value

interface1


-




Examples The following example shows the MAC filtering table configuration information on the ONU firewall: ZXAN(gpon-onu-mng)#show gpon remote-onu firewall mac-filter-table gpon-onu_1/3/1:1 State:disable Mode:permit ZXAN(gpon-onu-mng)#




15.4.110 show gpon remote-onu firewall port-forward Syntax show gpon remote-onu firewall port-forward interface1 [number1 ]

Function This command shows the forward filtering configuration information on the ONU firewall.


Description

Value

interface1


-

gpon-onu_shelf/slot/olt:onu Forward port ID

number1

1–255



Examples The following example shows the forward filtering configuration information on the ONU firewall: ZXAN(gpon-onu-mng)#show gpon remote-onu firewall port-forward gpon-onu_1/3/1:1 ID:

1

State:

disable

IP Host: 1 Protocol:tcp WAN IP:

not filter

WAN port:1-65535 LAN

MAC:1111.1111.1111

LAN port:1-65535

ZXAN(gpon-onu-mng)#


15-219 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.111 show gpon remote-onu flow Syntax show gpon remote-onu flow interface1 [flow number1 ]

Function This command shows the flow information.


Description

Value

interface1


-

onu_shelf/slot/olt:onu Service flow ID

number1

1–255



Examples The following example shows the flow information on ONU 1 under port 1 in slot 3 of shelf 0: ZXAN(config)#show gpon remote-onu flow gpon-onu_1/3/1:1 Flow ID:

1

Interface:

switch_0/1

Tag filter:

transparent

Untag filter

transparent

Flow ID:

255

Interface:

Down multicast :switch_0/1

Tag filter:

vid-filter

Untag filter

discard


15.4.112 show gpon remote-onu gemport Syntax show gpon remote-onu gemport interface1 [traffic-limit ] [queue-map ] [number1 ] 15-220 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command shows the GEM port information.


Description

Value

interface1


-

onu_shelf/slot/olt:onu traffic-limit

GEM port rate limiting information

-

queue-map

GEM port queue mapping information

-

number1

GEM port ID

1–256



Examples The following example shows the GEM port information: ZXAN(gpon-onu-mng)#show gpon remote-onu gemport gpon-onu_1/3/1:1 1 Gemport:

1

Traffic limit: ZXAN(gpon-onu-mng)#show gpon remote-onu gemport gpon-onu_0/3/1:1 queue-map 1 Gemport ID:

1

Upstream queue map(prio-gt;queue):0-gt;3 1-gt;3 2-gt;3 3-gt;3 4-gt;3 5-gt;3 6-gt;3 7-gt;3 Downstream queue:

0

UNI name:

eth_0/1


15.4.113 show gpon remote-onu igmp Syntax show gpon remote-onu igmp {ethuni interface1 [name1 ] |veip interface2 [number1 ] }

Function This command shows the ONU multicast configuration information. 15-221 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ethuni

Ethernet port

-


-

interface1



1–31 characters

veip

VEIP port

-

interface2


-

gpon-onu_shelf/slot/olt:onu VEIP port number

number1

1–255



Examples The following example shows the ONU multicast configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu igmp ethuni gpon-onu_1/3/1:1

Interface:

eth_0/1

Max-groups:

0

Max-bandwidth:

0

Bandwidth-enforce: enable Profile:

N/A

ZXAN(gpon-onu-mng)#


15.4.114 show gpon remote-onu igmp monitor Syntax show gpon remote-onu igmp monitor [dynamic-group ] {ethuni interface1 [name1 ] |veip inter face2 [number1 ] }

Function This command shows the ONU multicast monitoring configuration information. 15-222 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

dynamic-group

Dynamic group

-

ethuni

Ethernet port

-

interface1


-



1–31 characters

veip

VEIP port

-

interface2


-


VEIP port number

1–255



Examples The following example shows the ONU multicast monitoring configuration information: ZXAN#show gpon remote-onu igmp monitor ethuni gpon-onu_1/3/1:1 Interface: eth_0/1 Current multicast bandwidth:0(kbps) Join message counter:0 Bandwidth exceeded counter:0 ZXAN(gpon-onu-mng)#


15.4.115 show gpon remote-onu interface ces Syntax show gpon remote-onu interface ces interface1 [name1 ]

Function This command shows the CES user port properties.

15-223 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-



1–31 characters



Examples The following example shows the CES user port properties: ZXAN#show gpon remote-onu interface ces gpon-onu_1/3/1:1


15.4.116 show gpon remote-onu interface eth Syntax show gpon remote-onu interface eth interface1 [name1 ]

Function This command shows the Ethernet user port properties.


Description

Value

interface1


-



1–31 characters





Examples The following example shows the properties of Ethernet user port eth_0/1: ZXAN(gpon-onu-mng)#show gpon remote-onu interface eth gpon-onu_1/3/1:1 eth_0/1 Interface:

eth_0/1

Speed status:

N/A

Operate status:N/A Admin status:

lock

Arc:

0

Arc-interval

0

Expect-type:

242

Speed config:

auto

Eth-loop:

disable

Max-frame:

1632

Pause-time:

0

Wiring :

dce

BridgeOrIP:

either

PPPOE-filter:

disable

Power-control: disable ZXAN(gpon-onu-mng)#


15.4.117 show gpon remote-onu interface pon Syntax show gpon remote-onu interface pon interface1 [name1 ]

Function This command shows the PON port properties.


Description

Value

interface1


-


PON port format: pon_slot/port

1–31 characters


15-225 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows the PON port properties: ZXAN#show gpon remote-onu interface pon gpon-onu_1/3/1:1


15.4.118 show gpon remote-onu interface pots Syntax show gpon remote-onu interface pots interface1 [name1 ]

Function This command shows the Plain Old Telephone Service (POTS) user port properties.


Description

Value

interface1


-

onu_shelf/slot/olt:onu POTS port, format: pots_slot/port

name1

1–31 characters



Examples The following example shows the POTS user port properties: ZXAN#show gpon remote-onu interface pots gpon-onu_1/3/1:1 pots_0/1 Interface:

pots_0/1

Admin status:

unlock

Operate status:N/A HookState:

N/A

Arc:

0

Arc-interval:

0

15-226 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands Impedance :

0

Tx-path:

fulltimeOnHook

Rx-gain:

+0.0(db)

Tx-gain:

+0.0(db)

ZXAN#


15.4.119 show gpon remote-onu interface video Syntax show gpon remote-onu interface video interface1 [name1 ]

Function This command shows the video user port properties.


Description

Value

interface1


-


Video port, format: video_slot/port

1–31 characters



Examples The following example shows the video user port properties: ZXAN#show gpon remote-onu interface video gpon-onu_1/3/1:1


15-227 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.120 show gpon remote-onu interface video-ani Syntax show gpon remote-onu interface video-ani interface1

Function This command shows the video ANI port properties.


Description

Value

interface1


-




Examples The following example shows the video ANI port properties: ZXAN#show gpon remote-onu interface video-ani gpon-onu_1/3/1:1 Admin status:

unlock

Operate status:

disabled

ARC:

disabled

ARC-interval:

0(min)

Frequency range low:

noLowBand

Frequency range high:

noHighBand

Signal capability:

noCapability

Optical signal level:

N/A(dBm)

Pilot signal level:

N/A(dBuV)

Signal level min:

-30.0(dBm)

Signal level max:

-30.0(dBm)

Pilot frequency:

0(Hz)

AGC mode:

disable

AGC setting:

N/A(dB)

Video lower optical threshold: -9.5(dBm) Video upper optical threshold: +2.5(dBm) ZXAN#

15-228 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.121 show gpon remote-onu interface wifi Syntax show gpon remote-onu interface wifi interface1 [name1 ]

Function This command shows the WiFi port properties.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the WiFi port properties: ZXAN#show gpon remote-onu interface wifi gpon-onu_1/3/1:1


15.4.122 show gpon remote-onu ip route Syntax show gpon remote-onu ip route interface1

Function This command shows the ONU static route configuration information. 15-229 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-




Examples The following example shows the ONU static route configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu ip route gpon-onu_1/3/1:1 subnet

subnetmask

nexthop

output-port

------------------------------------------------------------131.108.0.0

255.255.0.0

131.108.6.6

255

ZXAN(gpon-onu-mng)#


15.4.123 show gpon remote-onu ip-host Syntax show gpon remote-onu ip-host interface1 [number1 ]

Function This command shows the configuration information on the ONU host IP address.


Description

Value

interface1


-


IP host ID

1–255





Examples The following example shows the configuration information on the ONU host IP address: ZXAN#show gpon remote-onu ip-host gpon-onu_1/3/1:1 1 host id:

1;

hostName:

;

identify:

test;

ip:

10.1.1.1;

mask:

255.255.255.0;

gateway:

10.61.54.254;

primary DNS:

192.168.1.1;

second DNS:

192.168.1.10;

dhcp-enable:

true;

ping-response:

true;

traceroute-response:true; mac:

00:00:00:00:00:00;

curIp:

0.0.0.0;

curMask:

0.0.0.0;

curGateway:

0.0.0.0;

curPriDNS:

0.0.0.0;

curSecDNS:

0.0.0.0;

domainName:

;


15.4.124 show gpon remote-onu ip-service-map Syntax show gpon remote-onu ip-service-map interface1 [number1 ]

Function This command shows the mapping information between an IP address and a service.


Description

Value

interface1


-


Service ID

1–24

15-231 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows the mapping information between an IP address and a service: ZXAN(gpon-onu-mng)#show gpon remote-onu ip-service-map gpon-onu_1/3/1:1 Service id:

1

host id:

1

ZXAN(gpon-onu-mng)#


15.4.125 show gpon remote-onu lct Syntax show gpon remote-onu lct interface1

Function This command shows the configuration information on the ONU local maintenance terminal function.


Description

Value


-




Examples The following example shows the configuration information on the ONU local maintenance terminal function: 15-232 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands ZXAN(gpon-onu-mng)#show gpon remote-onu lct gpon-onu_1/3/1:1 LCT state: enable ZXAN(gpon-onu-mng)#


15.4.126 show gpon remote-onu loid Syntax show gpon remote-onu loid interface1

Function This command shows the ONU LOID information.


Description

Value

interface1


-




Examples The following example shows the ONU LOID information. ZXAN#show gpon remote-onu loid gpon-onu_1/3/1:1


15.4.127 show gpon remote-onu loop-detect Syntax show gpon remote-onu loop-detect ethuni interface1 [name1 ]

15-233 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command shows the configuration information on the ONU UNI loop detection function.


Description

Value

interface1


-

onu_shelf/slot/olt:onu Ethernet port, format: eth_slot/port.

name1

1–31 characters



Examples The following example shows the configuration information on the ONU UNI loop detection function: ZXAN(gpon-onu-mng)#show gpon remote-onu loop-detect ethuni gpon-onu_1/3/1:1 eth_0/1 Interface:

eth_0/1

Loop detect: enable ZXAN(gpon-onu-mng)#


15.4.128 show gpon remote-onu loopback Syntax show gpon remote-onu loopback interface1

Function This command shows the configuration information on the ONU loop-back function.


Description

Value

interface1


-

onu_shelf/slot/olt:onu 15-234 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows the configuration information on the ONU loop-back function: ZXAN(gpon-onu-mng)#show gpon remote-onu loopback gpon-onu_1/3/1:1 Loopback status: disable ZXAN(gpon-onu-mng)#


15.4.129 show gpon remote-onu mac uni Syntax show gpon remote-onu mac uni interface1 [name1 ]

Function This command shows the ONU UNI MAC address.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the ONU UNI MAC address: ZXAN#show gpon remote-onu mac uni gpon-onu_1/3/1:1

15-235 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.130 show gpon remote-onu mac-filter Syntax show gpon remote-onu mac-filter {ethuni interface1 name1 |flow interface2 number1 |iphost interface3 number2 } [hexadecimal1 ]

Function This command shows the MAC address filtering configuration information on the layer 2 bridge port.


Description

Value

interface1


-



1–31 characters

interface2


-


Service flow ID

1–255

interface3


-


IP host ID

1–255

hexadecimal1

MAC address

-



Examples The following example shows the MAC address filtering configuration information on the layer 2 bridge port correlated with Ethernet port 0/1: ZXAN(gpon-onu-mng)#show gpon remote-onu mac-filter ethuni gpon-onu_1/3/1:1 eth_0/1 Interface:

eth_0/1

MAC-address:

1111.1111.1111

Filter mode:

forward

15-236 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands Match mode:

destination MAC

ZXAN(gpon-onu-mng)#


15.4.131 show gpon remote-onu mgc Syntax show gpon remote-onu mgc interface1 [number1 ]

Function This command shows the ONU MGC configuration information.


Description

Value

interface1


-


MGC IDd

1–65535



Examples The following example shows the ONU MGC configuration information: ZXAN(config)#show gpon remote-onu mgc gpon-onu_1/3/1:1


15.4.132 show gpon remote-onu mirror Syntax show gpon remote-onu mirror ethuni interface1 [name1 ]

15-237 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command shows the ONU mirroring configuration information.


Description

Value

interface1


-

onu_shelf/slot/olt:onu Ethernet port, format: eth_slot/port.

name1

1–31 characters



Examples The following example shows the ONU mirroring configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu mirror ethuni gpon-onu_1/3/1:1 interface: eth_0/1 mirror gemport :

1

direction

both

:

ZXAN(gpon-onu-mng)#


15.4.133 show gpon remote-onu multicast vlan Syntax show gpon remote-onu multicast vlan interface1

Function This command shows the configuration information on the ONU multicast VLAN.


Description

Value

interface1


-






Examples The following example shows the configuration information on the ONU multicast VLAN: ZXAN(gpon-onu-mng)#show gpon remote-onu multicast vlan gpon-onu_1/3/1:1 multicast vlan:

333

ZXAN(gpon-onu-mng)#


15.4.134 show gpon remote-onu multicast vlan port Syntax show gpon remote-onu multicast vlan port interface1

Function This command shows the ONU multicast VLAN stripping and translation information.


Description

Value

interface1


-




Examples The following example shows the ONU multicast VLAN stripping and translation information: ZXAN(gpon-onu-mng)#show gpon remote-onu multicast vlan port gpon-onu_1/3/1:1 EthPort

Stripped

TransList

15-239 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ------------------------------------------------------------eth_0/1

not-stripped

N/A

eth_0/2

not-stripped

N/A

eth_0/3

not-stripped

N/A

eth_0/4

stripped

N/A

ZXAN(gpon-onu-mng)#


15.4.135 show gpon remote-onu onu-vlan ethuni Syntax show gpon remote-onu onu-vlan ethuni interface1 [name1 ]

Function This command shows the VLAN configuration information on an ONU Ethernet UNI.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the VLAN configuration information on an ONU Ethernet UNI: ZXAN#show gpon remote-onu onu-vlan ethuni gpon-onu_1/3/1:1


15-240 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.136 show gpon remote-onu onu-vlan iphost Syntax show gpon remote-onu onu-vlan iphost interface1 [number1 ]

Function This command shows the VLAN configuration information on an ONU IP host.


Description

Value

interface1


-


IP host ID

1–255



Examples The following example shows the configuration information on an ONU IP host: ZXAN#show gpon remote-onu onu-vlan iphost gpon-onu_1/3/1:1


15.4.137 show gpon remote-onu onu-vlan wifi Syntax show gpon remote-onu onu-vlan wifi interface1 [name1 ]

Function This command shows the VLAN configuration information on an ONU WiFi port.

15-241 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1


-


WiFi port format: wifi_slot/port

1–31 characters



Examples The following example shows the VLAN configuration information on an ONU WiFi port: ZXAN#show gpon remote-onu onu-vlan wifi gpon-onu_1/3/1:1


15.4.138 show gpon remote-onu performance call-ctrl Syntax show gpon remote-onu performance call-ctrl [history ] interface1 [name1 ]

Function This command shows the ONU call control performance statistics data.


Description

Value

history

History 15-minute statistics

-

interface1


-



1–31 characters


15-242 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows the ONU call control performance statistics data: ZXAN#show gpon remote-onu performance call-ctrl gpon-onu_1/3/1:1


15.4.139 show gpon remote-onu performance cesuni Syntax show gpon remote-onu performance cesuni [history ] interface1 [name1 ]

Function This command shows the ONU CES performance statistics data.


Description

Value

history


-

interface1


-



1–31 characters



Examples The following example shows the ONU CES performance statistics data: ZXAN#show gpon remote-onu performance cesuni gpon-onu_0/3/1:1




15.4.140 show gpon remote-onu performance dot1x ethuni Syntax show gpon remote-onu performance dot1x ethuni [history ] interface1 [name1 ]

Function This command shows the ONU Ethernet UNI 802.1x performance statistics data.


Description

Value

history


-

interface1


-



1–31 characters



Examples The following example shows the ONU Ethernet UNI 802.1x performance statistics data: ZXAN#show gpon remote-onu performance dot1x ethuni gpon-onu_0/3/1:1 eth_0/1


15.4.141 show gpon remote-onu performance ethuni Syntax show gpon remote-onu performance ethuni [history ] [{detailed |downstream |upstream } ] interface1 [name1 ]

Function This command shows the ONU Ethernet performance statistics data.

15-244 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

history


-

detailed

Detailed statistics type

-

downstream

Downstream statistics

-

upstream

Upstream statistics

-

interface1


-



1–31 characters



Examples The following example shows the ONU Ethernet performance statistics data: ZXAN#show gpon remote-onu performance ethuni gpon-onu_0/3/1:1 eth_0/1


15.4.142 show gpon remote-onu performance fec Syntax show gpon remote-onu performance fec [history ] interface1

Function This command shows the ONU FEC performance statistics data.


Description

Value

history


-

interface1


-


15-245 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows the ONU FEC performance statistics data: ZXAN#show gpon remote-onu performance fec gpon-onu_0/3/1:1


15.4.143 show gpon remote-onu performance flow Syntax show gpon remote-onu performance flow [history ] interface1 [number1 ]

Function This command shows the ONU service flow performance statistics data.


Description

Value

history


-

interface1


-


Service flow ID

1–255



Examples The following example shows the ONU service flow performance statistics data: ZXAN#show gpon remote-onu performance flow gpon-onu_0/3/1:1 1

15-246 SJ-20130118100307-010|2013-02-28 (R1.0)




15.4.144 show gpon remote-onu performance gal-eth Syntax show gpon remote-onu performance gal-eth [history ] interface1 [number1 ]

Function This command shows the ONU GAL performance statistics data.


Description

Value

history


-

interface1


-


GEM port ID

1–256



Examples The following example shows the ONU GAL performance statistics data: ZXAN#show gpon remote-onu performance gal-eth gpon-onu_0/3/1:1 1


15.4.145 show gpon remote-onu performance gem Syntax show gpon remote-onu performance gem [history ] interface1 [number1 ]

Function This command shows the ONU MGC performance statistics data. 15-247 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

history


-

interface1


-


GEM port ID

1–256



Examples The following example shows the ONU GEM port performance statistics data: ZXAN#show gpon remote-onu performance mgc gpon-onu_0/3/1:1 1


15.4.146 show gpon remote-onu performance iphost Syntax show gpon remote-onu performance iphost [history ] interface1 [number1 ]

Function This command shows the ONU IP host performance statistics data.


Description

Value

history


-

interface1


-


IP host ID

1–255





Examples The following example shows the ONU IP host performance statistics data: ZXAN#show gpon remote-onu performance iphost gpon-onu_1/3/1:1 1


15.4.147 show gpon remote-onu performance mgc Syntax show gpon remote-onu performance mgc [history ] interface1 [number1 ]

Function This command shows the ONU MGC performance statistics data.


Description

Value

history


-

interface1


-


MGC ID

1–65535



Examples The following example shows the ONU MGC performance statistics data: ZXAN#show gpon remote-onu performance mgc gpon-onu_1/3/1:1 1




15.4.148 show gpon remote-onu performance multicast Syntax show gpon remote-onu performance multicast [history ] interface1 [{[ethuni name1 ] [vlan nu mber1 ] } ]

Function This command shows the ONU multicast performance statistics data.


Description

Value

history


-

interface1


-



1–31 characters

number1

VLAN ID

1–4095



Examples The following example shows the ONU multicast performance statistics data: ZXAN#show gpon remote-onu performance multicast gpon-onu_0/3/1:1 ethuni eth_0/1


15.4.149 show gpon remote-onu performance radius Syntax show gpon remote-onu performance radius [history ] interface1

Function This command shows the ONU RADIUS performance statistics data.

15-250 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

history


-

interface1


-




Examples The following example shows the ONU RADIUS performance statistics data: ZXAN#show gpon remote-onu performance radius gpon-onu_0/3/1:1


15.4.150 show gpon remote-onu performance rtp Syntax show gpon remote-onu performance rtp [history ] interface1 [name1 ]

Function This command shows the ONU RTP performance statistics data.


Description

Value

history


-

interface1


-



1–31 characters


15-251 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows the ONU RTP performance statistics data: ZXAN#show gpon remote-onu performance rtp gpon-onu_0/3/1:1


15.4.151 show gpon remote-onu performance sip-agent Syntax show gpon remote-onu performance sip-agent [history ] interface1 [number1 ]

Function This command shows the ONU SIP agent performance statistics data.


Description

Value

history


-

interface1


-


SIP client ID

1–65535



Examples The following example shows the ONU SIP agent performance statistics data: ZXAN#show gpon remote-onu sip-agent gpon-onu_0/3/1:1 1




15.4.152 show gpon remote-onu performance sip-call-init Syntax show gpon remote-onu performance sip-call-init [history ] interface1 [number1 ]

Function This command shows the performance statistics data on ONU SIP call initiation.


Description

Value

history


-

interface1


-


SIP client ID

1–65535



Examples The following example shows the performance statistics data on ONU SIP call initiation: ZXAN#show gpon remote-onu performance sip-call-init gpon-onu_0/3/1:1 1


15.4.153 show gpon remote-onu performance switch Syntax show gpon remote-onu performance switch [history ] interface1 [name1 ]

Function This command shows the ONU bridge port statistics data.

15-253 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

history


-

interface1


-



1–31 characters



Examples The following example shows the ONU bridge port statistics data: ZXAN#show gpon remote-onu performance switch gpon-onu_0/3/1:1 switch_0/1


15.4.154 show gpon remote-onu performance switchport ethuni Syntax show gpon remote-onu performance switchport ethuni [history ] interface1 [name1 ]

Function This command shows the ONU UNI bridge port statistics data.


Description

Value

history


-

interface1


-



1–31 characters





Examples The following example shows the ONU UNI bridge port statistics data: ZXAN#show gpon remote-onu performance switchport ethuni gpon-onu_0/3/1:1 eth_0/1


15.4.155 show gpon remote-onu performance switchport iphost Syntax show gpon remote-onu performance switchport iphost [history ] interface1 [number1 ]

Function This command shows the IP host bridge port performance statistics data.


Description

Value

history


-

interface1


-


IP host ID

1–255



Examples The following example shows the IP host bridge port performance statistics data: ZXAN#show gpon remote-onu performance switchport iphost gpon-onu_1/3/1:1 1




15.4.156 show gpon remote-onu performance vlan Syntax show gpon remote-onu performance vlan [history ] interface1 [ethuni name1 number1 ]

Function This command shows the ONU VLAN performance statistics data.


Description

Value

history


-

interface1


-



1–31 characters

number1

VLAN ID

1–4095



Examples The following example shows the ONU VLAN performance statistics data: ZXAN#show gpon remote-onu performance vlan gpon-onu_0/3/1:1


15.4.157 show gpon remote-onu performance voice Syntax show gpon remote-onu performance voice [history ] interface1 [name1 ]

Function This command shows the performance statistics data of an IP host bridge port.

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Description

Value

history

History statistics data

-

interface1


-

gpon-onu_shelf/slot/olt:onu POTS port, format: pots_slot/port

name1

1–31 characters


Usage Guidelines When the voice port parameter is specified, this command shows the statistics data on a port. Otherwise, it shows the global statistics data.

Examples The following example shows the ONU global voice quality performance statistics data: ZXAN#show gpon remote-onu performance switchport iphost gpon-onu_0/3/1:1 1


15.4.158 show gpon remote-onu pkt-filter Syntax show gpon remote-onu pkt-filter {ethuni interface1 name1 |flow interface2 number1 |iphost in terface3 number2 }

Function This command shows the packet filtering configuration information on a layer 2 bridge.


Description

Value

interface1


-



1–31 characters

interface2


-


Service flow ID

1–255

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Parameter

Description

Value

interface3


-

onu_shelf/slot/olt:onu IP host ID

number2

1–255



Examples The following example shows the packet filtering configuration information on layer 2 bridge port correlated with Ethernet port 0/1: ZXAN(config)#show gpon remote-onu pkt-filter ethuni gpon-onu_1/3/1:1 eth_0/1 Interface:

eth_0/1

IPv4multicast :forward

IPv6multicast: forward

IPv4broadcast: forward

Rarp:

forward

IPx :

forward

NetBEUI:

forward

AppleTalk:

forward

bpdu :

forward

Arp :

forward

PPPOE :

forward


15.4.159 show gpon remote-onu port-map Syntax show gpon remote-onu port-map interface1 [slot number1 ]

Function This command shows the ONU port information.


Description

Value

interface1


-


Slot number

0–255

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Examples The following example shows the ONU port information: ZXAN#show gpon remote-onu port-map gpon-onu_0/3/1:1


15.4.160 show gpon remote-onu power-shedding Syntax show gpon remote-onu power-shedding interface1

Function This command shows the ONU energy conservation configuration information.


Description

Value


-




Examples The following example shows the ONU energy conservation configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu power-shedding gpon-onu_1/3/1:1 Restore power timer reset interval

0s

Data shedding interval

100s

Voice shedding interval

disable

Video overlay shedding interval

disable

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ZXA10 C300/C320 Command Reference Video return shedding interval

disable

DSL shedding interval

disable

ATM shedding interval

disable

CES shedding interval

disable

Frame shedding interval

disable

Sonet shedding interval

disable

Shedding status: Data class

restore

Voice class

restore

Video overlay class

restore

Video return class

restore

DSL class

restore

ATM class

restore

CES class

restore

Frame class

restore

Sonet class

restore

ZXAN(gpon-onu-mng)#


15.4.161 show gpon remote-onu pppoe Syntax show gpon remote-onu pppoe interface1 [number1 ]

Function This command shows the ONU PPPoE configuration information.


Description

Value

interface1


-


IP host ID

1–255





Examples The following example shows the ONU PPPoE configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu pppoe gpon-onu_1/3/1:1 1 hostid: NAT:

1 disable

Mode:

auto

Connect:

manual

Release timer:

1200 (s)

Username: Password: Status:

unconfigured

Online duration:

0 (s)

ZXAN(gpon-onu-mng)#


15.4.162 show gpon remote-onu pw Syntax show gpon remote-onu pw interface1 [name1 ]

Function This command shows the PW configuration information.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the PW configuration information: ZXAN#show gpon remote-onu pw gpon-onu_1/3/1:1 ces_0/1

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15.4.163 show gpon remote-onu schedule Syntax show gpon remote-onu schedule interface1 [name1 ]

Function This command shows the Ethernet port scheduling configuration information.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the Ethernet port scheduling configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu schedule gpon-onu_1/3/1:1 interface: eth_0/1 schedule profile name: test interface: eth_0/2 schedule profile name: default interface: eth_0/3 schedule profile name:


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15.4.164 show gpon remote-onu security-ctrl Syntax show gpon remote-onu security-ctrl interface1

Function This command shows the ONU security enhancement control configuration information.


Description

Value

interface1


-




Examples The following example shows the ONU security enhancement control configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu security-ctrl gpon-onu_0/3/1:1 Security-ctrl state: disable Psk: Olt supported crypto: AES-CMAC-128, HMAC-SHA-256, HMAC-SHA-512 Ont selected crypto: NONE Ont authen state: Inactive Ont key name: 00000000000000000000000000000000 ZXAN(gpon-onu-mng)#


15.4.165 show gpon remote-onu security-mng Syntax show gpon remote-onu security-mng interface1 [number1 ]

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Function This command shows the ONU security management information.


Description

Value

interface1


-


Service ID

1–65535



Examples The following example shows the ONU security management information: ZXAN(gpon-onu-mng)#show gpon remote-onu security-mng gpon-onu_1/3/1:1 Service control index:

1

State:

disable

Control mode:

permit

Service list:

Web FTP Telnet

Ingress type:

WAN

Start source IP:

0.0.0.0

End source IP:

0.0.0.0

ZXAN(gpon-onu-mng)#


15.4.166 show gpon remote-onu service Syntax show gpon remote-onu service interface1 [name1 ]

Function This command shows the mapping relations between the ONU PON service flows and user ports as well as GEM ports.

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Description

Value

interface1


-


Service name

1–32 characters



This command supports creation, deletion, but does not support modification. This command is a simplified command and conflicts with the old configuration methods, such as the flow and gemport flow configuration.

Examples The following example shows the mapping relations between the ONU PON service flows and the user port and GEM port: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#service 1 gemport 1


15.4.167 show gpon remote-onu sip-agent Syntax show gpon remote-onu sip-agent interface1 [number1 ]

Function This command shows the SIP client configuration information.


Description

Value

interface1


-


SIP client ID

1–65535





Examples The following example shows the SIP client configuration information: ZXAN#show gpon remote-onu sip-agent gpon-onu_1/3/1:1 agent id :

1;

proxyServer:

1.1.1.1;

outboundProxy:

2.2.2.2;

primary DNS :

3.3.3.3;

second DNS :

0.0.0.0;

regServer : regUserName:

4.4.4.4; aaa;

regPassword:

aaa;

tcpudpPort:

21;

regExpTime :

3600;

reRegStartTime: ssVendor: status:

1223; ZTE; NA;


15.4.168 show gpon remote-onu sip-service Syntax show gpon remote-onu sip-service interface1 [name1 ]

Function This command shows the POTS SIP configuration information.


Description

Value

interface1


-



1–31 characters


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Usage Guidelines This service can be configured when the VoIP protocol is SIP, and the correlated SIP profile needs to be created first.

Examples The following example shows the POTS SIP configuration information: ZXAN(confg-gpon)#show gpon remote-onu sip-service gpon-onu_1/3/1:1 Interface:pots_0/1 Profile:test1 User identification:68895000 Username:5000 Password:5000 Display name:ztesh Voicemail server:10.63.10.1 Validation scheme:md5 Username:test Password:test Realm:test Voicemaile subscription expiration time:7200s


15.4.169 show gpon remote-onu sip-user Syntax show gpon remote-onu sip-user interface1 [name1 ]

Function This command shows the SIP user information.


Description

Value

interface1


-



1–31 characters


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Examples The following example shows the SIP user information: ZXAN#show gpon remote-onu sip-user gpon-onu_1/3/1:1

Uni name:

pots_0/1

Agent id :

1

UserAOR:

zte

DisplayName: UserName: Password: VMailServer: VMailValidate:

disable

VMailUserName: VMailPassword: VMailRealm: VMailExpTime(s):

3600

ReleaseTime(s):

10

RohTime(s):

15

DialPlanTableName: ServiceProfileId:

0

FeatureCodeTableId:

0

ZXAN#


15.4.170 show gpon remote-onu sntp Syntax show gpon remote-onu sntp interface1

Function This command shows the ONU time configuration information.

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Description

Value

interface1


-




Examples The following example shows the ONU time configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu sntp gpon-onu_1/3/1:1 Time Zone:

GMT-02:00

Master Time Server: 10.63.10.1 Slave Time Server: 10.63.10.2 Interval: 86400 Daylight Saving Time: disabled DSCP: 0 ZXAN(gpon-onu-mng)#


15.4.171 show gpon remote-onu ssid info Syntax show gpon remote-onu ssid info interface1 [name1 ]

Function This command shows the ONU WiFi port configuration information.


Description

Value

interface1


-



1–31 characters

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Examples The following example shows the ONU WiFi port configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu ssid info gpon-onu_1/3/1:1 wifi_0/1 Interface: wifi_0/1 Name: MAC: N/A Hide: disable User isolation: enable Max users: 32 Current users: N/A Authentication algorithm: WPA-PSK/WPA2-PSK Encryption: TKIP and AES Key: by ONU default Key update interval: 600s ZXAN(gpon-onu-mng)#


15.4.172 show gpon remote-onu switch Syntax show gpon remote-onu switch interface1 [name1 ]

Function This command shows the layer 2 bridge configuration information.


Description

Value

interface1


-



1–31 characters

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Examples The following example shows the layer 2 bridge configuration information: ZXAN#show gpon remote-onu switch gpon-onu_1/3/1:1 switch_0/1


15.4.173 show gpon remote-onu switchport Syntax show gpon remote-onu switchport {ethuni interface1 [name1 ] |flow interface2 [number1 ] |iph ost interface3 [number2 ] |wifi interface4 [name2 ] |veip interface5 [number3 ] }

Function This command shows the configuration information on a layer 2 bridge port.


Description

Value

ethuni

Ethernet port

-

interface1


-



1–31 characters

flow

Service flow

-

interface2


-


Service flow ID

1–255

iphost

IP host

-

interface3


-


IP host ID

1–255

wifi

WiFi port

-

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Parameter

Description

Value

interface4


-



1–31 characters

veip

VEIP port

-

interface5


-


VEIP ID

1–255



Examples The following example shows the configuration information on the layer 2 bridge port that is correlated with Ethernet port 0/1: ZXAN#show gpon remote-onu switchport ethuni gpon-onu_1/3/1:1 eth_0/1


15.4.174 show gpon remote-onu test-result call Syntax show gpon remote-onu test-result call interface1 name1

Function This command shows the ONU language test result.


Description

Value

interface1


-



1–31 characters

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Examples The following example shows the ONU language test result: ZXAN#show gpon remote-onu test-result call gpon-onu_1/3/1:1 pots_0/1


15.4.175 show gpon remote-onu test-result iphost Syntax show gpon remote-onu test-result iphost interface1 number1

Function This command shows the ONU IP host test result.


Description

Value

interface1


-


IP host ID

1–255



Examples The following example shows the ONU IP host test result: ZXAN#show gpon remote-onu test-result iphost gpon-onu_0/3/1:1 1




15.4.176 show gpon remote-onu test-result ipoe Syntax show gpon remote-onu test-result ipoe interface1 name1

Function This command shows the ONU Internet Protocol over Ethernet (IPoE) test result.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the ONU IPoE test result: ZXAN#show gpon remote-onu test-result ipoe gpon-onu_0/3/1:1 eth_0/1


15.4.177 show gpon remote-onu test-result iptv Syntax show gpon remote-onu test-result iptv interface1 name1

Function This command shows the ONU Internet Protocol Television (IPTV) test result.

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Description

Value

interface1


-



1–31 characters



Examples The following example shows the ONU IPTV test result: ZXAN#show gpon remote-onu test-result iptv gpon-onu_0/3/1:1 eth_0/1


15.4.178 show gpon remote-onu test-result mep Syntax show gpon remote-onu test-result mep interface1 number1 number2

Function This command shows the ONU MEP test result.


Description

Value

interface1


-


MD ID

1–16

number2

MA ID

1–32


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Examples The following example shows the ONU MEP test result: ZXAN#show gpon remote-onu test-result mep gpon-onu_1/3/1:1 1 1


15.4.179 show gpon remote-onu test-result mep lm-dm Syntax show gpon remote-onu test-result mep lm-dm interface1 number1 number2

Function This command shows the ONU MEP LM-DM test result.


Description

Value

interface1


-


MD ID

1–16

number2

MA ID

1–32



Examples The following example shows the ONU MEP LM-DM test result: ZXAN#show gpon remote-onu test-result mep lm-dm gpon-onu_1/3/1:1 1 1




15.4.180 show gpon remote-onu test-result potsuni Syntax show gpon remote-onu test-result potsuni interface1 name1

Function This command shows the ONU POTS test result.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the ONU POTS test result: ZXAN#show gpon remote-onu test-result potsuni gpon-onu_0/3/1:1 pots_0/1


15.4.181 show gpon remote-onu test-result pppoe Syntax show gpon remote-onu test-result pppoe interface1 name1

Function This command shows the ONU PPPoE test result.

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Description

Value


-



1–31 characters



Examples The following example shows the ONU PPPoE test result: ZXAN#show gpon remote-onu test-result pppoe gpon-onu_0/3/1:1 eth_0/1


15.4.182 show gpon remote-onu tr069-mgmt Syntax show gpon remote-onu tr069-mgmt interface1 [number1 ]

Function This command shows the ONU TR069 management and configuration information.


Description

Value

interface1


-


VEIP ID

1–255





Examples The following example shows the ONU TR069 management and configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu tr069-mgmt gpon-onu_1/3/1:1 VEIP ID:

1

Admin status:

lock

ACS: Validation scheme: disable Tag:

priority : 7, vlan : 4095

ZXAN(gpon-onu-mng)#


15.4.183 show gpon remote-onu traffic-limit Syntax show gpon remote-onu traffic-limit interface1 [name1 ]

Function This command shows the ONU rate limiting information.


Description

Value


-



1–31 characters



Examples The following example shows the ONU rate limiting information: ZXAN#show gpon remote-onu traffic-limit gpon-onu_1/3/1:1




15.4.184 show gpon remote-onu up-queue-map Syntax show gpon remote-onu up-queue-map flow interface1 [number1 ]

Function This command shows the mapping relations between the 802.1p services on the uplink bridge port and the upstream priority queues.


Description

Value

flow

Service flow

-

interface1


-

gpon-onu_shelf/slot/olt:onu Service flow ID

number1

1–255



Examples The following example shows the mapping relations between the 802.1p services on the uplink bridge port and the upstream priority queues: ZXAN(gpon-onu-mng)#show gpon remote-onu up-queue-map flow gpon-onu_1/3/1:1 1 Flow ID

Priority : Queue

--------------------------------------------------------------1 0:null 1:7 2:null 3:null 4:null 5:null 6:null 7:null


15.4.185 show gpon remote-onu veip Syntax show gpon remote-onu veip interface1 [number1 ]

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Function This command shows the configuration information on a virtual Ethernet interface.


Description

Value

interface1


-


VEIP ID

1–255



Examples The following example shows the configuration information on a virtual Ethernet interface: ZXAN(gpon-onu-mng)#show gpon remote-onu veip gpon-onu_1/3/1:1 VEIP ID: 1 Admin status: unlock Operate status: disable Interdomain name: Port: none IANA assigned port: none ZXAN(gpon-onu-mng)#


15.4.186 show gpon remote-onu vlan Syntax show gpon remote-onu vlan {eth interface1 [name1 ] |wifi interface2 [name2 ] |veip interface3 [name3 ] |gemport interface4 [number1 ] |gemport-mcast interface5 [number2 ] |wan interface6 [number3 ] }

Function This command shows the ONU VLAN processing information.

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Description

Value

eth

Ethernet port

-


-

interface1



1–31 characters

wifi

WiFi port

-

interface2


-



1–31 characters

veip

VEIP port

-

interface3


-


VEIP ID

1–255

gemport

GEM port

-

interface4


-


GEM port ID

1–255

gemport-mcast

Multicast GEM port

-

interface5


-


Multicast GEM port ID

1

wan

WAN port

-

interface6


-


WAN ID

1–255



Examples The following example shows the VLAN processing information on ONU Ethernet port eth_0/1; ZXAN#show gpon remote-onu vlan eth gpon-onu_1/3/1:1 eth_0/1

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Chapter 15 GPON Commands Interface

Mode

Def-vid

Def-Prio

Vlan-list

............................................................... eth_0/1

access

1001

0

--

ZXAN#


15.4.187 show gpon remote-onu vlan translate Syntax show gpon remote-onu vlan translate {eth interface1 [name1 ] |wifi interface2 [name2 ] |veip interface3 [name3 ] |gemport interface4 [number1 ] |gemport-mcast interface5 [number2 ] |wan interface6 [number3 ] }

Function This command shows the port VLAN translation rule.


Description

Value

eth

Ethernet port

-

interface1


-



1–31 characters

wifi

WiFi port

-

interface2


-



1–31 characters

veip

VEIP port

-

interface3


-


VEIP ID

1–255

gemport

GEM port

-

interface4


-


GEM port ID

1–255

gemport-mcast

Multicast GEM port

-

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Parameter

Description

Value

interface5


-


Multicast GEM port ID

1

wan

WAN port

-

interface6


-


WAN ID

1–255



Examples The following example shows the port VLAN translation rule: ZXAN#show gpon remote-onu vlan translate eth gpon-onu_1/3/1:1 eth_0/1


15.4.188 show gpon remote-onu vlan-filter Syntax show gpon remote-onu vlan-filter {ethuni interface1 [name1 ] |iphost interface2 [number1 ] |wifi interface3 [name2 ] |veip interface4 [number2 ] }

Function This command shows VLAN filtering items.


Description

Value

ethuni

Ethernet port

-

interface1


-



1–31 characters

iphost

IP host

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Parameter

Description

Value

interface2


-


IP host ID

1–255

wifi

WiFi port

-

interface3


-



1–31 characters

veip

VEIP port

-

interface4


-


VEIP ID

1–255



Examples The following example shows the VLAN filtering items on Ethernet port eth_0/1: ZXAN#show gpon remote-onu vlan-filter ethuni gpon-onu_1/3/1:1 eth_0/1


15.4.189 show gpon remote-onu vlan-filter-mode Syntax show gpon remote-onu vlan-filter-mode {ethuni interface1 [name1 ] |iphost interface2 [number1 ] |wifi interface3 [name2 ] |veip interface4 [number2 ] }

Function This command shows the VLAN filtering mode.

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Description

Value

ethuni

Ethernet port

-

interface1


-



1–31 characters

iphost

IP host

-

interface2


-


IP host ID

1–255

wifi

WiFi port

-

interface3


-



1–31 characters

veip

VEIP port

-

interface4


-


VEIP ID

1–255



Examples The following example shows the VLAN filtering mode on Ethernet port eth_0/1: ZXAN#show gpon remote-onu vlan-filter-mode ethuni gpon-onu_1/3/1:1 eth_0/1


15.4.190 show gpon remote-onu voip Syntax show gpon remote-onu voip interface1

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Function This command shows the VoIP configuration.


Description

Value

interface1


-



Usage Guidelines All modes except user mode

Examples The following example shows the VoIP configuration: ZXAN(gpon-onu-mng)#show gpon remote-onu voip gpon-onu_0/3/1:1 Protocol used:

SIP


15.4.191 show gpon remote-onu voip-ctp Syntax show gpon remote-onu voip-ctp interface1 [name1 ]

Function This command shows the VoIP voice Connection Termination Point (CTP) configuration.


Description

Value

interface1


-



1–31 characters





Examples The following example shows the VoIP voice CTP configuration: ZXAN(config)#show gpon remote-onu voip-ctp gpon-onu_0/3/1:1


15.4.192 show gpon remote-onu voip-ip Syntax show gpon remote-onu voip-ip interface1 [slot number1 [media ] ]

Function This command shows the VoIP IP configuration.


Description

Value

interface1


-


Slot number

0–8

media

Media

-



Examples The following example shows the VoIP IP configuration: ZXAN#show gpon remote-onu voip-ip gpon-onu_0/3/1:1




15.4.193 show gpon remote-onu voip-linestatus Syntax show gpon remote-onu voip-linestatus interface1 [name1 ]

Function This command shows the VoIP link status.


Description

Value

interface1


-



1–31 characters



Examples The following example shows the VoIP link status: ZXAN(config)#show gpon remote-onu voip-linestatus gpon-onu_0/3/1:1


15.4.194 show gpon remote-onu wan Syntax show gpon remote-onu wan interface1 [number1 ]

Function This command shows the ONU WAN configuration information.

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Description

Value


-


WAN ID

1–255



Examples The following example shows the ONU WAN configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu wan gpon-onu_1/3/1:1 8 WAN index: 8 Service: Other MVLAN: 1000 MTU: ont internal policy Ethernet UNI: 1 SSID: 3 Online duration: 0(s)


15.4.195 show gpon remote-onu wan-ip Syntax show gpon remote-onu wan-ip interface1 [number1 ]

Function This command shows the WAN IP configuration information.


Description

Value

interface1


-


WAN ID

1–255

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Examples The following example shows the WAN IP configuration information: ZXAN(gpon-onu-mng)#show gpon remote-onu wan-ip gpon-onu_0/3/1:1 WAN id:

1

Mode:

DHCP

Onu identifier: Ping response:

enable

Traceroute response: disable VLAN tag mode:

tag

CVLAN:

100

CVLAN priority: 0 SVLAN:

0

Current IP:

0.0.0.0

Current mask:

0.0.0.0

Current gateway:0.0.0.0 Current primary DNS: 0.0.0.0 Current secondary DNS: 0.0.0.0 Domain name: Host name: MAC address:

0000.0000.0000

IP host id:

1


15.4.196 show gpon remote-onu weight Syntax show gpon remote-onu weight interface1

Function This command shows the T-CONT weight.

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Description

Value

interface1


-




Examples The following example shows the T-CONT weight: ZXAN(gpon-onu-mng)#sho gpon remote-onu weight gpon-onu_1/3/1:1 Tcont

Queue

Weight

-------------------------------------1

1

1

1

2

1

1

3

1

1

4

1

2

1

1

2

2

1

2

3

1

2

4

1


15.4.197 show gpon remote-onu wifi info Syntax show gpon remote-onu wifi info interface1

Function This command shows the WiFi global parameter configuration.


Description

Value

interface1


-






Examples The following example shows the WiFi global parameter configuration: ZXAN#show gpon remote-onu wifi info gpon-onu_1/3/1:1 Admin status:

enable

Operate status:

N/A

Radio measurement:

enable

SSID isolation:

not isolated

Work mode:

802.11b-11g-11n

Bandwidth:

20(MHz)

SGI status:

disable

Current regulatory domain: China Channel:

auto

Tx rate:

auto

Transmitting power:

100%

QoS type:

WMM

ZXAN#


15.4.198 sip-agent Syntax sip-agent number1 {proxy-server name1 [outbound-proxy name2 ] primary-dns ip_addr1 [seco ndary-dns ip_addr2 ] tcpudp-port number2 [host number3 ] |[ss name3 ] |[[reg-exptime number4 ] [rereg-starttime number5 ] ] |validate name4 [username name5 password name6 ] [realm name7 ] |registrar-server name8 } no sip-agent number1

Function This command creates an SIP agent and correlates it with the TCP/UDP port.

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Description

Value

number1

Client ID

1-65535

name1

SIP server address

1–128 characters

name2

External server address

1–128 characters

ip_addr1

Primary DNS server

-

ip_addr2

Secondary DNS server

-

number2

TCP/UDP port number

0–65535

number3

IP host ID

1–255

name3

SS vendor

1–4 characters

number4

Authentication timeout, unit: seconds

0–4294967295

number5

Re-authentication timeout, unit: seconds

0–4294967295

name4

Authentication method

disable, md5, basic

name5

Authentication user name

1–128 characters

name6

Authentication password

1–25 characters

name7

MD5 domain name

1–25 characters

name8

Authentication server, which is the same as

1–128 characters

the proxy server by default if not specified



Examples The following example shows how to create an SIP agent with the ID of 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#sip-agent 1 proxy-server 1.1.1.1 outbound-proxy 2.2.2.2 primary-dns 3.3.3.3 tcpudp-port 100


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15.4.199 sip-service Syntax sip-service name1 profile name2 userid name3 [username name4 password name5 ] [display-n ame name6 ] [vmail-server name7 ] [vmail-validate {disable |basic username name8 password name9 |md5 username name10 password name11 realm name12 } ] [vmail-subscript-time num ber1 ] [signal name13 ] [media-profile name14 ] no sip-service name1

Function This command configures the POTS SIP service.


Description

Value

name1


1–31 characters

name2

SIP service profile name

1–64 characters

name3

User address ID

1–128 characters

name4

User name

1–50 characters

name5

Password

1–25 characters

name6

Displayed name

1–25 characters

name7

Voice mail server

1–128 characters

disable

Not to authenticate the voice mail server

-

name8

Voice mail server user name

1–25 characters

name9

Voice mail server password

1–25 characters

name10

Voice mail server MD5 user name

1–25 characters

name11

Voice mail server MD5 password

1–25 characters

name12

Voice mail server MD5 domain name

1–25 characters

number1

Voice mail subscription period, unit: seconds,

0–4294967295

default: 3600 name13

Signaling encoding selection

-

name14

Media profile name

1–64 characters





Examples The following example shows how to configure the POTS SIP service ZXAN(gpon-onu-mng)#sip-service pots_0/1 profile test1 userid 68895000 username 5000 password 5000 display-name ztesh vmail-server 10.63.10.1 vmail-validate md5 username test password test realm test vmail-subscript-time 7200

Related Commands 15.4.168 show gpon remote-onu sip-service

15.4.200 sip-user Syntax sip-user name1 {[dial-plan name2 ] |[service-profile number1 ] [feature-code number2 ] |[vmail-s erver name3 ] [vmail-exptime number3 ] [release-time number4 ] [roh-time number5 ] |sip-agent number6 user-aor name4 [display-name name5 ] [username name6 password name7 ] |vmail-v alidate name8 [vmail-username name9 vmail-password name10 ] [vmail-realm name11 ] } no sip-user name1

Function This command creates an SIP user and correlates it with the POTS UNI and SIP agent.


Description

Value

name1


1–31 characters

name2

Dialing plan table name, which is shared by ONUs.

1–64 characters

If it is being used, it cannot be modified or deleted. number1

Service file ID, which is shared by ONUs. If it is

0–65535

being used, it cannot be modified or deleted. number2

Feature code ID, which is shared by ONUs. If it is

0–65535

being used, it cannot be modified or deleted. name3

Voice mail server.

1–128 characters

number3

Voice mail server timeout, unit: seconds, default:

0–4294967295

3600. number4

Releasing time, unit: seconds, default: 10.

0–255

number5

ROH time, unit: seconds, default: 15.

0–255

number6

Client ID.

1–65535

name4

User AOR.

1–128 characters 15-296

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

Displayed name.

1–25 characters

name6

User name.

1–50 characters

name7

Password.

1–25 characters

name8

Voice mail server activation.

md5, basic, disable

name9

Voice mail server user name

1–25 characters

name10

Voice mail server password

1–25 characters

name11

Voice mail server domain name

1–25 characters



Examples The following example shows how to create an SIP user and correlates it with the POTS UNI and SIP agent: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#sip-agent 1 proxy-server 1.1.1.1 outbound-proxy 2.2.2.2 primary-dns 3.3.3.3 tcpudp-port 100 ZXAN(gpon-onu-mng)#sip-agent 1 rereg-starttime 1223 ZXAN(gpon-onu-mng)#sip-agent 1 ss ZTE ZXAN(gpon-onu-mng)#sip-user pots_0/1 sip-agent 1 user-aor zte


15.4.201 sntp Syntax sntp time-zone name1 master-server ip_addr1 slave-server ip_addr2 [dscp number1 ] [daylight -saving-time name2 ] [interval number2 ]

Function This command configures the ONU time.

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Description

Value

name1

Time zone, format: GMT-01:00 or GMT+01:00.

1–9 characters

ip_addr1

Primary time server address.

-

ip_addr2

Secondary time server address.

-

number1

DSCP value.

0–63

name2

Enables or disables daylight saving time.

-

Default: disabled. number2

Time synchronization interval, unit: seconds,

0–4294967295

default: 86400.



Examples The following example shows how to configure the ONU time: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#sntp time-zone GMT-02:00 master-server 10.63.10.1 slave-server 10.63.10.2


15.4.202 ssid auth wep Syntax ssid auth wep name1 {open-system [encrypt {disable |{40bit {[name2 name3 name4 name5 [defa ult-key number1 ] ] |[hex name6 name7 name8 name9 ] } [default-key number2 ] |104bit {[name10 name11 name12 name13 [default-key number3 ] ] |[hex name14 name15 name16 name17 ] } [defau lt-key number4 ] } } ] |shared-key [{40bit {[name18 name19 name20 name21 [default-key number5 ] ] |[hex name22 name23 name24 name25 ] } [default-key number6 ] |104bit {[name26 name27 name28 name29 [default-key number7 ] ] |[hex name30 name31 name32 name33 ] } [default-key number8 ] } ] }

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Function This command configures Wired Equivalent Privacy (WEP) encryption mode for a WiFi port.


Description

Value

name1


1–31 characters

open-system

Authentication mode: open system.

-

disable

Disables encryption.

-

40bit

WEP encryption level: 40bit.

-

name2

ASCII code key 1, which must be five characters.

-

name3


-

name4


-

name5


-

number1

Default key, default: 1.

1–4

name6

Hexadecimal key 1, which must be 10 characters

-

and the characters must be '0'-'9', 'a'-'f', 'A'-'F'. name7


-



-



-

and the characters must be '0'-'9', 'a'-'f', 'A'-'F'. number2


1–4

104bit

WEP encryption level: 40bit.

-

name10

ASCII code key 1, which must be 13 characters.

-

name11


-

name12


-

name13


-

number3


1–4

name14


-



-



-

and the characters must be '0'-'9', 'a'-'f', 'A'-'F'.

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Parameter

Description

Value

name17


-



1–4

shared-key

Authentication mode: shared key.

-

name18


-

name19


-

name20


-

name21


-

number5


1–4


-

name22



-



-



-



1–4

name26


-

name27


-

name28


-

name29


-

number7


1–4

name30


-



-



-



-



1–4


15-300 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines l

An ONU WiFi port supports WEP and Wi-Fi Protected Access (WPA) encryption modes. The default mode is WPA. The following command is the default configuration. After this command is carried out, the script is not displayed. ZXAN(gpon-onu-mng)#ssid auth wpa wifi_0/1 wpa-wpa2-psk encrypt tkip-aes key-update-interval 600

l

To restore the default key value for WEP and WPA encryption modes, run the following commands: ZXAN(gpon-onu-mng)#ssid auth wep wifi_0/1 open-system encrypt disable ZXAN(gpon-onu-mng)#ssid auth wpa wifi_0/1 key default

l

Restore the default key value in the following conditions: The key is not entered when you switch between WEP mode and WPA mode. The key is not entered when you switch the key length in WEP mode.

l

Keep the key value in the following conditions: The key is not entered but the key length does not change when you switch between open-system and shared-key in WEP mode. The key is not entered when you switch between wpa-psk, wpa2-psk, and wpa-wpa2-psk in WPA mode.

Examples The following example shows how to configure WEP encryption mode for a WiFi port: ZXAN(gpon-onu-mng)#ssid auth wep wifi_0/1 open-system encrypt 40bit hex 0102030E0F 1112131E1F 2122232E2F 313333E3F1 default-key 1

Related Commands 15.4.203 ssid auth wpa 15.4.204 ssid ctrl

15.4.203 ssid auth wpa Syntax ssid auth wpa name1 [name2 ] [encrypt name3 ] [key {default |name4 } ] [key-update-interval number1 ]

Function This command configures WPA encryption mode for a WiFi port.

15-301 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


1–31 characters

name2

Authentication mode, default: wpa-wpa2-psk.

wpa-psk, wpa2-psk, wpa-wpa2-psk

name3

WPA encryption algorithm, default: tkip-aes.

wep, tkip, wep-tkip aes, wep-aes, tkip-aes, wep-tkip-aes

default

Restores to the default key.

-

name4

Key.

8–63 characters

number1

Key update period, unit: seconds, default:

100–1000

600.


Usage Guidelines l

An ONU WiFi port supports WEP and Wi-Fi Protected Access (WPA) encryption modes. The default mode is WPA. The following command is the default configuration. After this command is carried out, the script is not displayed. ZXAN(gpon-onu-mng)#ssid auth wpa wifi_0/1 wpa-wpa2-psk encrypt tkip-aes key-update-interval 600

l

To restore the default key value for WEP and WPA encryption modes, run the following commands: ZXAN(gpon-onu-mng)#ssid auth wep wifi_0/1 open-system encrypt disable ZXAN(gpon-onu-mng)#ssid auth wpa wifi_0/1 key default

l

Restore the default key value in the following conditions: The key is not entered when you switch between WEP mode and WPA mode. The key is not entered when you switch the key length in WEP mode.

l

Keep the key value in the following conditions: The key is not entered but the key length does not change when you switch between open-system and shared-key in WEP mode. The key is not entered when you switch between wpa-psk, wpa2-psk, and wpa-wpa2-psk in WPA mode.

Examples The following example shows how to configure WPA encryption mode for a WiFi port: ZXAN(gpon-onu-mng)#ssid auth wpa wifi_0/1 wpa2-psk

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Chapter 15 GPON Commands key 12345678 key-update-interval 200

Related Commands 15.4.202 ssid auth wep 15.4.204 ssid ctrl

15.4.204 ssid ctrl Syntax ssid ctrl name1 {[name name2 ] [hide name3 ] [user-isolation name4 ] [max-users number1 ] } no ssid ctrl name1 name

Function This command configures ONU WiFi port management.


Description

Value

name1


1–31 characters

name2

SSID name.

1–32 characters

name3

Enables or disables SSID broadcast.

-

name4

Enables or disables SSID internal user isolation.

-

number1

Maximum number of SSID users.

1–32

name

SSID name.

1–32 characters


Usage Guidelines To cancel the setting, use the no form of this command. To enable or disable the WiFi service SSID, run the following command: ZXAN(gpon-onu-mng)#interface wifi wifi_0/1 state lock

Deactivate

unlock

Activate

Examples The following example shows how to configure ONU WiFi port properties: ZXAN(gpon-onu-mng)#ssid ctrl wifi_0/1 name SSID1

15-303 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference hide disable user-isolation enable max-users 10


15.4.205 switch Syntax switch name1 {[stp name2 ] [learn name3 ] [local-switch name4 ] [priority number1 ] [max-age number2 ] [hello-time number3 ] [forward-delay number4 ] [unknownMac-discard name5 ] [ad dr-learn-depth number5 ] } [aging-time number6 ]

Function This command configures MAC bridge properties.


Description

Value

name1

MAC bridge port, format: switch_slot/port.

1–31 character

name2

Enables or disables SIP algorithm for the MAC

-

bridge. name3

Enables or disables learning for the MAC bridge.

-

name4

Enables or disables UNI local switch for the MAC

-

bridge. number1

MAC bridge priority.

0–65535

number2

Maximum life circle of a spanning tree item, unit:

6–40

seconds. number3

Hello packet interval, unit: seconds.

1–10

number4

Forwarding delay time, unit: seconds.

4–30

name5

Whether to discard the packets with unknown

-

MAC addresses.

number5

l

Disable: flood

l

Enable: discard

Maximum number of learnt UNI addresses. 0

0–255

indicates no limiting. number6

Address aging time, unit: seconds.

10–1000000





Examples The following example shows how to configure the ONU MAC bridge parameters: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#switch switch_0/1 forward-delay 4 hello-time 1 ZXAN(gpon-onu-mng)#


15.4.206 switchport ethuni Syntax switchport ethuni name1 {traffic-limit {in name2 |out name3 } |{[priority number1 ] [path-cost number2 ] [stp name4 ] [encap-method name5 ] [lan-fcs name6 ] [addr-learn-depth number3 ] } } no switchport ethuni name1 traffic-limit {in |out |all }

Function This command configures Ethernet UNI bridge port properties.


Description

Value

name1


1–31 characters

name2

In-band rate limiting profile name.

1–64 characters

name3

Out-of-band rate limiting profile name.

1–64 characters

number1

Port priority.

0–65535

number2

Path from the port to the root bridge.

0–65535

name4

Enables or disables port SIP.

-

name5

Frame encapsulation mode.

-

name6

Whether to forward FCS bytes.

forward, discard

number3

Address learning depth. 0 indicates no limiting.

0–255

in

Deletes in-band traffic limiting.

-

out

Deletes out-of-band traffic limiting.

-

all

Deletes in-band and out-of-band traffic limiting.

-

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Examples The following example shows how to configure Ethernet UNI bridge port properties and enable SIP: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#switchport ethuni eth_0/1 stp enable


15.4.207 switchport flow Syntax switchport flow number1 [{[priority number2 ] [path-cost number3 ] [stp name1 ] [lan-fcs name2 ] [addr-learn-depth number4 ] } ]

Function This command configures flow bridge port properties.


Description

Value

number1

Flow ID.

1–255

number2

Priority.

0–65535

number3


0–65535

name1


-

name2


forward, discard

number4

Address learning depth. 0 indicates no limiting.

0–255





Examples he following example shows how to configure flow bridge port properties and enable SIP: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#switchport flow 1 stp enable


15.4.208 switchport iphost Syntax switchport iphost number1 {[priority number2 ] [path-cost number3 ] [stp name1 ] [lan-fcs name2 ] [addr-learn-depth number4 ] }

Function This command configures IP host bridge port properties.


Description

Value

number1

Host ID.

1–255

number2

Port priority.

0–65535

number3


0–65535

name1


-

name2


forward, discard

Address learning depth. 0 indicates no

0–255

number4

limiting.



Examples The following example shows how to configure IP host bridge port properties and enable SIP: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#switchport iphost 1 stp enable

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15.4.209 switchport veip Syntax switchport veip number1 {traffic-limit {in name1 |out name2 } |{[priority number2 ] [path-cost number3 ] [stp name3 ] [encap-method name4 ] [lan-fcs name5 ] [addr-learn-depth number4 ] } } no switchport veip number1 traffic-limit {in |out |all }

Function This command configures VEIP bridge port properties.


Description

Value

number1

VEIP ID

1–255

name1

In-band rate limiting profile name.

1–64 characters

name2

Out-of-band rate limiting profile name.

1–64 characters

number2

Port priority.

0–65535

number3


0–65535

name3


-

name4

Frame encapsulation mode.

-

name5


forward, discard

number4

Address learning depth. 0 indicates no

0–255

limiting. in

Deletes in-band traffic limiting.

-

out

Deletes out-of-band traffic limiting.

-

all

Deletes in-band and out-of-band traffic

-

limiting.



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Examples The following example shows how to configure VEIP bridge port properties and enable SIP: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#switchport veip 1 stp enable


15.4.210 switchport-bind Syntax switchport veip number1 {traffic-limit {in name1 |out name2 } |{[priority number2 ] [path-cost number3 ] [stp name3 ] [encap-method name4 ] [lan-fcs name5 ] [addr-learn-depth number4 ] } } no switchport veip number1 traffic-limit {in |out |all }

Function This command binds the UNI with a layer 2 bridge.


Description

Value

name1

MAC bridge port, format: switch_slot/port

1–31 character

name2


1–31 characters

number1

IP host ID

1–255

name3


1–31 characters

number2

Virtual Ethernet interface number

1–255



Examples The following example shows how to bind the UNI with a layer 2 bridge: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#switchport-bind switch_0/1 ethuni eth_0/1 ZXAN(gpon-onu-mng)#

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15.4.211 synctime Syntax synctime

Function This command synchronizes all the performance statistics starting time points. All the performance statistics values are cleared to 0 and the statistics are restarted.

Parameters None



Examples The following example shows how to synchronize all the performance statistics starting time points: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#synctime ZXAN(gpon-onu-mng)#


15.4.212 sys-attr Syntax sys-attr {[cpu-threshold number1 ] [mem-threshold number2 ] }

Function This command configures ONU system properties. 15-310 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

CPU usage threshold, unit: %, default: 100

0–100

number2

Memory usage threshold, unit: %, default:

0-100

100



Examples The following example shows how to configure the ONU system properties: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#sys-attr cpu-threshold 80 mem-threshold 80


15.4.213 test Syntax test

Function This command tests ONU diagnosis.

Parameters None

Mode GPON ONU MNG mode and EPON ONU MNG mode


Examples The following example shows how to start the ONU diagnosis test: 15-311 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#pon-onu-mng gpon-onu_1/4/1:1 ZXAN(gpon-onu-mng)#test ZXAN(gpon-onu-mng)#


15.4.214 test callee Syntax test callee name1 {stop |start } [ring number1 ] [duration number2 ]

Function This command tests the ONU called party.


Description

Value

name1


1–31 characters

stop

Stops the test.

-

start

Starts the test.

-

number1

Ring duration, unit: seconds, default: 4.

0–4294967295

number2

Test duration, unit: seconds.

60–300



Examples The following example shows how to start the test of the ONU called party: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test callee pots_0/1 start


15-312 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.215 test caller Syntax test caller name1 {stop |start dial name2 [duration number1 ] }

Function This command tests the ONU calling party.


Description

Value

name1


1–31 characters

stop

Stops the test.

-

start

Starts the test.

-

name2

Dialed number.

1–20 characters

number1

Test duration, unit: seconds.

60–300



Examples The following example shows how to start the test of the ONU calling party: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test caller pots_0/1 start dial 123456


15.4.216 test iphost Syntax test iphost number1 name1 ip_addr1

Function This command tests the ONU IP host. 15-313 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Host ID

1–255

name1

Test item

-

ip_addr1


-



Examples The following example shows how to start the ONU IP host ping test: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test iphost 1 ping 1.1.1.1


15.4.217 test ipoe Syntax test ipoe name1 {stop |start {username name2 password name3 [mac hexadecimal1 ] [vlan numb er1 ] [timeout number2 ] |mac hexadecimal2 option60 name4 [vlan number3 ] [timeout number4 ]}}

Function This command implements the ONU IPoE test.


Description

Value

name1


1–31 characters

stop

Stops the IPoE test.

-

start

Starts the IPoE test.

-

name2

User name.

1–128 characters

name3

Password.

1–128 characters

15-314 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

hexadecimal1

MAC address.

-

number1

VLAN ID.

0–4094

number2

Timeout time, unit: second, default: 30

5–60

hexadecimal2

MAC address.

-

name4

Vendor ID.

1–128 characters

number3

VLAN ID.

0–4094

number4

Timeout time, unit: second, default: 30

5–60

Mode GPON ONU MNG mode, EPON ONU MNG mode


Examples The following example shows how to start the IPoE test through the user name and password: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test ipoe eth_0/1 start username zte password zte vlan 100 time 5

The following example shows how to stop the IPoE test: ZXAN(gpon-onu-mng)# test ipoe eth_0/1 stop


15.4.218 test iptv Syntax test iptv name1 {stop |start ip ip_addr1 [vlan number1 pri number2 ] [duration number3 ] }

Function This command implements the ONU IPTV test.

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Description

Value

name1


1–31 characters

stop

Stops the IPoE test.

-

start

Starts the IPoE test.

-

ip_addr1

Multicast address.

-

number1

If the VLAN is not configured, it indicates the

1–4094

VLAN ID of the untagged packts that enters the ONU user port. number2

Priority.

0–7

number3

Test time.

1–300

Mode GPON ONU MNG mode, EPON ONU MNG mode


The ONU needs to configure a filtering rule for untagged packets and tag them. The ONU needs to configure a filtering rule for tagged packets and translate the VLAN or transparently transmit them.

Examples The following example shows how to start the ONU IPTV test: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test iptv eth_0/1 start ip 224.1.1.1 duration 20


15.4.219 test mep linktrace Syntax test mep linktrace number1 number2 {mac-addr hexadecimal1 |mep-id number3 } max-hop-co unt number4 [use-fdb-only name1 ]

Function This command tests ONU MEP line trace.

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Description

Value

number1

MD ID

1–16

number2

MA ID

1–32

hexadecimal1

MAC address

-

number3

MEP ID

1–8191

number4

Maximum number of hops

1–255

name1

Whether to use the common MAC address

-

forward table only



Examples The following example shows how to start the test of ONU MEP line trace: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test mep linktrace 1 1 mac-addr 1111.1111.1111 max-hop-count 10


15.4.220 test mep lm-dm Syntax test mep lm-dm number1 number2 {stop |start {[name1 ] [name2 ] } {mac-addr hexadecimal1 {[dr op-eligibility name3 ] [priority number3 ] [interval name4 ] [count number4 ] } |mep-id number5 [{[drop-eligibility name5 ] [priority number6 ] [interval name6 ] [count number7 ] } ] } }

Function This command tests ONU MEP LM-DM.


Description

Value

number1

MD ID.

1–16

number2

MA ID.

1–32

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Parameter

Description

Value

stop

Stops the test.

-

start

Starts the test.

-

name1

LM type.

-

name2

DM type.

-

hexadecimal1

MAC address.

-

name3

Whether to enable drop eligibly.

-

number3

Priority.

0–7

name4

Interval.

-

number4

Number of times.

1–1024

number5

MEP ID.

1–8919

name5


-

number6

Priority.

0–7

name6

Interval.

-

number7

Number of times.

1–1024



Examples The following example shows how to start the ONU MEP LM-DM test: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng#test mep lm-dm 1 1 start one-way mac-addr 1111.1111.1111 priority 1


15.4.221 test mep loopback Syntax test mep loopback number1 number2 {mac-addr hexadecimal1 |mep-id number3 } repeat-count number4 [proiority number5 drop-eligibility name1 ]

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Function This command tests the ONU MEP loop-back.


Description

Value

number1

MD ID

1–16

number2

MA ID

1–32

hexadecimal1

MAC address

-

number3

MEP ID

1–8191

number4

Number of repeat times.

1–1024

number5

Priority.

0–7

name1


-



Examples The following example shows how to start the test of the ONU MEP loop-back: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test mep loopback 1 1 mac-addr 1111.1111.1111 repeat-count 100


15.4.222 test potsuni Syntax test potsuni name1 name2 [name3 ]

Function This command tests the ONU voice port.

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Description

Value

name1


1–31 characters

name2

Test item

-

name3

Normal test or force test

-



Examples The following example shows how to start the test of ONU voice port pots_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test potsuni pots_0/1 battery normal


15.4.223 test pppoe Syntax test pppoe name1 {stop |start username name2 password name3 [[authmode name4 ] [vlan num ber1 ] ] }

Function This command tests ONU PPPoE.


Description

Value

name1


1–31 characters

stop

Stops the test.

-

start

Starts the test.

-

name2

User name.

1–25 characters

name3

Password.

1–25 characters

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Parameter

Description

Value

name4

PPPoE test mode.

-

number1

VLAN ID used by the data flow test.

0–4094



Examples The following example shows how to start the ONU PPPoE test: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#test pppoe eth_0/1 start username zte password zte


15.4.224 tr069-mgmt Syntax tr069-mgmt number1 [{[{untag |tag pri number2 vlan number3 } ] [state name1 ] [acs name2 [validate {disable |basic username name3 password name4 |md5 username name5 password name6 realm name7 } ] ] } ] no tr069-mgmt number1 acs

Function This command configures the ONU TR069 management parameters.


Description

Value

number1

VEIP ID

1-255

untag

Untagged mode

-

tag

Tagged mode

-

number2

Priority

0–7

number3

VLAN ID

1–4094

name1

Administrative state, default: lock

-

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Parameter

Description

Value

name2

ACS server name, in IP address or

1–128 characters

URL format disable

No authentication

-

basic

Basic authentication mode

-

name3

Basic authentication user name

1–25 characters

name4

Basic authentication password

1–25 characters

md5

MD5 authentication mode

-

name5

MD5 authentication user name

1–50 characters

name6

MD5 authentication password

1–25 characters

name7

MD5 authentication domain name

1–25 characters

acs

ACS server

-



Examples The following example shows how to configure the ONU TR069 management parameters: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#tr069-mgmt 1 state unlock


15.4.225 traffic-limit Syntax traffic-limit name1 [prio number1 ] [vlan number2 ] [ether-type name2 ] cir number3 [prio1 nu mber4 prio2 number5 ] no traffic-limit name1 [prio number1 ] [vlan number2 ] [ether-type name2 ]

Function This command configures rate limiting for an ONU Ethernet user port.

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Description

Value

name1


1–31 characters

number1

Priority

0–7

number2

VLAN ID

0–4095

name2

Ethernet frame filtering type

-

number3

Committed information rate, unit: kbps

0–4294967295

number4

Priority 1

0–7

number5

Priority 2

0–7



Examples The following example shows how to configure rate limiting for Ethernet user port eth_0/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#traffic-limit eth_0/1 cir 1000 prio1 1 prio2 2


15.4.226 type Syntax type name1

Function This command configures the ONU type in the remote management profile.


Description

Value

name1

ONU type

1–64 characters

Mode GPON remote ONU configuration mode 15-323 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines Use the show onu-type command to obtain the ONU type name.

Examples The following example shows how to configure the ONU type ZTE-F660 in the remote management profile zte: ZXAN(config-pon)#onu-profile gpon remote zte ZXAN(config-gpon-remote)#type ZTE-F660


15.4.227 up-queue-map Syntax up-queue-map flow number1 name1 queue number2 no up-queue-map flow number1 name1

Function This command configures the mapping relations between 802.1p services and upstream priority queues.


Description

Value

number1

Flow ID

1–255

name1

Priority list

1–31 characters

Priority range: 0–7 number2

Upstream priority queue ID

0–7


Usage Guidelines To cancel the setting, use the no form of this command. Before carrying out this command, create service flows first: The upstream priority queue ID ranges from 0 to 7. Queue 1 has the highest priority and queue 7 has the lowest priority.

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Examples The following example shows how to configure the mapping relations between 802.1p services and upstream priority queues: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#up-queue-map flow 1 1 queue 7 ZXAN(gpon-onu-mng)#


15.4.228 veip Syntax veip number1 [{[state name1 ] [inter-domain name2 ] [port [name3 ] number2 [host number3 ] ] } ] no veip number1 [{[inter-domain ] [port ] } ]

Function This command configures the virtual Ethernet interface properties.


Description

Value

number1

VEIP ID

1–255

name1

Administrative state

unlock, lock

name2

Internal domain name

1–25 characters

port

IANA distributed port

-

name3

Port type

UDP, TCP

number2

Port number

1–65535

number3

Host ID

1–255

inter-domain

Internal domain name

-



Examples The following example shows how to configure the virtual Ethernet interface properties: 15-325 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#veip 1 state unlock


15.4.229 vlan gemport Syntax vlan gemport number1 {(vlan name2 )|(mode {transparent |trunk |(tag [vlan number2 ][priorit y number3 ])|(hybrid [def-vlan number4 ][def-prio number5 ])})|(translate (vlan number6 [prio number7 ][cvlan number8 [cvlan-prio number9 ]](svlan number10 [svlan-prio number11 ])))} no vlan gemport number12 {(vlan name4 )|(translate (vlan number13 )[priority number14 ])|m ode }

Function This command configures the VLAN processing rule for a GEM port.


Description

Value

number1

GEM port ID.

1–255

name2

VLAN ID list, format: X,X... or X-X.

-

transparent

Transparent transmission mode.

-

trunk

Trunk mode: Only the configured tagged

-

packets are permitted, other tagged packets are denied, and untagged packets are discarded. tag

Tagged mode: Untagged packets are

-

transmitted in the upstream direction after being tagged with the PVID, and tagged packets are discarded. The parameter is optional. If it is not configured, the VLAN ID is 1 and the priority is 0 by default. number2

Added VLAN ID.

1–4094

number3

Added priority.

0–7

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Parameter

Description

Value

hybrid

Hybrid mode: Untagged packets are permitted

-

after being tagged with the PVID. Only the configured tagged packets are permitted, and other tagged packets are denied. The parameter is optional. If it is not configured, the VLAN ID is 1 and the priority is 0 by default. number4

Added default VLAN ID.

1–4094

number5

Added default priority.

0–7

number6

VLAN ID before translation.

1–4094

number7

Priority before translation.

0–7

number8

CVLAN ID after translation.

1–4094

number9

CVLAN priority after translation.

0–7

number10

SVLAN ID after translation.

1–4094

number11

SVLAN priority after translation.

0–7

number12

GEM port ID.

1–255

name4


-

number13

Translated original VLAN ID.

1–4094

number14

Translated original priority.

0–7

mode

Operation mode.

-

Mode GPON-ONU-MNG mode


Examples The following example shows how to configure the VLAN translation rule for GEM port 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#vlan gemport 1 translate vlan 1 ZXAN(gpon-onu-mng)#

Related Commands show gpon remote-onu vlan translate

15-327 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.230 vlan gemport-mcast Syntax vlan gemport-mcast number1 {(vlan name2 )|(mode {transparent |trunk |(tag [vlan number2 ][priority number3 ])|(hybrid [def-vlan number4 ][def-prio number5 ])})|(translate (vlan numbe r6 [prio number7 ][cvlan number8 [cvlan-prio number9 ]](svlan number10 [svlan-prio number11 ])))} no vlan gemport-mcast number12 {(vlan name4 )|(translate (vlan number13 )[priority number14 ])|mode }

Function This command configures the VLAN processing rule for a multicast GEM port.


Description

Value

number1

Multicast GEM port ID.

1

name2


-

transparent


-

trunk


-



-


Added VLAN ID.

1–4094

number3

Added priority.

0–7

hybrid

Hybrid mode: Untagged packets are

-

permitted after being tagged with the PVID. Only the configured tagged packets are permitted, and other tagged packets are denied. The parameter is optional. If it is not configured, the VLAN ID is 1 and the priority is 0 by default. number4


1–4094

number5


0–7

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Parameter

Description

Value

number6


1–4094

number7


0–7

number8


1–4094

number9


0–7

number10


1–4094

number11


0–7

number12

Multicast GEM port ID.

1

name4


-

number13


1–4094

number14


0–7

mode

Operation mode.

-



Examples The following example shows how to configure the VLAN translation rule for multicast GEM port 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#vlan gemport-mcast 1 translate vlan 1 ZXAN(gpon-onu-mng)#


15.4.231 vlan port Syntax vlan port name1 {vlan name2 |mode {transparent |trunk |tag [vlan number1 ] [priority number2 ] |hybrid [def-vlan number3 ] [def-prio number4 ] } |translate vlan number5 [prio number6 ] [cvlan number7 [cvlan-prio number8 ] ] svlan number9 [svlan-prio number10 ] } no vlan port name1 {vlan name2 |translate vlan number1 [priority number2 ] |mode }

15-329 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the VLAN processing rule for an UNI port.


Description

Value

name1

UNI port, format:

1–31 characters

eth_slot/port,wifi_slot/port,veip_port. name2

VLAN ID list, format: X,X...or X-X.

-

transparent


-


-

trunk



-


Added VLAN ID.

1–4094

number2

Added priority.

0–7

hybrid

Hybrid mode: Untagged packets are permitted

-

after being tagged with the PVID. Only the configured tagged packets are permitted, and other tagged packets are denied. The parameter is optional. If it is not configured, the VLAN ID is 1 and the priority is 0 by default. number3


1–4094

number4


0–7

number5


1–4094

number6


0–7

number7


1–4094

number8


0–7

number9


1–4094

number10


0–7

mode

Operation mode.

-





Examples The following example shows how to configure the VLAN processing rule for port eth_3/1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#vlan port eth_3/1 translate vlan 1 cvlan 2 svlan 3 ZXAN(gpon-onu-mng)#

Related Commands 15.4.187 show gpon remote-onu vlan translate

15.4.232 vlan wan Syntax vlan wan number1 {(vlan name2 )|(mode {transparent |trunk |(tag [vlan number2 ][priority nu mber3 ])|(hybrid [def-vlan number4 ][def-prio number5 ])})|(translate (vlan number6 [prio num ber7 ][cvlan number8 [cvlan-prio number9 ]](svlan number10 [svlan-prio number11 ])))} no vlan wan number12 {(vlan name4 )|(translate (vlan number13 )[priority number14 ])|mode }

Function This command configures the VLAN processing rule for a WAN port.


Description

Value

number1

WAN ID.

1–255

name2


-

transparent


-

trunk

Trunk mode: Only the configured tagged packets

-

are permitted, other tagged packets are denied, and untagged packets are discarded. tag

Tagged mode: Untagged packets are transmitted in the

-

upstream direction after being tagged with the PVID, and tagged packets are discarded. The parameter is optional. If it is not configured, the VLAN ID is 1 and the priority is 0 by default. number2

Added VLAN ID.

1–4094

number3

Added priority.

0–7 15-331

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

hybrid

Hybrid mode: Untagged packets are permitted after

-

being tagged with the PVID. Only the configured tagged packets are permitted, and other tagged packets are denied. The parameter is optional. If it is not configured, the VLAN ID is 1 and the priority is 0 by default. number4


1–4094

number5


0–7

number6


1–4094

number7


0–7

number8


1–4094

number9


0–7

number10


1–4094

number11


0–7

number12

WAN ID.

1–255

name4


-

number13


1–4094

number14


0–7

mode

Operation mode.

-



Examples The following example shows how to configure the VLAN translation rule for WAN port 1: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#vlan wan 1 translate vlan 1 ZXAN(gpon-onu-mng)#


15-332 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.233 vlan-filter Syntax vlan-filter {ethuni name1 |iphost number1 |wifi name2 |veip number2 } priority number3 vid number4 no vlan-filter {ethuni name1 |iphost number1 |wifi name2 |veip number2 } priority number3 vid number4

Function This command creates a VLAN filtering item.


Description

Value

name1


1–31 characters

number1

IP host ID

1–255

name2

WIFI port, format: wifi_slot/port

1–31 characters

number2

Virtual Ethernet interface

1–255

number3

Priority for filtering

0–7

number4

VLAN ID for filtering

1–4094



Examples The following example shows how to create a VLAN filtering item: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#vlan-filter ethuni eth_0/1 priority 0 vid 10 ZXAN(gpon-onu-mng)#


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15.4.234 vlan-filter-mode Syntax vlan-filter-mode {ethuni name1 |iphost number1 |wifi name2 |veip number2 } tag-filter name3 untag-filter name4 no vlan-filter-mode {ethuni name1 |iphost number1 |wifi name2 |veip number2 }

Function This command creates a VLAN filtering mode.


Description

Value

name1


1–31 characters

number1

IP host ID

1–255

name2

WIFI port, format: wifi_slot/port

1–31 characters

number2

Virtual Ethernet interface

1–255

name3

Tagged frame filtering mode

-

name4

Untagged frame filtering mode

-



Examples The following example shows how to creates a VLAN filtering mode: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#vlan-filter-mode ethuni eth_0/1 tag-filter discard untag-filter transparent ZXAN(gpon-onu-mng)#


15-334 SJ-20130118100307-010|2013-02-28 (R1.0)



15.4.235 voip config Syntax voip config {[retrieve ] [method name1 ] [server name2 [validate {disable |basic username name3 password name4 |md5 username name5 password name6 realm name7 } ] ] } no voip config server

Function This command configures VoIP global parameters.


Description

Value

retrieve

Notifies the ONU to obtain a new profile.

-

name1

VoIP service usage mode.

-

name2

Server name, in IP address or URL address

1–128 characters

format. validate

Server authentication.

-

disable

Disables authentication.

-

basic

Basic authentication mode.

-

name3


1–25 characters

name4


1–25 characters

md5

MD5 authentication mode.

-

name5


1–50 characters

name6


1–25 characters

name7


1–25 characters

server

Server.

-



Examples The following example shows how to configure VoIP global parameters: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#voip config server 1.1.1.1

15-335 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference validate basic username zte password zte


15.4.236 voip protocol Syntax voip protocol {none |sip |h248 [{domain name1 |equip-name name2 } ] |mgcp [domain name3 ] [reg-mode name4 ] [line name5 ] } [mode name6 ]

Function This command configures the VoIP protocol.


Description

Value

none

No VoIP protocol is enabled.

-

sip

Configures the VoIP protocol to SIP.

-

h248

Configures the VoIP protocol to H.248.

-

name1

Domain name.

1–128 characters

name2

Device name.

1–25 characters

mgcp

Configures the VoIP protocol to MGCP.

-

name3

Domain name.

1–128 characters

name4

Registration mode.

wildcard, individual

name5

Line ID.

-

name6

IP distribution mode.

single-ip, dual-ip, multi-ip

Default: single-ip


Usage Guidelines l

l

If the domain name is specified, the MID uses the domain name. If the equipment name is specified, the MID uses the equipment name. If the domain name or the equipment name is not specified, the MID uses IPv4. The IP distribution modes are described as follows:

15-336 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 15 GPON Commands à

single-ip: The entire ONU uses one IP address, and the media and signaling use one IP address. In the ZXAN(gpon-onu-mng)#voip-ip command, the slotno and media parameters are ineffective.

à

dual-ip: The entire ONU can use up to two IP addresses. If one IP address is used, the media and signaling use the same IP address. If two IP addresses are used, one is for the media and the other is for the signaling. In the ZXAN(gpononu-mng)#voip-ip command, the slotno parameter is ineffective.

à

multi-ip: The entire ONU can use multiple IP addresses. Each slot can be configured with two or one IP address depending on whether the media parameter is configured.

Examples The following example shows how to configure the VoIP protocol for port gpon-onu_0/3/1:1 to SIP: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#voip protocol sip

Related Commands 15.4.238 voip-ip

15.4.237 voip-ctp Syntax voip-ctp name1 [{[signal name2 ] [media-profile name3 ] [mgc number1 ] } ] no voip-ctp name1 [media-profile ]

Function This command configures the VoIP voice CTP, and correlates user data to the POTS UNI.


Description

Value

name1


1–31 characters

name2

Signal sending mode

-

name3

Media profile name

1–64 characters

number1

Media gateway controller ID

1–65535

media-profile

Media profile name

-




Usage Guidelines To cancel the setting, use the no form of this command. When configuring the VoIP voice CTP, you can set the voice prompt and media profile.

Examples The following example shows how to configure the VoIP voice CTP: ZXAN(config)#pon-onu-mng gpon-onu_1/3/1:1 ZXAN(gpon-onu-mng)#voip-ctp pots_0/1 signal multi-party


15.4.238 voip-ip Syntax voip-ip [media ] {ping-response name1 traceroute-response name2 |mode {pppoe [mode name3 ] username name4 password name5 vlan-profile name6 [slot number1 ] [host number2 ] |dhcp [id name7 ] vlan-profile name8 [slot number3 ] [host number4 ] |static ip-profile name9 ip-address ip_addr1 mask ip_addr2 vlan-profile name10 [slot number5 ] [host number6 ] } } no voip-ip [slot number1 ] [media ]

Function This command configures the VoIP IP protocol, which is a VoIP simplified configuration command.


Description

Value

media

Media.

-

name1

Enables or disables ping response.

-

name2

Enables or disables route trace response.

-

pppoe

IP access mode: PPPoE.

-

name3

PPPoE dialing validation type.

auto, CHAP, PAP

name4

User name.

1–25 characters

name5

Password.

1–25 characters

name6

VLAN profile name.

1–64 characters

number1

Number of voice blocks.

0–8

number2

Host ID.

1–255 15-338

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

dhcp

IP access mode: DHCP.

-

name7

ONU type.

1–25 characters

name8

VLAN profile name.

1–64 characters

number3


0–8

number4

Host ID.

1–255

static

IP access mode: static address allocation

-

protocol. name9

IP profile name.

1–64 characters

ip_addr1

IP address.

-

ip_addr2

Mask.

-

name10

VLAN profile name.

1–64 characters

number5


0–8

number6

Host ID.

1–255


Usage Guidelines To cancel the setting, use the no form of this command. The parameters for this command are described as follows: l l

l

l l

The host optional parameter is used to specify an IP host. If this parameter is not specified, the internal automatically distributed IP host is used. The slot optional parameter is used to specify a slot for the ONU that requires multiple voice modules. For an ONU that requires only one voice module, you do not need to set this parameter or you can set it to 0. The media optional parameter is used to specify whether the media and signaling use the same IP address. à

One record (without the media parameter) indicates that the media and signaling use the same IP address.

à

Two records indicate that the media and signaling use different IP addresses. The first record is for the signaling and the second one is for the media. The second record has the media parameter.

The media and signaling under the same ONU can only use the same mode, PPPoE, static, or DHCP. When using the no form of this command, delete the voice service configuration first.

15-339 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the VoIP IP protocol to static: ZXAN(config-gpon)#onu profile ip test static gateway 1.2.3.1 ZXAN(config-gpon)#onu profile vlan vlan-test tag-mode tag cvlan 100 ZXAN(gpon-onu-mng)#voip-ip mode static ip-profile test ip-address 1.2.3.4 mask 255.255.255.0 vlan-profile vlan-test slot 0

The following example shows how to set the VoIP IP protocol to DHCP: ZXAN(config-gpon)# onu profile vlan vlan-test tag-mode tag cvlan 100 ZXAN(gpon-onu-mng)#voip-ip mode dhcp vlan-profile vlan-test slot 0

The following example shows how to set the VoIP IP protocol to PPPoE: ZXAN(config-gpon)#onu profile vlan vlan-test tag-mode tag cvlan 100 ZXAN(gpon-onu-mng)#voip-ip mode pppoe username abcdef password 111111 vlan-profile vlan-test slot 0

Related Commands 15.1.11 onu profile ip 15.1.25 onu profile vlan

15.4.239 wan Syntax wan number1 [{[mtu number2 ] [ethuni name1 ] [ssid name2 ] } ] service {[voip ] [tr069 ] [other mvlan number3 ] [internet [host number4 [pppoe [[connect name3 ] [proxy name4 ] [release-tim er {internal |number5 } ] ] ] ] ] } no wan [number1 ]

Function This command configures the ONU WAN properties.


Description

Value

number1

WAN ID

1–255

number2

Maximum transmission unit

64–2000

name1

Ethernet interface list correlated with the

1–38 characters

WAN, interface number range: eth1–eth16

15-340 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

SSID list correlated with the WAN, SSID

1–38 characters

range: SSID1–SSID16 service

Service type carried by the WAN

-

voip

VoIP

-

tr069

TR069

-

other

Other services

-

number3

Multicast VLAN

1–4094

internet

Internet service

-

number4

IP host ID correlated with the WAN

1–255

pppoe

PPPoE service

-

name3

PPPoE connection mode

-

name4

Whether to enable agent mode, default:

-

disabled internal

Releasing time, which uses the default time

-

of the ONU, default: 1200 seconds number5

Releasing time, unit: seconds

1–65535


Usage Guidelines To cancel the setting, use the no form of this command. The parameters for this command are described as follows: l l l

l

The mtu, ethuni, and ssid optional parameters must be configured before the service is specified. If there are other service types besides the Internet service, the Internet service should be configured after the other services. If the services contain the Internet service and the connect, proxy, and release-timer parameters all need to be configured, they are configured in the following sequence: connect, proxy, and release-timer. On IP host can be correlated with only one WAN. If multiple WANs are correlated with one IP host, the configuration will fail and the system will prompt that IP hosts conflict.

Examples The following example shows how to configures the ONU WAN properties when the specified services contain other services and the Internet service and the host is specified: ZXAN(config)#pon-onu-mng gpon-onu_0/2/3:1

15-341 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(gpon-onu-mng)#wan 1 ethuni 1-16 ssid 1-16

mtu 2000 service

tr069 voip other mvlan 4094 internet host 1 pppoe connect on-demand proxy enable release-timer internal

The following example shows how to configures the ONU WAN properties when the specified services contain the Internet service and the host is not specified: ZXAN(gpon-onu-mng)#wan 7 ethuni 1,3,5 mtu 1000 ssid 2,4,6 service internet

The following example shows how to configures the ONU WAN properties when the specified services contain other services but do not contain the Internet service: ZXAN(gpon-onu-mng)#wan 8 ethuni 1 ssid 3 service other mvlan 1000


15.4.240 wan-ip Syntax wan-ip [number1 ] {ping-response name1 traceroute-response name2 |mode {dhcp [id name3 ] vlan-profile name4 [host number2 ] |static ip-profile name5 ip-address ip_addr1 mask ip_addr2 vlan-profile name6 [host number3 ] |pppoe [mode name7 ] username name8 password name9 vlan-profile name10 [host number4 ] } } no wan-ip [number1 ]

Function This command configures the ONU IP properties.


Description

Value

number1

WAN ID.

1–255

name1

Enables or disables ping response.

-

name2

Enables or disables route trace response.

-

dhcp

IP access mode: DHCP

-

name3

ONU type.

1–25 characters

name4

VLAN profile name.

1–64 characters

number2

Host ID.

1–255

static

IP access mode: static address allocation

-

protocol. 15-342 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

IP profile name.

1–64 characters

ip_addr1

IP address.

-

ip_addr2

Mask.

-

name6

VLAN profile name.

1–64 characters

number3

Host ID.

1–255

pppoe

IP access mode: PPPoE.

-

name7

PPPoE dialing validation type.

auto, CHAP, PAP

name8

User name.

1–25 characters

name9

Password.

1–25 characters

name10

VLAN profile name.

1–64 characters

number4

Host ID.

1–255


Usage Guidelines To cancel the setting, use the no form of this command. If the WAN ID is not specified, it is 1 by default. If the host ID is not specified, it is allocated automatically. The ping-response and traceroute-response parameters can be configured only after the WAN ID is configured. By default, ping-response is enabled and traceroute-response is disabled.

Examples The following example shows how to set the allocation mode to DHCP: ZXAN(gpon-onu-mng)#wan-ip 1 mode dhcp id id1 vlan-profile v1 host 1

The following example shows how to set the allocation mode to static: ZXAN(gpon-onu-mng)#wan-ip 1 mode static ip-profile ip1 ip 10.10.10.2 mask 255.255.255.0 vlan-profile v1 host 1

The following example shows how to set the allocation mode to PPPoE: ZXAN(gpon-onu-mng)#wan-ip 1 mode pppoe mode pap username aa password bb vlan-profile v1 host 1

15-343 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 15.1.11 onu profile ip 15.1.25 onu profile vlan

15.4.241 weight Syntax weight tcont number1 queue number2 number3

Function This command configures the T-CONT weight.


Description

Value

number1

T-CONT ID

1–256

number2

Queue ID

1–8

number3

Queue weight

0–255



Examples The following example shows how to configure the T-CONT weight: ZXAN(gpon-onu-mng)#weight tcont 1 queue 1 30


15.4.242 wifi Syntax wifi name1 [radio-measure name2 ] [ssid-isolate name3 ] [work-mode {name4 |802.11b-11g-11n [bandwidth name5 ] [sgi name6 ] } ] [domain name7 ] [channel number1 ] [tx-rate name8 ] [tx-p ower-percent name9 ] [qos-type name10 ] 15-344 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the WiFi global parameters.


Description

Value

name1

Enables or disables the global WiFi function,

-

default: enabled. name2

Enables or disables the wireless measurement

-

function, default: enabled. name3

Enables or disables the separation function

-

between SSIDs, default: disabled. name4

Wireless communication mode.

-

l

802.11b: IEEE802.11b

l

802.11g: IEEE802.11g

l

802.11n: IEEE802.11n

l

802.11b-11g: IEEE802.11b and IEEE802.11g hybrid mode

802.11b-11g-11n

Wireless communication mode, indicating the

-

hybrid mode of IEEE802.11b, IEEE802.11g, and IEEE802.11n, which is the default mode. name5

Bandwidth, default: 20 MHz.

20 mhz, 40 mhz

name6

Enables or disables the SGI function, default:

-

disabled. name7

Registration zone. l

chn: China

l

rus: Russia

l

bra: Brazil

l

can: Canada

l

egy: Egypt

l

fra: France

l

ger: Germany

l

gre: Greece

l

chn-hk: Hong Kong, China

l

ita: Italia

l

kor: Korea

l

esp: Espana

l

uk: UK

l

usa: USA

l

por: Poland

l

ltu: LTU

-

Default: China 15-345 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number1

Channel ID.

0–13

Default: 0, which indicates automatically selecting channel. name8

Sending rate.

auto, 1, 2, 5.5, 11, 6,

Default: auto, which indicates auto negotiation.

9, 12, 18, 24, 36, 48,

Unit: Mbps.

54

name9

Sending power, unit: %, default: 100.

100, 80, 60, 40, 20

name10

QoS type, default: WMM.

disable, wmm ssid


Usage Guidelines l l l

When the registration zone is set to Brazil, the working mode can only be set to 802.11b. When the registration zone is set to Canada or USA, the channel can only be set to 0–11. When the working mode is set to 802.11b, the sending rate can only be set to auto, 1 Mbps, 2 Mbps, 5.5 Mbps, or 11 Mbps.

Examples The following example shows how to disable ONU WiFi globally: ZXAN(gpon-onu-mng)#wifi disable

The following example shows how to enable ONU WiFi globally and configure the parameters: ZXAN(gpon-onu-mng)#wifi enable radio-measure enable ssid-isolate disable ZXAN(gpon-onu-mng)#wifi enable work-mode 802.11b domain usa channel 1 tx-rate 11


15-346 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 16

Port Configuration Table of Contents interface ...................................................................................................................16-1 lock ..........................................................................................................................16-2 max-mac-learn .........................................................................................................16-3 monitor session ........................................................................................................16-4 optical-module-alarm-profile .....................................................................................16-5 show interface ..........................................................................................................16-6 show interface optical-module-info ...........................................................................16-9 show interface port-status ......................................................................................16-10 show monitor..........................................................................................................16-10

16.1 interface Syntax interface {byname name1 |interface1 } no interface {byname name1 |interface1 }

Function This command enters an interface mode, for example, uplink interface, PON interface, or VLAN. It can also create a smart group, which is a link aggregation group, and enter the smartgroup interface configuration mode.


Description

Value

name1

Interface name

-

interface1

Interface bias

-


Usage Guidelines In the smartgroup mode, use the no form of this command to delete the configured link aggregation group. 16-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enter the uplink interface mode: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#

The following example shows how to create smart group1: ZXAN(config)#interface smartgroup1 ZXAN(config-if)#


16.2 lock Syntax lock no lock

Function This command locks an interface.

Parameters None

Mode wdm-pon-olt interface mode, gpon olt interface mode, epon olt interface mode

Usage Guidelines After an interface is locked, it is in the shutdown state. In addition, all of its alarms are cleared and no more alarms will be reported. After an interface is unlocked, it is in the no shutdown state. By default, the interface is unlocked.

Examples The following example shows how to lock the EPON OLT interface 1/4/1: ZXAN(config)#interface EPON-olt_1/4/1 ZXAN(config-if)#lock

16-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 16 Port Configuration


16.3 max-mac-learn Syntax max-mac-learn number1 [vport number2 ] no max-mac-learn [vport number2 ]

Function This command configures the maximum number of MAC address that can be dynamically learned by a user port.


Description

Value

number1

Maximum number of MAC addresses that can

0–4095

be learned number2

Virtual port number; default: 1

1–256

Mode wdm-pon-onu interface mode, gpon onu interface mode, epon onu interface mode


Examples The following example shows how to configure the maximum number of dynamically learned MAC addresses to 128 for the interface EPON-onu_1/4/1:1: ZXAN(config)#interface EPON-onu_1/4/1:1 ZXAN(config-if)#max-mac-learn 128 vport 1


16-3 SJ-20130118100307-010|2013-02-28 (R1.0)



16.4 monitor session Syntax monitor session number1 [{source {cpu [direction name1 ] |interface interface1 [direction name2 ] |inner-port name3 [direction name4 ] } |destination {interface interface2 [rspan-vlanid numbe r2 [{[priority number3 ] [tpid name5 ] } ] ] |dst-ip ip_addr1 src-ip ip_addr2 [{[priority number4 ] [tpid name6 ] [ttl number5 ] [dscp number6 ] } ] } } ] no monitor session number1 [{source {cpu |interface interface1 |inner-port name3 } |destination }]

Function This command adds the source and destination ports for a session.


Description

Value

number1

Session ID, fixed to 1

1–1

source

To specify the source port

-

cpu

CPU

-

name1

Transceiving mirroring direction

-

of the CPU interface1

Port name

-

name2

Traffic collection direction of the

-

source port name3

Inner interface of the source,

-

which is normally the inner interface of a card name4

Mirroring direction for the inner

-

interface of the source line card destination

To specify the destination port

-

interface2

Destination port number

-

number2

VLAN ID

1–4094

number3

Priority

0–0

name5

VLAN protocol type

-

ip_addr1


-

ip_addr2

Source IP address

-

number4

Priority level

0–0

name6

VLAN protocol tag type

-

16-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number5

TTL number

1–255

number6

DSCP priority

0–63


Usage Guidelines To delete the port, use the no form of this command. Each session can be configured with a maximum of eight source ports and one destination port. Each port cannot be configured as both the source and destination. If the session ID does not exist, the session will be created first, and then the source and destination ports are added. If the session already has a destination port, the destination port configuration does not take effect. If the source and destination ports of each session are located in the same line interface card, the system supports a maximum of eight sessions. If the source and destination ports of a session are not all located in the same line interface card, only one session can be configured. The default traffic collection direction is bi-directional.

Examples The following example shows how to configure a session with the ID as 1. In this example, the source port is gei_1/19/1 and the traffic collection direction is TX. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#monitor session 1 source direction tx

The following example shows how to configure a session with the ID as 1. In this example, the destination port is gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#monitor session 1 destination

Related Commands show monitor session

16.5 optical-module-alarm-profile Syntax optical-module-alarm-profile {name1 } 16-5 SJ-20130118100307-010|2013-02-28 (R1.0)



no optical-module-alarm-profile

Function This command applies an optical module alarm profile on an optical interface.


Description

Value

name1

Profile name

-

Mode L3 gei interface mode, 10G_Ether interface mode: ZXAN(config-if)#, ptp interface mode, and others


Examples The following example shows how to apply the optical module alarm profile to the optical interface gei_1/19/3: ZXAN(config)#interface gei_1/19/3 ZXAN(config-if)#optical-module-alarm-profile zte


16.6 show interface Syntax show interface [interface1 ]

Function This command displays the interface attributes and statistical information.


Description

Value

interface1

Interface name; if ？ is entered,

-

the information of all interfaces are displayed. 16-6 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to display the information about loopback interface 1 ZXAN(config)#show interface loopback1 loopback1 is up,

line protocol is up

Description is none Keepalive set:10 sec Internet address is unassigned MTU 1500 bytes MRU 1500 bytes

BW 8000000 Kbits

The following example shows how to display the information about the interface Null1: ZXAN(config)#show interface null1 null1 is up,

line protocol is up

Description is none Keepalive set:10 sec Internet address is unassigned MTU 1500 bytes MRU 1500 bytes

BW 10000000 Kbits

The following example shows how to display the information about the interface smartgroup1: ZXAN#show interface smartgroup1 smartgroup1 is up,

line protocol is down

Description is none Keepalive set:10 sec VLAN mode is hybrid, pvid 1

The following example shows how to display the information about the interface VLAN1: ZXAN#show interface vlan1 vlan1 is up,

line protocol is up

Description is none Keepalive set:10 sec MAC address is 00d0.d0c7.ffe0 ARP Timeout:00:05:00 Internet address is unassigned MTU 1500 bytes MRU 1500 bytes

BW 1000000 Kbits

The following example shows how to display the information about the interface gei_1/21/1: 16-7 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#show interface gei_0/5/1 gei_0/5/1 is down,

line protocol is down

Description is none Keepalive set:10 sec The port negotiation is enable The port is optical The optical Module Information RxPower

:

:

N/A

TxPower

:

N/A

Bias-Current :

N/A

Laser-Rate :

N/A

Supply-Vol

:

N/A

Wavelength :

N/A

Temperature

:

N/A

Vender-PN

Vender-Name

:

:

Duplex full scramble payload-enable VLAN mode is hybrid, pvid 1

BW 1000000 Kbits

Last clearing of "show interface" counters never 120 seconds input rate :

0 Bps,

0 pps

120 seconds output rate:

0 Bps,

0 pps

Interface peak rate input

: 0 Bps, output

Interface utilization: input

0.000%,

0 Bps output

0.000%

Input: Packets

: 0

Bytes

Unicasts

: 0

Multicasts: 0

: 0

Broadcasts

: 0

Undersize : 0

The displayed command result are described as follows: Item

Description

gei_0/5/1 is down

Indicates whether the interface is available physically. Up represents available and down represents unavailable.

line protocol is up

Indicates whether the link layer protocol is available. Up represents available and down represents unavailable.

Description

Port description

Duplex

Indicates whether the port operates in duplex nor half-duplex mode

The port is electric

Indicates whether the interface is electrical or optical.

vlan

VLAN information of the interface

MTU

MTU value of the interface

16-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Item

Description

BW

Bandwidth property of the interface

MAC

MAC address of the interface

Input，Output，Total

Statistical information of the interface


16.7 show interface optical-module-info Syntax show interface optical-module-info interface1

Function This command displays the information about the optical module inserted in the specified interface.


Description

Value

interface1

Interface name

-


Usage Guidelines This command supports only optical interfaces.

Examples The following example shows how to display the information about the optical module inserted in the interface epon-olt_1/5/1: ZXAN(config)#show interface optical-module-info epon-olt_1/5/1


16-9 SJ-20130118100307-010|2013-02-28 (R1.0)



16.8 show interface port-status Syntax show interface port-status interface1

Function This command shows the attribute information of an Ethernet interface .


Description

Value

interface1

Ethernet interface name, or a range

-



Examples The following example shows how to query the basic attributes of the Ethernet interface gei_1/19/1: ZXAN(config-if)#show interface port-status gei_1/19/1 ----------------------------------------------------------------------------Port

hybrid

Native Negotiation

Speed

Status

VLAN

(Mbps)

auto

Duplex FlowCtrl

Admin

Link

Status

----------------------------------------------------------------------------gei_1/19/1

optical

1

enable

1000

full

disable activate

down


16.9 show monitor Syntax show monitor

Function This command displays the detailed information about the configured session. 16-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples ZXAN(config)#show monitor session 1 Session 1 -----------Source Ports: Port: gei_0/5/1

Monitor Direction: both

Destination Port: Port:

Related Commands

16-11 SJ-20130118100307-010|2013-02-28 (R1.0)




16-12 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 17

CES Commands Table of Contents CES Global Property Management...........................................................................17-1 CES-PW Service Property Management ................................................................17-19 CES-TDM Interface Property Management ............................................................17-29

17.1 CES Global Property Management 17.1.1 card-frametype Syntax card-frametype slotno number1 {unframed |framed name1 }

Function This command is used to configure the structure attributes of the card frame.


Description

Value

number1

Slot number

1-22

unframed

unframed

-

name1

framed master/subordinate

-

mode

Mode CES global configuration mode: ZXAN(config-ces)#

Usage Guidelines The card to be configured by using this command must support the switch between the framed mode and the unframed mode. The CTUB card is included. By default, the card is configured to be in unframed mode.

Examples The following example shows how to set the mode of the CTUB card in Slot 3 to be framed master. 17-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#ces ZXAN(config-ces)# card-frametype slotno 3 framed master

Related Commands 17.1.11 show ces card-frametype

17.1.2 ces Syntax ces

Function This command enters CES global configuration mode.

Parameters None



Examples The following example shows how to enter CES global configuration mode: ZXAN(config)#ces ZXAN(config-ces)#


17.1.3 interface-speed Syntax interface-speed slotno number1 name1

Function This command is used to configure the SDH interface speed. 17-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 17 CES Commands


Description

Value

number1

Slot number

1-22

name1

SDH interface speed

-


Usage Guidelines The card to be configured by using this command must be SDH card. the CTLA card is included. For the CTLA card, when the speed is set to 155M (STM-1), two optical interfaces are available. When the speed is set to 622M (STM-4), only one optical interface is available. The default speed is 155M (STM-1).

Examples The following example shows how to set the interface speed of the CTLA card in Slot 15 to 622M (STM-4). ZXAN(config)#ces ZXAN(config-ces)# interface-speed slotno 15 622M

Related Commands 17.3.8 show ces interface

17.1.4 ip-address Syntax ip-address ipv4 ip_addr1 name1 no ip-address

Function This command configures the source IP address.


Description

Value

ip_addr1

IP address

-

name1

Slot number and port number

-

17-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode ces global configuration mode


For the PDH cards, including CTBB, CTTB, and CTUB, each card only has one IP address. For the SDH cards, including CTLA, each card has two IP addresses for two user interfaces. By default, the source IP address is an IPv4 address in the format of 192.192.192.x, X is “Slot number * 2” and “Slot number *2 +1”. The source IP address cannot be modified when a PW exists in the corresponding slot.

Examples The following example shows how to configure the source IP address: ZXAN(config-ces)#ip-address ipv4 100.1.1.1 5/1

Related Commands 17.1.12 show ces global-prop

17.1.5 line-coding Syntax line-coding slotno number1 name1

Function This command is used to configure the code type of the PDH interface.


Description

Value

number1

Slot number

1-22

name1

Code type

-


Usage Guidelines l

The card to be configured by using this command must be card with the PDH interfaces, including CTBB, CTTB, and CTUB. 17-4

SJ-20130118100307-010|2013-02-28 (R1.0)



l l l

This command is used to configure the code type of all the PDH interfaces on one card. For E1 interface card, including CTBB and CTUB, the default code type is HDB3, and it can set to be HDB3 or AMI. For the T1 interface card, including CTTB, the default code type is B8ZS, and it can be set to be B8ZS or AMI.

Examples The following example shows how to set the interface code type of the CTTB card in Slot 7 to AMI. ZXAN(config)#ces ZXAN(config-ces)#line-coding slotno 7 AMI


17.1.6 mac-address Syntax mac-address hexadecimal1 name1

Function This command configures a source MAC address.


Description

Value

hexadecimal1

MAC address in dotted

-

hexadecimal format. name1

Slot number and port number.

-



For the PDH cards, including CTBB, CTTB, and CTUB, each card only has one MAC address. For the SDH cards, including CTLA, each card has two MAC addresses for two user interfaces. By default, the source MAC address is 0015.EB72.X, X is “Slot number * 2” and “Slot number *2 +1”. 17-5

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l

The source MAC address cannot be modified when a PW exists in the corresponding slot.

Examples The following example shows how to configure a source MAC address: ZXAN(config-ces)#mac-address 0015.eb72.0001 5/1

Related Commands 17.1.12 show ces global-prop

17.1.7 perf-clear-current Syntax perf-clear-current {ms |rs |msrei |b3 name1 |v5 name2 |v5rei name3 |b3rei name4 } {15-min |data }

Function This command is used to clear the SDH performance data.


Description

Value

ms

ms performance point

-

rs

rs performance point

-

msrei

msrei performance point

-

b3

b3 performance point

-

SDH AU number selection in

-

name1

the form of augno/auno v5

v5 performance point

-

name2

SDH TU-12 selection in the form

-

of augno/auno/tug3no/tu2/tu12 v5rei

v5rei performance point

-

name3


-

of augno/auno/tug3no/tu2/tu12 b3rei name4

b3rei performance point

-


-

the form of augno/auno

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Parameter

Description

Value

15-min

SDH performance data within

-

the current 15 minutes data

All SDH performance data

-

Mode TDM interface mode: ZXAN(config-if)#


This command is used to clear the SDH performance data within the 15 minutes or clear all the SDH performance data. When the SDH performance data within the 15 minutes is cleared, the history data will not be cleared. When all the SDH performance data is cleared, the SDH performance data within the 15 minutes is cleared, and it is the same with the history data. The SDH performance data includes b3, b3rei, ms, msrei, rs, v5, and v5rei data.

Examples The following example shows how to clear the rs performance data within the 15 minutes of the CTLA card in Slot 5. ZXAN(config)#interface tdm_1/5/1 ZXAN(config-if)#perf-clear-current rs 15-min

Related Commands

17.1.8 pw Syntax pw name1 no pw name1

Function This command creates a PW and starts ces-pw configuration mode.


Description

Value

name1

PW name

-

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Usage Guidelines To delete a PW, use the no pw command.

Examples The following example shows how to create a PW and starts ces-pw configuration mode: ZXAN(config)#ces ZXAN(config-ces)#pw pw_1/12/1 ZXAN(config-ces-pw)#


17.1.9 sdhprot Syntax sdhprot group name1 worksdhport name2 protectsdhport name3 1plus1 no sdhprot group name1

Function This command creates an SDH protection group.


Description

Value

name1

Protection group name

-

name2

Working port name

-

name3

Protection port name

-

1plus1

Constant value

-



One SDH interface can be configured by using this command. Two SDH interface to be configured do not belong to other protection groups. The corresponding internal interfaces of the two SDH interface are added to only one VLAN, and the VLAN ID is the same. 17-8

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l

Only 1+1 protection mode is supported.

Examples The following example shows how to create an SDH protection group: ZXAN(config-ces)#sdhprot group aaa worksdhport tdm_1/3/1 protectsdhport tdm_1/4/1 1plus1

Related Commands 17.1.13 show ces sdhprot group count 17.1.14 show ces sdhprot group prop

17.1.10 sdhprot switch-command Syntax sdhprot switch-command group name1 {name2 name3 |lockoutprotect } no sdhprot switch-command group name1

Function This command initiates a protection switching.


Description

Value

name1

Protection group name.

-

name2

Switching mode: forcible or

force or manual

manual. name3

Switching direction: l

-

p2w: from protection port to working port

l

w2p: from working port to protection port

lockoutprotect

Locks the protection channel.

-


Usage Guidelines l

To cancel the switching configuration, use the no sdhprot switch-command command.

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l

l

When this command initiates a forcible switching, the current working card does not respond to any other switching command or switching request triggered by alarm unless the forcible switching command is cancelled. When this command initiates a manual switching, the current working card responds to other switching commands. If an alarm occurs in the current working card, the system switches to the protection card. After the alarm is cleared, the system automatically switches to the working card.

Examples The following example shows how to initiate a forcible protection switching from the working port to the protection port: ZXAN(config)#ces ZXAN(config-ces)#sdhprot switch-command group aaa force w2p

Related Commands 17.1.15 show ces sdhprot request

17.1.11 show ces card-frametype Syntax show ces card-frametype [slot number1 ]

Function This command is used to display the frame type information of the CES card.


Description

Value

number1

Slot number

1-22

Mode All the modes except the user mode

Usage Guidelines This command can be used to display the frame type information of the card in one slot or all the CES card in one shelf.

Examples The following example shows how to display the frame type information of the CTUB card in Slot 6. ZXAN(config)#show ces card-frametype slot 6

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Chapter 17 CES Commands slot

frametype

clockmode

cardtype

------------------------------------------------------------6

framed

master

CTUB

Related Commands 17.1.1 card-frametype

17.1.12 show ces global-prop Syntax show ces global-prop [name1 ]

Function This command displays CES global configuration.


Description

Value

name1

Slot number and port number

-



Examples The following example shows how to display CES global configuration: ZXAN(config)# show ces global-prop slot/port

sourceMac

source IP

--------------------------------------------------4/1

0015.eb72.0008

120.1.1.1

11/1

0015.eb72.0016

N/A

11/2

0015.eb72.0017

N/A

Related Commands 17.1.6 mac-address 17.1.4 ip-address

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17.1.13 show ces sdhprot group count Syntax show ces sdhprot group count

Function This command displays the count of existing SDH protection groups.

Parameters None


Usage Guidelines This command is used to display only the protection group number and name.

Examples The following example shows how to display the count of existing SDH protection groups: ZXAN(config)# show ces sdhprot group count

Related Commands 17.1.9 sdhprot 17.1.14 show ces sdhprot group prop

17.1.14 show ces sdhprot group prop Syntax show ces sdhprot group prop [name1 ]

Function This command displays the details of an SDH protection group.


Description

Value

name1


-

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Usage Guidelines This command is used to display the detailed configuration information of the SDH protection group.

Examples The following example shows how to display the details of an SDH protection group: ZXAN(config)# show ces sdhprot group prop

Related Commands 17.1.9 sdhprot 17.1.13 show ces sdhprot group count

17.1.15 show ces sdhprot request Syntax show ces sdhprot request [group name1 ]

Function This command displays all switching requests of an SDH protection group, including alarm requests and external switching requests.


Description

Value

name1


-


Usage Guidelines This command can be used to display the alarm information of the highest level, external configuration commands, and the request information resulting in the SDH protection group changeover.

Examples The following example shows how to display all switching requests of the SDH protection group with the name “test”: 17-13 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#show ces sdhprot request Name:

zte

Protect interface:

tdm_1/17/1

Work interface:

tdm_1/5/1

Alarm request: WorkChannel: ProtectChannel:

LOS LOS

External request:

no-request

Highest local request:

no-request

Related Commands 17.1.10 sdhprot switch-command

17.1.16 show ces sdhprot switch-command Syntax show ces sdhprot switch-command [group name1 ]

Function This command displays switching commands related to an SDH protection group.


Description

Value

name1


-



Examples The following example shows how to display switching commands related to an SDH protection group: ZXAN(config)# show ces sdhprot switch-command group name

switch-mode

................................................................ zte

force_p2w

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Related Commands 17.1.10 sdhprot switch-command

17.1.17 show ces tdm-profile Syntax show ces tdm-profile [name1 ]

Function This command displays the details of a TDM profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to display the details of available TDM profile for PW: ZXAN(config)#show ces tdm-profile

Profile name :

zte

Payload size(bytes) :

32

Reorder:

enable

RtpHdr :

used

Ssrcval:

0

JtrBfr :

2000

Payload suppression: disable

ConsecPktsInSynch :

2

PktsOutSync :

10

PacketReplacePolicy :

AIS

AlarmThreshold(ms):

2500

TimeStampMode:

differential

ClearAlarmThreshold(ms):10000 QueueSize(bytes):

5

Related Commands 17.1.19 tdm-profile

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17.1.18 show performance ces Syntax show performance ces {ms interface1 |msrei interface2 |b3rei name1 |b3 name2 |rs interface3 |v 5rei name3 |v5 name4 |wanport name5 } {current |current-15min-interval |his-15min-interval number1 }

Function This command is used to display the CES performance.


Description

Value

ms

ms performance

-

interface1

SDH interface in the form of

-

tdm_shelf/slot/port msrei

msrei performance

-

interface2

SDH interace in the form of

-

tdm_shelf/slot/port b3rei

b3rei performance

-

name1

SDH AU selection in the form of

-

shelf/slot/port/augno/auno b3

b3 performance

-

name2

SDH AU number

-

selection in the form of shelf/slot/port/augno/auno rs


-

interface3

SDH interface in the form of

-

tdm_shelf/slot/port v5rei

v5rei performance

-

name3


-

of shelf/slot/port/augno/auno/tug3no/tu2/tu12 v5

v5 performance

-

name4


-

of shelf/slot/port/augno/auno/tug3no/tu2/tu12 wanport

PW performance

-

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Parameter

Description

Value

name5

PW name

-

current

Current value

-


Performance data within the

-

current 15 minutes number1

History data

1-96

Mode All the modes except the user mode

Usage Guidelines This command is used to display the performance of b3, b3rei, ms, msrei, rs, v5, v5rei, and wanport. For the SDH card (CTLA), it can be used to display all the performances. For the PDH card (CTBB, CTTB, and CTUB), it can only be used to display the wanport performace. The PW wanport performance can be displayed after PW is configured. The SDH performcen (b3, b3rei, ms, msrei, rs, v5, and v5rei) can be displayed at any time.

Examples The following example is used to display the wanport performance of pw_1/5/1. ZXAN(config-ces)#show performance ces wanport pw_1/5/1 current CES-PW pw_1/5/1 current performance data: -----------------------------------------------CesPwEarlyPkts

:0;

CesPwLatePkts

:0;

CesPwUnderrunPkts

:0;

CesPwLostPkts

:0;

CesPwRxPkts

:0;

CesPwTxPkts

:0;

CesPwCurQueueLen

:0;

CesPwAvgQueueLen

:0;

CesPwMaxQueueLen

:0;

CesPwMinQueueLen

:0;


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17.1.19 tdm-profile Syntax tdm-profile name1 number1 reorder name2 {[rtpHdr name3 number2 ] [jtrBfr number3 ] [payloa dSuppression name4 ] [inSyncPkts number4 ] [outSyncPkts number5 ] [pktReplacePolicy name5 ] [almThreshold number6 ] [clrAlmThreshold number7 ] } timestamp-mode name6 number8 no tdm-profile name1

Function This command configures a TDM profile.


Description

Value

name1

Profile name.

-

number1

Payload size.

24–1500

name2

Enables or disables the

-

resorting function. name3

Whether RTP header is

-

required. number2

SSRC.

0–4294967295

number3

Jitter buffer size.

1–4294967295

name4

Whether payload suppression

-

is required. number4

InSyncPkts size.

1–4294967295

number5

OutSyncPkts size.

1–4294967295

name5

Packet replacement policy.

-

number6

Threshold for alarm reporting.

1–4294967295

number7

Threshold for alarm clearing.

1–4294967295

name6

Time stamp format.

-

number8

Queue size power.

1–10

Mode ces global configuration mode


To cancel the setting, use the no tdm-profile command. A TDM profile can only be configured before this profile is applied to a PW. After the profile is applied to a PW, this profile cannot be modified or deleted. 17-18

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l

TDM profiles applied to the same slot must have the same RTP.

Examples The following example shows how to configure a TDM profile: ZXAN(config)#ces ZXAN(config-ces)#tdm-profile zte 64 reorder enable rtpHdr enable 0 jtrBfr 2000 payloadSuppression disable inSyncPkts 2 outSyncPkts 10 pktReplacePolicy ais almThreshold 2500 clrAlmThreshold 10000 timestamp-mode absolute 6

Related Commands ZXAN(config-ces)#show ces tdm-profile

17.2 CES-PW Service Property Management 17.2.1 name Syntax name name1

Function This command configures a PW alias.


Description

Value

name1

PW alias

-

Mode ces-pw configuration mode

Usage Guidelines The PW alias is only available in the NMS. It cannot be displayed on a CLI.

Examples The following example shows how to configure a PW alias: ZXAN(config)#ces ZXAN(config-ces)#pw pw_1/5/1 ZXAN(config-ces-pw)#name zte

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17.2.2 psn ethernet Syntax psn ethernet name1 name2 dst-mac hexadecimal1 vlan number1 [cvlan number2 ] [priority num ber3 ]

Function This command configures the Ethernet packet attributes at the PW packet switching side.


Description

Value

name1

Inbound label in the form of

-

0xXXXXX102. The PWs of the same slot have different common attributes. name2

Outbound label in the form of

-

0xXXXXX102. The PWs of the same slot have different common attributes. hexadecimal1

Specifies the format of the MAC

-

address: hexadecimal digits separated by dots. The MAC address range is not limited. number1

VLAN ID.

1–4094

number2

CVLAN ID

1–4094

number3

Priority.

0–7

Default: 7. A greater value indicates a higher priority.

Mode CES-PW configuration mode: ZXAN(config-ces)#

Usage Guidelines l

The psn ethernet command and the tdm-service command are both used to perform one PW configuration. 17-20

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l l

l

To configure one PW, it is necessary to select one command among the psn ethernet, psn ip, psn mef8, and psn mpls-double commands, and use the tdm-service command. When TDM interface bound with the PW is added to the protection group, the cvlan parameter of the command is not specified, the value will be generated automatically, otherwise the protection does not work. Because the PW service has a high requirements on the network, it is recommend to specify a higher value for the priority parameter.

None

Examples The following example shows how to configure the PSN Ethernent attribute of pw_1/5/1. ZXAN(config)#ces ZXAN(config-ces)#pw pw_1/5/1 ZXAN(config-ces-pw)#psn ethernet 0x1102 0x1102 dst-mac 0015.eb72.0002 vlan 1000 priority 7

Related Commands 17.2.3 psn ip 17.2.4 psn mef8 17.2.5 psn mpls-double 17.2.8 tdm-service 17.2.6 show ces pw count 17.2.7 show ces pw prop detail

17.2.3 psn ip Syntax psn ip number1 number2 ipv4 ip_addr1 dst-mac hexadecimal1 vlan number3 [cvlan number4 ] [priority number5 ]

Function This command is used to configures the IP packet attributes at PW packet switching side.


Description

Value

number1

Source UDP port.

1–65535

number2

Destination UDP port.

1–65535

ip_addr1

IP address.

-

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Parameter

Description

Value

hexadecimal1

MAC address in dotted

-

hexadecimal format. number3

VLAN ID.

1–4094

number4

CVLAN ID

1–4094

number4

Priority.

0–7

Default: 7. A greater value indicates a higher priority.



l

The psn ip command and the tdm-service command are both used to perform one PW configuration. To configure one PW, it is necessary to select one command among the psn ethernet, psn ip, psn mef8, and psn mpls-double commands, and use the tdm-service command. When TDM interface bound with the PW is added to the protection group, the cvlan parameter of the command is not specified, the value will be generated automatically, otherwise the protection does not work. Because the PW service has a high requirements on the network, it is recommend to specify a higher value for the priority parameter.

Examples The following example shows how to configure the PSN IP attributes of pw_1/5/1. ZXAN(config)#ces ZXAN(config-ces)#pw pw_1/5/1 ZXAN(config-ces-pw)#psn ip 1 1 ipv4 192.168.0.1 dst-mac 0015.eb72.0002 vlan 1000 priority 7

Related Commands 17.2.2 psn ethernet 17.2.4 psn mef8 17.2.5 psn mpls-double 17.2.8 tdm-service 17.2.6 show ces pw count 17.2.7 show ces pw prop detail

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17.2.4 psn mef8 Syntax psn mef8 name1 name2 dst-mac hexadecimal1 vlan number1 [cvlan number2 ] [priority number3 ]

Function This command is used to configure the attribute of the Ethernet packets defined by MEF8 protocol at the PW packet switching side.


Description

Value

name1

Inbound label in the decimal or

1-1048575

hexadecimal form name2

Outbound label in the decimal

1-1048575

or hexadecimal form hexadecimal1

The destination MAC address in

-

dotted form number1

VLAN ID

1-4094

number2

CVLAN ID

1-4094

number3

VLAN priority

0-7

Default value: 7



l

The psn mef8 command and the tdm-service command are both used to perform one PW configuration. To configure one PW, it is necessary to select one command among the psn ethernet, psn ip, psn mef8, and psn mpls-double commands, and use the tdm-service command. When TDM interface bound with the PW is added to the protection group, the cvlan parameter of the command is not specified, the value will be generated automatically, otherwise the protection does not work. Because the PW service has a high requirements on the network, it is recommend to specify a higher value for the priority parameter.

Examples The following example shows how to configure the attributes of psn mef8 of pw_1/5/1. ZXAN(config)#ces

17-23 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config-ces)#pw pw_1/5/1 ZXAN(config-ces-pw)#psn mef8 1 1 dst-mac 0015.eb72.0002 vlan 100 priority 7

Related Commands Related Commands 17.2.2 psn ethernet 17.2.3 psn ip 17.2.5 psn mpls-double 17.2.8 tdm-service 17.2.6 show ces pw count 17.2.7 show ces pw prop detail

17.2.5 psn mpls-double Syntax psn mpls-double name1 name2 name3 name4 dst-mac hexadecimal1 vlan number1 [cvlan numb er2 ] [priority number3 ]

Function This command is used to configure the attributes of the MPLS double-tagged packets at the PW packet switching side.


Description

Value

name1


1-1048575



1-1048575

or hexadecimal form name3


1-1048575



1-1048575

or hexadecimal form hexadecimal1

The destination MAC address in

–

dotted form number1

VLAN ID

1-4094

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Parameter

Description

Value

number2

CVLAN ID

1-4094

number3

VLAN priority

0-7

Default value: 7



l

The psn mpls-double command and the tdm-service command are both used to perform one PW configuration. To configure one PW, it is necessary to select one command among the psn ethernet, psn ip, psn mef8, and psn mpls-double commands, and use the tdm-service command. When TDM interface bound with the PW is added to the protection group, the cvlan parameter of the command is not specified, the value will be generated automatically, otherwise the protection does not work. Because the PW service has a high requirements on the network, it is recommend to specify a higher value for the priority parameter.

Examples The following example shows how to configure the attribute of psn mpls-double of pw_1/5/1. ZXAN(config)#ces ZXAN(config-ces)#pw pw_1/5/1 ZXAN(config-ces-pw)#psn mpls-double 1 1 1 1 dst-mac 0015.eb72.0002 vlan 100 priority 7

Related Commands 17.2.2 psn ethernet 17.2.3 psn ip 17.2.4 psn mef8 17.2.8 tdm-service 17.2.6 show ces pw count 17.2.7 show ces pw prop detail

17.2.6 show ces pw count Syntax show ces pw count 17-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command queries existing PWs.

Parameters None



This command is only used to display the PW name created, and the detailed configuration information will not be displayed. After the command is executed, the status information of the PW is displayed. Active indicates the configuration is completed, and Inactive indicates that the configuration is not completed.

Examples The following example shows how to query existing PWs: ZXAN(config)#show ces pw count PW

Status

-----------------------------------------pw_1/5/1

Active

Related Commands 17.2.2 psn ethernet 17.2.7 show ces pw prop detail

17.2.7 show ces pw prop detail Syntax show ces pw prop detail name1

Function This command is used to display the detailed configuration information of a PW.


Description

Value

name1

PW name (shelf/slot/pwId)

-

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Usage Guidelines This command can be used to query the details of multiple PWs at a time.

Examples The following example shows how to display the detailed configuration information of a PW (pw_1/5/1): ZXAN(config)#show ces pw prop detail pw_1/5/1 pw pw_1/5/1 PwType: e1Satop

PsnType: ethernet

Admin-status: enable

OuterInboundLabel:N/A

OuterOutboundLabel:N/A

InboundLable

OutboundLable

:0x1102

:0x1102

Service prop: Using tdm interface: tdm_1/5/1.1/1/1/1/1 Using TimeSlot

: N/A

TDM-prop profile

: default

Psn prop: Destination Mac Address:

0015.EB72.0002

SVlan ID:

100

CVlan ID:

1024

priority:

7

Card prop: Card interface :

5/1

Source Mac Address: 0015.EB72.000A Source IP Address : 192.192.192.10

Related Commands 17.2.2 psn ethernet 17.2.6 show ces pw count

17.2.8 tdm-service Syntax tdm-service type name1 rate number1 {name2 |name3 |name4 } [timeslot name5 ] [tdm-profilename name6 ]

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Function This command configures service-side properties of a PW.


Description

Value

name1

User interface type

-

number1

TDM interface , E1:32, T1: 24

0-4294967295

name2

PDH user interface in the form

-

of tdm_shelf/slot/e1 name3

SDH AU-4-TU-12 mapping user

-

interface in the form of tdm_shelf/slot/port.augno/1/tug3/tug2/e1 name4

SDH AU-3-TU-11 mapping user

-

interface in the form of tdm_shelf/slot/port.augno/au3/tug2/t1 name5

User interface time slot,

-

represented with -, such as 1-10,15-20 name6

The attribute profile name of the

-

associated TDM

Mode ces-pw configuration mode


To configure one PW, it is necessary to select one command among the psn ethernet, psn ip, psn mef8, and psn mpls-double commands, and use the tdm-service command. The RTP attributes of all the TDM attribute profiles related to the PW in one slot must be the same. It is necessary to configure the timeslot parameter for the framed PW configuration. The timeslot parameter will not be configured for the unframed PW configuration.

Examples The following example shows how to configure the tdm-service attribute of pw_1/5/1. ZXAN(config)#ces ZXAN(config-ces)#pw pw_1/5/1 ZXAN(config-ces-pw)#tdm-service type e1Satop rate 32 tdm_1/5/1.1/1/1/1/1

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Related Commands 17.2.2 psn ethernet 17.2.3 psn ip 17.2.4 psn mef8 17.2.5 psn mpls-double 17.2.6 show ces pw count 17.2.7 show ces pw prop detail

17.3 CES-TDM Interface Property Management 17.3.1 admin-status Syntax admin-status name1

Function This command enables or disables the administration on ports of a PW.


Description

Value

name1

PW name

-



This command is used to power down or up a user port. For the PDH interface, if it is not bound with the PW, the user interface is shut down, and this command does not work. For the SDH interface, the user interface is open , and this command works.

Examples The following example shows how to enable the administration on PW 1/5/1: ZXAN(config)#interface tdm_1/5/1 ZXAN(config-if)#admin-status enable

Related Commands 17.3.8 show ces interface 17-29 SJ-20130118100307-010|2013-02-28 (R1.0)



17.3.2 au-3 Syntax au-3 name1

Function This command enters au-3 configuration mode.


Description

Value

name1

SDH AU3 number selection in

-

the form of augNo/au3



The card to be configured by using this command must be SDH card. The CTLA card is included. In AU-3 configuration mode, 如果之前不是AU-3映射类型，SDH的映射类型会切换成AU-3-TU-11映射类型。 Only when none of the time slots of all the interfaces in one slot is bound with PW, can the mapping type be modified.

Examples The following example shows how to enter the AU-3 configuration mode for the CTLA 1 interface in Slot 5. ZXAN(config)#interface tdm_1/5/1 ZXAN(config-if)#au-3 1/1 ZXAN(config-if-au3)#

Related Commands 17.3.8 show ces interface 17.3.3 au-4 tug-3

17.3.3 au-4 tug-3 Syntax au-4 tug-3 name1 17-30 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command starts au-4 tug-3 configuration mode.


Description

Value

name1

SDH AU4 TUG3 number

-

selection in the form of augNo/au4/tug3



The card to be configured by using this command must be SDH card. The CTLA card is included. Only when none of the time slots of all the interfaces in one slot is bound with PW, can the mapping type be modified.

Examples The following example shows how to enter the AU-4 TUG-3 configuration mode for the CTLA 1 interface in Slot 5. ZXAN(config)#interface tdm_1/5/1 ZXAN(config-if)#au-4 tug-3 1/1/1 ZXAN(config-if-tug3)#

Related Commands 17.3.8 show ces interface 17.3.2 au-3

17.3.4 clock-source Syntax clock-source name1

Function This command configures the transmit clock source of a TDM interface.

17-31 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Default: adaptive

-


Usage Guidelines The default clock source configuration is adaptive. The clock source configuration of a TDM interface cannot be modified if this interface is associated with a PW.

Examples The following example shows how to configure the transmit clock source of TDM interface 1 in slot 6 to differential. ZXAN(config)#interface tdm_1/6/1 ZXAN(config-if)#clock-source differential


17.3.5 loopback Syntax loopback name1

Function This command configures the loopback mode of a TDM interface.


Description

Value

name1

Interface loopback type

-

Mode tdm interface mode

Usage Guidelines l

This command is used to configure the loopback type of the TDM interface. When the interface is SDH interface, the whole interface will be configured. When the interface is PDH interface, the PDH interface is configured. 17-32

SJ-20130118100307-010|2013-02-28 (R1.0)



l

The loopback mode of a TDM interface can be set to noLoop, lineloop, or inwardloop.

Examples The following example shows how to set the loopback type of the interface of CTLA in Slot 5 to inwardLoop. ZXAN(config)#interface tdm_1/5/1 ZXAN(config-if)#loopback inwardLoop


17.3.6 perf-clear-current Syntax perf-clear-current {ms |rs |msrei |b3 name1 |v5 name2 |v5rei name3 |b3rei name4 } {15-min |data }

Function This command is used to clear the SDH performance data.


Description

Value

ms

ms performance point

-

rs


-

msrei

msrei performance point

-

b3

b3 performance point

-

name1


-

the form of augno/auno v5

v5 performance point

-

name2


-

of augno/auno/tug3no/tu2/tu12 v5rei

v5rei performance point

-

name3


-

of augno/auno/tug3no/tu2/tu12 b3rei

b3rei performance point

-

name4


-

the form of augno/auno 17-33 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

15-min

SDH performance data within

-

the current 15 minutes data

All SDH performance data

-



This command is used to clear the SDH performance data within the 15 minutes or clear all the SDH performance data. When the SDH performance data within the 15 minutes is cleared, the history data will not be cleared. When all the SDH performance data is cleared, the SDH performance data within the 15 minutes is cleared, and it is the same with the history data. The SDH performance data includes b3, b3rei, ms, msrei, rs, v5, and v5rei data.

Examples The following example shows how to clear the rs performance data within the 15 minutes of the CTLA card in Slot 5. ZXAN(config)#interface tdm_1/5/1 ZXAN(config-if)#perf-clear-current rs 15-min

Related Commands

17.3.7 range Syntax range

Function This command displays the port list of range.

Parameters None

Mode l l

Layer 2 fei interface mode PortCh interface mode 17-34

SJ-20130118100307-010|2013-02-28 (R1.0)



l

Layer 2 gei interface mode


Examples The following example shows how to display the port list of range: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#range Portlist of the range:

gei_1/19/1


17.3.8 show ces interface Syntax show ces interface {name1 }

Function This command displays the configuration of an interface or a list of interfaces.


Description

Value

name1

TDM Interface name

-



l

When this command is used to display the PDH card information, only the PDH interface configuration information is displayed. When this command is used to display the SDH card information, the SDH interface configuration information is displayed. The SDH time slot information is also displayed based on the mapping type. If the mapping type is other, no time slot information is displayed. This command can also be used to display the configuration information of the specified interface s in batch.

17-35 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display the configuration of the interface tdm_1/6/1: ZXAN(config)#show ces interface tdm_1/6/1 Interface :tdm_1/6/1 Line type

: e1

Line coding

:HDB3

Admin status : enable

Opr status

:N/A

Clock source : adaptive

Clock status :FREERUN

Loop status

Impedance

: noLoop

:75 Ohm

Related Commands

17.3.1 admin-status 17.3.4 clock-source 17.3.5 loopback

17-36 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 18

Clock Commands Table of Contents Clock Module Management ......................................................................................18-1 1588 Module Management .....................................................................................18-15

18.1 Clock Module Management 18.1.1 card-clock Syntax card-clock slotno number1 name1 no card-clock slotno number1

Function This command configures the system clock selection mode for a card.


Description

Value

number1

Slot number (except slots of

1–22

main control cards) name1

System clock selection mode

-

Mode Clock global configuration mode: ZXAN(config-clock)#

Usage Guidelines l

l

This command is used to configure the clock source selection mode for a card. If the selection mode is configured for a card, the card selects a clock source by using the configured mode upon startup. If no clock source selection mode is configured, or the no card-clock command is used to cancel the setting, the card selects a clock source depending on the default running status of the card version.

18-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the system clock of CTLA card in Slot 5 as the backplane clock. ZXAN(config)#clock ZXAN(config-clock)#card-clock slotno 5 backplane

Related Commands 18.1.8 show card-clock

18.1.2 clock-mode Syntax clock-mode name1

Function This command configures the clock mode: QL enable or QL disable.


Description

Value

name1

Clock mode: QL-enable or

-

QL-disable



This command is used to decide the clock source selection of the clock system based on the QL quality. When the clock mode is set to “disable”, the clock operates in QL disable mode.

Examples The following example shows how to configure the clock mode to QL diaable: ZXAN(config)#clock ZXAN(config-clock)# clock-mode QL-disable

Related Commands 18.1.9 show clock config

18-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 18 Clock Commands

18.1.3 dpll-adjust Syntax dpll-adjust {[range name1 number1 ] [offset name2 number2 ] }

Function This command adjusts the offset threshold, and positive or negative offset of the PPL.


Description

Value

name1

Adjustment operation: ADD

-

(increasing the threshold), or DEC (decreasing the threshold) number1

Threshold offset (unit: PPM)

0–20

name2

Direction of deviation from the

-

benchmark number2

Offset from the benchmark (unit:

0–20

PPM)



This command is used as a debug command, and the debug results will not be saved. When the command is used twice, the second operation will make an adjustment based on the previous one.

l

Examples The following example shows how to adjust the PPL offset threshold and offsets: ZXAN(config-clock)# dpll-adjust offset LEFT 10 range ADD 10


18.1.4 external-input Syntax external-input name1 {ssm name2 |quality name3 } mode name4 18-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures external input clock.


Description

Value

name1

External clock input interface

-

name2

Clock source input level

-

name3

Clock source input level

-

name4

Input mode of external clock

-

source


Usage Guidelines Use the source command to add an external clock, and then use this command to configure the quality level and input mode for the external clock.

Examples The following example shows how to configure an external input clock: ZXAN(config)#clock ZXAN(config-clock)#source 1/20/1 type external priority 1 ZXAN(config-clock)#external-input 1/20/1 quality sec mode bits

Related Commands 18.1.14 source 18.1.9 show clock config

18.1.5 external-output Syntax external-output {{[{minssm name1 |ssmThreshold name2 } ] [mode name3 ] } |name4 }

Function This command configures an external output clock source.

18-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Threshold for clock source

–

output. name2

Threshold for clock source

-

output. name3

Output mode of the external

-

clock source. name4

Manually disables the output of

-

the external clock source.



This command configures the mode and threshold for the output of an external clock source. The clock output is enabled only when the system clock quality is equal to or greater than the SSM threshold.

Examples The following example shows how to configure an external output clock source: ZXAN(config)#clock ZXAN(config-clock)#external-output ssmThreshold sec mode bits


18.1.6 internal-output Syntax internal-output slot number1 port name1 name2

Function This command controls the configuration of clock that is output by the main control card to the entire system.

18-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Slot number

0–255

name1

Clock type

-

Output mode of external clock

-

name2

source



This command enables or disables all clock types for all slots. All types of clocks in all the slots are opened by default.

Examples The following example shows how to open all the types of the clocks. ZXAN(config)#clock ZXAN(config-clock)#internal-output slot 20 port all on


18.1.7 set Syntax set {[wtr number1 ] [holdofftime number2 ] }

Function This command configures global operating mode and clock-related parameters.


Description

Value

number1

Time to wait for recovery

0–12

Unit: minute Default: 5 minute number2

Time to wait for alarm

300–1800

Unit: mm Default: 300 ms 18-6 SJ-20130118100307-010|2013-02-28 (R1.0)





Time to wait for alarm: The period from the alarm detection to the alarm confirmation. Time to wait for recovery: The period from the alarm recovery to the alarm recovery confirmation.

Examples The following example shows how to set WTR to 300 ms, and hold-off time to 5 minutes. ZXAN(config)#clock ZXAN(config-clock)#set holdofftime 500 wtr 10


18.1.8 show card-clock Syntax show card-clock [slotno number1 ]

Function This command displays the clock mode configuration of a card in a slot.


Description

Value

number1

Slot number

1–22


Usage Guidelines This command shows the clock mode configuration of cards in all slots when no slot number is specified in the command.

Examples The following example shows how to display the clock mode configuration of the CTLA card in Slot 5.: ZXAN(config-clock)#show card-clock slotno 5

18-7 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference slotno: 5 card-clock config:backplane card-clock state: backplane

Related Commands 18.1.1 card-clock

18.1.9 show clock config Syntax show clock config [name1 ]

Function This command displays the configuration of the clock source and output clock.


Description

Value

name1

master or slave

-


Usage Guidelines This command displays the available optional clock sources in order of decreasing priorities in separate lines: external input clock source configuration, and external output clock source configuration.

Examples The following example show how to display the configuration of the clock source and output clock. ZXAN(config)#show clock config interface

type

priority

ssm

mode

status

remarks

...................................................................... 1/20/1

external

1

qlsec

bits

-

source

1/20/3

external

253

qlsec

bits

-

output

clock source count: 1; wtr 10 minutes;

holdofftime 500 ms;QL-disable

external-clock: balance

18-8 SJ-20130118100307-010|2013-02-28 (R1.0)




18.1.10 show clock interface esmc Syntax show clock interface esmc

Function This command queries the ESMC status of clock ports.

Parameters None



Examples The following example shows how to query the ESMC status of clock ports: ZXAN(config)#show clo interface esmc interface

port_type

esmc

............................................. 1/22/1

synce

enable

Related Commands 18.1.17 switch

18.1.11 show clock interface ssm-send Syntax show clock interface ssm-send

Function This command queries the SSM statuses of clock ports.

18-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples The following example shows how to query SSM status of clock ports: ZXAN(config)#show clock interface ssm-send interface

port_type

ssm-send

............................................. 1/22/1

synce

qlsec

Related Commands 18.1.15 ssm-send

18.1.12 show clock source active Syntax show clock source active

Function This command displays the active clock source.

Parameters None



Examples The following example shows how to display the active clock source: ZXAN(config-clock)#

show sour act

18-10 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 18 Clock Commands Interface

: 1/10/0

Type

: internal

Quality Level: 11 Status

: FreeRun

Warning

: Loss of Timing Inputs

Operation

: none

Related Commands 18.1.14 source 18.1.17 switch

18.1.13 show clock source alarm Syntax show clock source alarm

Function This command queries alarms of all configured clock sources.

Parameters None



Examples The following example shows how to query alarms of clock sources: ZXAN(config)#show clock source alarm interface

type

priority

ssm-received alarm

........................................................................... 1/20/1

external

1

undef

loss of signal

Related Commands 18.1.14 source

18-11 SJ-20130118100307-010|2013-02-28 (R1.0)



18.1.14 source Syntax source name1 {type name2 priority number1 |priority number2 } no source {priority number3 |id name1 }

Function This command adds a clock source reference.


Description

Value

name1

Input clock source port

-

name2

Clock source type

-

number1

Clock source priority

1–250

number2

Clock source level

1–250

number3

–

1–255



When this command is used to modify the attribute of the clock source, only the priority of the clock source can be modified. To configure the external input clock, both the source command and the external-input command are used together.

Examples The following example shows how to add a reference clock source: ZXAN(config)#clock ZXAN(config-clock)#source 1/20/1 type external priority 1 ZXAN(config-clock)#external-input 1/20/1 quality sec mode bits


18-12 SJ-20130118100307-010|2013-02-28 (R1.0)



18.1.15 ssm-send Syntax ssm-send name1 name2 no ssm-send name1

Function This command sets an SMM byte to be sent.


Description

Value

name1

Specify the sending port

-

name2

Quality level

-

Mode clock global configuration mode

Usage Guidelines This command sets the value of an SSM byte sent by a port. The port neglects the value of the SSM byte automatically assigned by the clock and sets the SSM value to the configured on forcibly.

Examples The following example shows how to set the value of the SSM byte to be sent on a port: ZXAN(config)#clock ZXAN(config-clock)#ssm-send 1/21/1 qlsec

Related Commands 18.1.11 show clock interface ssm-send

18.1.16 ssm-set Syntax ssm-set name1 name2 no ssm-set name1

Function This command sets the SSM byte of a clock source. 18-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

name2

Quality level

-



This command sets the SSM value of a clock source. This command cannot be used to configure the clock source until the clock source has been added by using the source command. After the configuration, the system uses the configured value for clock source selection regardless of the actual SSM value received.

Examples The following example shows how to set the value of the SSM byte of a clock source: ZXAN(config)#clock ZXAN(config-clock)#source 1/20/1 type external priority 1 ZXAN(config-clock)#external-input 1/20/1 quality sec mode bits ZXAN(config-clock)#ssm-set 1/20/1 qlsec1

Related Commands ZXAN(config-clock)#show clock config

18.1.17 switch Syntax switch {name1 name2 name3 |name4 name5 }

Function This command configures the clock source external commands and ESMC channel..


Description

Value

name1

External command

-

name2

Set or clear

-

name3


-

18-14 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name4

External command

-

name5

Set or clear

-



Examples The following example shows how to set the input clock source of CICK port 1 in Slot 20 as the current clock source by force. ZXAN(config)#clock ZXAN(config-clock)#switch force set 1/20/1


18.2 1588 Module Management 18.2.1 1pps Syntax 1pps priority number1 {ptp |1pps reference name1 } [name2 ] no 1pps name2

Function This command is used to configure the 1PPS source of the control and switch card.


Description

Value

number1

1PPS priority

1-255

ptp

Clock source type, restored

-

from the PTP protocol 1pps

Clock source type

-

18-15 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name1

1PPS signal type

-

l

ttl for 1PPS signal input of copper coaxial

l

422 for 1PPS signal input of RJ45

name2

Slot number/port number

-



This command is used only for CICK input 1PPS source. When PTP command has been used for the configuration, the 1pps command can not be used for the configuration.

Examples The following example shows how to set the CICK port 1 of Slot 20 as the 1PPS source, and set the priority to 1. ZXAN(config)#clock ZXAN(config-clock)#1pps priority 1 1pps reference 422 20/1

Related Commands 18.2.6 show time 1pps

18.2.2 1pps-output Syntax 1pps-output {name1 |{[name2 ] [adjust number1 ] } } [name3 ] no 1pps-output [name3 ]

Function This command is used to configure the 1PPS output function, and adjust the 1PPS output phase of the PON card.

18-16 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Enable the 1PPS output and

-

configure the output standard name2

Enable/disable the 1PPS output.

-

number1

1PPS output calibration

-1000000-1000000

Unit: nano-second name3


-


Usage Guidelines For the PON card, use the adjust parameter for phrase adjustment. the adjust parameter can not be used for the CICK card.

Examples The following example shows how to disable the 1PPS output of CICK port 1 in Slot 20. ZXAN(config)#clock ZXAN(config-clock)#1pps-output disable 20/1

Related Commands 18.2.7 show time 1pps-output

18.2.3 ptp Syntax ptp name1 {ip ip_addr1 |mac } {[name2 ] [domain number1 ] [packet-type name3 ] [interval nu mber2 ] [step-mode name4 ] [name5 ] } no ptp name5

Function This command is used to configure the PTP working mode.

18-17 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

PTP mode, only support slave

-

ip_addr1

Configure 3–layer encapsulation

-

mode, and configure PTP local IP address. Configure 2–layer encapsulation

mac

-

mod name2

Configure synchronous Ethernet

-

network. number1

PTP domain

0-255

name3

Unicast/multicast mode

-

number2

Time interval for protocol packet

-8-0

sending name4

PTP simgle/dual working mode

-

name5


-


Usage Guidelines l l l l l

For the 1588 synchronization configuration, this command must be used. The domain configured in this command must be the same as the domain of the master. Only one PTP configuration is supported for the moment. For the time synchronization of unicast mode, the ptp-source command is also needed. If the synchronous Ethernet network mode is used, the source command must be used to configure the clock source of the synchronous Ethernet network.

Examples The following example shows how to set the PRT mode to the synchronous Ethernet network of 2–layer multicast. ZXAN(config)#clock ZXAN(config-clock)#ptp slave mac packet-type multicast sync-hybrid-mode

Related Commands

18.2.5 ptp-source 18-18 SJ-20130118100307-010|2013-02-28 (R1.0)



18.2.8 show time ptp

18.2.4 ptp-adjust Syntax ptp-adjust number1 [name1 ]

Function This command is used to configure the PTP 1PPS output phase calibration of the control and switch card.


Description

Value

number1

Phase calibration

-1000000-1000000

Unit: Nano-second name1


-



Try to use the 1pps-output command for the calibration because the ptp-adjust command can not provide accurate result. The calibration value must be obtained with the use of the meter.

Examples The following example shows how to adjust the output phase of 1PPS to 100 nano seconds. ZXAN(config)#clock ZXAN(config-clock)#ptp-adjust 100

Related Commands 18.2.2 1pps-output

18.2.5 ptp-source Syntax ptp-source {ip ip_addr1 |mac hexadecimal1 } [adjust number1 ] no ptp-source {ip ip_addr1 |mac hexadecimal1 } 18-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command is used to configure the MAC/IP address of the 1588 source.


Description

Value

ip_addr1

Source IP address of PTP time

-

hexadecimal1

Mac address of PTP time

-

number1

No symmetric calibration

-1000000-1000000

Unit: Nano-second



When the unicast mode is used for the 1588 synchronization, this command is used to configure the MAC/IP address of the 1588 source. Before the configuration by using this command, the PTP command must be used first for the configuration. Both the encapsulation mode of this command and the PTP command must be the same.

Examples The following example shows show to set the encapsulation mode as 2–layer encapsulation and the set the MAC address of 1588 source to 1234.1234.1234. ZXAN(config)#clock ZXAN(config-clock)#ptp-source mac 1234.1234.1234

Related Commands 18.2.3 ptp 18.2.9 show time ptp-source

18.2.6 show time 1pps Syntax show time 1pps

Function This command is used to query the transparent 1PPS configuration and status. 18-20 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None

Mode Any mode except the user mode


Examples The following example shows how to display the current 1PPS configuration and status. ZXAN(config)#show time 1pps slot/port

type

priority

1pps-ref

status

work-status

1pps-ref-status

................................................................................ .. 20/1

1pps

1

422

unavailable N/A

N/A

1pps-input configure count: 1

Related Commands 18.2.1 1pps

18.2.7 show time 1pps-output Syntax show time 1pps-output

Function This command is used to display the configuration of 1PPS output and phase calibration.

Parameters None





Examples The following examples shows how to display the configuration of 1PPS output and phase calibration. ZXAN(config)#show time 1pps-output slot/port

status

adjust

............................................. 20/1

disable

0

1pps-output configure count: 1

Related Commands 18.2.2 1pps-output

18.2.8 show time ptp Syntax show time ptp

Function This command is used to display the PTP configuration and status.

Parameters None



This command can be used to display the 1588 status and UTC time. When the Status is aligned, it indicates the status is locked.

Examples The following example shows how to display the PTP configuration and status. ZXAN(config)# show time ptp Slot/ port Mode

Domain addr

Hybrid Multi

Two-

-Mode

Step

cast

Status Interval

Utc

Layer2

................................................................................

10/1 slave 0 192.168.2.11

no-hyb

y

n freerun

-4 1970-01-01 00:00:00 n

18-22 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 18.2.3 ptp 18.2.5 ptp-source

18.2.9 show time ptp-source Syntax show time ptp-source

Function This command is used to display the PTP source configuration.

Parameters None



Examples The following examples shows how to display the PTP source configuration. ZXAN(config)#show time ptp-source addr

adjust

layer2

................................ 10.10.10.12

0

time source count:

n 1


18.2.10 show time tod Syntax show time tod

Function This command is used to display the TOD configuration. 18-23 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines This command is used to display the current TOD format and time.

Examples The following example shows how to display the TOD configuration. ZXAN(config)#show time tod slot/port

mode

tod-status

utc

........................................................................ 20/1

china-mobile

N/A

2105-01-15 10:03:44

TOD input configure count: 1

Related Commands 18.2.12 tod

18.2.11 show time utc-offset Syntax show time utc-offset

Function This command is used to display the UTC offset.

Parameters None



Examples The following example shows how to display the UTC offset. 18-24 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 18 Clock Commands ZXAN(config)#show time utc-offset UTC

=

GPS+20s

Related Commands 18.2.13 utc-offset

18.2.12 tod Syntax tod name1 name2 no tod name2

Function This command is used to configure the transparent TOD format.


Description

Value

name1

TOD format for the system input

-

name2


-


Usage Guidelines This command only supports the TOD input information of CICK.

Examples The following example shows how to set the information format of CICK inSlot 20 tio the China mobile formati. ZXAN(config)#clock ZXAN(config-clock)#tod china-mobile 20/1

Related Comamnds 18.2.10 show time tod

18-25 SJ-20130118100307-010|2013-02-28 (R1.0)



18.2.13 utc-offset Syntax utc-offset number1

Function This command is used to configure the UTC offset.


Description

Value

number1

The offset of UTC time and GPS

-255-255

time Unit: second



Examples The following example shows how to set the UTC and GPS offset time to 20 seconds. ZXAN(config)#clock ZXAN(config-clock)#utc-offset 20

Related Comamnds 18.2.11 show time utc-offset

18-26 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 19

Ethernet Interface Configuration Commands Table of Contents byname ....................................................................................................................19-1 description................................................................................................................19-2 duplex ......................................................................................................................19-3 flowcontrol................................................................................................................19-4 hybrid-attribute .........................................................................................................19-5 linktrap .....................................................................................................................19-5 multicast ttl-threshold ...............................................................................................19-7 negotiation auto........................................................................................................19-7 range........................................................................................................................19-8 shutdown..................................................................................................................19-9 speed .....................................................................................................................19-10

19.1 byname Syntax byname name1 no byname

Function This command sets an alias for an interface.


Description

Value

name1

Interface alias

0–32 characters

Mode l l l

VLAN interface configuration mode: ZXAN(config-if-vlanNumber) loopback interface mode Layer 2 fei interface mode

19-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To delete the alias name, use the no byname command. After an alias is set for an interface, a user can use this alias to start the configuration mode of this interface.

Examples The following example shows how to set the alias of an interface (gei_1/5/1) to ether1 and use this alias to enter the configuration mode of this interface: ZXAN(config)#interface gei_1/5/1 ZXAN(config-if)#byname ether1 ZXAN(config-if)#exit ZXAN(config)#interface byname ether1 ZXAN(config-if)#

Related Commands

19.2 description Syntax description LINE1 no description

Function This command is used to describe the specified interface.


Description

Value

LINE1

Interface description

Length: 1– 64 characters

Mode l l l

Layer 2 fei interface mode Layer 2 gei interface mode 10G Ethernet interface mode: ZXAN(config-if)#


19-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 19 Ethernet Interface Configuration Commands

Examples The following example shows how to describe the Ethernet interface gei_1/19/1. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#description this is gei1

Related Commands

19.3 duplex Syntax duplex {half |full } no duplex

Function This command is used to configures the operating mode of an interface.


Description

Value

half

Half duplex mode

-

full

Full duplex mode

-

Mode l l l


Usage Guidelines To restore the default setting, use the no duplex command. FE/GE electrical interfaces support both half duplex and full duplex modes; while FE/GE/10GE optical interfaces support only full duplex mode. Before configuring the duplex mode of an interface, disable self-negotiation on the interface first. It is not allowed to configure the duplex mode of an interface when the self-negotiation is enabled.

Examples The following example shows how to set the operating mode of the interface gei_1/19/1 to full duplex mode: 19-3 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#no negotiation auto ZXAN(config-if)#duplex full


19.4 flowcontrol Syntax flowcontrol {enable |disable } no flowcontrol

Function This command is used to configure the flow control function of the Ethernet interface.


Description

Value

enable

Enable the flow control function.

-

disable

Disable the flow control function.

-

Mode l l l


Usage Guidelines The command no flowcontrol and flowcontrol disable are both used to disable the flow control functions. The flow control function of the Ethernet interface is disabled by default.

Examples The following example shows how to disable the flow control function of the Ethernet interface gei_1/19/1. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#flowcontrol disable

Related Commands 无 19-4 SJ-20130118100307-010|2013-02-28 (R1.0)



19.5 hybrid-attribute Syntax hybrid-attribute {fiber |copper }

Function This command configures the media attribute of a GE interface: fiber or copper.


Description

Value

fiber

Fiber interface

-

copper

Copper interface

-

Mode l l l

PTP interface mode Layer 2 gei interface mode 10G Ethernet interface mode: ZXAN(config-if)#

Usage Guidelines This command can only be used for interfaces that support fiber-to-copper or copper-to-fiber media conversion.

Examples The following example shows how to set the media attribute of the interface (gei_1/19/1) to copper. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#hybrid-attribute copper


19.6 linktrap Syntax linktrap {disable |alarm }

Function This command is used to configuring the warning methods for interface linkup or interface linkdown. 19-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

disable

Do not send warning messages

-

to the NMS when the interface link status changes. alarm

Send warning or warning

-

recovery messages to NMS when the interface status changes.

Mode l l l


Usage Guidelines In EPON OLT interface mode, the warning method for linktrap can be set to disable or inform. The linktrap function is disabled by default. In Ethernet interface mode, the warning method for linktrap can be set to disable or alarm. The linktrap warning method is set to alarm by default. When the interface link is down, the NE sends warning messages to NMS. Down warning: When the interface link is up, the link down messages are removed, and link recovery messages are generated.

Examples l

The following example shows how to set the linktrap warning method of interface EPON-olt_1/4/1. ZXAN(config)#interface EPON-olt_1/4/1 ZXAN(config-if)#linktrap inform

l

The following example shows how to set the linktrap warning method of interface gei_1/19/1 to alarm. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#linktrap alarm

Related Commands show running interface

19-6 SJ-20130118100307-010|2013-02-28 (R1.0)



19.7 multicast ttl-threshold Syntax multicast ttl-threshold number1 no multicast ttl-threshold

Function This command is used to configure the TTL threshold value of the multicast packets for the Ethernet interface.


Description

Value

number1

The TTL threshold value of the

0-255

multicast packets

Mode l l l



Examples The following example shows how to set the TTL threshold value of the multicast packets for gei_1/19/1 to 100. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#multicast ttl-threshold 100

Related Commands 无

19.8 negotiation auto Syntax negotiation auto no negotiation auto 19-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables auto-negotiation of an Ethernet interface.

Parameters None

Mode l l l



To disable auto-negotiation, use the no negotiation auto command. By default, auto-negotiation is enabled for Ethernet interfaces.

Examples The following example shows how to set the operating mode of r the interface gei_0/5/1 to auto-negotiation. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)# negotiation auto

Related Commands

19.9 range Syntax range

Function This command displays the port list of an interface.

Parameters None

Mode l l l

Layer 2 fei interface mode PortCh interface mode Layer 2 gei interface mode 19-8

SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display the port list in the range of an interface: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#range Portlist of the range:

gei_1/19/1


19.10 shutdown Syntax shutdown no shutdown

Function This command enables or disables an interface.

Parameters None

Mode l l l


Usage Guidelines By default, each interface is enabled. The shutdown command disables all the functions of an interface. This command does not influence the physical status (up or down) of the interface.

Examples The following example shows how to enable the serial interface gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#no shutdown

19-9 SJ-20130118100307-010|2013-02-28 (R1.0)




19.11 speed Syntax speed {10 |100 |1000 } no speed

Function This command configures the speed of an interface: 10 Mbps, 100 Mbps, or 1000 Mbps.


Description

Value

10

Set the interface speed to 10

-

Mbps. Set the interface speed to 100

100

-

Mbps. 1000

Set the interface speed to 1000

-

Mbps.

Mode l l l



To restore the default speed of an interface, use the no speed command. Disable the auto-negotiation function of an interface first, and then use this command to configure the speed. It is not allowed to configure the interface speed when the auto-negotiation function is enabled.

Examples The following example shows how to set the speed of the interface gei_1/19/1 to 1000 Mbps: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#no negotiation auto ZXAN(config-if)#speed 1000

19-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands

19-11 SJ-20130118100307-010|2013-02-28 (R1.0)




19-12 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 20

Port Security Commands Table of Contents eth-switch broadcast-limit .........................................................................................20-1 eth-switch mac-protect .............................................................................................20-2 eth-switch max-frame-length ....................................................................................20-3 eth-switch multicast-limit...........................................................................................20-4 eth-switch unknowncast-limit ....................................................................................20-5 eth-switch vlan-limit ..................................................................................................20-6 port-protect...............................................................................................................20-7 security packet-limit..................................................................................................20-8 security packet-limit (gpon onu interface mode)........................................................20-9 security packet-limit igmp .......................................................................................20-10 security packet-limit mld ......................................................................................... 20-11 security port-protect................................................................................................20-12 security storm-control .............................................................................................20-13 security storm-control broadcast.............................................................................20-14 security storm-control multicast ..............................................................................20-15 security usercommunication control........................................................................20-16 security usercommunication svlan ..........................................................................20-17 show eth-switch......................................................................................................20-18 show eth-switch vlan-limit.......................................................................................20-18 show security interface packet-limit ........................................................................20-19 show security interface storm-control......................................................................20-20 show security port-protect ......................................................................................20-21 show security usercommunication-control ..............................................................20-21 show security vlan-communication .........................................................................20-22 unknowncast-rate-limit ...........................................................................................20-23 uplink-isolate ..........................................................................................................20-24

20.1 eth-switch broadcast-limit Syntax eth-switch broadcast-limit number1 [burst-size number2 ] no eth-switch broadcast-limit

20-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures a limit on global broadcast packets.


Description

Value

number1

Number of broadcast packets

0-65534

that are limited by the system per second. number2

Size of the broadcast bucket.

4-16384

Default: 512 kb.


Usage Guidelines To disable the global broadcast packet limit function, use the no form of this command.

Examples The following example shows how to set the system limit on broadcast packets to 200 pps: ZXAN(config)#eth-switch broadcast-limit 200

Related Commands 20.18 show eth-switch

20.2 eth-switch mac-protect Syntax eth-switch mac-protect hexadecimal1 vlan number1 no eth-switch mac-protect hexadecimal1 vlan number1

Function This command configures the global MAC + VLAN anti-drift function and delivers the MAC + VLAN configuration to all EPON line cards.

20-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 20 Port Security Commands


Description

Value

hexadecimal1

MAC address

-

number1

VLAN value

1-4094


Usage Guidelines After a protected MAC address is configured, if upstream traffic with the MAC + VLAN occurs on an ONU that is connected to an EPON line card, the EPON line card discards the upstream traffic.

Examples The following example shows how to configure a MAC + VLAN anti-drift policy: ZXAN(config)#eth-switch mac-protect 0000.0000.0001 vlan 2


20.3 eth-switch max-frame-length Syntax eth-switch max-frame-length number1 no eth-switch max-frame-length

Function This command configures the maximum length of global transmission frames.


Description

Value

number1

Maximum length of global

1518-9600

transmission frames. Default: 1600.

20-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines By default, the maximum length of transmission frames is 1600. To disable the maximum length limit on global transmission frames, use the no form of this command.

Examples The following example shows how to disable the maximum length limit on global transmission frames: ZXAN(config)#no eth-switch max-frame-length


20.4 eth-switch multicast-limit Syntax eth-switch multicast-limit number1 no eth-switch multicast-limit

Function This command configures a limit on global multicast packets.


Description

Value

number1

Number of multicast packets

0-65534

that are limited by the system per second.


20-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To disable the global multicast packet limit function, use the no form of this command.

Examples The following example shows how to set the system limit on multicast packets to 100 pps: ZXAN(config)#eth-switch multicast-limit 100


20.5 eth-switch unknowncast-limit Syntax eth-switch unknowncast-limit number1 no eth-switch unknowncast-limit

Function This command limits unknown packets.


Description

Value

number1

Number of unknown packets

0-65534

that are limited by the system per second.


Usage Guidelines The default limit on unknown packets is 100 pps. To restore the default value (100 pps), use the no form of this command. If the value is set to 65534, it indicates that no limit is set for unknown packets.

Examples The following example shows how to set the limit on unknown packets to 1000 pps: 20-5 SJ-20130118100307-010|2013-02-28 (R1.0)



ZXAN(config)#eth-switch unknowncast-limit 1000


20.6 eth-switch vlan-limit Syntax eth-switch vlan-limit vlan number1 rate number2 {downstream |upstream } no eth-switch vlan-limit vlan number1 {downstream |upstream }

Function This command configures the rate limit policy for global VLANs.


Description

Value

number1

VLAN number.

1-4094

number2

Limited rate. Unit: kbps.

64-10000000

Granularity: 64 kbps. downstream

Rate limit in the downstream

-

direction. upstream

Rate limit in the upstream

-

direction.


Usage Guidelines This command is a global configuration command. At present, the maximum number of VLAN rules that are allowed by the main control board is 64. The granularity of a configured rate is 64 kbps, and a valid rate is a multiple of 64 kbps. For example, if the configured rate is 65 kbps, the valid rate is 64 kbps. If a downstream rate limit rule is configured, the rule is applied to all uplink ports. If an upstream rate limit rule is configured, the rule is applied to all inline ports except uplink ports. 20-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure a VLAN rate limit rule: ZXAN(config)#eth-switch vlan-limit vlan 200 rate 64 upstream

Related Commands 20.19 show eth-switch vlan-limit

20.7 port-protect Syntax port-protect {enable |disable }

Function This command configures the user isolation (port protection) function for uplink ports.


Description

Value

enable

Enables the port protection

-

function. disable

Disables the port protection

-

function.

Mode Layer-2 fei interface mode, PortCh interface mode, Layer-2 gei interface mode

Usage Guidelines By default, the port protection function is disabled for uplink ports.

Examples The following example shows how to enable the port protection function of uplink ports: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#port-protect enable




20.8 security packet-limit Syntax security packet-limit {link-local-address |icmpv6 |nd |dhcpv6 } rate number1 direction {ingress |egress } no security packet-limit {link-local-address |icmpv6 |nd |dhcpv6 } direction {ingress |egress }

Function This command configures a rate limit for packets at the GPON-OLT port level.

Parameters Parameter link-local-address

Description

Value

The rate limit is set

-

for the packets of the LINK-LOCAL-ADDRESS type. icmpv6

The rate limit is set for the

-

packets of the ICMPV6 type. nd


-

packets of the ND type. dhcpv6


-

packets of the DHCPV6 type. number1


0-1000000

Default: No limit. ingress

The rate limit is in the upstream

-

direction. egress

The rate limit is in the

-

downstream direction.

Mode gpon olt interface mode

Usage Guidelines A rate limit can be configured for packets of the following types: LINK-LOCAL-ADDRESS, ICMPV6, ND, and DHCPV6. The rate limit can be in the upstream direction or downstream direction. To restore the default settings, use the no form of this command. 20-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the upstream rate limit for ICMPV6 packets to 1000 kbps: ZXAN(config)#interface gpon-olt_1/15/1 ZXAN(config-if)#security packet-limit ICMPV6 rate 1000 direction ingress

Related Commands 20.20 show security interface packet-limit

20.9 security packet-limit (gpon onu interface mode) Syntax security packet-limit {link-local-address |icmpv6 |nd |dhcpv6 } rate number1 direction {ingress |egress } [vport number2 ] no security packet-limit {link-local-address |icmpv6 |nd |dhcpv6 } direction {ingress |egress } vport number2

Function This command configures a rate limit for packets at the VPORT level.


Description

Value

link-local-address

The rate limit is set

-

for the packets of the LINK-LOCAL-ADDRESS type. icmpv6


-

packets of the ICMPV6 type. nd


-

packets of the ND type. dhcpv6


-

packets of the DHCPV6 type. number1


0-1000000

Default: No limit. ingress

The rate limit is in the upstream

-

direction.

20-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

egress


-

downstream direction. number2

Virtual port number. Default: 1.

1-256

Mode gpon onu interface mode

Usage Guidelines A rate limit can be configured for packets of the following types: LINK-LOCAL-ADDRESS, ICMPV6, ND, and DHCPV6. The rate limit can be in the upstream direction or downstream direction. To restore the default settings, use the no form of this command.

Examples The following example shows how to configure the upstream rate limit for ICMPV6 packets on VPORT 1 to 1000 kbps: ZXAN(config)#interface gpon-onu_1/15/1:1 ZXAN(config-if)#security packet-limit ICMPV6 rate 1000 direction ingress vport 1


20.10 security packet-limit igmp Syntax security packet-limit igmp number1 no security packet-limit igmp

Function This command configures a rate limit for Internet Group Management Protocol (IGMP) packets in port mode.

20-10 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Limited rate for IGMP packets.

0-1000000

Unit: kbps. Default: No limit.

Mode Layer-2 gei interface mode, PTP interface mode

Usage Guidelines This command is available only in port mode of the PTP board.

Examples The followng example shows how to configure the rate limit for IGMP packets in port mode to 100 kbps: ZXAN(config)#interface gei_1/16/1 ZXAN(config-if)#security packet-limit igmp 100


20.11 security packet-limit mld Syntax security packet-limit mld number1 no security packet-limit mld

Function This command configures a rate limit for Multicast Listener Discovery (MLD) packets in port mode.


Description

Value

number1

Limited rate for MLD packets.

0-1000000

Unit: kbps. Default: No limit.

20-11 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to configure the rate limit for MLD packets in port mode to 100 kbps: ZXAN(config)#interface gei_1/16/1 ZXAN(config-if)#security packet-limit mld 100


20.12 security port-protect Syntax security port-protect {enable |disable }

Function This command configures the global port protection function.


Description

Value

enable

Enables global port protection.

-

disable

Disables global port protection.

-



20-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the global port protection function: ZXAN(config)#security port-protect enable


20.13 security storm-control Syntax security storm-control {broadcast |multicast |unknowncast } {rate number1 |vlan number2 rate number3 [burst number4 ] } no security storm-control {broadcast |multicast |unknowncast } [vlan number2 ]

Function This command configures a rate limit for storms in a VLAN.


Description

Value

broadcast

The rate limit is set for broadcast

-

packets. multicast

The rate limit type is set for

-

multicast packets. unknowncast

The rate limit is set for unknown

-

packets. number1

Rate limit vale. Unit: pps.

0-65535

number2

VLAN value.

1-4094

number3

Rate limit vale. Unit: kbps.

0-1000000

number4

Size of the packet bucket. Unit:

1-1024

kb. Default: 4 kb.


20-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines This command is available only in port mode of the PTP board. The available rate limit types include: broadcast packets, multicast packets, and unknown packets. You can set rate limit in pps or bps, and you can set the size of the packet bucket. To restore the default settings, use the no form of this command.

Examples The following example shows how to configure the rate limit for broadcast packets for VLAN 100 in port mode to 100 pps, and configure the packet bucket size to 128 kb: ZXAN(config)#interface gei_1/16/1 ZXAN(config-if)#security storm-control broadcast rate 100 vlan 100 burst 128

Related Commands show security storm-control

20.14 security storm-control broadcast Syntax security storm-control broadcast rate number1 direction egress [vport number2 ] no security storm-control broadcast direction egress vport number2

Function This command configures a rate limit for storms at the VPORT level.


Description

Value

number1


0-1000000

Default: No limit. egress


-

downstream direction. number2

Virtual port number. Default: 1.

1-256

Mode gpon onu interface mode 20-14 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The rate limit can be configured only for the downstream direction. To restore the default settings, use the no form of this command.

Examples The following example shows how to configure the upstream rate limit for ICMPV6 packets on VPORT 1 to 1000 kbps: ZXAN(config)#interface gpon-onu_1/15/1:1 ZXAN(config-if)#security storm-control broadcast rate 1000 direction egress vport 1

Related Commands 20.21 show security interface storm-control

20.15 security storm-control multicast Syntax security storm-control multicast rate number1 direction egress no security storm-control multicast direction egress

Function This command configures a rate limit for storms at the GPON-OLT port level.


Description

Value

number1


0-1000000

Default: No limit. egress


-

downstream direction.


Usage Guidelines The rate limit can be configured only for the downstream direction. To restore the default settings, use the no form of this command. 20-15 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following command shows how to configure the rate limit for multicast packets to 1000 kbps: ZXAN(config)#interface gpon-olt_1/15/1 ZXAN(config-if)#security storm-control multicast rate 1000 direction egress

Related Commands 20.21 show security interface storm-control

20.16 security usercommunication control Syntax security usercommunication control {enable |disable }

Function This command configures the global VLAN interworking function.


Description

Value

enable

Enables the global VLAN

-

interworking function. disable

Disables the global VLAN

-

interworking function.



Examples The following example shows how to enable the global VLAN interworking function: ZXAN(config)#security usercommunication control enable

20-16 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands show security usercommunication

20.17 security usercommunication svlan Syntax security usercommunication svlan number1 [cvlan number2 ] no security usercommunication svlan number1 [cvlan number2 ]

Function This command configures a global VLAN interworking entry.


Description

Value

number1

SVLAN number

1-4094

number2

CVLAN number

1-4094



Examples The following example shows how to configure a global VLAN interworking entry. In the example, set SVLAN to 100 and set CVLAN to 200. ZXAN(config)#security usercommunication svlan 100 cvlan 200

Related Commands 20.24 show security vlan-communication

20-17 SJ-20130118100307-010|2013-02-28 (R1.0)



20.18 show eth-switch Syntax show eth-switch

Function This command displays the global packet rate limit and port protection configuration.

Parameters None



Examples The following example shows how to display the global packet rate limit and port protection configuration: ZXAN#show eth-switch broadcast-limit

:100

pps

unknowncast-limit :100

pps

multicast-limit

:unlimited

mac-protect rule num:0 max-frame-length

:1600


20.19 show eth-switch vlan-limit Syntax show eth-switch vlan-limit

20-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the rate limit policy for global VLANs.

Parameters None



Examples ZXAN(conifg)#show eth-switch vlan-limit the total vlan-limit rule numbers : 0


20.20 show security interface packet-limit Syntax show security interface packet-limit interface1

Function This command displays the port rate limit configuration.


Description

Value

interface1

Port name

-


20-19 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to query the rate limit configuration of port gpon-olt_1/15/1: ZXAN#show security interface packet-limit

gpon-olt_1/15/1


20.21 show security interface storm-control Syntax show security interface storm-control interface1 [vlan ]

Function This command displays the rate limit configuration for storms on a port.


Description

Value

interface1

Port name

-

vlan

VLAN number

-



Examples The following example shows how to query the rate limit configuration for storms on port gpon-olt_1/15/1: ZXAN#show security interface storm-control gpon-olt_1/15/1

20-20 SJ-20130118100307-010|2013-02-28 (R1.0)




20.22 show security port-protect Syntax show security port-protect

Function This command displays whether the global port protection function is enabled.

Parameters None



Examples ZXAN(config)#show security port-protect Global port protect enable


20.23 show security usercommunication-control Syntax show security usercommunication-control

Function This command displays whether the global VLAN interworking function is enabled. 20-21 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples ZXAN(config)#show security

usercommunication-control

Vlan communication disable


20.24 show security vlan-communication Syntax show security vlan-communication

Function This command displays the global VLAN interworking entry.

Parameters None



Examples ZXAN(config)#show security

vlan-communication

20-22 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 20 Port Security Commands vlan-communication item: Svlan

Cvlan

------------100

200


20.25 unknowncast-rate-limit Syntax unknowncast-rate-limit rate number1 no unknowncast-rate-limit

Function This command configures a rate limit for unknown packets.


Description

Value

number1

Number of packets that are

0-65534

allowed to pass a port per second. Unit: pps. Default: 100 pps.

Mode PTP interface mode


Examples The following example shows how to configure the rate limit for unknown packets in port mode to 100 pps: ZXAN(config)#interface gei_1/16/1 ZXAN(config-if)#unknowncast-rate-limit rate 100

20-23 SJ-20130118100307-010|2013-02-28 (R1.0)




20.26 uplink-isolate Syntax uplink-isolate {enable |disable }

Function This command configures the port isolation function.


Description

Value

enable

Enables the port isolation

-

function. disable

Disables the port isolation

-

function.

Mode Layer-2 fei interface mode, PortCh interface mode, Layer-2 gei interface mode, and so on

Usage Guidelines The command is available only for uplink boards.

Examples The following example shows how to configure the port isolation function for uplink port gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#uplink-isolate enable


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Chapter 21

Port Performance Statistics Commands Table of Contents clear counter ethernet ..............................................................................................21-1 clear counter pon-sport.............................................................................................21-2 clear counter pon-vport.............................................................................................21-3 show performance eth-if ...........................................................................................21-3 show performance pon-olt ........................................................................................21-4 show performance pon-onu ......................................................................................21-6 show performance pon-vport ....................................................................................21-7 statistics service-port................................................................................................21-8

21.1 clear counter ethernet Syntax clear counter ethernet [interface1 ]

Function This command clears statistics of a port.


Description

Value

interface1

Port name

-


Usage Guidelines This command can clear only statistics of Ethernet ports.

21-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to clear statistics of interface gei_1/19/1: ZXAN#clear counter ethernet gei_1/19/1

Related Commands

21.2 clear counter pon-sport Syntax clear counter pon-sport interface1 sport number1

Function This command clears statistics of a service-port of a PON board.


Description

Value

interface1

Interface name

-

number1

Service-port number

1-128



Examples The following example shows how to clear statistics of service-port 1 of epon-onu_1/5/1:1: ZXAN#clear counter pon-sport epon-onu_1/5/1:1 sport 1


21-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 21 Port Performance Statistics Commands

21.3 clear counter pon-vport Syntax clear counter pon-vport interface1 vport number1

Function This command clears statistics of a VPORT of the a GPON board.


Description

Value

interface1

Interface name

-

number1

Virtual port number

1-256



Examples The following example shows how to clear statistics of VPORT 1 of GPON-ONU_1/6/1:1: ZXAN#clear counter pon-vport

gpon-onu_1/6/1:1 vport 1


21.4 show performance eth-if Syntax show performance eth-if interface1 {current |current-15min-interval |current-1day-interval |his-15min-interval number1 |his-1day-interval number2 }

Function This command displays statistics of an Ethernet port. 21-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name.

-

current

Current statistics.

-


Statistics of the latest 15

-

minutes. current-1day-interval

Statistics of the latest one day.

-

number1

Statistics of the previous 15

1-2

minutes. number2

Statistics of the previous day.

1-1

The value can only be 1.



Examples The following example shows how to displays the current statistics of uplink port gei_1/19/1: ZXAN#show performance eth-if gei_1/19/1

current


21.5 show performance pon-olt Syntax show performance pon-olt {eth interface1 |mac interface2 } {current |current-15min-interval |current-1day-interval |his-15min-interval number1 |his-1day-interval number2 }

Function This command displays the OLT statistics of a PON port.

21-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 21 Port Performance Statistics Commands


Description

Value

eth

Displays Ethernet statistics.

-

interface1

PON OLT interface. Format:

-

epon-olt_shelf/slot/port or gpon-olt_shelf/slot/port. mac

Displays MAC statistics.

-

interface2

PON OLT interface. Format:

-

epon-olt_shelf/slot/port or gpon-olt_shelf/slot/port. current current-15min-interval

Current statistics.

-


-



-

number1


1-8

minutes. number2


1-1




Examples The following example shows how to query the current Ethernet statistics of OLT interface gpon-olt_1/3/1:

ZXAN#show performance pon-olt eth gpon-olt_1/3/1 current


21-5 SJ-20130118100307-010|2013-02-28 (R1.0)



21.6 show performance pon-onu Syntax show performance pon-onu {eth interface1 |mac interface2 } {current |current-15min-interval |current-1day-interval |his-15min-interval number1 |his-1day-interval number2 }

Function This command displays the ONU statistics of a PON port.


Description

Value

eth

Displays Ethernet statistics.

-

interface1

PON ONU interface. Format:

-

epon-onu_shelf/slot/port:onu or gpon-onu_shelf/slot/port:onu. mac

Displays MAC statistics.

-

interface2

PON ONU interface. Format:

-

epon-onu_shelf/slot/port:onu or gpon-onu_shelf/slot/port:onu. current

Current statistics.

-



-



-

number1


1-8

minutes. number2


1-1




Examples The following example shows how to query the current Ethernet statistics of ONU interface gpon-onu_1/3/1:1: 21-6 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 21 Port Performance Statistics Commands ZXAN#show performance pon-onu eth gpon-onu_1/3/1:1 current


21.7 show performance pon-vport Syntax show performance pon-vport interface1 vport number1 {current |current-15min-interval |cur rent-1day-interval |his-15min-interval number2 |his-1day-interval number3 }

Function This command displays VPORT statistics.


Description

Value

interface1

Interface name.

-

number1

Virtual port number.

1-256

current

Current statistics.

-


-




-

number2


1-2

minutes. number3


1-1




Examples The following example shows how to display current statistics of VPORT 1 of GPON-ONU_1/15/1:1: 21-7 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#show performance pon-vport gpon-onu_1/15/1:1 vport 1 current


21.8 statistics service-port Syntax statistics service-port number1 name1

Function This command enables or disables service-port statistics.


Description

Value

number1

Service-port number

1-128

name1

The value start means to start

-

statistics and stop means to stop statistics.

Mode GPON ONU interface mode, EPON ONU interface mode


Examples The following example shows how to enable statistics of service-port 1: ZXAN(config)#interface gpon-onu_1/15/1:1 ZXAN(config-if)#statistics service-port

1

start


21-8 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 22

Basic IPv4 Protocol Commands Table of Contents arp learn...................................................................................................................22-2 arp protect................................................................................................................22-3 arp source-filtered ....................................................................................................22-3 arp timeout ...............................................................................................................22-4 arp to-static(VLAN interface configuration mode)......................................................22-5 arp to-static ..............................................................................................................22-6 clear arp ...................................................................................................................22-6 clear arp-cache ........................................................................................................22-7 clear ip traffic............................................................................................................22-8 clear tcp connect ......................................................................................................22-9 clear tcp line .............................................................................................................22-9 clear tcp statistics ...................................................................................................22-10 clear tcp tcb............................................................................................................ 22-11 clear tcp tty............................................................................................................. 22-11 clear tcp vty............................................................................................................22-12 ip address ..............................................................................................................22-13 ip mtu .....................................................................................................................22-14 ip proxy-arp ............................................................................................................22-15 ip redirect ...............................................................................................................22-16 ip route...................................................................................................................22-17 ip source-route .......................................................................................................22-18 ip tcp finwait-time ...................................................................................................22-19 ip tcp queuemax.....................................................................................................22-20 ip tcp synwait-time..................................................................................................22-21 ip tcp window-size ..................................................................................................22-21 ip unreachable........................................................................................................22-22 ping ........................................................................................................................22-23 ping mng ................................................................................................................22-24 set arp....................................................................................................................22-25 show arp ................................................................................................................22-26 show ip forwarding summary ..................................................................................22-27 show ip interface ....................................................................................................22-28 show ip protocol routing..........................................................................................22-29 show ip protocol routing summary ..........................................................................22-30 22-1 SJ-20130118100307-010|2013-02-28 (R1.0)



show ip route..........................................................................................................22-31 show ip traffic .........................................................................................................22-32 show tcp.................................................................................................................22-34 show tcp brief .........................................................................................................22-35 show tcp configure .................................................................................................22-36 show tcp line ..........................................................................................................22-36 show tcp statistics ..................................................................................................22-38 show tcp tcb ...........................................................................................................22-39 show tcp tty ............................................................................................................22-40 show tcp vty ...........................................................................................................22-42 trace.......................................................................................................................22-43

22.1 arp learn Syntax arp learn no arp learn

Function This command enables dynamic ARP entry learning.

Parameters None

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber) and supervlan interface mode

Usage Guidelines To disable the function, use the no form of this command.

Examples The following example shows how to enable dynamic ARP entry learning: ZXAN(config)#interface vlan 2 ZXAN(config-if)#arp learn


22-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 22 Basic IPv4 Protocol Commands

22.2 arp protect Syntax arp protect {interface } {limit-num } number1 no arp protect {interface }

Function This command enables the ARP item protection function on a GEI interface.


Description

Value

interface

-

-

limit-num

-

-

number1

-

Range: 1–65535

Mode Layer 2 FEI interface mode, Layer 2 GEI interface mode, and supervlan interface mode.

Usage Guidelines This command is only used for a GEI interface to set the maximum ARP item number that a GEI interface can learn. When the maximum ARP item learning number is reached, the GEI interface will not learn new ARP item any more. To clear the setting, use the no form of this command.

Examples The following example shows how to configure the maximum ARP item learning number as 5000 for the GEI interface gei_0/13/1: interface gei_0/13/1 ZXAN(config-if)#arp protect interface limit-num 5000

Related Commands 8.3 interface

22.3 arp source-filtered Syntax arp source-filtered no arp source-filtered 22-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables the ARP source filtering function.

Parameters None


Usage Guidelines To clear the ARP source filtering function, use the no form of this command.

Examples The following example shows how to enable the ARP source filtering function: ZXAN(config)#interface vlan 2 ZXAN(config-if)#arp source-filtered


22.4 arp timeout Syntax arp timeout number1 no arp timeout

Function This command configures the aging time of ARP items in the ARP cache.


Description

Value

number1

Aging time of ARP items in the

Range: 1–4294967

ARP cache

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber) and supervlan interface mode 22-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines This command is omitted on non-Ethernet interfaces. The show running-config command shows the ARP aging time of the configured Ethernet interface. To reset the configured aging time to the default value, use the no form of this command.

Examples The following example shows how to configure the aging time of ARP items in the ARP cache as 10000 seconds: ZXAN(config)#interface vlan 2 ZXAN(config-if)#arp timeout 10000


22.5 arp to-static(VLAN interface configuration mode) Syntax arp to-static no arp to-static

Function This command sets automatic binding of dynamic ARP entries in the ARP cache.

Parameters None



Examples The following example shows how to set automatic binding of dynamic ARP entries in the ARP cache: ZXAN(config)#interface vlan 2 ZXAN(config-if)#arp to-static

22-5 SJ-20130118100307-010|2013-02-28 (R1.0)




22.6 arp to-static Syntax arp to-static no arp to-static

Function This command sets automatic binding of ARP dynamic entries in the ARP cache.

Parameters None



Examples The following example shows how to set automatic binding of ARP dynamic entries in the ARP cache: ZXAN(config)#arp to-static


22.7 clear arp Syntax clear arp {ip_addr1 |permanent |static }

Function This command clears the bound ARP items in the ARP cache on a specific interface. 22-6 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

IP address to be cleared from

-

the ARP list permanent

Permanently bound ARP items

-

static

Statically bound ARP items

-



Examples The following example shows how to clear the statically bound ARP items on the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#clear arp static

Related Commands 22.29 set arp 22.30 show arp

22.8 clear arp-cache Syntax clear arp-cache [interface1 ]

Function This command clears all the dynamic ARP items in the ARP cache on interfaces.


Description

Value

interface1

Interface name

-




Usage Guidelines If the command is used with no parameters, it clears the dynamic ARP items in the ARP cache on all the interfaces. If the command is used with parameters, it clears the dynamic ARP items in the ARP cache on specific interfaces.

Examples The following example shows how to clear the dynamic ARP items in the ARP cache on the VLAN 2 interface: ZXAN#clear arp-cache vlan 2

Related Commands 22.30 show arp

22.9 clear ip traffic Syntax clear ip traffic

Function This command clears information about IP transmission.

Parameters None



Examples The following example shows how to clear information about IP transmission: ZXAN#clear ip traffic

Related Commands 22.36 show ip traffic

22-8 SJ-20130118100307-010|2013-02-28 (R1.0)



22.10 clear tcp connect Syntax clear tcp connect {ip_addr1 |mng ip_addr2 } number1 ip_addr3 number2

Function This command clears a TCP connection (for example, Telnet, FTP, and BGP connection) based on specified local address, local port ID, remote address, and remote port ID.


Description

Value

ip_addr1

Local IP address

-

ip_addr2

IP address of local management

-

interface number1

Local port ID

Range: 1–65535

ip_addr3

Remote IP address

-

number2

Remote port ID

Range: 1–65535



Examples The following example shows how to clear a Telnet connection: ZXAN#clear tcp connect 168.1.168.168 23 168.1.16.140 1456


22.11 clear tcp line Syntax clear tcp line number1

22-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command clears a TCP connection (Telnet connection only) based on specified control terminal line number.


Description

Value

number1

TTY line number

Range: 66–81



Examples The following example shows how to clear a Telnet connection: ZXAN#clear tcp line 66


22.12 clear tcp statistics Syntax clear tcp statistics

Function This command clears the TCP protocol statistics.

Parameters None



22-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to clear the TCP protocol statistics: ZXAN#clear tcp statistics


22.13 clear tcp tcb Syntax clear tcp tcb number1

Function This command clears the TCP connection (for example, Telnet, FTP, and BGP connection) corresponding to a certain transmission control module.


Description

Value

number1

TCB address

Range: 0–4294967295



Examples The following example shows how to clear a TCP connection: ZXAN#clear tcp tcb 3261896


22.14 clear tcp tty Syntax clear tcp tty number1 22-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command clears the TCP connection (Telnet connection only) corresponding to a certain control terminal number.


Description

Value

number1

Control terminal number

Range: 66–81



Examples The following example shows how to clear a Telnet connection: ZXAN#clear tcp tty 66


22.15 clear tcp vty Syntax clear tcp vty number1

Function This command clears the TCP connection (Telnet connection only) corresponding to a certain virtual terminal number.


Description

Value

number1

Virtual terminal number

Range: 0–15


22-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to clear a Telnet connection: ZXAN#clear tcp vty 0


22.16 ip address Syntax ip address ip_addr1 ip_addr2 [ip_addr3 ] [secondary ] no ip address [ip_addr1 ip_addr2 ]

Function This command configures the IP address of an interface.


Description

Value

ip_addr1

IP address

-

ip_addr2

IP subnet mask

-

ip_addr3

Interface-associated broadcast

-

address secondary

Secondary address of the

-

configured interface

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), loopback interface, and supervlan interface mode

Usage Guidelines The broadcast address is associated with the interface, and is used to forward direct broadcasting datagrams, which adds a broadcast routing to the routing table. By default, the subnet.ones/32 broadcast routing is added to the routing table. There are four options available for the broadcast address, namely, 255.255.255.255, subnet.ones, subnet.zeros, and 0.0.0.0. Other addresses are omitted. When 22-13 SJ-20130118100307-010|2013-02-28 (R1.0)



255.255.255.255 or subnet.ones is set as the broadcast address, the subnet.ones/32 broadcast routing is added to the routing table. When subnet.zeros or 0.0.0.0 is set as the broadcast address, both subnet.zeros/32 and subnet.ones/32 are added to the routing table. secondary indicates that the configured interface address is secondary. If the interface address is configured without this parameter, the configured address is the primary address of the interface. One interface can be configured with only one primary address and multiple secondary addresses. Parameters in the no ip address command are optional. If the command is used with no parameters, all the configured interface addresses are deleted. By default, the IP address is not configured for an interface. To delete the configured address, use the no form of this command.

Examples The following example shows how to configure the IP address of an interface. In this example, the address of the VLAN 2 interface is configured as 168.1.10.100, the subnet mask as 255.255.0.0. ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip address 168.1.10.100 255.255.0.0


22.17 ip mtu Syntax ip mtu number1 no ip mtu

Function This command sets the MTU size of IP packets that an interface can process.


Description

Value

number1

MTU size of an interface

Range: 128–1500

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), loopback interface, and supervlan interface mode 22-14 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines An interface is configured with a default MTU size. The default MTU size is generally set to 1500 bytes, and 1476 bytes for an tunnel interface. The MTU size may vary from different network sections. To improve network performance, the ip mtu command is used to change the MTU size. To restore the default MTU size, use the no form of this command.

Examples The following example shows how to set the MTU size to 1000 for the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip mtu 1000


22.18 ip proxy-arp Syntax ip proxy-arp no ip proxy-arp

Function This command enables the ARP agent function for an interface.

Parameters None


Usage Guidelines If ARP agent is enabled for an interface, it would be better to configure ARP source address filtering. Thus, the ARP messages from other network sections than that the interface belongs to can be filtered. The show running-config command displays configurations of the interface, excluding default configurations. By default, the ARP agent function is disabled. To disable this function, use the no form of this command. 22-15 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the ARP agent function for the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip proxy-arp


22.19 ip redirect Syntax ip redirect no ip redirect

Function This command enables a router to send redirection messages.

Parameters None

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), loopback interface, and supervlan interface mode

Usage Guidelines A routing path is not always optimal. For example, a router may be constrained to forward a packet via the same receiving port. In that case, the router software sends an ICMP redirection message to the sender of this packet, and informs the sender to send the packet to another router in the same subnet. By default, this function is enabled. To disable the router to send redirection messages, use the no form of this command.

Examples The following example shows how to enable the redirection message sending function for the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip redirect

22-16 SJ-20130118100307-010|2013-02-28 (R1.0)




22.20 ip route Syntax ip route ip_addr1 ip_addr2 {ip_addr3 |interface1 [ip_addr4 ] } [{[global ] [number1 ] [tag number2 ]}] no ip route ip_addr1 ip_addr2 [number1 ] [tag number2 ]

Function This command configures a static route.


Description

Value

ip_addr1

Prefix of the destination IP

-

address. ip_addr2

Network mask.

-

ip_addr3

Next hop IP address.

-

interface1

Interface name used.

-

ip_addr4

Next hop IP address.

-

global

Next hop IP address is global.

-

number1

Distance metric for this route.

Range: 1–255

number2

A tag value, used as a match

Range: 150–255

value to control the route reallocation.


Usage Guidelines The distance metric parameter is equivalent to the priority of the routing protocol. The smaller it is, the higher the priority. By default, the priority of static routes is higher than dynamic routes. However, the dynamic router with higher priority is configured.

22-17 SJ-20130118100307-010|2013-02-28 (R1.0)



The tag parameter corresponds to the tag value in the IP routing table of the routing protocol. Two static routes to the same destination network (with different next hop addresses) do not have the same tag value. To delete the configured static route, use the no form of this command.

Examples The following examples show how to configure a static route. In the first example, the packet sent to the destination network whose IP address is 131.108.0.0 is routed to the router whose IP address is 131.108.6.6. ZXAN(config)#ip route 131.108.0.0 255.255.0.0 131.108.6.6

In the second example, the distance metric of the static route is set to 110. Then, if there is no dynamic route information about the distance metric less than 110 available, the packet sent to the destination network whose IP address is 10.0.0.0 is routed to the router whose IP address is 131.108.3.4. ZXAN(config)#ip route 10.0.0.0 255.0.0.0 131.108.3.4 110


22.21 ip source-route Syntax ip source-route no ip source-route

Function This command enables the router to process datagrams with IP source route options.

Parameters None


Usage Guidelines The router software checks IP header options of each packet. The options include Strict Source Route, loose Source Route, Record Route, and Time stamp. If the software detects that one of the options is valid, it executes appropriate operation. If a packet with 22-18 SJ-20130118100307-010|2013-02-28 (R1.0)



an invalid option is detected, the software sends an ICMP parameter problem message to the source route of the packet and discards the packet. IP allows a source host to designate a path (also known as source route) in advance through the IP network. If a source route is designated, the software forwards packets through the designated path. The command is used when it is necessary to force a packet transmitted through the designated path. By default, datagrams are processed through the source route. To disable the router to process datagrams with IP source route options, use the no form of this command.

Examples The following example shows how to enable the router to process datagrams with IP source route options: ZXAN(config)#ip source-route


22.22 ip tcp finwait-time Syntax ip tcp finwait-time number1 no ip tcp finwait-time

Function This command configures the waiting time for TCP disconnection.


Description

Value

number1

Time to wait for TCP

Range: 300–600

disconnection


Usage Guidelines To reset the configured time to the default value, use the no form of this command.

22-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the waiting time as 400 seconds for TCP disconnection: ZXAN(config)#ip tcp finwait-time 400


22.23 ip tcp queuemax Syntax ip tcp queuemax number1 no ip tcp queuemax

Function This command configures the maximum number of outgoing packets of a TCP connection. It does not work on currently established Telnet.


Description

Value

number1

Number of packets

Range: 5–50


Usage Guidelines To reset the configured number to the default value, use the no form of this command.

Examples The following example shows how to configure the maximum number of TCP outgoing packets as 40: ZXAN(config)#ip tcp queuemax 40


22-20 SJ-20130118100307-010|2013-02-28 (R1.0)



22.24 ip tcp synwait-time Syntax ip tcp synwait-time number1 no ip tcp synwait-time

Function This command configures the waiting time for new TCP connection attempt. It works for later established TCP connection.


Description

Value

number1

Time to wait for the TCP

Range: 30–80

connection



Examples The following example shows how to configure the waiting time for new TCP connection attempt as 50 seconds: ZXAN(config)#ip tcp synwait-time 50


22.25 ip tcp window-size Syntax ip tcp window-size number1 no ip tcp window-size

Function This command configures the TCP window size of a listener. It does not work on currently established TCP connection. 22-21 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

TCP window size of a listener

Range: 100–16000


Usage Guidelines To reset the configured size to the default value, use the no form of this command.

Examples The following example shows how to configure the TCP window size of a listener as 2000 bytes: ZXAN(config)#ip tcp window-size 2000


22.26 ip unreachable Syntax ip unreachable no ip unreachable

Function This command enables the sending of ICMP unreachable messages on a router interface.

Parameters None

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), null1 interface configuration mode, and loopback interface mode

Usage Guidelines If the router receives a non-broadcast packet sent through an unknown protocol, it sends an ICMP unreachable message to the source address. Similarly, if the router receives a packet that cannot be transmitted properly because the destination route is unknown, it sends an ICMP host unreachable message to the source address. 22-22 SJ-20130118100307-010|2013-02-28 (R1.0)



By default, the sending of ICMP unreachable messages is enabled. To disable the sending of ICMP unreachable messages, use the no form of this command.

Examples The following example shows how to enable the sending of ICMP unreachable messages on the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip unreachable


22.27 ping Syntax ping ip_addr1 [option number1 number2 number3 [extcom ip_addr2 number4 number5 number6 {loose ip_addr3 |strict ip_addr4 |record number7 |timestamp number8 |none } ] ]

Function This command checks the accessibility and connectivity of a host.


Description

Value

IP address of the host to be

-

checked number1

Times to repeat the test

Range: 1–4294967295

number2

Size of the Ping packet

Range: 36–8192

number3

Time out

Range: 1–60

ip_addr2

Source IP address

-

number4

Service type of sending packets

Range: 0–255

number5

TTL value

Range: 1–255

number6

Fragment tag

Range: 0–1

loose

Loose source route mode

-

ip_addr3

Source IP address in loose

-

source route mode strict

Strict source route mode

-

22-23 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr4

Source IP address in strict

-

source route mode record

Route record

-

number7

Maximum route number to be

Range: 1–9

recorded timestamp

Timestamp

-

number8

Maximum timestamp number to

Range: 1–9

be recorded none

Default value for no IP options

-

Mode User mode

Usage Guidelines This command sends an ICMP Echo message. If the destination receives an ICMP Echo message, it sends an ICMP Echo Reply message to the source address of the Echo message. As a result, this command is used to diagnose network connectivity.

Examples The following example shows how to check the accessibility of the host with IP address of 100.1.1.49: ZXAN#ping 100.1.1.49 sending 5,100-byte ICMP echos to 100.1.1.49, timeout is 2 seconds.!!!!! Success rate is 100 percent(5/5),round-trip min/avg/max= 0/0/0 ms. ZXAN#


22.28 ping mng Syntax ping mng ip_addr1 [option number1 number2 number3 ]

Function This command checks the accessibility and connectivity of a management interface. 22-24 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

IP address of the management

-

interface to be checked number1

Times to repeat the test

Range: 1–4294967295

number2

Size of packets

Range: 36–8192

number3

Time out

Range: 1–60

Mode User mode

Usage Guidelines This command sends an ICMP Echo message to the management interface. If the destination receives an ICMP Echo message, it sends an ICMP Echo Reply message to the source address of the Echo message. As a result, this command is used to diagnose network connectivity of the management interface of a router.

Examples The following example shows how to check the accessibility of the management interface with IP address of 100.1.1.49: ZXAN#ping mng 100.1.1.49 option 10 36 1 sending 10,36-byte ICMP echos to 100.1.1.49,timeout is 1 seconds. !!!!!!!!!! Success rate is 100 percent(10/10),round-trip min/avg/max= 0/2/20 ms. ZXAN#


22.29 set arp Syntax set arp {permanent |static } ip_addr1 hexadecimal1

Function This command configures the IP address binding with the ARP MAC address.

22-25 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

permanent

Permanent binding. It is valid

-

currently and is still valid after the device restarts. static

Static binding. It is valid

-

currently and is invalid after the device restarts. ip_addr1

IP address, in dotted decimal

-

notation. hexadecimal1

MAC address, in dotted

-

hexadecimal notation.



Examples The following example shows how to statically bind ARP items on the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#set arp static 10.1.1.1 2012.1200.1000

Related Commands 22.7 clear arp 22.30 show arp

22.30 show arp Syntax show arp [interface1 [Mac hexadecimal1 ] ]

Function This command displays the ARP list items on an L3 interface.

22-26 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface ID on an L3 interface

-

hexadecimal1

MAC address

-

Mode Any mode

Usage Guidelines When this command is used without any parameters, it shows the corresponding relations between the IP address and MAC address in the ARP cache of all the Ethernet interfaces. If it is used with the interface ID parameter, the ARP list of the specified Ethernet interface is displayed.

Examples The following example shows how to display the ARP items on the supervlan1 interface: ZXAN# show arp supervlan1 Arp protect interface is disabled . The count is 2. Address

Age(min) Hardware Addr

Interface

10.63.173.254 0

00d0.d0c7.06e1 supervlan1

10.63.173.100 -

00d0.d0e1.3267 supervlan1

Related Commands 22.8 clear arp-cache

22.31 show ip forwarding summary Syntax show ip forwarding summary

Function This command displays the summary of a unicast forwarding table.

Parameters None





Examples ZXAN#show ip forwarding summary Summary of ip forward-table: ------------------------------host

route is 0

subnet

route is 0


22.32 show ip interface Syntax show ip interface [{interface1 || name1 LINE1 } ]

Function This command displays information about the interface status and configuration.


Description

Value

interface1

-

-

name1

-

-

LINE1

-

-

Mode Any mode

Usage Guidelines The show ip interface command displays information about all the interfaces configured. The show ip interface interface-name command displays information about a specified interface. The show ip interface brief command displays brief information about all the interfaces configured. The show ip interface brief interface-name command displays brief information about a specified interface. 22-28 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display brief information about all the interfaces configured: ZXAN(config)#show ip interface brief interface

IP-Address

Mask

AdminStatus PhyStatus Protocol

vlan2

unassigned

unassigned

up

up

down

vlan1001

10.10.10.155

255.255.255.0

up

up

down

supervlan1

unassigned

unassigned

up

up

down


22.33 show ip protocol routing Syntax show ip protocol routing [network ip_addr1 [mask ip_addr2 ] ]

Function This command displays information about protocol stack routings.


Description

Value

ip_addr1

Network IP address

-

ip_addr2

Subnet mask

-

Mode Any mode

Usage Guidelines If this command is used with no parameters, it displays information about all the protocol stack routings. If the command is used with the network IP address, it displays information about the protocol stack routings of the network whose IP address matches this parameter value in the protocol routing table. If the command is used with the network IP address and subnet mask, it displays information about the protocol stack routings of the network whose IP address and mask match these two parameter values in the protocol routing table.

Examples The following example shows how to display information about protocol stack routings: 22-29 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#show ip protocol routing Protocol routes: status codes: *valid, gt;best, i-internal, s-stale

Dest

NextHop

RoutePrf

RouteMetric Protocol

*gt;

0.0.0.0/0

0.0.0.0

254

8

special

*gt;

255.255.255.255/32 0.0.0.0

254

0

special


22.34 show ip protocol routing summary Syntax show ip protocol routing summary

Function This command displays the number of protocol routings.

Parameters None

Mode Any mode


Examples The following example shows how to display the number of protocol routings: ZXAN#show ip protocol routing summary Route Source connected :

count 0

static:

0

ospf:

0

rip:

0

bgp:

0

isis:

0

Total:

0

22-30 SJ-20130118100307-010|2013-02-28 (R1.0)




22.35 show ip route Syntax show ip route {[ip_addr1 [mask1 ] ] |[name1 ] }

Function This command displays a global routing table.


Description

Value

ip_addr1

Network prefix of a route

-

mask1

Network mask of a route

-

name1

Keyword of the routing protocol,

-

including static, connected, bgp, ospf, rip, address, isis-l1, isis-l2

Mode Any mode

Usage Guidelines The show ip route command displays all the routes. The show ip route ip_addr1 mask1 command displays a specified route. The show ip route protocol command displays the route of a specified protocol or a keyword. The show ip route other command displays the route items that are generated by configuring nat, nat-pt, and vrrp.

Examples The following example shows how to display a global routing table: ZXAN#show ip route IPv4 Routing Table: Dest

Mask

100.1.1.0 255.255.255.0

Gw

nterface Owner

pri metric

100.1.1.1

mng1

direct

0

0

100.1.1.1 255.255.255.255 100.1.1.1

mng1

address 0

0

22-31 SJ-20130118100307-010|2013-02-28 (R1.0)




22.36 show ip traffic Syntax show ip traffic

Function This command displays statistical information about IP transmission.

Parameters None

Mode Any mode

Usage Guidelines This command displays statistical information about all the protocols (including the dynamic routing protocol) on the IP layer. The statistics of protocol packets on the IP layer include the following: IP statistics: number of received packets, number of sent packets, fragment, and broadcast packets ICMP statistics: number of packets received and sent ARP statistics: number of packets received, sent, and discarded TCP statistics: number of packets received and sent, and packets received with checksum errors UDP statistics: number of packets received and sent, packets received with checksum errors, and erroneous packets on the receiving port URPF statistics: number of discarded packets that fail the URPF check

Examples The following example shows how to display statistical information about IP transmission: ZXAN#show ip traffic IP statistics: Rcvd: 7091 total, 1322 local destination format errors

checksum errors

bad hop count

0

0

0

unknown protocol

22-32 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 22 Basic IPv4 Protocol Commands 0 Frags:reassembled

timeouts

couldn't reassemble

0

0

0

fragmented

couldn't fragment

0

0

Bcast:received

sent

53

44

Sent: generated

forwarded

encapsulation failed

no route

0

0

0

990 ICMP statistics: Rcvd: 0 total

format errors

redirects

unreachable

echo

0

0

0

0

echo reply

mask requests

mask replies

quench

0

0

0

0

timestamp request

timestamp reply

time exceeded

0

0

0

parameter problem 0 Sent: 0 total format errors

redirects

unreachable

echo

0

0

0

0

echo reply

mask requests

mask replies

quench

0

0

0

0

timestamp request

timestamp reply

time exceeded

0

0

0

parameter problem 0 UDP statistics: Rcvd: 53 total, 0 checksum errors, 1 no port Sent: 0 total TCP statistics: Rcvd: 1269 total, 0 checksum errors Sent: 983 total ARP statistics: Rcvd: requests 13 Sent: requests 41

replies 41 replies 10

Droped: in requests 0

in replies

out requests

0

0

ZXAN#

22-33 SJ-20130118100307-010|2013-02-28 (R1.0)




22.37 show tcp Syntax show tcp

Function This command displays parameters of all TCP connections.

Parameters None

Mode Any mode


Examples The following example shows how to display parameters of all TCP connections: ZXAN#show tcp tty 66,virtual tty from host 10.63.10.96 Connection state is ESTAB, I/O status: 1, unread input bytes: 1 Local host: 10.63.196.176, Local port: 23 Foreign host: 10.63.10.96, Foreign port: 4772 Enqueued packets for retransmit: 54, input: 3942 mis-ordered: 27 (12 bytes)

Event Timers (Current time is 537055900(ms)): Timer Retrans TimeWait

Starts

Wakeups

3468

52

0

0

AckHold

1437

32

KeepAlive

2140

2140

Persist

0

0

SynWait

1

0

FinWait

0

0

iss: 2672641120

snduna: 2672671007

sndnxt: 2672671009

sndwnd: 65252

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Chapter 22 Basic IPv4 Protocol Commands irs: 3647280379

rcvnxt: 3647283108

SRTT: 856 ms, RTTO: minRTT: 14 ms,

rcvwnd: 4056

429 ms, KRTT: 429 ms

maxRTT: 1623 ms,

ACK hold: 200 ms

Flags: Passive open, higher precedence, retransmission timeout

Datagrams (max data segment is 536 bytes):


22.38 show tcp brief Syntax show tcp brief

Function This command displays brief information about all TCP connections.

Parameters None

Mode Any mode


Examples The following example shows how to display brief information about all TCP connections: ZXAN#show tcp brief TCB

Local Address

Foreign Address

State

197404144

100.1.1.1.23

100.1.1.49.1648

ESTAB

197406336

100.1.1.1.23

100.1.1.2.1370

ESTAB

197439456

100.1.1.1.23

100.1.1.88.1584

ESTAB

197369152

100.1.1.1.23

100.1.1.5.1150

ESTAB




22.39 show tcp configure Syntax show tcp configure

Function This command displays information about TCP configuration parameters.

Parameters None

Mode Any mode


Examples The following example shows how to display information about TCP configuration parameters: ZXAN#show tcp configure TCP SYNWAIT:

30

TCP FINWAIT:

600

TCP QUEUEMAX:

5

TCP WINDOWSIZE:

2144


22.40 show tcp line Syntax show tcp line number1

Function This command displays parameter information about a TCP connection specified in a line.

22-36 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

TTY line number

Range: 66–69

Mode Any mode


Examples The following example shows how to display parameter information about a TCP connection specified in line 66: ZXAN#show tcp line 66 tty 66,virtual tty from host 10.63.10.209 Connection state is ESTAB, I/O status: 1, unread input bytes: 1 Local host: 10.63.173.100, Local port: 23 Foreign host: 10.63.10.209, Foreign port: 1650 Enqueued packets for retransmit: 25, input: 5081 mis-ordered: 0 (0 bytes)

Event Timers (Current time is 0x5b11fc): Timer Retrans TimeWait

Starts

Wakeups

4488

25

0

0

AckHold

1736

30

KeepAlive

2761

2761

Persist

0

0

SynWait

1

0

FinWait

0

0

iss: 65000000 snduna: 65053913 sndnxt: 65053915 sndwnd: 65398 irs: 1368434624

rcvnxt: 1368438041


rcvwnd: 3899


maxRTT: 1355 ms,

ACK hold: 200 ms


Datagrams (max data segment is 536 bytes): Rcvd: 5081 (out of order: 0), with data: 2752,

22-37 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference total data bytes: 3416 Sent: 4019 (retransmit: 25), with data: 3974, total data bytes: 53914


22.41 show tcp statistics Syntax show tcp statistics

Function This command displays statistical information about the TCP layer.

Parameters None

Mode Any mode


Examples The following example shows how to display statistical information about the TCP layer: ZXAN#show tcp statistics Rcvd: 14861 Total, 41 no port 0 checksum error, 0 bad offset, 0 too short 14711 packets (4531127 bytes) in sequence 0 out-of-order packets (0 bytes) 0 packets (0 bytes) with data after window 0 packets after close 0 window probe packets, 7259 window update packets 10 dup ack packets, 0 ack packets with unsend data 14714 ack packets (4531160 bytes) Sent: 12369 Total, 0 urgent packets 85 control packets (including 1 retransmitted) 8704 data packets (117793 bytes) 94 data packets (1907 bytes) retransmitted 3622 ack only packets (0 delayed)

22-38 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 22 Basic IPv4 Protocol Commands 0 window probe packets, 2775 window update packets 7 Connections initiated, 16 connections accepted, 23 connections established,28 Connections closed , 95 Total rxmt timeout, 0 connections dropped in rxmt timeout 6183 Keepalive timeout, 2 keepalive probe, 0 Connections dropped in keepalive


22.42 show tcp tcb Syntax show tcp tcb number1

Function This command displays parameter information about the connection corresponding to a specified TCB.


Description

Value

number1

TCB address

Range: 0–4294967295

Mode Any mode


Examples The following example shows how to display parameter information about the connection corresponding to TCB 3507808: ZXAN#show tcp tcb 3507808 Stand-alone TCP connection from host 168.1.16.140 Connection state is ESTAB, I/O status: 1, unread input bytes: 1 Local host: 168.1.168.168, Local port: 21 Foreign host: 168.1.16.140, Foreign port: 1804 Enqueued packets for retransmit: 0, input: 3

22-39 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference mis-ordered: 0 (0 bytes)

Event Timers (Current time is 0x39f490): Timer

Starts

Wakeups

Retrans

2

0

TimeWait

0

0

AckHold

0

0

KeepAlive

0

0

Persist

0

0

SynWait

0

0

FinWait

0

0

iss: 911535000 snduna: 911535060 sndnxt: 911535060 sndwnd: 16557 irs: 3109854539

rcvnxt: 3109854540


rcvwnd: 2144

1973 ms, KRTT: 1973 ms

maxRTT: 20 ms,

ACK hold: 200 ms


Datagrams (max data segment is 536 bytes): Rcvd: 3 (out of order: 0), with data: 0, total data bytes: 0 Sent: 2 (retransmit: 0), with data: 1, total data bytes: 59


22.43 show tcp tty Syntax show tcp tty number1

Function This command displays parameter information about the connection corresponding to a TTY terminal.


Description

Value

number1

TTY number

Range: 66–69

Mode Any mode 22-40 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display parameter information about the connection corresponding to TTY 66: ZXAN#show tcp tty 66 tty 66,virtual tty from host 10.63.10.209 Connection state is ESTAB, I/O status: 1, unread input bytes: 1 Local host: 10.63.173.100, Local port: 23 Foreign host: 10.63.10.209, Foreign port: 1650 Enqueued packets for retransmit: 25, input: 5299 mis-ordered: 0 (0 bytes)

Event Timers (Current time is 0x601134): Timer

Starts

Wakeups

4715

25

0

0

AckHold

1786

30

KeepAlive

2859

2859

Retrans TimeWait

Persist

0

0

SynWait

1

0

FinWait

0

0

iss: 65000000

snduna: 65057187

sndnxt: 65057189

sndwnd: 65124 irs: 1368434624

rcvnxt: 1368438159


rcvwnd: 3781


maxRTT: 1355 ms,

ACK hold: 200 ms




22-41 SJ-20130118100307-010|2013-02-28 (R1.0)



22.44 show tcp vty Syntax show tcp vty number1

Function This command displays parameter information about the connection corresponding to a VTY terminal and information about a TCP connection through Telnet.


Description

Value

number1

VTY number

Range: 0–3

Mode Any mode


Examples The following example shows how to display parameter information about the connection corresponding to a VTY terminal: ZXAN#show tcp vty 1 tty 67,virtual tty from host 100.1.1.49 Connection state is ESTAB, I/O status: 1, unread input bytes: 1 Local host: 100.1.1.1, Local port: 23 Foreign host: 100.1.1.49, Foreign port: 1648 Enqueued packets for retransmit: 6, input: 689 mis-ordered: 0 (0 bytes)

Event Timers (Current time is 0x4469570): Timer Retrans TimeWait

Starts

Wakeups

679

6

0

0

AckHold

302

15

KeepAlive

415

415

Persist

0

0

SynWait

1

0

FinWait

0

0

iss: 279010816

snduna: 279029365

sndnxt: 279029367

sndwnd: 17284

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Chapter 22 Basic IPv4 Protocol Commands irs: 3216228978

rcvnxt: 3216229646


rcvwnd: 1477


maxRTT: 1398 ms,

ACK hold: 200 ms




22.45 trace Syntax trace ip_addr1

Function This command traces the route to a destination.


Description

Value

ip_addr1

IP address of the destination

-

Mode User mode

Usage Guidelines This command works on the ICMP error message that is generated when the packet exceeds its TTL value. This command is triggered by sending a packet with the TTL value being 1, which causes the first router to discard the packet and to send an error message. The 'TTL timeout' message means that an intermediate router receives the message and abandons the detection. The 'unreachable destination' message means that the destination node receives the message but fails to deliver it. If the timer stops before the acknowledgement arrives, this command prints a "*".

Examples The following example shows how to trace the route to 168.1.10.100: 22-43 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#trace 168.1.10.100 tracing the route to 168.1.10.100 1

168.1.10.100

2 ms

3 ms

5 ms

[finished]


22-44 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 23

OSPF Protocol Commands Table of Contents area .........................................................................................................................23-2 area authentication...................................................................................................23-3 area filter-list ............................................................................................................23-4 area nssa .................................................................................................................23-5 area range................................................................................................................23-7 area stub ..................................................................................................................23-8 area stub-host ..........................................................................................................23-9 auto-cost ................................................................................................................23-10 capability opaque ................................................................................................... 23-11 clear ip ospf process ..............................................................................................23-12 clear ip ospf redistribution.......................................................................................23-13 compatible rfc1583 .................................................................................................23-13 debug.....................................................................................................................23-14 default-metric .........................................................................................................23-15 disable area ...........................................................................................................23-16 disable interface .....................................................................................................23-17 disable ip ospf ........................................................................................................23-17 distance ospf ..........................................................................................................23-18 enable area ............................................................................................................23-19 enable interface......................................................................................................23-20 enable ip ospf.........................................................................................................23-21 filter ........................................................................................................................23-21 grace-period ...........................................................................................................23-22 ip ospf authentication .............................................................................................23-23 ip ospf authentication-key.......................................................................................23-24 ip ospf cost.............................................................................................................23-25 ip ospf dead-interval ...............................................................................................23-26 ip ospf hello-interval ...............................................................................................23-27 ip ospf message-digest-key ....................................................................................23-28 ip ospf mtu-ignore ..................................................................................................23-29 ip ospf network .......................................................................................................23-30 ip ospf priority.........................................................................................................23-31 ip ospf retransmit-interval .......................................................................................23-32 ip ospf transmit-delay .............................................................................................23-32 maximum-paths......................................................................................................23-33 neighbor .................................................................................................................23-34 network ..................................................................................................................23-36 23-1 SJ-20130118100307-010|2013-02-28 (R1.0)



notify default route..................................................................................................23-37 nsf..........................................................................................................................23-38 passive-interface ....................................................................................................23-39 redistribute .............................................................................................................23-40 router ospf..............................................................................................................23-42 router-id .................................................................................................................23-43 show ip ospf ...........................................................................................................23-44 show ip ospf border-routers ....................................................................................23-45 show ip ospf database............................................................................................23-46 show ip ospf database asbr-summary ....................................................................23-48 show ip ospf database database-summary.............................................................23-49 show ip ospf database external ..............................................................................23-51 show ip ospf database network ..............................................................................23-52 show ip ospf database nssa ...................................................................................23-53 show ip ospf database opaque-area .......................................................................23-55 show ip ospf database opaque-link.........................................................................23-57 show ip ospf database router..................................................................................23-59 show ip ospf database summary ............................................................................23-60 show ip ospf interface.............................................................................................23-62 show ip ospf neighbor ............................................................................................23-63 show ip ospf nsf .....................................................................................................23-64 show ip ospf request-list .........................................................................................23-65 show ip ospf retransmission-list ..............................................................................23-66 summary-address ..................................................................................................23-67 timers lsa-group-pacing ..........................................................................................23-68 timers spf ...............................................................................................................23-69

23.1 area Syntax area {ip_addr1 |number1 } no area {ip_addr1 |number1 }

Function This command configures the IP address of an OSPF area.


Description

Value

ip_addr1

Area ID in the format of an

-

dotted decimal IP address number1

Area ID in decimal format

0–4294967295

23-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 23 OSPF Protocol Commands

Mode Router OSPF mode: ZXAN(config-router)#

Usage Guidelines This version supports only the no area command and does not support the area command. To cancel the configuration, use the no form of this command.

Examples The following example shows how to delete area 1 from OSPF 1: ZXAN(config)#router ospf 1 ZXAN(config-router)#no area 1

Related Commands 23.4 area nssa 23.6 area stub

23.2 area authentication Syntax area {ip_addr1 |number1 } authentication [message-digest ] no area {ip_addr1 |number1 } authentication [message-digest ]

Function This command configures the packet authentication mode for an OSPF area. It is used when OSPF packets need to be authenticated to ensure the security of routing calculation. The authentication mode is applicable to all the router interfaces that transceive OSPF packets in the area.


Description

Value

ip_addr1


-



0–4294967295


23-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines If message-digest is not carried, the command is type-1 authentication, namely, simple password authentication. If message-digest is attached, this command indicates type-2 authentication, namely, message digest (MD5) authentication. If the area does not exist, it will be created automatically. All routers in the same area must use the same authentication mode (no authentication, simple password authentication, or MD5 cryptographic authentication). In addition, the authentication passwords must be the same. This command has a lower priority than the ip ospf authentication command. If the area authentication mode conflicts with the interface authentication mode, the interface authentication mode prevails. By default, OSPF packets are not authenticated. To disable all router interfaces in the area from authenticating OSPF packets, use the no form of this command.

Examples The following example shows how to enable the authentication for area 1 of OSPF1: ZXAN(config)#router ospf 1 ZXAN(config-router)#area 1 authentication message-digest

Related Commands 23.24 ip ospf authentication

23.3 area filter-list Syntax area {ip_addr1 |number1 } filter-list prefix name1 {out |in } no area {ip_addr1 |number1 } filter-list prefix name1 {out |in }

Function This command filters the network routing information between OSPF areas.


Description

Value

ip_addr1

-

number1

0–4294967295

name1

Name of an prefix list

1–16 characters

23-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

out

Indicates that the routing information is filtered

-

when being exported from the area in

Indicates that the routing information is filtered

-

when being exported to the area


Usage Guidelines If the area does not exist, it will be created automatically. This command has no default behavior.

Examples The following example shows how to filter out the 20.20.20.0 network segment in area 0.0.0.1 for other areas: ZXAN(config)#router ospf 1 ZXAN(config-router)#network 20.20.20.0 0.0.0.255 area 1 ZXAN(config-router)#exit ZXAN(config)#ip prefix-list ZXAN deny 20.20.20.0 24 ZXAN(config)#router ospf 1 ZXAN(config-router)#area 0.0.0.1 filter-list prefix ZXAN out

Related Commands 24.38 ip prefix-list

23.4 area nssa Syntax area {ip_addr1 |number1 } nssa [{[no-redistribution ] [default-information-originate [metric number2 ] [metric-type name1 ] ] [no-summary ] } ] no area {ip_addr1 |number1 } nssa [{[no-redistribution ] [default-information-originate ] [no-s ummary ] } ]

Function This command configures an area as a Not-So-Stubby Area (NSSA) area.

23-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-



0–4294967295

no-redistribution

Disables NSSA Link Status

-

Advertisement (LSA) redistribution into the NSSA area default-information-originate

Generates a type-7 default LSA

-

for this area number2

Cost of the type-7; default: LSA

0–16777214

name1

Type of the type-7 default LSA,

-

which can be ext-1 or ext-2 no-summary

Disables the transmission of

-

any LSA summary to the NSSA area


Usage Guidelines Area 0, stub areas and areas configured with virtual links cannot be configured as NSSA areas. One router can be configured with at most one NSSA area at the same time. This command can also specify whether to prevent ABR from sending summary route information to the NSSA area, whether to import external type-7 LSAs to the NSSA area, and whether to generate a type-7 default LSA. By default, summary route can be sent to the NSSA area, type-7 route can be imported, and type-7 default LSA cannot be generated. If the area does not exist, it will be created automatically. By default, the NSSA area is not specified. For NSSA areas, if a default type-7 LSA is generated, the default cost is 1 and the type is ext-2. To cancel the setting, use the no form of this command.

Examples The following example shows how to configure area 1 as an NSSA area and generate default type-7 LSAs: ZXAN(config)#router ospf 1 ZXAN(config-router)#area 1 nssa default-information-originate

23-6 SJ-20130118100307-010|2013-02-28 (R1.0)




23.5 area range Syntax area {ip_addr1 |number1 } range ip_addr2 ip_addr3 [name1 ] no area {ip_addr1 |number1 } range ip_addr2 ip_addr3 [name1 ]

Function This command configures the summary address range of an area.


Description

Value

ip_addr1


-



0–4294967295

ip_addr2

IP address of the summary

-

address range ip_addr3

Mask of the summary address

-

range name1

Specifies whether to advertise

advertise

summary type-3 LSAs

not-advertise


Usage Guidelines This command can only be used on an Area Border Router (ABR). It is used to aggregate and summarize the routes in an area. The result is that the summary route is advertised by the ABR to other areas. Routing information is compressed at the area borders. If the area does not exist, it will be created automatically. By default, no area range is specified. To invalidate the configured summary address range, use the no form of this command.

Examples The following example shows how to aggregate the network segments in area 1 into area 0 and send type-3 LSAs: 23-7 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#router ospf 1 ZXAN(config-router)#network 10.1.1.0 0.0.0.255 area 1 ZXAN(config-router)#network 10.1.2.0 0.0.0.255 area 1 ZXAN(config-router)#network 10.1.3.0 0.0.0.255 area 1

…… ZXAN(config-router)#area 0 range 10.1.0.0 255.255.0.0 advertise


23.6 area stub Syntax area {ip_addr1 |number1 } stub [{[no-summary ] [default-cost number2 ] } ] no area {ip_addr1 |number1 } stub [{[no-summary ] } ] [default-cost ]

Function This command sets an area as a stub area.


Description

Value

ip_addr1


-



0–4294967295

number2

Default route cost for

0–65535

advertisement to this stub area


Usage Guidelines The area is created automatically if it does not exist. You can also specify whether to prevent the ABR from sending the summary network routing information to the stub area and specify the cost of the default routing advertised to the stub area. The no area stub no-summary command is used to allow the ABR to send the summary route information to the stub area. 23-8 SJ-20130118100307-010|2013-02-28 (R1.0)



The no area stub default-cost command is used to reset the default route cost advertised to the stub area to the default 1. The no area stub command is used to change the specified area from a stub area to a non-stub area. Area 0, NSSA areas and areas configured with virtual links cannot be configured as stub areas. By default, the ABR can send the summary routing information to a stub area and the cost of the default routing advertised to the stub area is 1. To cancel the setting, use the no form of this command.

Examples The following example shows how to configure area 1 as a stub area, prevent the summary LSA from being sent to the area, set the default cost to 10 and then restore it to the default: ZXAN(config)#router ospf 1 ZXAN(config-router)# area 1 stub no-summary default-cost 10

…… ZXAN(config)#router ospf 1 ZXAN(config-router)# no area 1 stub no-summary ZXAN(config-router)# no area 1 stub default-cost


23.7 area stub-host Syntax area {ip_addr1 |number1 } stub-host ip_addr2 cost number2 no area {ip_addr1 |number1 } stub-host ip_addr2 [cost number2 ]

Function This command adds the host route advertised by the stub router in an area.


Description

Value

ip_addr1


-



0–4294967295

23-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr2

IP address of the stub host for

-

advertisement number2

Cost of this host route for

1–65535

advertisement


Usage Guidelines The no area stub-host command is used delete the host route advertised by the router in an area. If the area does not exist, it will be created automatically. By default, the area is not configured with a stub host route advertised by the router. To cancel the setting, use the no form of this command.

Examples The following example describes how to set the host route advertised by the stub router. In this example, the host route advertised by the router is 10.1.1.1 and the cost is 10. ZXAN(config)#router ospf 1 ZXAN(config-router)#area 1 stub-host 10.1.1.1 cost 10


23.8 auto-cost Syntax auto-cost reference-bandwidth number1 no auto-cost reference-bandwidth [number1 ]

Function This command modifies the reference bandwidth of the OSPF process.


Description

Value

number1

Reference bandwidth

1–4000000

23-10 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines If the OSPF process interface has not been configured using the ip ospf cost command, the cost of the OSPF interface is the reference bandwidth divided by the interface bandwidth. Otherwise, the cost of the OSPF interface is the value configured in the ip ospf cost command for the interface. This command takes effect immediately after the configuration. The bandwidth unit is Mbps. configuration.

This command takes effect immediately after the

To restore the default 100 Mbps, use the no form of this command.

Examples The following example shows how to modify the reference bandwidth to 10000 Mbps: ZXAN(config)#router ospf 1 ZXAN(config-router)#auto-cost reference-bandwidth 10000

Related Commands 23.26 ip ospf cost

23.9 capability opaque Syntax capability opaque no capability opaque

Function This command enables a route to support opaque LSAs.

Parameters None


23-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines During the exchange of link state database information, opaque LSAs are included in the database summary list and transmitted to the neighbor routers that also support opaque LSAs. Before a router floods opaque LSAs to neighbor routers, it first checks whether the neighbor routers support opaque LSAs. Opaque LSAs are transmitted only to the neighbor routers that support the function, and they are added to the link state retransmit list of neighbor routers. When Link State Update (LSU) packets are multicast, the neighbor routers that do not support the function receive the LSAs passively and simply discard them. By default, opaque LSAs are supported The no form of this command indicates that opaque LSAs are not supported.

Examples The following command shows how to disable the router from supporting opaque LSAs: ZXAN(config)#router ospf 1 ZXAN(config-router)#no capability opaque

Related Commands 23.46 show ip ospf database

23.10 clear ip ospf process Syntax clear ip ospf process number1

Function This command restarts an OSPF process.


Description

Value

number1

OSPF process ID

1–65535





Examples The following example shows how to restart OSPF process 1: ZXAN(config)#router ospf 1 ZXAN(config-router)#end ZXAN#clear ip ospf process 1


23.11 clear ip ospf redistribution Syntax clear ip ospf redistribution number1

Function This command clears the redistribution of an OSPF process.


Description

Value

number1

OSPF process ID

1–65535



Examples The following example shows how to clear the redistribution of OSPF process 1: ZXAN#clear ip ospf redistribution 1


23.12 compatible rfc1583 Syntax compatible rfc1583 23-13 SJ-20130118100307-010|2013-02-28 (R1.0)



no compatible rfc1583

Function This command restores the method used to calculate summary route costs per RFC 1583.

Parameters None


Usage Guidelines To minimize the chance of routing loops, all OSPF routers in an OSPF routing domain should have RFC compatibility set identically. By default, RFC 1583 compatibility is enabled.

Examples The following example shows how to restore the method used to calculate summary route costs per RFC 1583: ZXAN(config)#router ospf 1 ZXAN(config-router)#compatible rfc1583


23.13 debug Syntax debug no debug

Function This command enables the debug information an OSPF process.

Parameters None

23-14 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines Because the OSPF may have multiple processes, enabling the debug information may cause mutual interferences. This command can be used to solve the problem. The configuration is not written into the database and not displayed in the show runningconfig command. By default, the debugging information of OSPF processes are enabled. To disable the debug information, use the no form of this command.

Examples The following example shows how to enable the debug information for OSPF process 1: ZXAN(config)#router ospf 1 ZXAN(config-router)#debug


23.14 default-metric Syntax default-metric number1 no default-metric [number1 ]

Function This command configures the default metric after a redistribution.


Description

Value

number1

Default cost value of the system

1–294967295

external routes


23-15 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines This command takes effect only when the user has not configured the cost value of the external routes. This command does not affect OSPF redistribution. The metric value for OSPF redistribution can be changed by only the redistribute command By default, the metric of redistributed OSPF routes is 1 and that of other routes is 20. To restore the default, use the no form of this command.

Examples The following example shows how to set the default metric after redistribution to 10: ZXAN(config)#router ospf 1 ZXAN(config-router)#default-metric 10


23.15 disable area Syntax disable area {number1 |ip_addr1 }

Function This command disables an existing area.


Description

Value

number1


0–4294967295

ip_addr1


-

dotted decimal IP address



Examples The following example shows how to disable area 1: 23-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 23 OSPF Protocol Commands ZXAN(config)#router ospf 1 ZXAN(config-router)#disable area 1

Related Commands 23.19 enable area

23.16 disable interface Syntax disable interface ip_addr1 ip_addr2

Function This command disables the OSPF interfaces in a specified range. It is not applicable to invalid interfaces.


Description

Value

ip_addr1

IP address

-

ip_addr2

OSPF wildcard mask

-



Examples The following example shows how to disable the interface IP addresses in the 10.1.0.0/16 network segment range: ZXAN(config)#router ospf 1 ZXAN(config-router)#disable interface 10.1.0.0 0.0.255.255

Related Commands 23.20 enable interface

23.17 disable ip ospf Syntax disable ip ospf number1 23-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command disables an OSPF protocol process. It is only applicable to valid OSPF processes.


Description

Value

number1

OSPF process ID

1–65535


Usage Guidelines If the OSPF is configured, it is valid be default.

Examples The following example shows how to disable the OSPF protocol process: ZXAN(config)#disable ip ospf 1

Related Commands 23.21 enable ip ospf

23.18 distance ospf Syntax distance ospf {[internal number1 ] [ext1 number2 ] [ext2 number3 ] } no distance ospf {internal |ext1 |ext2 }

Function This command defines the OSPF route administrative distances based on route type.


Description

Value

number1

Distance value

1–255

number2

Distance value

1–255

number3

Distance value

1–255

internal

To specify internal distance

-

23-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ext1

To specify external distance

-

ext2

To specify external distance

-


Usage Guidelines When the routing priority is 255, the route in not valid. To restore the distance of internal route distance, type–1 external route, or type-2 external route to the default 110, use the no form of this command.

Examples The following example shows how to configure the internal route with an administrative distance of 100: ZXAN(config)#router ospf 1 ZXAN(config-router)#distance ospf internal 100


23.19 enable area Syntax enable area {number1 |ip_addr1 }

Function This command enables a specified area.


Description

Value

number1


0–4294967295


-

ip_addr1

dotted decimal IP address

Mode Router OSPF mode: ZXAN(config-router)# 23-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines If the area is configured, it is valid by default.

Examples The following example shows how to enable area 1: ZXAN(config)#router ospf 1 ZXAN(config-router)#enable area 1

Related Commands 23.15 disable area

23.20 enable interface Syntax enable interface ip_addr1 ip_addr2

Function This command enables OSPF interfaces in a specified range. It is inapplicable to enabled interfaces.


Description

Value

ip_addr1

IP address

-

ip_addr2

Wildcard mask

-


Usage Guidelines If the interfaces are configured, they are valid by default.

Examples The following example shows how to enable the interfaces in the 10.1.0.0 network segment range: ZXAN(config)#router ospf 1 ZXAN(config-router)#enable interface 10.1.0.0 0.0.255.255

Related Commands 23.16 disable interface 23-20 SJ-20130118100307-010|2013-02-28 (R1.0)



23.21 enable ip ospf Syntax enable ip ospf number1

Function This command enables an OSPF protocol process. It is only applicable to invalid OSPF processes.


Description

Value

number1

OSPF process ID

1–65535


Usage Guidelines If the OSPF protocol is configured, it is valid by default.

Examples The following example shows how to enable OSPF process 1: ZXAN(config)#enable ip ospf 1

Related Commands 23.17 disable ip ospf

23.22 filter Syntax filter [exact ] ip_addr1 ip_addr2 number1 no filter ip_addr1 ip_addr2

Function This command controls whether to import the routes generated by external LSAs to the routing table for and the import priorities.

23-21 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

Specifies the IP address of the

-

routes to be filtered. If the exact keyword is not used, all routes will be filtered. If the exact keyword is used, only the route with the specified IP address and mask will be filtered. ip_addr2

Mask of the routes to be filtered

-

number1

Priority for importing the

0–255

matched routes


Usage Guidelines A route is invalidated if its priority is set to 255. This command prevents OSPF routes not meeting the specified conditions from being added to the forwarding table on the routing layer. The area filter-list command prevents the generation of LSAs on the database layer. By default, the routes generated by external LSAs are imported to the routing table. To remove the filtering setting, use the no form of this command.

Examples The following example shows how to filter the OSPF routes excluding 10.10.10.0/24 and set the priority to 20: ZXAN(config)#router ospf 1 ZXAN(config-router)#filter exact 10.10.10.0 255.255.255.0 20


23.23 grace-period Syntax grace-period number1 no grace-period [number1 ] 23-22 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the Non-Stop Forwarding (NSF) grace period.


Description

Value

number1

Maximum NSF grace period, in

120–1800

seconds


Usage Guidelines The grace period setting must ensure that the NSF can complete after the time expires. Otherwise, NSF will exit before completion due to timeout. To restore the period to the default 120 seconds, use the no form of this command.

Examples The following example shows how to set the NSF grace period to 300 seconds: ZXAN(config)#router ospf 1 ZXAN(config-router)#grace-period 300

Related Commands 23.9 capability opaque 23.39 nsf

23.24 ip ospf authentication Syntax ip ospf authentication {[null ] |[message-digest ] } no ip ospf authentication {[null ] |[message-digest ] }

Function This command configures the authentication mode for an interface.

23-23 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

null

Type0 authentication mode,

-

meaning no authentication message-digest

Type2 authentication mode,

-

meaning message digest authentication

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), loopback interface, supervlan interface mode, and others

Usage Guidelines This command with no keyword configures the authentication mode for an interface to type 1 authentication, namely, simple password authentication. If the area where the interface is located is also configured with authentication mode, the authentication mode for the interface prevails. By default, the interface authentication mode is not specified, or inherits the authentication mode for the area, if available. To delete the authentication mode, use the no form of this command.

Examples The following example shows how to set the authentication mode for VLAN 2 interface to message digest authentication: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf authentication message-digest

Related Commands 23.2 area authentication

23.25 ip ospf authentication-key Syntax ip ospf authentication-key name1 no ip ospf authentication-key [name1 ]

Function This command sets a password for interfaces using the simple password authentication mode. 23-24 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Authentication password, containing 1–8

-

characters


Usage Guidelines The characters that can be used for password setting are: 0123456789abcdefghijklmnopqrstuvwxyz_ABCDEFGHIJKLMNOPQRSTUVWXYZ`*=~!@#$%^&()_+[]{}|;':,./<>\\ By default, no password is specified. To delete the OSPF password, use the no form of this command.

Examples The following example shows how to set the password ZXAN for the interface VLAN 2: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf authentication-key ZXAN


23.26 ip ospf cost Syntax ip ospf cost number1 no ip ospf cost [number1 ]

Function This command configures the explicit interface cost.


Description

Value

number1

Interface cost

1–65535

23-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber) , loopback interface, supervlan interface mode, and others

Usage Guidelines If ip ospf cost command is configured on an interface, the auto-cost reference-bandwidth command is not effective. To enable the auto-cost reference-bandwidth command to take effect, the cost value configured by the ip ospf cost command must be deleted first. By default, the cost is calculated using the formula: reference-bandwidth / interface bandwidth. If the calculation result is less than 1, cost takes 1 as the minimum value. To restore the cost to the default 1, use the no form of this command.

Examples The following command shows how to configure the explicit interface cost to 10: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf cost 10

Related Commands 23.8 auto-cost

23.27 ip ospf dead-interval Syntax ip ospf dead-interval number1 no ip ospf dead-interval [number1 ]

Function This command configures the dead interval of neighbors on an interface.


Description

Value

number1

Dead interval for neighbors on

1–65535

the interface, in seconds


23-26 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The dead-interval is normally configured to four times the hello interval. To restore the interval to the default, use the no form of this command. The default setting is four times the hello interval, which is 40 seconds.

Examples The following example shows how to configure the dead interval for neighbors on the VLAN 2 interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf dead-interval 80

Related Commands 23.28 ip ospf hello-interval

23.28 ip ospf hello-interval Syntax ip ospf hello-interval number1 no ip ospf hello-interval [number1 ]

Function This command configures the time interval for a specified interface to send Hello messages.

Parameters Parameter number1

Description

Value

Hello message interval, in

1–65535

seconds


Usage Guidelines The hello interval is normally configured to one fourth of the dead interval. To restore the setting to the default, use the no form of this command. The default value is one fourth of the default dead interval, which is 10 seconds.

23-27 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the time interval for sending hello messages to 20 seconds: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf hello-interval 20

Related Commands 23.27 ip ospf dead-interval

23.29 ip ospf message-digest-key Syntax ip ospf message-digest-key number1 md5 name1 [delay number2 ] no ip ospf message-digest-key number1

Function This command configures the password serial number pair for the interface with message digest authentication type.


Description

Value

number1

Password serial number

1–255

md5

Message digest authentication

-

name1

Authentication password, containing 1–16

-

characters number2

Delay time

0-100000


Usage Guidelines If the delay keyword is used, the protocol data packets are not sent temporarily for the specified time, but the interface can receive messages. The delay time takes effect only once after configuration. The unit is minute. The authentication password allows 1–16 characters, which can be: 0123456789abcdefghijklmnopqrstuvwxyz_ABCDEFGHIJKLMNOPQRSTUVWXYZ`*=~!@#$%^&()_+[]{}|;':,./<>\\ 23-28 SJ-20130118100307-010|2013-02-28 (R1.0)



By default, no password is specified. To delete the configured OSPF password, use the no form of this command.

Examples The following example shows how to set a password for the interface with message digest authentication type. In this example, the password serial number is set to 2 and the authentication password is set to ZXAN. ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf message-digest-key 2 md5 ZXAN


23.30 ip ospf mtu-ignore Syntax ip ospf mtu-ignore no ip ospf mtu-ignore

Function This command ignores the OSPF MTU detection on exchanging DD packets.

Parameters None


Usage Guidelines MTU detection checks whether neighbors are using a MTU equal to or less than the MRU of the interface in the DD packet. If greater than, the DD packet will be discarded. If MTU is confirmed be correctly configured during packet transmission and reception, use this command to ignore the detection. By default, MTU check mismatch detection is enabled during DD packet exchange. To restore the setting to the default, use the no form of this command.

Examples The following example shows how to disable MTU detection during DD packet exchange: 23-29 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf mtu-ignore


23.31 ip ospf network Syntax ip ospf network {broadcast |non-broadcast |point-to-point |point-to-multipoint [non-broadca st ] } no ip ospf network [{broadcast |non-broadcast |point-to-point |point-to-multipoint [non-broa dcast ] } ]

Function This command configures the interface type.


Description

Value

broadcast

Broadcast network

-

Non-broadcast network (used in

-

non-broadcast

combination with the neighbor command) point-to-point

Point-to-point network

-

point-to-multipoint

Point-to-multipoint network

-


Usage Guidelines By default, the interface type depends on the network type. Point-to-multipoint type needs configuration. To restore the interface type to the network type, use the no form of this command.

Examples The following example shows how to configure interface VLAN 2 to point-to-point interface type: 23-30 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 23 OSPF Protocol Commands ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf network point-to-point


23.32 ip ospf priority Syntax ip ospf priority number1 no ip ospf priority [number1 ]

Function This command configures the interface priority.


Description

Value

number1

Interface priority

0–55


Usage Guidelines The router whose interface priority is configured to 0 cannot be act as DR or BDR. To restore the setting to the default 1, use the no form of this command.

Examples The following example shows how to configure the interface priority to 10: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf priority 10


23-31 SJ-20130118100307-010|2013-02-28 (R1.0)



23.33 ip ospf retransmit-interval Syntax ip ospf retransmit-interval number1 no ip ospf retransmit-interval [number1 ]

Function This command specifies the time interval for the specified interface to retransmit LSAs.


Description

Value

number1

Time interval for the interface to

1–65535

retransmit LSAs

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), loopback interface, supervlan interface mode, and others To restore the setting to the default 5 seconds, use the no form of this command.

Usage Guidelines The unit is second.

Examples The following example shows how to configure the time interval between LSA retransmissions to 10 seconds: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf retransmit-interval 10


23.34 ip ospf transmit-delay Syntax ip ospf transmit-delay number1 no ip ospf transmit-delay [number1 ]

23-32 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the delay for the interface to transmit a link status update packet.


Description

Value

number1

Delay for transmitting a link

1–65535

state update packet

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber), loopback interface, supervlan interface mode, and others To restore the setting to the default 1 second, use the no form of this command.

Usage Guidelines The unit is second.

Examples The following example shows how to configure the delay for transmitting a link state update packet to 2 seconds: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip ospf transmit-delay 2


23.35 maximum-paths Syntax maximum-paths number1 no maximum-paths [number1 ]

Function This command configures the maximum number of routes supported in OSPF load balancing.

23-33 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Maximum number of routes

1-8

supported in OSPF load balancing


Usage Guidelines When a router has a complete link state database, it is ready to create its routing table for stream forwarding. The default overhead metric is the bandwidth based on network medium. To calculate the minimum overhead to the destination, the routing table stores at most eight entries with the same overhead for load balancing. This can be configured by the maximum-paths command. The router normally selects the path with the minimum metric value. If there are multiple paths with the minimum and identical metric value, load balancing is enabled on these paths. The maximum-paths command can be used to support up to eight paths with the same metric value. This command takes effect immediately but it takes some time for system to process this command. To restore the setting to the default 1, use the no form of this command.

Examples The following example shows how to configure the maximum routes supported in OSPF load balancing to 4:

ZXAN(config)#router ospf 1 ZXAN(config-router)#maximum-paths 4


23.36 neighbor Syntax neighbor ip_addr1 [{[priority number1 ] [poll-interval number2 ] [cost number3 ] } ] no neighbor ip_addr1 [{[priority number1 ] [poll-interval number2 ] [cost number3 ] } ] 23-34 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the neighbor router on a non-broadcast network. It needs to traverse all interfaces. When a neighbor’s IP address is in the same network segment with the interface IP address, the neighbor is connected to this interface.


Description

Value

ip_addr1

IP address of the neighbor

-

number1

Neighbor priority; invalid for

0–255

point-to-point neighbors number2

Neighbor poll interval; invalid for

120–65535

point-to-point neighbors number3

Cost to the neighbor; invalid for

1–65535

NBMA neighbors


Usage Guidelines This command is applicable to only point-to-multipoint networks and Non-Broadcast Multiple Access (NBMA) networks. The no neighbor ip-address cost command restores default neighbor cost. The no neighbor ip-address priority command restores default neighbor priority. The no neighbor ip-address poll-interval command restores default neighbor polling interval. The no neighbor ip-address command is used to delete a specified neighbor. Similar to configuring a neighbor, this command also enables interface traversal to find the interface neighbor and delete the neighbor. By default, no neighbor router is defined. By default, the cost to a point-to-multipoint neighbor is auto calculated, the NBMA neighbor priority is 1, and the NBMA neighbor poll interval is 120 seconds. The unit of poll interval is second.

Examples The following example shows how to configure neighbor routers on a non-broadcast network for the router with an interface in 10.1.1.0 network segment:

ZXAN(config)#router ospf 1 ZXAN(config-router)#neighbor 10.1.1.0

23-35 SJ-20130118100307-010|2013-02-28 (R1.0)




23.37 network Syntax network ip_addr1 ip_addr2 area {number1 |ip_addr3 } no network ip_addr1 ip_addr2 area {number2 |ip_addr3 }

Function This command configures the interfaces on which OSPF runs, and defines the area ID for these interfaces. If the area does not exist, it will be created automatically.


Description

Value

ip_addr1

IP address

-

ip_addr2

Wildcard mask

-

number1


0–4294967295

ip_addr3


-

dotted decimal IP address 0–4294967295

number2


Usage Guidelines 1. This command defines the interface running the OSPF protocol and defines the area ID for these interfaces. This area is created automatically if not existing. If the area does not exist, it will be created automatically. 2. When the “0”bit in wildcard-mask of IP interface address is equal to ip-address, this command is valid for the IP interface address. When multiple network commands are valid for the same IP interface addresses, the OSPF interface corresponding to this IP interface address will be created and added to the area specified by the network command of minimum wildcard-mask. When there is valid network command for the newly-configured IP interface address, the OSPF interface corresponding to this IP interface address will be created automatically, and added into the area specified by the network command of minimum wildcard-mask. 23-36 SJ-20130118100307-010|2013-02-28 (R1.0)



When the IP interface address is deleted, OSPF interface will also be automatically deleted. 3. The no form of this command is the reverse operation only for the configured network command. If there is no corresponding network command, this no command is invalid. If there is corresponding network command, and the network command is valid for the OSPF interface in OSPF area, then no command will take these OSPF interfaces off this area. If there are other valid network commands for the IP interface address of OSPF interface, then no form of this command adds them into the OSPF area specified by this network command. If multiple network commands are valid for the same interface, then no form of this command can add them into the OSPF area specified by the network command with the minimum wildcard-mask. If there is no other valid network command for this interface, then the no form of this command can delete this OSPF interface.

Examples The following example shows how to set interface 1.10.1.1 as an OSPF interface and place it into area 0:

ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip address 10.10.1.1 255.255.255.0 ZXAN(config)#exit ZXAN(config)#router ospf 1 ZXAN(config-router)#network 10.10.1.0 0.0.0.255 area 0


23.38 notify default route Syntax notify default route [always ] [metric number1 ] [metric-type name1 ] [route-map name2 ] no notify default route [always ] [metric number1 ] [metric-type name1 ] [route-map name2 ]

Function This command notifies the default route 0/0, which is generated by the router using other protocols or resulted from the static route configuration. If the default route does not exist, the specific reachable route is notified as normal. After this command is used, the router serves as an ASBR. 23-37 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Cost of the specified default route

0–16777214

name1

Type of the specified default route, which can be

-

ext-1 or ext-2 name2

Name of the route map that generates the default

1–16 characters

route


Usage Guidelines By default, there is no default route generated by other route protocols or static route configuration. The default router type is ext-1 or ext-2, which represents OSPF external path type 1 or 2.

Examples The following example shows how to notify a default route irrespective of whether the router has one. In this example, the cost of the default route is 20, the default router type is ext-1, and the route-map is map: ZXAN(config)#router ospf 1 ZXAN(config-router)#notify default route always metric 20 metric-type ext-1 route-map map


23.39 nsf Syntax nsf no nsf

Function This command configures the Non-Stop Forwarding (NSF) capacity.

Parameters None

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Usage Guidelines NSF is supported by broadcast and NBMA networks. Before using this command, ensure that the running OSPF instance supports opaque LSA. By default, the NSF capacity is not supported. To disable the function, use the no form of this command.

Examples The following example shows how to configure the NSF capacity. ZXAN(config)#router ospf 1 ZXAN(config-router)#nsf

Related Commands 23.9 capability opaque 23.23 grace-period

23.40 passive-interface Syntax passive-interface {default |interface1 } no passive-interface {default |interface1 }

Function This command configures an interface as a passive interface so that the interface cannot send any Hello packet, receive any packet or establish neighborship and adjacency with other routers


Description

Value

default

Indicates that all interfaces are

-

configured as passive-interfaces interface1

Interface name

-

Mode Router OSPF mode: ZXAN(config-router)# 23-39 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The passive-interface default command indicates that all interfaces are configured as passive interfaces. After a passive-interface command is configured, the corresponding no passive-interface command, if available, is cancelled. If another passive-interface command exists, both commands are valid. After a no passive-interface command is configured, the corresponding passive-interface command, if available, is cancelled. If another no passive-interface command exists, both commands are valid. By default, all interfaces are normal interfaces that can transceive OSPF packets and establish neighbors.

Examples The following example describes how to configure the VLAN 2 interface as a passive interface: ZXAN(config)#router ospf 1 ZXAN(config-router)#passive-interface vlan 2


23.41 redistribute Syntax redistribute name1 [{[as number1 ] [peer ip_addr1 ] [tag number2 ] [metric number3 ] [metric-t ype name2 ] [route-map name3 ] } ] no redistribute name1 [{[as number1 ] [peer ip_addr1 ] [tag ] [metric ] [metric-type ] [route-map ]}]

Function This command redistributes other protocol routes into the OSPF autonomous system. After this command is executed, the router serves as an ASBR.

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Description

Value

name1

The protocol used for filtering, including

-

connected, static, rip, bgp-ext, bgp-int, isis-1, isis-1-2, and isis-2. number1

There are two additional conditions when the

1–65535

protocol is BGP: as-number and peer-address, where as-number indicates the AS number of the peer. ip_addr1

There are two additional conditions when the

-

protocol is BGP: as-number and peer-address, where peer-address indicates the IP address of the peer. number2

Tag of the redistributed LSAs.

0–4294967295

number3

Metric of the distributed LSAs. By default, the

0–16777214

default metric is used. name2

Metric type of the redistributed LSAs. The value

-

can be ext-1 or ext-2. The default is ext-2. name3

Name of the route map for the protocol route

1–16 characters

redistribution.


Usage Guidelines The no redistribute protocol command is used to remove the redistribution of routes. The no redistribute protocol metric command is used to restore the Type 5 LSA's metric value of the protocol routing redistribution to default. The no redistribute protocol metric type command is used to restore the Type 5 LSA's metric-type value of the protocol routing redistribution to default. The no redistribute protocol route-map command is used to cancel the controlling of the route map for the protocol route redistribution. For isis redistribution, if isisi-1-1 redistribution has been made, perform the redistribution of isis-1 or isis-2. then this isis-1 or isis-2 redistribution does not take effect any more, unless all options of isis-1 and isis-2 after redistribution are sure to be consistent. Otherwise, it is not recommend to use the command redistribute isis-1-2. If the redistribution of isis-1 or isis-2 has been made before the redistribution of isis-1-2, then the redistribution of previous isis-1 or isis-2 does not take effect any more, but performs the new redistribution according to the isis-1-2 template. 23-41 SJ-20130118100307-010|2013-02-28 (R1.0)



By default, other protocol routes are not redistributed into the OSPF autonomous system. By default, metric is 1 when distributing OSPF routing, and is 20 in other routing. The metric-type values are ext-1 and ext-2, which represent OSPF external path type 1 and 2 respectively.

Examples The following example shows how to redistribute the internal route of BGP, mark the tag of routing items after redistribution as 1 (the route-map is map), and then cancel the route mapping control in redistribution: ZXAN(config)#router ospf 1 ZXAN(config-router)#redistribute bgp-int tag 1 route-map map ZXAN(config-router)#no redistribute bgp-int route-map


23.42 router ospf Syntax router ospf number1 no router ospf number1

Function This command starts the OSPF protocol and enters the OSPF protocol configuration mode.


Description

Value

number1

OSPF process ID

1–65535


Usage Guidelines If the OSPF protocol is started but is disabled, the system prompts “Please enable the OSPF instance first” and returns to the global configuration mode. If the OSPF protocol is started and it is enabled, the system directly enters the OSPF protocol configuration mode. The global OSPF and the OSPF under the VRFs use different process IDs. 23-42 SJ-20130118100307-010|2013-02-28 (R1.0)



When a OSPF process starts, a router ID needs to be assigned from the local IP addresses. If no local IP address is available, the OSPF process fails to start. The OSPF protocol is disabled by default. To cancel the OSPF protocol process, use the no form of this command.

Examples The following example shows how to configure an OSPF process with the ID as 1:

ZXAN(config)#router ospf 1 ZXAN(config-router)#


23.43 router-id Syntax router-id ip_addr1 no router-id [ip_addr1 ]

Function This command specifies the router ID for an OSPF process. The no form of this command is used to delete the specified route ID.


Description

Value

OSPF router ID, in the format of

-

an IP address


Usage Guidelines This command enables the OSPF process to use the specified IP address as the OSPF router ID. To enable the OSPF process to use a randomly selected OSPF router ID, use the no form of this command. This command configuration takes effect after the router restarts or the OSPF process is manually restarted by theclear ip ospf process command. By default, the OSPF router ID used by an OSPF process is automatically selected. 23-43 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the router ID to 5.5.5.5: ZXAN(config)#router ospf 1 ZXAN(config-router)#router-id 5.5.5.5 %Code 2059:Reload or use "clear ip ospf process" command,for this to take effect ZXAN(config-router)#end ZXAN#clear ip ospf process 1


23.44 show ip ospf Syntax show ip ospf [number1 ]

Function This command displays the summary information of the OSPF protocol and each OSPF area.


Description

Value

number1

OSPF process ID

1–65535

Mode Any mode


Examples The following example shows the information displayed if the OSPF protocol is not started: ZXAN#show ip ospf There is no OSPF instance!

The following example shows the information displayed if the OSPF protocol is started: ZXAN#show ip ospf OSPF 1 Router ID 135.1.1.5 enable

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Chapter 23 OSPF Protocol Commands Enabled for 00:04:26,Debug on Number of areas 1, Stub 0, Transit 0 Number of interfaces 1 Number of neighbors 0 Number of adjacent neighbors 0 Number of virtual links 0 Total number of entries in LSDB 1 Number of ASEs in LSDB 0, Checksum Sum 0x00000000 Number of grace LSAs 0 Number of new LSAs received 0 Number of self originated LSAs 2 Hold time between consecutive SPF 1 secs Non-stop Forwarding disabled, last NSF restart 00:05:08 ago (took 0 secs)

Area 0.0.0.0 enable Enabled for 00:04:17 Area has no authentication Times spf has been run 1 Number of interfaces 1. Up 1 Number of ASBR local to this area 0 Number of ABR local to this area 0 Total number of intra/inter entries in LSDB 1. Checksum Sum 0x00008426 Area-filter out not set Area-filter in not set Area ranges count 0


23.45 show ip ospf border-routers Syntax show ip ospf border-routers [process number1 ]

Function This command displays the information of the internal OSPF routing to an Area Border Router (ABR) and Autonomous System Boundary Router (ASBR).


Description

Value

number1

OSPF process ID

1–65535

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Mode Any mode


Examples The following example shows how to display the information of OSPF process 1:

ZXAN#show ip ospf border-routers process 1

OSPF Router with ID (10.10.2.2) (Process ID 1)

OSPF internal Routing Table

Destination

Next Hop

Cost

Type

RteType

Area

160.89.97.53

144.144.1.53

10

ABR

INTRA

0.0.0.3

160.89.103.51

160.89.96.51

10

ABR

INTRA

0.0.0.3

160.89.103.52

160.89.96.51

20

ASBR

INTER

0.0.0.3

160.89.103.52

144.144.1.53

30

ASBR

INTER

0.0.0.3


23.46 show ip ospf database Syntax show ip ospf database {adv-router ip_addr1 |[self-originate ] } [area {number1 |ip_addr2 } ] [process number2 ]

Function This command displays the related information about the OSPF database of the OSPF database for a specific router.

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Description

Value

ip_addr1

Specifies the OSPF router that generates LSAs

-

number1

Specifies the area of the LSAs to be displayed,

0–4294967295

expressed in decimal Specifies the area of the LSAs to be displayed,

ip_addr2

-

expressed in dotted decimal IP address notation OSPF process ID

number2

1–65535

Mode Any mode


Examples The following example shows how to display the related information about the OSPF database of the OSPF database for the router 5.5.5.5: ZXAN#show ip ospf database

OSPF Router with ID (5.5.5.5) (Process ID 1) Router Link States (Area 0.0.0.0) Link ID

ADV Router

Age

Seq#

Checksum

Link count

5.5.5.5

5.5.5.5

5

0x80000002

0x2678

1

Router Link States (Area 0.0.0.1)

Link ID

ADV Router

Age

Seq#

Checksum

Link count

5.5.5.5

5.5.5.5

5

0x80000001

0x2319

0

Summary Net Link States (Area 0.0.0.1)

Link ID

ADV Router

Age

Seq#

Checksum

0.0.0.0

5.5.5.5

5

0x80000001

0xfc4d

135.1.1.0

5.5.5.5

2

0x80000001

0x4bc

Related Commands 23.47 show ip ospf database asbr-summary 23.48 show ip ospf database database-summary 23.49 show ip ospf database external 23-47 SJ-20130118100307-010|2013-02-28 (R1.0)



23.50 show ip ospf database network 23.51 show ip ospf database nssa 23.52 show ip ospf database opaque-area 23.53 show ip ospf database opaque-link 23.54 show ip ospf database router 23.55 show ip ospf database summary

23.47 show ip ospf database asbr-summary Syntax show ip ospf database asbr-summary [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {number1 |ip_addr3 } ] [process number2 ]

Function This command displays the ASBR summary LSA list in the OSPF database for a specific router.


Description

Value

ip_addr1

Portion of the network environment that is described by

-

the LSA. The value is associated with the link status type. l

If the LSA describes a network, this parameter is expressed by the network IP address or a detailed address obtained from the network IP address.

l

If the LSA describes a router, the parameter value is the Router ID of the described router. The default router ID is 0.0.0.0.

ip_addr2


-

number1


0–4294967295

expressed in decimal ip_addr3


-

expressed in dotted decimal IP address notation number2

OSPF process ID

1–65535

Mode Any mode

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Examples The following example shows how to display the ASBR summary LSA list in the OSPF database for the route 110.1.1.1: ZXAN#show ip ospf database asbr-summary OSPF Router with ID (110.1.1.1) (Process ID 1) Summary ASB Link States (Area 0.0.0.0) LS age: 68 Options: (No TOS-capability, No DC) LS Type: Summary Links(AS Boundary Router) Link State ID: 168.1.1.3 (AS Boundary Router address) Advertising Router: 110.1.1.1 LS Seq Number: 0x80000001 Checksum: 0xc875 Length: 28 Network Mask: /0 TOS: 0

Metric: 1


23.48 show ip ospf database database-summary Syntax show ip ospf database database-summary [area {number1 |ip_addr1 } ] [process number2 ]

Function This command displays the number of each LSA in each area and the total number of LSAs in the whole database for a specific router.


Description

Value

number1

Specifies the area of the LSAs to be

0–4294967295

displayed, expressed in decimal ip_addr1

Specifies the area of the LSAs to be

-

displayed, expressed in dotted decimal IP address notation number2

OSPF process ID

1–65535

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Mode Any mode


Examples The following example shows how to display the number of each LSA in each area and the total number of LSAs in the whole database for router 110.1.1.1: ZXAN#show ip ospf database database-summary OSPF Router with ID (110.1.1.1) (Process ID 1) Area 0.0.0.0 database summary LSA Type

Count

Router

1

Network

0

Summary Net

2

Summary ASBR

1

Type-7 Ext

0

Opaque Link

0

Opaque Area

0

Subtotal

4

Area 0.0.0.1 database summary LSA Type

Count

Router

2

Network

1

Summary Net

1

Summary ASBR

0

Type-7 Ext

0

Opaque Link

0

Opaque Area

0

Subtotal

4

Process 1 database summary LSA Type

Count

Router

3

Network

1

Summary Net

3

Summary ASBR

1

Type-7 Ext

0

Opaque Link

0

Opaque Area

0

Type-5 Ext

2

Opaque AS

0

Total

10

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23.49 show ip ospf database external Syntax show ip ospf database external [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [process number1 ]

Function This command displays the type-5 external LSA list in the OSPF database for a specific router.


Description

Value

ip_addr1

Portion of the network environment that is described

-

by the LSA. The value is associated with the link status type. l


l


ip_addr2


-

number1

OSPF process ID

1–65535

Mode Any mode


Examples The following example shows how to display the type-5 external LSA list in the OSPF database for the router 110.1.1.1: ZXAN#show ip ospf database external OSPF Router with ID (110.1.1.1) (Process ID 1) Type-5 AS External Link States

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ZXA10 C300/C320 Command Reference LS age: 18 Options: (No TOS-capability, No DC) LS Type: AS External Link Link State ID: 111.1.0.0 (External Network Number) Advertising Router: 110.1.1.1 LS Seq Number: 0x80000001 Checksum: 0x4ae3 Length: 36 Network Mask: /16 Metric Type: 2 (Larger than any link state path) TOS: 0 Metric: 20 Forward Address: 110.1.1.111 External Route Tag: 3489660928


23.50 show ip ospf database network Syntax show ip ospf database network [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {num ber1 |ip_addr3 } ] [process number2 ]

Function This command displays the network LSA list in the OSPF database for a specific router.


Description

Value

ip_addr1


-



l


ip_addr2


-

number1


0–4294967295

expressed in decimal 23-52 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr3


-


number2

1–65535

Mode Any mode


Examples The following example shows how to display the network LSA list in the OSPF database for the router 110.1.1.1: ZXAN#show ip ospf database network OSPF Router with ID (110.1.1.1) (Process ID 1) Net Link States (Area 0.0.0.1) Routing Bit Set on this LSA LS age: 789 Options: (No TOS-capability, No DC) LS Type: Network Links Link State ID: 168.1.1.1 (Address of Designated Router) Advertising Router: 110.1.1.1 LS Seq Number: 0x80000002 Checksum: 0x9787 Length: 32 Network Mask: /16 Attached Router: 110.1.1.1 Attached Router: 168.1.1.3


23.51 show ip ospf database nssa Syntax show ip ospf database nssa [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {number1 |ip_addr3 } ] [process number2 ]

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Function This command displays the type-7 external LSA list in the OSPF database for a specific router.


Description

Value

ip_addr1

Portion of the network environment that is described by

-

the LSA. The value is associated with the link status type. l


l


ip_addr2


-

number1


0–429496729

expressed in decimal

5


-

ip_addr3


number2

1–65535

Mode Any mode


Examples The following example shows how to display the type-7 external LSA list in the OSPF database for the router 5.5.5.5: ZXAN#show ip ospf database nssa


Type-7 AS External Link States (Area 0.0.0.1)

LS age: 115 Options: (No TOS-capability, No Type 7/5 translation, DC, Upward) LS Type: AS External Link Link State ID: 0.0.0.0 (External Network Number)

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Chapter 23 OSPF Protocol Commands Advertising Router: 5.5.5.5 LS Seq Number: 0x80000001 Checksum: 0x7627 Length: 36 Network Mask: /0 Metric Type: 2 (Larger than any link state path) TOS: 0 Metric: 1 Forward Address: 0.0.0.0 External Route Tag: 0

Routing Bit Set on this LSA IPFRR information exists LS age: 73 Options: (No TOS-capability, Type 7/5 translation, DC, Upward) LS Type: AS External Link Link State ID: 10.1.1.0 (External Network Number) Advertising Router: 3.3.3.3 LS Seq Number: 0x80000001 Checksum: 0x47b1 Length: 36 Network Mask: /24 Metric Type: 2 (Larger than any link state path) TOS: 0 Metric: 10 Forward Address: 135.1.1.3 External Route Tag: 3


23.52 show ip ospf database opaque-area Syntax show ip ospf database opaque-area [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {number1 |ip_addr3 } ] [process number2 ]

Function This command displays the opaque-area LSA list in the OSPF database for a specific router.

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Description

Value

ip_addr1


-



l


ip_addr2


-

number1


0-4294967295


ip_addr3

-


number2

1-65535

Mode Any mode


Examples The following example shows how to display the opaque-area LSA list in the OSPF database for the router 10.10.10.10: ZXAN#show ip ospf database opaque-area self-originate


Type-10 Opaque Link Area Link States (Area 0.0.0.0)

LS age: 1509 Options: (No TOS-capability,No DC) LS Type: Opaque Area Link Link State ID: 1.0.0.0 Opaque Type: 1 Opaque ID: 0 Advertising Router: 10.10.10.10

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Chapter 23 OSPF Protocol Commands LS Seq Number: 80000003 Checksum: 0x5aa5 Length: 28 Fragment number : 0

MPLS TE router ID : 10.10.10.10

Number of Links : 0

LS age: 185 Options: (No TOS-capability,No DC) LS Type: Opaque Area Link Link State ID: 1.0.0.3 Opaque Type: 1 Opaque ID: 3 Advertising Router: 10.10.10.10 LS Seq Number: 80000001 Checksum: 0xfe8d Length: 124 Fragment number : 3

Link connected to Broadcast network Link ID : 179.1.1.200 Interface Address : 179.1.1.200 Neighbor Interface Address : 0.0.0.0 Admin Metric : 1 Maximum bandwidth : 125000000 Maximum reservable bandwidth : 93750000 Number of Priority : 8 Priority 0 : 93750000

Priority 1 : 93750000

Priority 2 : 93750000

Priority 3 : 93750000

Priority 4 : 93750000

Priority 5 : 93750000

Priority 6 : 93750000

Priority 7 : 93750000

Affinity Bit : 0x0


23.53 show ip ospf database opaque-link Syntax show ip ospf database opaque-link [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {number1 |ip_addr3 } ] [process number2 ] 23-57 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays the opaque-link LSA list in the OSPF database for a specific router.


Description

Value

ip_addr1


-



l


ip_addr2


-

number1


0–4294967295


ip_addr3

-


number2

1–65535

Mode Any mode


Examples The following example shows how to display the opaque-link LSA list in the OSPF database for the router 5.5.5.45: ZXAN#show ip ospf database opaque-link


Type-9 Opaque Link-local Link States (Area 0.0.0.0)

LS age: 1269 Options: (No TOS-capability,No DC) LS Type: Opaque Link-local Link State ID: 3.0.0.0 Opaque Type: 3

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Chapter 23 OSPF Protocol Commands Opaque ID: 0 Advertising Router: 5.5.5.46 LS Seq Number: 80000001 Checksum: 0x6b4c Length: 44 Fragment number: 0

Grace period: 1000 NSF reason: switch to redundant control processor Interface ip addr: 201.46.45.0


23.54 show ip ospf database router Syntax show ip ospf database router [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {number1 |ip_addr3 } ] [process number2 ]

Function This command displays the router LSA list in the OSPF database for a specific router.


Description

Value

ip_addr1


-



l


ip_addr2


-

number1


0–4294967295

expressed in decimal ip_addr3


-

expressed in dotted decimal IP address notation number2

OSPF process ID

1–65535

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Mode Any mode


Examples The following example shows how to display the router LSA list in the OSPF database for the router 110.1.1.1: ZXAN#show ip ospf database router OSPF Router with ID (110.1.1.1) (Process ID 1) Router Link States (Area 0.0.0.1) Routing Bit Set on this LSA LS age: 1700 Options: (No TOS-capability, No DC) LS Type: Router Links Link State ID: 110.1.1.1 Advertising Router: 110.1.1.1 LS Seq Number: 0x8000001f Checksum: 0xf9e7 Length: 36 Number of Links: 1 Link connected to: a Stub Network (Link ID) Network/subnet number: 110.1.0.0 (Link Data) Network Mask: 255.255.0.0 Number of TOS metrics: 0 TOS 0 Metrics: 1


23.55 show ip ospf database summary Syntax show ip ospf database summary [ip_addr1 ] {adv-router ip_addr2 |[self-originate ] } [area {nu mber1 |ip_addr3 } ] [process number2 ]

Function This command displays the network summary LSA list in the OSPF database for a specific router.

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Description

Value

ip_addr1

Portion of the network environment that is

-

described by the LSA. The value is associated with the link status type. l


l


ip_addr2


-

number1


0–4294967295

in decimal Specifies the area of the LSAs to be displayed,

ip_addr3

-

in dotted decimal IP address notation OSPF process ID

number2

1–65535

Mode Any mode


Examples The following example shows how to display the network summary LSA list in the OSPF database for the router 110.1.1.1: ZXAN#show ip ospf database summary OSPF Router with ID (110.1.1.1) (Process ID 1) Summary Net Link States (Area 0.0.0.0) LS age: 129 Options: (No TOS-capability, No DC) LS Type: Summary Links(Network) Link State ID: 112.1.1.0 (Summary Network Number) Advertising Router: 110.1.1.1 LS Seq Number: 0x80000001 Checksum: 0xd99f Length: 28 Network Mask: /24 TOS: 0

Metric: 2

23-61 SJ-20130118100307-010|2013-02-28 (R1.0)




23.56 show ip ospf interface Syntax show ip ospf interface [interface1 ] [process number1 ]

Function This command displays the OSPF interface information.


Description

Value

interface1

Interface name

-

number1

OSPF process ID

1–65535

Mode Any mode


Examples The following example shows how to display the OSPF interface information of the interface VLAN 2: ZXAN#show ip ospf interface vlan 2 process 1


vlan2 is down Internet Address 10.10.1.1 255.255.255.0 disable Up for 00:00:00 In the area 0.0.0.0 Cost 10, Priority 10, Network Type point-to-point Transmit Delay(sec) 10, Authentication Type message-digest Timer intervals(sec) : Hello 20, Dead 80, Retransmit 10 Number of Neighbors 0, Number of Adjacent neighbors 0




23.57 show ip ospf neighbor Syntax show ip ospf neighbor [interface interface1 ] [neighbor-id ip_addr1 ] [process number1 ]

Function This command displays the OSPF neighbor information.


Description

Value

interface1

Interface name

-

ip_addr1

Neighbor ID

-

number1

OSPF process ID

1–65535

Mode Any mode


Examples The following example shows how to display the OSPF neighbor information: ZXAN#show ip ospf neighbor OSPF Router with ID (10.10.10.10) (Process ID 200) Neighbor 134.1.1.201 In the area 0.0.0.0 via interface vlan134 134.1.1.201 Neighbor is DROTHER State FULL, priority 0, Cost 1 Queue count : Retransmit 0, DD 0, LS Req 0 Dead time : 00:00:38 Options : 0x42 In Full State for 00:03:52


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23.58 show ip ospf nsf Syntax show ip ospf nsf

Function This command displays the OSPF NSF information.

Parameter None

Mode Any mode

Usage Guidelines The result of using this command on the restarting device is the NSF execution details of the restarting device. The result of using this command on the helper is the NSF execution details of the helper.

Examples The following is sample output on the restarting device or the helper when NSF is not implemented: ZXAN#show ip ospf nsf


OSPF instance is in normal state

The following is sample output on the restarting device when NSF is implemented: ZXAN#show ip ospf nsf OSPF Router with ID (134.1.1.200) (Process ID 200) OSPF instance is graceful restarting Restart reason is switch to redundant control processor Grace period 240

Start time 00:00:00 Time to leave 223 s Helper 134.1.1.201 In the area 0.0.0.0

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Chapter 23 OSPF Protocol Commands via interface vlan134 134.1.1.201 Neighbor is DR State 2WAY

The following is sample output from this command on the helper when NSF is implemented: ZXAN#show ip ospf nsf OSPF Router with ID (134.1.1.201) (Process ID 200) This router is a helper of graceful restart Restarting router ID 134.1.1.200 In the area 0.0.0.0 via interface vlan134 134.1.1.200 Neighbor is BDR State EXCH Max grace period 240 Start time 00:23:42 Time to leave 219 s


23.59 show ip ospf request-list Syntax show ip ospf request-list {ip_addr1 |[interface1 [ip_addr2 ] ] } [process number1 ]

Function This command displays a list of all LSAs requested by the specified router.


Description

Value

ip_addr1

Displays the list of all LSAs requested by the

-

router from this neighbor interface1


-

router on this interface ip_addr2


-

router on this interface, from this neighbor number1

OSPF process ID

1–65535

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Mode Any mode


Examples The following example shows how to display a list of all LSAs requested by the router 200.1.1.11: ZXAN#show ip ospf request-list OSPF Router with ID (200.1.1.11) (Process ID 1) Neighbor 200.1.1.12, interface vlan2 address 144.1.1.12 Type

LS ID

1

200.1.1.12

ADV RTR 200.1.1.12

Seq NO 0x8000020D

Age 8

Checksum 0x6572


23.60 show ip ospf retransmission-list Syntax show ip ospf retransmission-list {ip_addr1 |[interface1 [ip_addr2 ] ] } [process number1 ]

Function This command displays a list of all LSAs to be retransmitted by the specified router.


Description

Value

ip_addr1

Displays the list of all LSAs waiting to be

-

resent for this neighbor interface1


-

resent on this interface ip_addr2


-

resent on this interface, from this neighbor. number1

OSPF process ID

1–65535

Mode Any mode 23-66 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display a list of all LSAs to be retransmitted by the router 192.168.2.1: ZXAN#show ip ospf retransmission-list OSPF Router with ID (192.168.2.1) (Process ID 1)


23.61 summary-address Syntax summary-address ip_addr1 ip_addr2 no summary-address ip_addr1 ip_addr2

Function This command creates aggregate addresses for OSPF and summarizes routes from other routing protocols that are being redistributed into OSPF.


Description

Value

ip_addr1

IP address

-

ip_addr2

IP subnet mask used for the summary route

-


Usage Guidelines Multiple groups of addresses can be summarized for a given level. Routes learned from other routing protocols can also be summarized. The metric used to advertise the summary is the smallest metric of all the more specific routes. This command helps reduce the size of the routing table. By default, this command is disabled. To cancel the setting, use the no form of this command.

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Examples This following example shows how to aggregate the static routes 10.1.1.0/24, 10.1.2.0/24, and 10.1.3.0/24 into one route and redistribute it into OSPF: ZXAN(config)#router ospf 1 ZXAN(config-router)#summary-address 10.1.0.0 255.255.0.0


23.62 timers lsa-group-pacing Syntax timers lsa-group-pacing number1 no timers lsa-group-pacing

Function This command sets the interval at which OSPF LSAs are collected into a group and refreshed, checksummed, or aged.


Description

Value

Interval at which LSAs are grouped and

1–2

refreshed, checksummed, or aged; unit: second


Usage Guidelines To restore the default 1 second, use the no form of this command.

Examples The following example shows how to set the OSPF pacing between LSA groups to 2 seconds: ZXAN(config)#router ospf 1 ZXAN(config-router)#timers lsa-group-pacing 2




23.63 timers spf Syntax timers spf number1 no timers spf

Function This command configures the minimum time interval between two consecutive SPF computations.


Description

Value

number1

Minimum time interval between consecutive

1–65535

SPF computations; unit: second


Usage Guidelines To restore the setting to the default 1 second, use the no form of this command.

Examples The following example show how to configure the minimum time interval between two continuous SPF computations to 2 seconds: ZXAN(config)#router ospf 1 ZXAN(config-router)#timers spf 2


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23-70 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 24

BGP Protocol Commands Table of Contents address-family ipv4 multicast....................................................................................24-3 address-family ipv6 ..................................................................................................24-3 aggregate-address ...................................................................................................24-4 bgp always-compare-med ........................................................................................24-6 bgp as ......................................................................................................................24-7 bgp client-to-client reflection .....................................................................................24-8 bgp cluster-id ...........................................................................................................24-8 bgp confederation identifier ......................................................................................24-9 bgp confederation peers.........................................................................................24-10 bgp dampening ...................................................................................................... 24-11 bgp default ipv4-unicast..........................................................................................24-12 bgp default local-preference ...................................................................................24-13 bgp default route-target filter...................................................................................24-14 bgp fast-external-fallover ........................................................................................24-15 bgp graceful-restart ................................................................................................24-16 bgp graceful-restart restart-time .............................................................................24-17 bgp graceful-restart stalepath-time .........................................................................24-18 bgp router-id...........................................................................................................24-19 bgp update-delay ...................................................................................................24-19 clear ip bgp ............................................................................................................24-20 clear ip bgp dampening ..........................................................................................24-21 clear ip bgp flap-statistics .......................................................................................24-22 debug ip bgp ..........................................................................................................24-23 debug ip bgp all......................................................................................................24-24 debug ip bgp dampening ........................................................................................24-24 debug ip bgp events ...............................................................................................24-25 debug ip bgp in.......................................................................................................24-26 debug ip bgp keepalives.........................................................................................24-27 debug ip bgp out ....................................................................................................24-27 debug ip bgp updates.............................................................................................24-28 default-information originate ...................................................................................24-29 default-metric .........................................................................................................24-30 disable ip bgp .........................................................................................................24-31 distance bgp...........................................................................................................24-31 enable ip bgp .........................................................................................................24-32 ip as-path access-list..............................................................................................24-33 ip community-list ....................................................................................................24-34 24-1 SJ-20130118100307-010|2013-02-28 (R1.0)



ip prefix-list.............................................................................................................24-36 maximum-paths......................................................................................................24-37 neighbor activate....................................................................................................24-38 neighbor advertisement-interval .............................................................................24-39 neighbor allowas-in ................................................................................................24-40 neighbor default-originate.......................................................................................24-41 neighbor description ...............................................................................................24-42 neighbor ebgp-multihop..........................................................................................24-43 neighbor maximum-prefix .......................................................................................24-44 neighbor next-hop-self............................................................................................24-45 neighbor originate-interval ......................................................................................24-46 neighbor passive ....................................................................................................24-47 neighbor password .................................................................................................24-48 neighbor peer-group...............................................................................................24-49 neighbor prefix-list ..................................................................................................24-50 neighbor remote-as ................................................................................................24-51 neighbor remove-private-as....................................................................................24-52 neighbor route-map ................................................................................................24-53 neighbor route-reflector-client.................................................................................24-54 neighbor send-community ......................................................................................24-55 neighbor send-med ................................................................................................24-56 neighbor shut-down................................................................................................24-57 neighbor soft-reconfiguration ..................................................................................24-58 neighbor timers ......................................................................................................24-59 neighbor update-source..........................................................................................24-60 network ..................................................................................................................24-61 redistribute .............................................................................................................24-62 reset ip bgp ............................................................................................................24-63 router bgp...............................................................................................................24-64 show bgp all neighbor ............................................................................................24-64 show bgp all summary............................................................................................24-66 show bgp ipv4 multicast .........................................................................................24-67 show bgp ipv4 multicast neighbor...........................................................................24-68 show bgp ipv4 multicast neighbor in .......................................................................24-70 show bgp ipv4 multicast neighbor out .....................................................................24-71 show ip as-path-access-list ....................................................................................24-73 show ip bgp dampened-paths.................................................................................24-73 show ip bgp flap-statistics.......................................................................................24-74 show ip bgp neighbor .............................................................................................24-75 show ip bgp peer-group..........................................................................................24-77 show ip bgp protocol ..............................................................................................24-77 show ip bgp route ...................................................................................................24-79 show ip bgp summary ............................................................................................24-80 show ip community-list ...........................................................................................24-81 show ip prefix-list....................................................................................................24-82 24-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 24 BGP Protocol Commands

synchronization ......................................................................................................24-83 timers bgp ..............................................................................................................24-84

24.1 address-family ipv4 multicast Syntax address-family ipv4 multicast

Function This command enters IPv4 multicast address family configuration mode.

Parameters None

Mode Routing BGP mode: ZXAN(config-router)#

Usage Guidelines Border Gateway Protocol (BGP) extension supports multiple address modes. To configure an address mode, enter its corresponding address configuration mode.

Examples The following example shows how to enter ipv4 multicast address family configuration mode: ZXAN(config)#router bgp 1 ZXAN(config-router)#address-family ipv4 multicast ZXAN(config-router-af)#


24.2 address-family ipv6 Syntax address-family ipv6

Function This command enters IPv6 address family configuration mode. 24-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines BGP extension supports multiple address modes. To configure an address mode, enter its corresponding address configuration mode.

Examples The following example shows how to enter IPv6 address family configuration mode. ZXR10(config)#router bgp 1 ZXR10(config-router)#address-family ipv6 ZXR10(config-router-af)#


24.3 aggregate-address Syntax aggregate-address ip_addr1 ip_addr2 {subnet ip_addr3 ip_addr4 |[{[count number1 ] [as-set ] [summary-only ] [strict ] } ] } no aggregate-address ip_addr1 ip_addr2 [subnet ip_addr3 ip_addr4 ]

Function This command creates an aggregation strategy in the BGP routing selection table.


Description

Value

Aggregation network to be

-

generated. ip_addr2

Mask of the aggregation

-

network to be generated. ip_addr3

IP address of the aggregation

-

subnet, in dotted decimal format. 24-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

ip_addr4

IP address mask of the

-

aggregation subnet, in dotted decimal format. number1

Number of aggregation subnets

0-255

that the aggregation operation requires the routes to be aggregated to satisfy.


Usage Guidelines This command configures an aggregation strategy and its sub-strategies, and the strategy setting relates to Count. If an aggregation strategy is configured with the summary-only attribute, after the aggregation route is generated, advertisement of all subnet routes in the aggregation network are prohibited. To invalidate the setting, use the no aggregate-address command.

Examples This example shows how to configure an aggregation strategy so that aggregation route 10.0.0.0/8 is generated after subnet 10.0.0.0/8 appears in the routing table: ZXAN(config)#router bgp 1 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 count 0

This example shows how to configure an aggregation strategy so that aggregation route 10.0.0.0/8 is generated if two of the following three subnets of 10.0.0.0/8 appears in the routing table: 10.1.0.0/16, 10.2.0.0/16, and 10.3.0.0/16. In route matching, the fuzzy matching principle is used. Therefore, route 10.1.1.0/24 matches the 10.1.0.0/16 sub-strategy. ZXAN(config)#router bgp 1 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 count 2 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 subnet 10.1.0.0 255.255.0.0 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 subnet 10.2.0.0 255.255.0.0 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 subnet 10.3.0.0 255.255.0.0

In the following example, the configuration cannot generate an aggregation route. Subnets 10.1.1.0 and 10.1.2.0 are contained in subnet 10.1.0.0, making the configuration equivalent to configuring only subnet 10.1.0.0 255.255.0.0. 24-5 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#router bgp 1 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 count 2 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 subnet 10.1.0.0 255.255.0.0 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 subnet 10.1.1.0 255.255.255.0 ZXAN(config-router)#aggregate-address 10.0.0.0 255.0.0.0 subnet 10.1.2.0 255.255.255.0


24.4 bgp always-compare-med Syntax bgp always-compare-med no bgp always-compare-med

Function This command compares Multi-Exit Discriminators (MEDs) of neighbor paths in different autonomous systems (ASs).

Parameters None


Usage Guidelines In selecting an optimal path from multiple available paths, take MEDs into consideration. The path with lower priority instead of the one with higher priority should be selected first. By default, in selection of an optimal path, only the MEDs of the paths in the same AS can be compared. After configuration, the command allows comparing MEDs of paths from different ASs. To invalidate the command, use the no bgp always-compare-med command.

Examples The following example shows how to allow comparing MEDs of neighbor paths in different ASs: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp always-compare-med

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Related Commands 24.65 reset ip bgp

24.5 bgp as Syntax bgp as number1 number2 no bgp as number1

Function This command sets the Autonomous system (AS) path weight policy for routes.


Description

Value

number1

AS number.

1-65535

number2

Weight of the AS. The default

0-255

value is 128. The value 255 indicates that a route containing the AS is invalid.


Usage Guidelines In BGP routing decision, AS path length is a decision-making factor. This router uses AS weight sum for decision making. The route with a smaller weight sum has the priority. To invalidate the policy, use the no bgp as command.

Examples The following example shows how to set the weight of AS2 to 200: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp as 2 200


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24.6 bgp client-to-client reflection Syntax bgp client-to-client reflection no bgp client-to-client reflection

Function This command sets client-to-client reflection.

Parameters None


Usage Guidelines By default, client-to-client reflection is valid. It determines whether to reflect routes received by a client to another client. To restore the default setting, use the no bgp client-to-client reflection command.

Examples This following example shows how to configure not to reflect routes received by a client to another client: ZXAN(config)#router bgp 1 ZXAN(config-router)#no bgp client-to-client reflection

Related Commands 24.56 neighbor route-reflector-client

24.7 bgp cluster-id Syntax bgp cluster-id {number1 |ip_addr1 } no bgp cluster-id

Function This command sets the cluster ID of a route reflector. 24-8 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Cluster ID, in the form of an

1-4294967295

unsigned integer ip_addr1

Cluster ID, in the form of an IP

-

address


Usage Guidelines By default, ROUTER-ID is used as the cluster ID. If an AS has multiple route reflectors, to prevent route loopbacks, cluster IDs must be contained in the transmitted packets. To restore the default setting, use the no bgp cluster-id command.

Examples The following example shows how to set the cluster ID of a route reflector to 10.1.1.1: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp cluster-id 10.1.1.1

Related Commands 24.56 neighbor route-reflector-client

24.8 bgp confederation identifier Syntax bgp confederation identifier number1 no bgp confederation identifier

Function This command sets an ID for a confederation.


Description

Value

number1

Confederation ID

1-65535

24-9 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines By default, no ID is available for a confederation. For a large-scale Autonomous System (AS) (in which more than 100 IBGP peer sessions need to be set up), a confederation can be set up to divide the AS into several small-scale ASs. However, the confederation is still regarded as an AS externally. To restore the default setting, use the no bgp confederation identifier command.

Examples The following example shows how to set a confederation ID to 3: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp confederation identifier 3

Related Commands 24.9 bgp confederation peers

24.9 bgp confederation peers Syntax bgp confederation peers number1 no bgp confederation peers [number1 ]

Function This command sets the AS number for a confederation peer.


Description

Value

number1

AS number of the confederation

1-65535

peer. You can input multiple ASs and separate them with spaces.


24-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, a confederation does not have a peer. In a confederation, to configure an external neighbor as the external neighbor of a confederation, use this command to configure the AS number of the neighbor. In this command, you can enter 25 AS numbers at a time. 255 AS numbers can be configured at most. To restore the default setting, use the no bgp confederation peers command.

Examples The following example shows how to configure the neighbor with the AS number 65500 as the confederation peer: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp confederation peers 65500

Related Commands 24.8 bgp confederation identifier

24.10 bgp dampening Syntax bgp dampening {number1 number2 number3 number4 |[route-map name1 ] } no bgp dampening

Function This command enables the BGP route dampening or modifies BGP route dampening factors.


Description

Value

number1

Half-life of the route dampening

1-45

factor. Default: 15 s. number2

Reuse value of the route

1-20000

dampening factor. Default: 750. number3

Route suppression value of

1-20000

the route dampening factor. Default: 2000.

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Parameter

Description

Value

number4

Maximum suppression time of

1-255

the route dampening factor. Default: 60 s. After the route suppression time reaches the value, the penalty does not increase. name1

Route mapping name.

-


Usage Guidelines By default, route dampening is invalid. If no parameter is set while executing the command, BGP route dampening is enabled, and all the parameters use the default values. The four parameters, half-life, reuse, suppress, and max-suppress-time, are dependent on each other. If one of the parameters is specified, all the four parameters must be specified, and the value of suppression must be larger than the value of reuse. To invalidate the command, use the no form of this command.

Examples The following example shows how to enable BGP route dampening: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp dampening


24.11 bgp default ipv4-unicast Syntax bgp default ipv4-unicast no bgp default ipv4-unicast

Function This command controls BGP support of the IPv4 address capability.

24-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines By default, the IPv4 address capability is supported. BGP protocol extension supports negotiation of the address capability with the peer. For the application which does not want to process common IPv4 routes such as the MPLS-VPN application, disable the capability. A neighbor, during its creation, inherits existing BGP setting on the IPv4 address capability. After the neighbor is created, if you modify the BGP setting, the neighbor configuration is not affected. The IPv4 address capability is controlled by using the neighbor activate command. To disable the IPv4 address capability, use the no bgp default ipv4-unicast command.

Examples The following example shows how to configure BGP not to support the IPv4 address capability: ZXAN(config)#router bgp 1 ZXAN(config-router)#no bgp default ipv4-unicast


24.12 bgp default local-preference Syntax bgp default local-preference number1 no bgp default local-preference

Function This command sets a local-preference for routes that are advertised by BGP.

24-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Local preference. A larger value

0-4294967295

indicates a higher preference. Default: 100.


Usage Guidelines The peers for route advertisement include IBGP peers and the external peer of the confederation. This command sets a local-preference for routes so as to affect selection of routes (tie_break) of peers. If the advertised routes have been obtained by other peers and they have already had a local-preference value, the existing value cannot be overwritten. To restore the default setting, use the no bgp default local-preference command.

Examples The following example shows how to set local preference of routes that are advertised by BGP to 500. ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp default local-preference 500


24.13 bgp default route-target filter Syntax bgp default route-target filter no bgp default route-target filter

Function This command controls BGP filtering on the route target attribute.

Parameters None

24-14 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines By default, filtering on the route-target attribute is supported. BGP protocol extension supports the MPLS-VPN application. Usually, VPNv4 routes need to match the route-target attribute. However, for route reflectors and cross-domain EBGP applications, filtering on the route-target attribute needs to be disabled. To disable filtering on the route-target attribute, use the no bgp default route-target filter command.

Examples The following example shows how to configure BGP not to filter the route-target attributes. ZXAN(config)#router bgp 1 ZXAN(config-router)#no bgp default route-target filter


24.14 bgp fast-external-fallover Syntax bgp fast-external-fallover no bgp fast-external-fallover

Function If a connection to a peer fails, this command configures the BGP session to automatically re-establish the connection once the connection failure occurs.

Parameters None


24-15 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, a BGP session is automatically re-established after the connection fails. According to RFC1771, after a BGP connection enters the Idle state owing to an error, it needs a Start event before it enters the Connect state. If you let this to occur naturally, an oscillation may occur. To prevent oscillation, it is recommended that the re-connection attempt time be doubled each time. The router tries to re-establish the connection in the idle state. If the connection still fails to be re-established, the next re-connection time doubles. After configuration with the command, re-connection can be started without waiting for the doubling time but the doubled time is still recorded. If the command is invalid, the router tries re-connection within the recorded doubling time. To invalidate the attribute, use the no bgp fast-external-fallover command.

Examples The following example shows how to configure a BGP session not to automatically re-establish a connection the moment the connection fails: ZXAN(config)#router bgp 1 ZXAN(config-router)#no bgp fast-external-fallover


24.15 bgp graceful-restart Syntax bgp graceful-restart no bgp graceful-restart

Function This command activates the graceful restart capability for BGP instances.

Parameters None

Mode Routing BGP mode: ZXAN(config-router)# 24-16 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, BGP instances do not support the graceful restart capability. To make the attribute invalid, use the no bgp graceful-restart command.

Examples The following example shows how to activate the graceful restart capability for BGP instances: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp graceful-restart

Related Commands 24.16 bgp graceful-restart restart-time 24.17 bgp graceful-restart stalepath-time

24.16 bgp graceful-restart restart-time Syntax bgp graceful-restart restart-time number1 no bgp graceful-restart restart-time

Function This command sets the restart timer time for the graceful restart function.


Description

Value

number1

Time of the restart timer.

1-3600

Default: 120 s.


Usage Guidelines The default is 120 s. To restore the default value of the restart timer, use the no bgp graceful-restart restart-time command.

24-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the restart timer time for BGP to activate graceful restart to 200 s: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp graceful-restart restart-time 200

Related Commands 24.15 bgp graceful-restart 24.17 bgp graceful-restart stalepath-time

24.17 bgp graceful-restart stalepath-time Syntax bgp graceful-restart stalepath-time number1 no bgp graceful-restart stalepath-time

Function This command configures the stale time for activating the graceful restart capability for BGP instances.


Description

Value

number1

Time of the stale timer

1-3600


Usage Guidelines The default value is 360 s. The value usually needs not be configured. To restore the default value of the stale time, use the no bgp graceful-restart stalepath-time command.

Examples The following example shows how to configure the stalepath timer time for BGP to activate the graceful restart capability to 200 s: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp graceful-restart stalepath-time 200

24-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 24.15 bgp graceful-restart 24.16 bgp graceful-restart restart-time

24.18 bgp router-id Syntax bgp router-id ip_addr1 no bgp router-id

Function This command sets router-id.


Description

Value

ip_addr1

Router ID

-


Usage Guidelines By default, no router-id is configured. This command enables you to configure a BGP router-id manually. To cancel the function, use the no bgp router-id command.

Examples The following example shows how to set router-id to 1.2.1.3. ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp router-id 1.2.1.3


24.19 bgp update-delay Syntax bgp update-delay number1 24-19 SJ-20130118100307-010|2013-02-28 (R1.0)



no bgp update-delay

Function This command configures the update delay timer time of BGP.


Description

Value

number1

Time of the update delay timer.

1-3600

Unit: s.


Usage Guidelines To restore the default setting, use the no bgp update-delay command.

Examples The following example shows how to configure the update delay timer time of BGP to 300s: ZXAN(config)#router bgp 1 ZXAN(config-router)#bgp update-delay 300


24.20 clear ip bgp Syntax clear ip bgp ip_addr1 flap-statistics

Function This command clears routing flap statistics of a specified BGP neighbor.


Description

Value

ip_addr1

Neighbor IP address

-

flap-statistics

Routing flap statistics

-

24-20 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to clear routing flap statistics of BGP neighbor 1.1.1.1: ZXAN#clear ip bgp 1.1.1.1 flap-statistics


24.21 clear ip bgp dampening Syntax clear ip bgp dampening [ip_addr1 ip_addr2 ]

Function This command clears the BGP route dampening information and removes suppression on routes.


Description

Value

ip_addr1

IP address of the network for

-

which the BGP route dampening information is cleared ip_addr2

IP address mask of the network

-



Examples The following example shows how to clear the BGP route dampening information and remove suppression on routes: 24-21 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#clear ip bgp dampening


24.22 clear ip bgp flap-statistics Syntax clear ip bgp flap-statistics [ip_addr1 ip_addr2 ]

Function This command clears flap statistics of BGP1 routes.


Description

Value

ip_addr1

IP address of the neighbor

-

for which flap statistics are to be cleared, in dotted decimal format ip_addr2

IP address mask of the network

-


Usage Guidelines After the IP address of a neighbor is specified, the router clears flap statistics of the routes that are from the neighbor. If no parameter or keyword is specified, the router clears flap statistics of all routes.

Examples l

The following example shows how to clear flap statistics of routes from BGP neighbor 1.1.1.1. ZXAN#clear ip bgp 1.1.1.1 flap-statistics

l

The following example shows how to clear flap statistics of all BGP routes. ZXAN#clear ip bgp flap-statistics

l

The following example shows how to clear flap statistics of the specified BGP route 10.1.1.0. 24-22

SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 24 BGP Protocol Commands ZXAN#clear ip bgp flap-statistics 10.1.1.0 255.255.255.0


24.23 debug ip bgp Syntax debug ip bgp ip_addr1 updates no debug ip bgp ip_addr1 updates

Function This command traces and displays the updates packets that are received and sent by BGP, and displays how the routes in the packets are processed.


Description

Value

ip_addr1

IPv4 address of the BGP

-

neighbor. updates

Prints the BGP update packets

-

that are received and sent.


Usage Guidelines To stop packet tracing, use the no form of this command.

Examples The following example shows how to enable the debug function for tracing and displaying the updates packets that are received and sent by the BGP connection: ZXAN#debug ip bgp updates BGP updates debugging is on


24-23 SJ-20130118100307-010|2013-02-28 (R1.0)



24.24 debug ip bgp all Syntax debug ip bgp all no debug ip bgp all

Function This command enables all BGP debug functions.

Parameters None


Usage Guidelines To stop tracing, use the no debug ip bgp all command.

Examples The following example shows how to enable all BGP debug functions. ZXAN#debug ip bgp all All BGP debugging has been turned on


24.25 debug ip bgp dampening Syntax debug ip bgp dampening no debug ip bgp dampening

Function This command traces, displays, and processes information related to BGP route dampening.

24-24 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines To stop tracing, use the no debug ip bgp dampening command.

Examples The following example shows how to enable the debug function to trace and display BGP route dampening. ZXAN#debug ip bgp dampening BGP dampening debugging is on


24.26 debug ip bgp events Syntax debug ip bgp events no debug ip bgp events

Function This command displays transition of the state machine of the BGP connection. If an abnormal state machine transition occurred, the cause is displayed. (An abnormal state machine transition mainly refers to a BGP transition from a high state to a low state.)

Parameters None


Usage Guidelines To stop tracing, use the no debug ip bgp events command. 24-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the debug function for tracing and displaying the state machine transition of the BGP connection. ZXAN#debug ip bgp events BGP events debugging is on


24.27 debug ip bgp in Syntax debug ip bgp in no debug ip bgp in

Function This command enables the debug function for tracing and displaying the packets that are received by BGP.

Parameters None


Usage Guidelines To stop packet tracing, use the no debug ip bgp in command.

Examples The following example shows how to enable the debug function for tracing and displaying the packets that are received by BGP: ZXAN#debug ip bgp in BGP in debugging is on




24.28 debug ip bgp keepalives Syntax debug ip bgp keepalives no debug ip bgp keepalives

Function This command traces and displays the keepalives packets that are received and sent by BGP.

Parameters None


Usage Guidelines To stop packet tracing, use the no debug ip bgp keepalives command.

Examples The following example shows how to enable the debug function for tracing and displaying the keepalives packets that are received and sent by BGP: ZXAN#debug ip bgp keepalives BGP keepalives debugging is on


24.29 debug ip bgp out Syntax debug ip bgp out no debug ip bgp out

Function This command traces and displays the packets that are sent by BGP. 24-27 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines To stop packet tracing, use the no debug ip bgp out command.

Examples The following example shows how to enable the debug function for tracing and displaying the packets that are sent by BGP: ZXAN#debug ip bgp out BGP out debugging is on


24.30 debug ip bgp updates Syntax debug ip bgp updates no debug ip bgp updates

Function This command traces and displays the updates packets that are received and sent by BGP connection, and displays how the routes in the packets are processed.

Parameters None


Usage Guidelines To stop packet tracing, use the no debug ip bgp updates command. 24-28 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable the debug function for tracing and displaying the updates packets that are received and sent by the BGP connection: ZXAN#debug ip bgp updates BGP updates debugging is on


24.31 default-information originate Syntax default-information originate no default-information originate

Function This command enables re-assignment of the default route to BGP.

Parameters None

Mode Routing BGP mode: ZXAN(config-router)#, VPF-BGP configuration mode, IPv4 multicast-BGP address mode, and other modes

Usage Guidelines By default, the default route is not advertised. This command re-assigns the default route to the BGP route library so that the re-assigned route can be advertised to all BGP neighbors. This command is used together with the re-assignment command. To make the attribute invalid, use the no default-information originate command.

Examples The following example shows how to enable re-assignment of the default route to BGP: ZXAN(config)#router bgp 1 ZXAN(config-router)#default-information originate

24-29 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 24.64 redistribute

24.32 default-metric Syntax default-metric number1 no default-metric

Function This command sets Multi-Exit Discriminator (MED) metric for the BGP protocol. This command is used in re-assigning routes among multiple protocols. Then the current route selection protocol uses the system metric for all the re-assigned routes.


Description

Value

number1

Default metric of BGP routes

0-4294967295

Mode Routing BGP mode: ZXAN(config-router)# , VPN-BGP configuration mode, VPF-BGP configuration mode, and other modes

Usage Guidelines For BGP, the default MED metric value of the re-assigned routes is 0. To restore the default value, use the no default-metric command.

Examples The following example shows how to set the default MED metric value of re-assigned routes to 500. ZXAN(config)#router bgp 1 ZXAN(config-router)#default-metric 500


24-30 SJ-20130118100307-010|2013-02-28 (R1.0)



24.33 disable ip bgp Syntax disable ip bgp

Function This command stops a BGP session temporarily.

Parameters None


Usage Guidelines You can use the enable command to start the BGP session again.

Examples The following example shows how to stop a BGP session temporarily: ZXAN(config)#disable ip bgp

Related Commands 24.35 enable ip bgp 24.65 reset ip bgp

24.34 distance bgp Syntax distance bgp {external number1 |internal number2 } no distance bgp {external |internal }

Function This command changes the priorities for the routes that are advertised by external/internal neighbors.

24-31 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Priority of the routes that are

1-255

received from EBGP neighbors. Default: 20. number2

Priority of the routes that are

1-255

received from IBGP neighbors. Default: 200. external

-

-

internal

-

-

Mode Routing BGP mode: ZXAN(config-router)# , VPF-BGP configuration mode, IPv4 multicast-BGP address mode, and other modes

Usage Guidelines The priorities of the routes that are received by external/internal routes can all be changed. This is used to control IP in selecting the optimal route. If a confederation has been configured, the external neighbors of the peer of the confederation has the same priority as the internal neighbors. To cancel the configuration and restore the default value, use the no distance bgp command.

Examples The following example shows how to set the priority of the routes that are advertised by external neighbors to 100. ZXAN(config)#router bgp 1 ZXAN(config-router)#distance bgp external 100


24.35 enable ip bgp Syntax enable ip bgp

Function This command restores a BGP session. If the BGP session of a neighbor is not in the stopped state, this command does not take effect. 24-32 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None


Usage Guidelines To stop a BGP session, use the disable command.

Examples The following example shows how to restore a BGP session: ZXAN(config)#enable ip bgp


24.36 ip as-path access-list Syntax ip as-path access-list number1 {deny |permit } LINE1 no ip as-path access-list number1

Function This command defines an access list related to BGP.


Description

Value

number1

ID of a standard community list.

1-199

deny

Not allows access to matched

-

conditions. permit

Allows access to matched

-

conditions. LINE1

Regular expression, with a

-

length of 1-63 characters.

24-33 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines Access list filters are defined on the incoming or outgoing BGP routes. In addition, weights can be assigned to a group of filters. Each filter is an access list that is based on a regular expression. If a regular expression matches the description of a route AS, the route is expressed in an ASCII character string, that is, permit or deny conditions. An AS path does not include a local AS number. You can use the ip as-path access-list global configuration command to define a BGP access list, and you can use a neighbor route configuration command to apply for a special access list. To invalidate the access list, use the no ip as-path access-list command.

Examples The following example shows how to configure the BGP neighbor with the IP address 128.125.1.1 not to send advertisements from neighbor AS 123: ZXR10(config)#ip as-path access-list 1 deny ^123$ ZXR10(config)#route-map test permit 10 ZXR10(config-route-map)#match as-path 1 ZXR10(config-route-map)#exit ZXR10(config)#router bgp 1 ZXR10(config-router)#network 131.108.0.0 ZXR10(config-router)#neighbor 128.140.6.6 remote-as 123 ZXR10(config-router)#neighbor 128.125.1.1 remote-as 47 ZXR10(config-router)#neighbor 128.125.1.1 route-map test out

Related Commands 24.73 show ip as-path-access-list match as-path

24.37 ip community-list Syntax ip community-list {number1 {deny |permit } [{number2 |no-export |no-advertise |no-export-su bconfed |number:number1 } ] |number3 {deny |permit } LINE1 } no ip community-list {number1 |number3 } 24-34 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command creates a community list for BGP and controls access to the community list.


Description

Value

number1

ID of a standard community list.

1-99

deny


-

conditions. permit


-

conditions. number2

A single number or multiple

1-4294967295

numbers with certain intervals can be defined. no-export

Do not advertise the route to the

-

next AS. no-advertise

Do not advertise the route to

-

any peer (internal or external peer). no-export-subconfed

Do not advertise the route to

-

any external peer. number:number1

Community number in

-

<1-65535>:<0-65535>, that is, aa:nn format. number3

ID of an extended community

100-499

list. LINE1

Regular expression, with a

-

length of 1-63 characters.


Usage Guidelines Once a community number is allowed, the community list rejects other communities. To delete a community list, use the no ip community-list command.

Examples The following example shows how to allow routes excepts routes of communities 5 and 10 or communities 10 and 15: 24-35 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#ip community-list 1 deny 5 10 ZXAN(config)#ip community-list 1 deny 10 15 ZXAN(config)#ip community-list 1 permit

Related Commands 24.81 show ip community-list set community

24.38 ip prefix-list Syntax ip prefix-list name1 {[seq number1 ] {deny |permit } ip_addr1 number2 [ge number3 ] [le number4 ] |description LINE1 } no ip prefix-list name1 [{[seq number1 ] {deny |permit } ip_addr1 number2 [ge number3 ] [le number4 ] |description } ]

Function This command creates a prefix list for BGP and controls access to the prefix list.


Description

Value

name1

Identifies a prefix list, containing

-

1-16 characters. number1

Allows specifying the location in

0-4294967294

the prefix list. deny


-

conditions. permit


-

conditions. ip_addr1

32-digit prefix address for

-

matching. number2

Prefix mask for matching, in the

0-32

range of 0-32. number3

Range of the mask.

0-32

number4

Range of the mask.

0-32

24-36 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

description

Configures a description for the

-

prefix list. LINE1

Description of the prefix,

-

containing 1-80 characters.


Usage Guidelines By default, no prefix list is defined. To delete a prefix list, use the no ip prefix-list command.

Examples The following example shows how to configure prefix list test. In the example, the description of the prefix list is test, and the prefix list allows routes with the IP address 100.1.1.1 and mask 24 or the mask is larger than 25. ZXAN(config)#ip prefix-list test seq

0 permit 100.1.1.1 24 ge 25

ZXAN(config)#ip prefix-list test description test

Related Commands 24.52 neighbor prefix-list 24.82 show ip prefix-list

24.39 maximum-paths Syntax maximum-paths number1 no maximum-paths

Function This command sets the maximum number of routes that are supported in the case of balanced BGP load.

24-37 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Sets the maximum number of

1-8

routes that are supported in the case of balanced BGP load. Default: 1.


Usage Guidelines The command takes effect immediately but requires time-sharing processing. The process does not need user interference but it takes some time. To restore the default value, use the no maximum-paths command.

Examples The following example shows how to set the maximum number of routes that are supported in the case of balanced BGP load to 5: ZXAN(config)#router bgp 1 ZXAN(config-router)#maximum-paths 5


24.40 neighbor activate Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } activate no neighbor {ip_addr1 |ipv6_addr1 |name1 } activate

Function This command activate the address capability of a neighbor and a neighbor peer group.


Description

Value

ip_addr1

IPv4 address of a neighbor

-

ipv6_addr1


-

name1

Name of a neighbor group

-

24-38 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode Routing BGP mode: ZXAN(config-router)#, VPN-BGP configuration mode, VPF-BGP configuration mode, and other modes

Usage Guidelines By default, the address capabilities such as VPNv4 are deactivated. The IPv4 address capability is inherited from BGP entities during the creation of a neighbor or neighbor peer group. For a neighbor with an IPv6 address, only the IPv6 address capability can be activated. To invalidate the attribute, use the no neighbor command.

Examples l

The following example shows how to activate the address capability of BGP neighbor 1.1.1.1. ZXR10(config)#router bgp 1 ZXR10(config-router)#neighbor 1.1.1.1 activate

l

The following example shows how to activate the address capability of BGP neighbor 1.1.1.1. ZXR10(config-router)#no neighbor 1.1.1.1 activate


24.41 neighbor advertisement-interval Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } advertisement-interval number1 no neighbor {ip_addr1 |ipv6_addr1 |name1 } advertisement-interval

Function This command configures the minimum interval at which changes of routes that are not originated from the local AS are advertised to a neighbor or a neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

24-39 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name1


-

number1

Minimum interval at which the

1-600

changes of routes that are not originated from the local AS are advertised to a neighbor or a neighbor peer group. Unit: s.


Usage Guidelines The default value is 30 s.

Examples The following example shows how to configure the minimum interval at which changes of routes that are not originated from the local AS are advertised to BGP neighbor 1.1.1.1 to 20 s. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 advertisement-interval 20


24.42 neighbor allowas-in Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } allowas-in [number1 ] no neighbor {ip_addr1 |ipv6_addr1 |name1 } allowas-in

Function Usually, if a received Update packet contains the local AS number in the path attribute, the route is regarded as invalid. This command allows the path attribute to contain multiple local AS numbers while the route is still valid.

24-40 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

Number of local AS numbers

1-10

number1

that appears.


Usage Guidelines Usually, to prevent BGP route loopback, path attributes are used to record the ASs that a route traverses. If the path attribute contains the local AS number, it indicates that a loopback occurs on the route, and the route is invalid. When the network applications become more and more complicated, especially with the application of the HUB-SPOKE model of MPLS-VPN, a route may have to traverse multiple ASs before it can meet the customer requirement. By default, it is not allowed that path attribute contains the local AS number.

Examples The following example shows how to allow the path attribute of the Update packet that is received by BGP neighbor 1.1.1.1 to contain four local AS numbers and the route is still valid. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 allowas-in 4


24.43 neighbor default-originate Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } default-originate no neighbor {ip_addr1 |ipv6_addr1 |name1 } default-originate

24-41 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables BGP to send the default route to a neighbor or neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-


Usage Guidelines After this command is executed, no matter whether BGP has a local default route or not, BGP advertises the default route to the specified neighbor. By default, the function is invalid.

Examples The following example shows how to send the default route to BGP neighbor 1.1.1.1. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 default-originate


24.44 neighbor description Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } description LINE1 no neighbor {ip_addr1 |ipv6_addr1 |name1 } description

Function This command sets a description for a neighbor or neighbor peer group.

24-42 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

LINE1

A character string that describes

-

a neighbor, which contains 1-80 characters



Examples The following example shows how to set the description of BGP neighbor 1.1.1.1 to ZTE: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 description ZTE


24.45 neighbor ebgp-multihop Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } ebgp-multihop [ttl number1 ] no neighbor {ip_addr1 |ipv6_addr1 |name1 } ebgp-multihop

Function This command allows to set up External Border Gateway Protocol (EBGP) neighbors between two networks that are indirectly connected. This command is applicable only to EBGP.

24-43 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

IPv4 address of a neighbor.

-

ipv6_addr1


-

name1

Name of a neighbor group.

-

number1

TTL value. Default: 8.

1-255


Usage Guidelines By default, the function is invalid.

Examples The following example shows how to set the maximum number of hops of EBGP neighbor 1.1.1.1 to 200. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 ebgp-multihop ttl 200


24.46 neighbor maximum-prefix Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } maximum-prefix number1 no neighbor {ip_addr1 |ipv6_addr1 |name1 } maximum-prefix

Function This command sets the maximum number of routes that can be received from a neighbor.


Description

Value

ip_addr1


-

ipv6_addr1


-

24-44 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name1


-

number1

Maximum number of routes

1-4294967295

that can be received from a neighbor. Default: 4294967295.


Usage Guidelines In actual operation of a network, a faulty neighbor may input a large number of routes, which may use up the memory of the router. To prevent such failure, use this command to control the number of routes that are received from a neighbor. If the number of routes exceeds the limit, the neighbor is disconnected. The connection can be recovered only after manual interference.

Examples The following example shows how to set the maximum number of routes that can be received from a BGP neighbor 1.1.1.1 to 20000. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 maximum-prefix 20000


24.47 neighbor next-hop-self Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } next-hop-self no neighbor {ip_addr1 |ipv6_addr1 |name1 } next-hop-self

Function This command forces the local device as the next hop of the advertised route, usually in an Non-Broadcast Multiple Access (NBMA) network.

24-45 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-


Usage Guidelines By default, the attribute is invalid.

Examples The following example shows how to force the local device as the next hop of an advertised route while the route is advertised to BGP neighbor 1.1.1.1: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 next-hop-self


24.48 neighbor originate-interval Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } originate-interval number1 no neighbor {ip_addr1 |ipv6_addr1 |name1 } originate-interval

Function This command configures the minimum interval when the route changes originated from the local AS are advertised to a neighbor or a neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

24-46 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name1


-

number1

Minimum interval when the

1-600

route changes originated from the local AS are advertised to a neighbor or a neighbor peer group. Default: 15 s.



Examples The following example shows how to set the minimum interval when route changes originated from the local AS are advertised to BGP neighbor 1.1.1.1 to 5 s: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 originate-interval 5


24.49 neighbor passive Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } passive no neighbor {ip_addr1 |ipv6_addr1 |name1 } passive

Function This command configures a neighbor to set up a link in passive mode.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

24-47 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines To invalidate the function, use the no form of this command.

Examples The following example shows how to configure BGP neighbor 1::1 to set up a link in passive mode: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1::1 passive


24.50 neighbor password Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } password name2 no neighbor {ip_addr1 |ipv6_addr1 |name1 } password

Function This command configures an authentication password so that Message Digest 5 Algorithm (MD5) authentication is valid on the TCP connection between two BGP peers.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

name2

Password string, containing

-

3-80 characters.


24-48 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, the attribute is invalid.

Examples The following example shows how to set the authentication password for the BGP connection to BGP neighbor 1.1.1.1 to abc: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 password abc


24.51 neighbor peer-group Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } peer-group [name2 ] no neighbor {ip_addr1 |ipv6_addr1 |name1 } peer-group [name2 ]

Function This command creates a peer group or configures a neighbor into a peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

name2

Name of a neighbor group,

-

containing 1-16 characters.


Usage Guidelines Before using this command, first use the neighbor peer-group command to create a peer group. Then use the neighbor remote-as command to configure an AS number for the peer group. Finally use the neighbor peer-group command to add the neighbor into the peer group. 24-49 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to create peer group zte and configure BGP neighbor 1::1 into the peer group: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor zte peer-group ZXAN(config-router)#neighbor zte remote-as 100 ZXAN(config-router)#neighbor 1::1 peer-group zte

Related Commands 24.77 show ip bgp peer-group

24.52 neighbor prefix-list Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } prefix-list name2 name3 no neighbor {ip_addr1 |ipv6_addr1 |name1 } prefix-list name2 name3

Function This command configures an IP prefix list to filter routes that are advertised by a neighbor and a neighbor peer group or filter routes that are advertised to a neighbor and a neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

name2

Name of a prefix list, containing

-

1-16 characters. name3

Here in indicates that it is

-

applied to input routes, and out indicates that it is applied to output routes.


24-50 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The prefix list filtering policy is used together with the ip prefix-list command. By default, no filtering policy is configured.

Examples The following example shows how to set to send only the routes with the prefix 100.1.1.1/24 while advertising routes to BGP neighbor 1.1.1.1: ZXAN(config)#ip prefix-list test permit 100.1.1.1 24 ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 prefix-list test out


24.53 neighbor remote-as Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } remote-as number1 no neighbor {ip_addr1 |ipv6_addr1 |name1 } remote-as

Function This command configures a BGP neighbor or configure the AS number of a neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

number1

AS to which a neighbor belongs.

1-65535


Usage Guidelines By default, no BGP neighbor is configured. 24-51 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure BGP neighbor 1.1.1.1 which belongs to AS 8. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 remote-as 8


24.54 neighbor remove-private-as Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } remove-private-as no neighbor {ip_addr1 |ipv6_addr1 |name1 } remove-private-as

Function This command removes private ASs before advertising routes to a neighbor or neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-


Usage Guidelines Because the number of ASs is limited, private AS numbers are used to divide a large-scale AS into multiple areas that are connected by EBGP. When the areas are connected to the Internet, the private ASs are filtered. In this way, the interior of the ASs are transparent for the Internet. Private AS range: 64512-65535. Note: If a confederation is configured, the internal peers within the confederation are labeled with private as. If these peers are removed, route loopbacks may occur. Therefore for EBGP peers within a confederation, this command is invalid.

24-52 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to filter private ASs when advertising routes to BGP neighbor 1.1.1.1: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 remove-private-as


24.55 neighbor route-map Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } route-map name2 name3 no neighbor {ip_addr1 |ipv6_addr1 |name1 } route-map name2 name3

Function This command configures a filter for the routes that are advertised by a neighbor or a neighbor peer group or for the routes that are advertised to a neighbor or a neighbor peer group, or sets priorities for routes.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

name2

Name of a route mapping,

-

containing 1-16 characters. name3

Here in indicates that it is

-

applied to input routes, and out indicates that it is applied to output routes.


24-53 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The enhanced route filtering policy, when used together with the route-map setting command, can be used for complicated route selection. By default, no filtering policy is configured.

Examples The following example sets the origin of output routes to EGP when the routes are advertised to BGP neighbor 1.1.1.1: ZXAN(config)#route-map setorigin ZXAN(config-route-map)#set origin egp ZXAN(config-route-map)#exit ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 route-map setorigin out

Related Commands route-map

24.56 neighbor route-reflector-client Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } route-reflector-client no neighbor {ip_addr1 |ipv6_addr1 |name1 } route-reflector-client

Function This command sets a neighbor or neighbor peer group to the client peer of a route reflector.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-


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Usage Guidelines In some Internet Service Provider (ISP) networks, the internal Border Gateway Protocol (BGP) networks are very large. (Each router provides more than 100 BGP sessions.) To reduce the network complexity, a router reflector is introduced, that is, a centralized router acts as the focus of internal BGP sessions. Multiple BGP routers become peers of a route reflector, and multiple route reflectors become peers of each other. If all clients are invalid, the local reflector is not a route reflector. The route reflector is recommended only when each router has more than 100 BGP session. To set a neighbor not to be a client peer, use the no form of this command.

Examples The following example shows how to set BGP neighbor 1.1.1.1 as the client peer of a route reflector: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 router-reflector-client

Related Commands 24.6 bgp client-to-client reflection 24.7 bgp cluster-id

24.57 neighbor send-community Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } send-community no neighbor {ip_addr1 |ipv6_addr1 |name1 } send-community

Function This command configures to send community attributes when advertising routes to a neighbor or neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

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Usage Guidelines By default, community attributes are not sent.

Examples The following example shows how to configure to send community attributes when advertising routes to BGP neighbor 1.1.1.1: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 send-community


24.58 neighbor send-med Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } send-med no neighbor {ip_addr1 |ipv6_addr1 |name1 } send-med

Function This command configures to send MED attributes when advertising routes to a neighbor or neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

Mode Routing BGP mode: ZXAN(config-router)#, VPN-BGP configuration mode, VPF-BGP configuration mode, and so on

Usage Guidelines By default, MED attributes are not sent. 24-56 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure to send MED attributes when advertising routes to BGP neighbor 1.1.1.1: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 send-med


24.59 neighbor shut-down Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } shut-down no neighbor {ip_addr1 |ipv6_addr1 |name1 } shut-down

Function This command configures a neighbor or neighbor peer group so that it is in the disabled management state.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-


Usage Guidelines Many attribute configuration commands of the neighbor may cause inconsistent processing operations of routes and may cause reset of the neighbor. To reduce network oscillation, it is recommended that the neighbor be in the disabled management status before the configuration is completed. By default, the management status of the neighbor is enabled.

Examples The following example shows how to configure BGP neighbor 1.1.1.1 so that it is in the disabled management status: 24-57 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 shut-down


24.60 neighbor soft-reconfiguration Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } soft-reconfiguration no neighbor {ip_addr1 |ipv6_addr1 |name1 } soft-reconfiguration

Function This command configures a neighbor or neighbor peer group so that it supports soft reconfiguration.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-


Usage Guidelines After a local BGP policy is adjusted, some routes which were previously rejected may take effect. If you do not use this command, then a neighbor must be reset so that it can advertise routes again. If you use this command, the routes which were rejected previously may take effect again while the neighbor needs not be reset. The use of this command may result in high memory usage because the local router has to store a large number of rejected routes. Therefore, the command must be used with the guidance of network specialists. If a neighbor supports the route update capability, the command need not be configured, or the configuration through the command is invalid. By default, the attribute is invalid.

24-58 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure BGP neighbor 1.1.1.1 so that it supports soft reconfiguration: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 soft-reconfiguration


24.61 neighbor timers Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } timers number1 number2 no neighbor {ip_addr1 |ipv6_addr1 |name1 } timers

Function This command configures holdtime and keepalive timers of a neighbor or neighbor peer group.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

number1

Time of the keepalive timer.

0-65535

Unit: s. number2

Time of the holdtime timer.

0-65535

Range: 0 or 3-65535. Unit: s.


Usage Guidelines By default, BGP timers are inherited.

24-59 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure timers of BGP neighbor 1.1.1.1. In the example, the holdtime timer is set to 180 s, and the keepalive timer is set to 60 s. ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 timers 60 180


24.62 neighbor update-source Syntax neighbor {ip_addr1 |ipv6_addr1 |name1 } update-source interface1 no neighbor {ip_addr1 |ipv6_addr1 |name1 } update-source

Function This command makes it possible to set up a BGP session through any available TCP connection interface.


Description

Value

ip_addr1


-

ipv6_addr1


-

name1


-

interface1

Name of the interface which

-

acts as the source address of a TCP connection of a BGP session


Usage Guidelines By default, the setting is invalid, and the optimal local interface address is used.

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Examples The following example shows how to configure the loopback1 interface, through which a BGP connection with neighbor 1.1.1.1 is set up: ZXAN(config)#router bgp 1 ZXAN(config-router)#neighbor 1.1.1.1 update-source loopback1


24.63 network Syntax network ip_addr1 ip_addr2 [[route-map name1 ] ] no network ip_addr1 ip_addr2

Function This command specifies a network table for a BGP route selection process. The types of networks can be obtained from connected routes, dynamic route selection, and static route sources.


Description

Value

ip_addr1

Network address that is to be

-

advertised by BGP. ip_addr2

Network mask.

-

name1

Route mapping name.

-


Usage Guidelines By default, no network is specified. To delete a record, use the no network command.

Examples The following example shows how to advertise a local route 2.2.2.2/32 to neighbors: ZXAN(config)#router bgp 1

24-61 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config-router)#network 2.2.2.2 255.255.255.255


24.64 redistribute Syntax redistribute name1 [{[metric number1 ] [route-map name2 ] } ] no redistribute name1 [{[metric ] [route-map ] } ]

Function This command redistributes the routes that are obtained through another routing protocol into the BGP route selection table.


Description

Value

name1

Name of another protocol. The

-

options include connected, static, rip, ospf-int, ospf-ext, isis-1, isis-2, and isis-1-2. number1

Metric value of the redistributed

0-4294967295

routes. If this value is not specified, the default value is used. name2

Route mapping name.

-

metric

-

route-map

-


Usage Guidelines By default, routes are not redistributed. To cancel the redistribution, use the no redistribute command.

24-62 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to redistribute the routes that are obtained through the RIP protocol into the BGP route selection table: ZXAN(config)#router bgp 1 ZXAN(config-router)#redistribute rip


24.65 reset ip bgp Syntax reset ip bgp [{ip_addr1 |name1 } ]

Function This command soft resets a BGP session.


Description

Value

ip_addr1


-

name1

Name of an IPv6 neighbor

-


Usage Guidelines If the BGP session of a neighbor is not in the stopped state, this command enables the session. If the BGP session is in the active state, the command disables the session, and then enables the session.

Examples The following example shows how to soft reset the BGP session that is set up with neighbor 1.1.1.1: ZXAN(config)#reset ip bgp 1.1.1.1




24.66 router bgp Syntax router bgp number1 no router bgp [number1 ]

Function This command configures a BGP module on the router.


Description

Value

number1

Autonomous system (AS)

1-65535

number.


Usage Guidelines By default, the BGP module is not configured. To delete the BGP module, use the no router bgp command.

Examples The following example shows how to configure a BGP module with the AS number 1: ZXAN(config)#router bgp 1 ZXAN(config-router)#


24.67 show bgp all neighbor Syntax show bgp all neighbor [ip_addr1 ]

Function This command displays information about a BGP neighbor. 24-64 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-



Examples The following example shows how to display information about a BGP neighbor: ZXAN#show bgp all neighbor 1.1.1.1 BGP neighbor is 1.1.1.1, remote AS 8, external link BGP version 4, remote router ID 0.0.0.0 BGP state = Connect hold time is 0 seconds, keepalive interval is 0 seconds All received 0 messages 0 updates, 0 errs 0 opens, 0 errs 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 errs 0 notifications, 0 other errs After last established received 0 messages 0 updates, 0 errs 0 opens, 0 errs 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 errs 0 notifications, 0 other errs All sent 0 messages 0 updates, 0 opens, 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 notifications After last established sent 0 messages 0 updates, 0 opens, 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 notifications

For address family: IPv4 Unicast Community attribute sent to this neighbor Route map for outgoing advertisements is setorigin All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295

24-65 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Minimum time between advertisement runs is 30 seconds Minimum time between origin runs is 15 seconds

For address family: IPv4 Multicast no activate All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295

For address family: VPNv4 Unicast no activate All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295

Connections established 0 No tcp connection


24.68 show bgp all summary Syntax show bgp all summary

Function This command displays the statuses of all BGP neighbor connections.

Parameters None



Examples The following example shows how to display the statuses of BGP neighbor connections of all address families: ZXAN#show bgp all summary

24-66 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 24 BGP Protocol Commands Neighbor

Ver

As

MsgRcvd

MsgSend

Up/Down(s)

State

1.1.1.1

4

8

0

0

00:00:00

Connect

10.1.1.1

4

200

0

0

00:00:00

Connect

128.140.6.6

4

123

0

0

00:00:00

Connect

Table 24-1 BGP Summary Parameter Description Parameter

Description

Neighbor

Neighbor IP address.

Ver

Version of the BGP neighbor. Currently, version 4 is supported.

As

AS number of the neighbor

MsgRcvd

Total number of packets that are received by the neighbor. The number is cleared each time the neighbor enters the Established state.

MsgSend

Total number of packets that are sent by the neighbor. The number is cleared each time the neighbor enters the Established state.

Up/Down

Time during which the neighbor is in the Established state or the time elapsed since the neighbor moves from the Established state. If the neighbor has never entered the Established state, the time is always 0.

State

State of the BGP state machine of the neighbor


24.69 show bgp ipv4 multicast Syntax show bgp ipv4 multicast

Function This command displays an item in the route selection table of the BGP IPv4 multicast address family.

Parameters None


24-67 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines If no parameter is specified in the command, all valid BGP routes are displayed. If a network number is specified, the networks that match the network number in the BGP route selection table are displayed. If network number and network mask parameters are specified, all BGP routes that match the address/mask are displayed. To display details of all routes, use the show bgp ipv4 multicast detail command.

Examples The following example shows valid routes of the BGP IPv4 multicast address family: ZXAN#show bgp ipv4 multicast Status codes: *valid, gt;best, i-internal Origin codes: i-IGP, e-EGP, ?-incomplete

Network

Next Hop

Metric

LocPrf

Path

*gt;i

111.1.1.2/32

2.2.2.1

0

12345678

200 ?

*gt;i

111.1.1.3/32

2.2.2.1

0

12345678

200 ?

Table 24-2 BGP IPv4 Multicast Summary Parameter Description Parameter

Description

Network

Specific route

Next Hop

Next hop attribute in the Update packet

Metric

Multi-Exit Discriminator (MED) attribute in the Update packet

LocPrf

Local preference attribute that is specified by the input policy

Path

As-path sequence and the Origin attribute in the Update packet


24.70 show bgp ipv4 multicast neighbor Syntax show bgp ipv4 multicast neighbor [ip_addr1 ]

Function This command displays information about a BGP neighbor which is in the IPv4 multicast address family.

24-68 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-



Examples The following example shows how to display information about a BGP neighbor: ZXAN# show bgp ipv4 multicast neighbor 3.3.3.3 BGP neighbor is 3.3.3.3, remote AS 100, internal link BGP version 4, remote router ID 0.0.0.0 BGP state = Connect hold time is 0 seconds, keepalive interval is 0 seconds All received 0 messages 0 updates, 0 errs 0 opens, 0 errs 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 ipv6 refreshs, 0 errs 0 notifications, 0 other errs After last established received 0 messages 0 updates, 0 errs 0 opens, 0 errs 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 ipv6 refreshs, 0 errs 0 notifications, 0 other errs All sent 0 messages 0 updates, 0 opens, 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 ipv6 refreshs, 0 notifications After last established sent 0 messages 0 updates, 0 opens, 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 ipv6 refreshs, 0 notifications

For address family: IPv4 Unicast All received nlri 0, unnlri 0, 0 accepted prefixes

24-69 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295 Minimum time between advertisement runs is 30 seconds Minimum time between origin runs is 15 seconds

For address family: IPv4 Multicast All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295


For address family: IPv6 Unicast no activate All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295



24.71 show bgp ipv4 multicast neighbor in Syntax show bgp ipv4 multicast neighbor in ip_addr1

Function This command displays the information about the routes that are received by a BGP IPv4 multicast address family from a specified neighbor.


Description

Value

ip_addr1


-

24-70 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to display the information about the routes that are received from a neighbor: ZXR10#show bgp ipv4 multicast neighbor in 2.2.2.1 Routes Learned From This neighbor: status codes: *valid, >best,i-internal Origin codes: i-IGP, e-EGP, ?-incomplete

Dest

NextHop

Metric

LocPrf

RoutePrf

Path

*>i

111.1.1.2/32

2.2.2.1

0

12345678

200

100?

*>i

111.1.1.3/32

2.2.2.1

0

12345678

200

100?

Table 24-3 Summary Parameter Description for BGP IPv4 Multicast Neighbor In Parameter

Description

Dest

Specific route

Nexthop


Mertic

Multi-Exit Discriminator attribute in the Update packet

LocPref

Local priority attribute in the Update packet

RoutePref

Local management distance of the rout

Path



24.72 show bgp ipv4 multicast neighbor out Syntax show bgp ipv4 multicast neighbor out ip_addr1

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Function This command displays the information about the routes that are sent by a BGP IPv4 multicast address family to a specified neighbor.


Description

Value

ip_addr1


-



Examples The following example shows how to display the information about the routes that are sent to a neighbor: ZXR10#show bgp ipv4 multicast neighbor out 2.2.2.1 Routes Sent to This neighbor: Origin codes: i-IGP, e-EGP, ?-incomplete Dest

NextHop

Metric

LocPrf

Path

111.1.1.2/32

2.2.2.1

0

12345678

100?

111.1.1.3/32

2.2.2.1

0

12345678

100?

Table 24-4 Summary Parameter Description for BGP IPv4 Multicast Neighbor Out Parameter

Description

Dest

Specific route

Nexthop


Mertic


LocPref

Local priority attribute in the Update packet

Path

The original As-path attribute sequence of the route and the Origin attribute of the Update packet


24-72 SJ-20130118100307-010|2013-02-28 (R1.0)



24.73 show ip as-path-access-list Syntax show ip as-path-access-list [number1 ]

Function This command displays the contents of all or a specified regular expression access list.


Description

Value

number1

Number of the specified regular

1-199

expression access list

Mode All modes

Usage Guidelines If no parameter is specified in the command, the contents of all regular expression access lists are displayed. If the parameter is specified in the command, the contents of the regular expression access list with the specified number is displayed.

Examples The following example shows how to display the contents of regular expression access list 1: ZXAN#show ip as-path-access-list 1

Related Commands 24.36 ip as-path access-list

24.74 show ip bgp dampened-paths Syntax show ip bgp dampened-paths

Function This command displays the damped routes in BGP route dampening.

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Parameters None

Mode All modes

Usage Guidelines This command displays all damped routes.

Examples The following example shows how to display the damped routes in BGP route dampening: ZXAN#show ip bgp dampened-paths


24.75 show ip bgp flap-statistics Syntax show ip bgp flap-statistics [ip_addr1 ip_addr2 [longer-prefixes ] ]

Function This command displays the BGP dampening statistics.


Description

Value

IP address of the network for

-

which dampening information is to be displayed, in dotted decimal format ip_addr2

Network mask, in dotted decimal

-

format longer-prefixes

Keyword for fuzzy matching

-

Mode All modes

24-74 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines If no parameter or keyword is specified, the router displays all flap statistics. If only the first two parameters are specified, an exact match is conducted, and only the dampening routes in the network that are determined by the two parameters are displayed. If longer-prefix is specified, a fuzzy match is conducted based on the input mask, and all dampening routes in the network that are determined by the first two parameters are displayed.

Examples The following example shows how to display the BGP dampening statistics. ZXAN#show ip bgp flap-statistics


24.76 show ip bgp neighbor Syntax show ip bgp neighbor [ip_addr1 ]

Function This command displays information about a BGP neighbor.


Description

Value

ip_addr1

IP address of the neighbor. It is

-

in the dotted decimal format

Mode All modes


Examples The following example shows how to display information about a BGP neighbor: Description of the displayed information: ZXAN#show ip bgp neighbor 1.1.1.1

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ZXA10 C300/C320 Command Reference BGP neighbor is 1.1.1.1, remote AS 8, external link BGP version 4, remote router ID 0.0.0.0 BGP state = Connect hold time is 0 seconds, keepalive interval is 0 seconds All received 0 messages 0 updates, 0 errs 0 opens, 0 errs 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 errs 0 notifications, 0 other errs After last established received 0 messages 0 updates, 0 errs 0 opens, 0 errs 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 errs 0 notifications, 0 other errs All sent 0 messages 0 updates, 0 opens, 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 notifications After last established sent 0 messages 0 updates, 0 opens, 0 keepalives 0 vpnv4 refreshs, 0 ipv4 refreshs, 0 ipv4 multicast refreshs, 0 notifications

For address family: IPv4 Unicast Community attribute sent to this neighbor Route map for outgoing advertisements is setorigin All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295 Minimum time between advertisement runs is 30 seconds Minimum time between origin runs is 15 seconds

For address family: IPv4 Multicast no activate All received nlri 0, unnlri 0, 0 accepted prefixes All sent nlri 0, unnlri 0, 0 advertised prefixes maximum limit 4294967295



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24.77 show ip bgp peer-group Syntax show ip bgp peer-group [name1 ]

Function This command displays the information about a BGP neighbor peer group.


Description

Value

Peer group name, which

-

consists of 1-16 characters.

Mode All modes

Usage Guidelines If no peer group name is specified, the information about all peer groups are displayed.

Examples The following example shows how to display the information about a neighbor peer group: ZXR10#show ip bgp peer-group

Related Commands 24.51 neighbor peer-group 24.76 show ip bgp neighbor

24.78 show ip bgp protocol Syntax show ip bgp protocol

Function This command displays the configuration of a BGP module. 24-77 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None

Mode All modes


Examples The following example shows how to display the configuration of a BGP instance: ZXAN#show ip bgp protocol BGP router ID is 192.168.2.1, Local as is 1 Hold time is 90 seconds, KeepAlive time is 30 seconds Default local preference is 100 Default export metric is 0 IGP synchronization is enabled Default information advertise is disabled Always compare med is disabled Fast fallover is enabled Client-to-client reflection is enabled Ipv4 unicast is activated Router target is filtered Route dampening is disabled Distance : external 20 internal 200

Description of the displayed information: Router ID is selected when BGP is created and enabled. The Loopback address has the first priority in selection, and the minimal address has the second priority. The other information that is displayed relates to the corresponding configuration commands. Some information is only displayed in the default configuration.


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24.79 show ip bgp route Syntax show ip bgp route [network ip_addr1 [mask ip_addr2 ] ]

Function This command displays items in the BGP route selection table.


Description

Value

ip_addr1

Network address, in the dotted

-

decimal notation ip_addr2

Network mask, in the dotted

-

decimal notation

Mode All modes

Usage Guidelines If no parameter is specified in the command, all valid BGP routes are displayed. If a network number is specified, the networks that match the network number in the BGP route selection table are displayed. If network number and network mask parameters are specified, all BGP routes that match the address/mask are displayed. To display details of all routes, use the show ip bgp route detail command.

Examples The following example shows how to display valid BGP routes: ZXAN#show ip bgp route Routes of bgp: status codes: *valid, gt;best,i-internal Origin codes: i-IGP, e-EGP, ?-incomplete

Dest

NextHop

Metric

LocPrf

RtPrf

Path

*gt;i

111.1.1.2/32

2.2.2.1

0

12345678

150

200 ?

*gt;i

111.1.1.3/32

2.2.2.1

0

12345678

150

200 ?

Table 24-5 Summary Parameter Description for IP BGP Route Parameter

Description

Dest

Specific route 24-79

SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

NextHop


Metric


LocPrf

Local preference attribute that is specified by the input policy

RtPrf

Local management distance of the route

Path



24.80 show ip bgp summary Syntax show ip bgp summary

Function This command displays the statuses of all BGP neighbor connections.

Parameters None

Mode All modes


Examples The following example shows how to display the statuses of all BGP neighbor connections: ZXAN#show ip bgp summary Neighbor

Ver

As

MsgRcvd

MsgSend

Up/Down(s)

State/PfxRcd

1.1.1.1

4

8

0

0

00:00:00

Connect

10.1.1.1

4

200

0

0

00:00:00

Connect

128.140.6.6

4

123

0

00:00:00

Connect

0

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Table 24-6 Parameter Description for IP BGP Summary Parameter

Description

Neighbor

Neighbor IP address

Ver

Version of the BGP neighbor. Currently, version 4 is supported

As

AS number of the neighbor

MsgRcvd

Total number of packets that are received by the neighbor. The number is cleared each time the neighbor enters the Established state.

MsgSend

Total number of packets that are sent by the neighbor. The number is cleared each time the neighbor enters the Established state.

Up/Down

Time during which the neighbor is in the Established state or the time elapsed since the neighbor moves from the Established state. If the neighbor has never entered the Established state, the time is always 0.

State/PfxRcd

State of the BGP state machine of the neighbor


24.81 show ip community-list Syntax show ip community-list [number1 ]

Function This command displays the contents of all community lists or the specified community list.


Description

Value

number1

Number of the specified

1-99

community list

Mode All modes

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Usage Guidelines If no parameter is specified in the command, the contents of all community lists are displayed. If the parameter is specified in the command, the contents of the community list with the specified number are displayed.

Examples The following example shows how to display the contents of all community lists: ZXAN#show ip community-list Community standard list 1 deny 5 10 permit

Related Commands 24.37 ip community-list

24.82 show ip prefix-list Syntax show ip prefix-list [{detail |summary } ] [name1 ]

Function This command displays the contents of all prefix lists or the specified prefix list.

Parameters Parameter detail

Description

Value

Specifies to display detailed

-

information. summary

Specifies to display summary

-

information. name1

Specifies the name of a prefix

-

list, containing 1-32 characters.


24-82 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines If no prefix list name is specified in the command, the contents of all prefix lists are displayed. If the parameter is specified in the command, the contents of the community list with the specified name are displayed.

Examples The following example shows how to display the contents of all prefix lists: ZXAN#show ip prefix-list Prefix-list with the last deletion/insertion: test ip prefix-list ZXAN seq 5 deny seq 10 deny

2 entries

20.0.0.0/8 20.20.20.0/24

ip prefix-list test

1 entries

seq 5 permit 100.1.1.0/24

Related Commands 24.38 ip prefix-list

24.83 synchronization Syntax synchronization no synchronization

Function This command makes BGP and IGP to synchronize.

Parameters None


Usage Guidelines By default, BGP and IGP are synchronized. To enable BGP to advertise routes of a network without waiting for IGP, use the no synchr onization command.

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Examples The following example shows how not to synchronize BGP and IGP: ZXAN(config)#router bgp 1 ZXAN(config-router)#no synchronization


24.84 timers bgp Syntax timers bgp number1 number2 no timers bgp

Function This command adjusts the BGP network timer.


Description

Value

Time of the keep-alive timer.

0-65535

Unit: s. Default: 30 s. number2

Time of the holdtime timer.

0-65535

Range: 0 or 3-65535. Unit: s. Default: 90 s.


Usage Guidelines To restore the default value of the BGP timer, use the no timers bgp command.

Examples The following example shows how to set BGP network timers. In this example, the time of the holdtime timer is 180 s, and the time of the keepalive timer is 60 s. ZXAN(config)#router bgp 1 ZXAN(config-router)#timers bgp 60 180

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24-86 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 25

System Log/Statistical Management Commands Table of Contents clear logging alarm ...................................................................................................25-1 clear logging command ............................................................................................25-2 clear logging snmp ...................................................................................................25-3 logging buffer ...........................................................................................................25-3 logging console ........................................................................................................25-4 logging level .............................................................................................................25-5 logging mode ...........................................................................................................25-6 logging on ................................................................................................................25-7 logging snmplog-save ..............................................................................................25-7 show cmdlogfile........................................................................................................25-8 show logging alarm ..................................................................................................25-9 show logging configure...........................................................................................25-10 show processor ...................................................................................................... 25-11 show snmplogfile....................................................................................................25-14 syslog facility ..........................................................................................................25-15 syslog severity........................................................................................................25-16 syslog-server host ..................................................................................................25-16 write alarmlog.........................................................................................................25-17 write cmdlog ...........................................................................................................25-18 write snmplog .........................................................................................................25-19

25.1 clear logging alarm Syntax clear logging alarm

Function This command clears the alarm log buffer.

Parameters None

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Examples The following example shows how to clear the alarm log buffer: ZXAN#clear logging alarm


25.2 clear logging command Syntax clear logging command

Function This command clears the command log buffer.

Parameters None



Examples The following example shows how to clear the command log buffer: ZXAN#clear logging command



Chapter 25 System Log/Statistical Management Commands

25.3 clear logging snmp Syntax clear logging snmp

Function This command clears the SNMP log buffer.

Parameters None



Examples The following example shows how to clear the SNMP log buffer: ZXAN#clear logging snmp


25.4 logging buffer Syntax logging buffer number1 no logging buffer

Function This command configures the alarm log buffer size.


Description

Value

number1

Alarm log buffer size

Range: 100–1000 (KB) Default: 200

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Usage Guidelines Run the logging on command before configuring this command. To clear the configured buffer size and restore the default value, use the no form of this command.

Examples The following example shows how to configure the alarm log buffer size as 100 K: ZXAN(config)#logging buffer 100


25.5 logging console Syntax logging console {[critical ] [major ] [minor ] [warnings ] [indeterminate ] [cleared ] [notifications ]} no logging console

Function This command sends alarm messages to a serial console or Telnet terminal.


Description

Value

critical

Alarm level: 0, CRITICAL

-

major

Alarm level: 1, MAJOR

-

minor

Alarm level: 2, MINOR

-

warnings

Alarm level: 3, WARNINGS

-

indeterminate

Alarm level: 4,

-

INDETERMINATE cleared

Alarm level: 5, CLEARED

-

notifications

Alarm level: 6, NOTIFICATIONS

-




Usage Guidelines The alarm level is notifications when the system is initialized and an alarm message is sent to the serial port. Run the logging on command before configuring this command. At a serial console or Telnet terminal, the alarm message output can be enabled / disabled by using the termin al monitor / no terminal monitor command. To clear the configuration, use the no form of this command.

Examples The following example shows how to send alarm messages at level 3 or below to a serial console: ZXAN(config)#logging console warnings


25.6 logging level Syntax logging level name1 no logging level

Function This command configures the alarm level of alarm messages recorded in a log file.


Description

Value

name1

Alarm level

-


Usage Guidelines Run the logging on command before configuring this command. To clear the configured alarm level, use the no form of this command.

25-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the alarm level of alarm messages recorded in a log file as level 3 or below: ZXAN(config)#logging level indeterminate


25.7 logging mode Syntax logging mode name1 no logging mode

Function This command configures the clearing mode when the alarm log buffer is full.


Description

Value

Clearing mode of

-

alarm log buffer: fullclear | fullcycle | fullend


Usage Guidelines Run the logging on command before configuring this command. To clear the configuration, use the no form of this command.

Examples The following example shows how to configure the clearing mode when the alarm log buffer is full. In this example, the clearing mode is set to 'fullclear', which means all the existing alarm messages are cleared. ZXAN(config)#logging mode FULLCLEAR




25.8 logging on Syntax logging on no logging on

Function This command enables system logging.

Parameters None


Usage Guidelines This command has effect on the following commands: logging mode, logging console, logging buffer, logging level, logging ftp, logging trap, and logging filesavetime. When the no form of this command runs, all these commands cannot be configured and do not function any more. To disable system logging, use the no form of this command.

Examples The following example shows how to enable system logging: ZXAN(config)#logging on


25.9 logging snmplog-save Syntax logging snmplog-save {enable |disable }

Function This command enables or disables the SNMP log saving function. 25-7 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

enable

Enables the SNMP log saving

-

function. disable

Disables the SNMP log saving

-

function.



Examples The following example shows how to disable the log saving function: ZXAN(config)#logging snmplog-save disable


25.10 show cmdlogfile Syntax show cmdlogfile [{{[username name1 ] [start-time date1 time1 ] [end-time date2 time2 ] [vtyno name2 ] [ipaddress ip_addr1 ] } |summary } ]

Function This command displays the configuration command records stored in the command log buffer.


Description

Value

name1

Login user name

Range: 1–16

date1

Start date of configuration

-

command time1

Start time of configuration

-

command

25-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

date2

End date of configuration

-

command time2

End time of configuration

-

command name2

Login VTY terminal number

Range: 1–4 characters

ip_addr1

Login host IP address, in dotted

-

decimal notation summary

Statistics

-


Usage Guidelines By default, all the command records stored in the command log buffer are displayed.

Examples The following example shows how to display the VTY1 command records of the user zte: ZXAN(config)#show cmdlogfile username zte vtyno vty1 vty1 zte 17:24:17 03/26/2006 UTC 100.1.1.49

/--- user log out ---/

vty1 zte 15:29:00 03/26/2006 UTC 100.1.1.49

ex

vty1 zte 15:28:17 03/26/2006 UTC 100.1.1.49

show interface loopback1

vty1 zte 15:27:52 03/26/2006 UTC 100.1.1.49

interface gei_0/1/1

vty1 zte 15:27:31 03/26/2006 UTC 100.1.1.49

ex

vty1 zte 15:15:44 03/26/2006 UTC 100.1.1.49

vlan 2

vty1 zte 14:58:02 03/26/2006 UTC 100.1.1.49

router pimdm

vty1 zte 14:57:39 03/26/2006 UTC 100.1.1.49

ex

vty1 zte 14:57:18 03/26/2006 UTC 100.1.1.49

router pimsm

vty1 zte 14:57:06 03/26/2006 UTC 100.1.1.49

conf t

vty1 zte 13:13:00 03/26/2006 UTC 100.1.1.49

en

vty1 zte 13:12:57 03/26/2006 UTC 100.1.1.49

/*** user log in ***/


25.11 show logging alarm Syntax show logging name1 [{summary || name2 LINE1 |{typeid name3 |start-date date1 end-date date2 |level name4 |alarm-code number1 } } ] 25-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays alarm information records stored in the alarm log buffer.


Description

Value

name1

Alarm message record

-

summary

Usage of the alarm log buffer

-

name2

include, used together with LINE

-

LINE1

Alarm log matching with LINE

-

name3

Alarm message type: envi-

-

ronment | equipment | protocol | service | system date1

Start date of the alarm log

-

(including this date) date2

End date of the alarm log

-

(including this date) name4

Level of alarm messages

-

number1

Alarm ID

Range: 1–65535



Examples The following example shows how to display the environment alarm message: ZXAN#show logging alarm typeid environment


25.12 show logging configure Syntax show logging configure

25-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays configuration information about the statistical alarm module.

Parameters None



Examples The following example shows how to display configuration information about the statistical alarm module: ZXAN(config)#show logging configure logging on logging buffer 200 logging mode fullcycle logging console notifications logging level notifications logging cmdlog-interval 10 logging snmplog-interval 10 logging save disable

Related Commands 25.8 logging on 25.4 logging buffer 25.7 logging mode 25.5 logging console

25.13 show processor Syntax show processor [rackno number1 ] [shelfno number2 ] [slotno number3 ]

Function This command displays the system resource statistics, such as the CPU and memory usage. 25-11 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rack number

Range: 1–3

number2

Shelf number

Range: 1–3

number3

Slot number

Range: 0–22


Usage Guidelines This command displays the resource statistics of a specified system, such as the CPU usage (including the CPU usage over a period of 5 seconds, 30 seconds, and 2 minutes, and the peak CPU utilization over a period of 2 minutes), amount of memory, memory usage, and buffer usage.

Examples The following example shows how to display the system resource statistics: ZXAN(config)#show processor

Rack

Shelf

Slot

CPU(5s)

CPU(1m)

CPU(5m)

PhyMem(MB)

Memory

-------------------------------------------------------------------------------

0

0

2

100%

100%

100%

16

38%

0

0

4

3%

3%

3%

128

29%

0

0

5

100%

100%

100%

16

37%

0

0

7

27%

26%

26%

256

78%

0

0

10

4%

4%

4%

128

29%

Output parameter description:

Parameter 25-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Description Value

Slot

Slot number 1~14

CPU(5s)

CPU usage over a period of 5 seconds -

CPU(1m)

CPU usage over a period of 1 minute -

CPU(5m)

CPU usage over a period of 5 minutes -

PhyMem(MB)

Amount of physical memory (MB) -

Memory

Memory usage -

25-13 SJ-20130118100307-010|2013-02-28 (R1.0)




25.14 show snmplogfile Syntax show snmplogfile [{{[start-time date1 time1 ] [end-time date2 time2 ] [ipaddress ip_addr1 ] } |summary } ]

Function This command displays the configuration command records stored in the SNMP log buffer.


Description

Value

date1

Start date of configuration

-

command time1

Start time of configuration

-

command date2

End date of configuration

-

command time2

End time of configuration

-

command ip_addr1

Login host IP address, in dotted

-

decimal notation summary

Statistics of the SNMP log buffer

-


Usage Guidelines By default, all the command records stored in the SNMP log buffer are displayed.

Examples The following example shows how to display all the SNMP command records: ZXAN(config)#show snmplogfile 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerFileName.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerUserPwd.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerUserName.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerIpAddress.0

25-14 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 25 System Log/Statistical Management Commands 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpClntOperType.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpManagedFileType.0


25.15 syslog facility Syntax syslog facility name1 no syslog facility

Function This command configures the global facility of the system log.


Description

Value

name1

Only works on the reported

Default: local0

alarm log.


Usage Guidelines The configured global syslog facility only works on the prihead structure and log type of the reported alarm log. According to the RFC3164 standard, this command covers all the facility values, including kern | user | mail | daemon | auth | syslog | lpr | news | UUCP | cron-9 | FTP | NTP | log-audit | log-alert | cron-15 | local0 | local 1 | local2 | loca3 | local4 | local5 | local6 | local7. local0 to local7 are recommended. To clear the configuration, use the no form of this command.

Examples The following example shows how to configure the global facility of the system log as local3: ZXAN(config)#syslog facility local3




25.16 syslog severity Syntax syslog severity number1 no syslog severity

Function This command configures the severity of the system log.


Description

Value

number1

Log severity

Range: 0–7 Default: 6 (INFORMATIONAL)


Usage Guidelines To clear the configuration, use the no form of this command.

Examples The following example shows how to configure the severity of the system log as 6 (INFORMATIONAL): ZXAN(config)#syslog severity 6


25.17 syslog-server host Syntax syslog-server host ip_addr1 [fport number1 ] [lport number2 ] [{[alarmlog level name1 ] [cmdlog ] [debugmsg ] } ] [snmplog name2 ] no syslog-server host ip_addr1 [{[alarmlog level name1 ] [cmdlog ] [debugmsg ] } ] [snmplog ]

Function This command configures the address and port ID of the destination syslog server where alarm messages are sent. 25-16 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

IP address, in dotted decimal

-

notation number1

number2

alarmlog

Port ID listened by the syslog

Range: 0–65535

server

Default: 514

Port ID used to send syslog

Range: 0–65535

messages locally

Default: 514

Alarm log sent to the syslog

-

server name1

Alarm severity

-

cmdlog

Command log sent to the syslog

-

server debugmsg

Debug message sent to the

-

syslog server snmplog

SNMP log sent to the syslog

-

server name2

SNMP operation type

GET, SET, and ALL


Usage Guidelines To clear the configuration, use the no form of this command.

Examples The following example shows how to configure the address of the destination syslog server where the alarm messages are sent. In this example, the address is configured as 10.40.56.19. ZXAN(config)#syslog server 10.40.56.19


25.18 write alarmlog Syntax write alarmlog 25-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command saves the alarm log as a file from the alarm buffer to the flash in the directory of flash:data/log.dat.

Parameters None


Usage Guidelines This command writes the alarm messages with the following alarm level into a file: 1: MAJOR; 2: MINOR; 3: 6:NOTIFICATIONS

WARNINGS; 4:

INDETERMINATE; 5:

CLEARED;

Examples The following example shows how to save the alarm log in the alarm buffer as a file: ZXAN#write alarmlog Building logging file... .. [ok]


25.19 write cmdlog Syntax write cmdlog

Function This command saves the command log as a file from the command buffer to the flash in the directory of flash:data/cmdlog.dat.

Parameters None





Examples The following example shows how to save the command log in the command buffer as a file: ZXAN#write cmdlog Building cmdlog file... .. [ok]


25.20 write snmplog Syntax write snmplog

Function This command saves the SNMP log as a file from the SNMP buffer to the flash in the directory of flash:data/snmplog.dat.

Parameters None



Examples The following example shows how to save the SNMP log in the SNMP buffer as a file: ZXAN#write snmplog Building snmplog file... .. [ok]

25-19 SJ-20130118100307-010|2013-02-28 (R1.0)




25-20 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 26

TACACS+ Commands Table of Contents aaa accounting.........................................................................................................26-1 aaa authentication login............................................................................................26-3 aaa authorization......................................................................................................26-4 aaa group-server tacacs+.........................................................................................26-5 server.......................................................................................................................26-6 show aaa configure ..................................................................................................26-8 show tacacs+ configure............................................................................................26-9 tacacs disable ........................................................................................................26-10 tacacs enable .........................................................................................................26-10 tacacs-client ........................................................................................................... 26-11 tacacs-server host ..................................................................................................26-12 tacacs-server key ...................................................................................................26-14 tacacs-server packet ..............................................................................................26-15 tacacs-server timeout .............................................................................................26-15

26.1 aaa accounting Syntax aaa accounting commands number1 default {stop-only group {name1 } |none } no aaa accounting commands number1 default

Function This command configures the AAA accounting parameters.


Description

Value

commands

Accounting CLI commands

-

number1

User privilege level

0–15

default

Uses the default accounting

-

method list stop-only

Accounts when the event

-

terminates

26-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

group

TACACS+ server group

-

name1

TACACS+ accounting group

1–31 characters

name Not accounts

none

-


Usage Guidelines You can use only the TACACS+ accounting function rather than the authentication and authorization functions. To use TACACS+ accounting function, in configuration mode, first enable the TACACS function , and then: 1. Use the tacacs-server host command to configure the TACACS server. 2. Use the aaa group-server tacacs+ command to create a TACACS server group. 3. Use the server command to add the configured TACACS server to the created server group. 4. Configure the accounting command.

Examples The following example shows how to write the CLI operation records of the user with the privilege level 3 into the TACACS server whose IP address is 1.2.3.4 and the server group name is zte: ZXAN(config)#tacacs enable ZXAN(config)#tacacs-server host 1.2.3.4 ZXAN(config)#aaa group-server tacacs+ zte ZXAN(config-sg)#server

1.2.3.4

ZXAN(config-sg)#exit ZXAN(config)# aaa accouting commands 3 default stop-only group zte

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.11 tacacs-server host 26.4 aaa group-server tacacs+ 26.5 server

26-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 26 TACACS+ Commands

26.2 aaa authentication login Syntax aaa authentication login default {[group name1 ] [local ] } no aaa authentication login default

Function This command configures the AAA authentication method.


Description

Value

default

Default authentication method

-

group

TACACS server group

-

name1

TACACS+ server group name

1–31 characters

local


-


Usage Guidelines This command is required for TACACS+ authentication but not for RADIUS authentication.

Examples The following example shows how to use the TACACS+ server group zte to perform AAA authentication and authorization: ZXAN(config)#login-authentication-type tacacs+ ZXAN(config)#login-authorization-type tacacs+ ZXAN(config)#tacacs enable ZXAN(config)#tacacs-server host 1.2.3.4 ZXAN(config)#aaa group-server tacacs+ zte ZXAN(config-sg)#server 1.2.3.4 ZXAN(config-sg)#exit ZXAN(config)#aaa authentication login default group zte ZXAN(config)#aaa authorization exec default group zte

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.10 tacacs-client 26-3 SJ-20130118100307-010|2013-02-28 (R1.0)



26.11 tacacs-server host 26.12 tacacs-server key 26.13 tacacs-server packet 26.14 tacacs-server timeout 26.3 aaa authorization 26.4 aaa group-server tacacs+ 26.5 server

26.3 aaa authorization Syntax aaa authorization exec default {[group name1 ] [local ] [if-authenticated ] } no aaa authorization exec default

Function This command configures the AAA authorization method.


Description

Value

exec

Specifies whether the user is

-

allowed to enter shell mode default

Uses the default authorization

-

method group

TACACS server group

-

name1

TACACS+ server group name

1–31 characters

local


-

if-authenticated

Authenticates the default

-

authorization successfully


Usage Guidelines This command is required for TACACS+ authentication but not for RADIUS authentication.

26-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to use TACACS+ server group named abc for AAA authentication: ZXAN(config)#login-authentication-type tacacs+ ZXAN(config)#login-authorization-type tacacs+ ZXAN(config)#tacacs enable ZXAN(config)#tacacs-server host 1.2.3.4 ZXAN(config)#aaa group-server tacacs+ abc ZXAN(config-sg)#server 1.2.3.4 ZXAN(config-sg)#exit ZXAN(config)#aaa authentication login default group abc

The following example shows how to use TACACS+ server group named abc for AAA authorization: ZXAN(config)#aaa authorization exec default group abc

The following example shows how to configure that authorization succeeds if authenticated, which enables users to log in to the NE after successful authentication but the user privilege level is 0: . ZXAN(config)#aaa authorization exec default if-authenticated

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.10 tacacs-client 26.11 tacacs-server host 26.12 tacacs-server key 26.13 tacacs-server packet 26.14 tacacs-server timeout 26.2 aaa authentication login 26.4 aaa group-server tacacs+ 26.5 server

26.4 aaa group-server tacacs+ Syntax aaa group-server tacacs+ name1 26-5 SJ-20130118100307-010|2013-02-28 (R1.0)



no aaa group-server tacacs+ name1

Function This command creates a TACACS+ server group.


Description

Value

name1

TACACS server group name

1–31 characters


Usage Guidelines A maximum of 256 TACACS+ server groups can be created. After the server group is created, the system enters AAA-tacacs server group mode, under which a TACACS+ server can be added to the group. The TACACS+ servers to be added must be created through the tacacs-server host command in configuration mode.

Examples The following example shows how to create a TACACS+ server group named aabb and adds the server 1.2.3.4 to the group: ZXAN(config)#tacacs-server host 2.3.4.5 ZXAN(config)#aaa group-server tacacs+ aabb ZXAN(config-sg)#server 2.3.4.5

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.11 tacacs-server host 26.5 server 26.7 show tacacs+ configure

26.5 server Syntax server ip_addr1 [port number1 ] no server ip_addr1 [port number1 ] 26-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures a TACACS+ server.


Description

Value

ip_addr1

IP address of the TACACS+

-

server number1

TACACS+ server port number

1025–65535

Mode AAA-tacacs server group mode

Usage Guidelines Before using this command, ensure that a TACACS+ server group has been created.

Examples The following example shows how to add a server with the IP address as 1.2.3.4 to the TACACS+ group named zte: ZXAN(config)#tacacs enable ZXAN(config)#tacacs-server host 1.2.3.4 ZXAN(config)#aaa group-server tacacs+ zte ZXAN(config-sg)#server 1.2.3.4

If the server added in configuration mode uses a non-default port 2009, for example, ZXAN(config)#tacacs-server host 5.5.5.1 port 2009

then, to add the server in server group mode, the port number must be specified; otherwise, the server fails to be added, for example: ZXAN(config-sg)#server 5.5.5.1 %Code 604: Specified tacacs+ server cannot be configured. ZXAN(config-sg)#server 5.5.5.1

port 2009

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.11 tacacs-server host 26.14 tacacs-server timeout 26.7 show tacacs+ configure 26-7 SJ-20130118100307-010|2013-02-28 (R1.0)



26.6 show aaa configure Syntax show aaa configure

Function This command displays the AAA configuration information.

Parameters None


Usage Guidelines The displayed information includes the configured AAA authentication, authorization, and accounting configuration.

Examples The following example shows how to display the current AAA configuration: ZXAN(config)#show aaa configure aaa authentication login default group zte aaa authorization exec default group zte aaa accounting commands 15 default stop-only group zte

The command result indicates that CLI operation records of the user with privilege level 15 will be written to servers in the TACACS server group zte. If the user login authentication and authorization mode are set to TACACS+ through the following commands, ZXAN(config)#login-authentication-type tacacs+ ZXAN(config)#login-authorization-type tacacs+

the user will be authenticated by servers in the TACACS+ server group zte and authorized by these servers after passing the authentication.

Related Commands 6.9 login-authentication-type 6.10 login-authorization-type 26.2 aaa authentication login 26-8 SJ-20130118100307-010|2013-02-28 (R1.0)



26.3 aaa authorization 26.1 aaa accounting

26.7 show tacacs+ configure Syntax show tacacs+ configure

Function This command displays the TACACS+ configuration information.

Parameters None


Usage Guidelines The displayed information is about the NE’s TACACS+ configuration, including whether the TACACS+ function is enabled, server timeout parameter, TACACS+ server parameters, TACACS+ server group parameters.

Examples The following example shows how to display the current TACACS+ configuration: ZXAN(config)#show tacacs+ configure tacacs enable tacacs-server timeout 5 tacacs-server packet 1024 tacacs-server host 1.2.3.4

aaa group-server tacacs+ zte server 1.2.3.4

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.14 tacacs-server timeout 26.13 tacacs-server packet 26.11 tacacs-server host 26-9 SJ-20130118100307-010|2013-02-28 (R1.0)



26.4 aaa group-server tacacs+

26.8 tacacs disable Syntax tacacs disable

Function This command disables the TACACS+ function.

Parameters None


Usage Guidelines After the TACACS+ function is disabled, the TACACS+ authentication, authorization, and accounting functions are all disabled.

Examples The following example shows how to disable the TACACS+ function: ZXAN(config)#tacacs disable

Related Commands 26.9 tacacs enable 26.7 show tacacs+ configure

26.9 tacacs enable Syntax tacacs enable

Function This command enables the TACACS+ function.





Usage Guidelines The TACACS+ authentication, authorization, and accounting functions can be used only after the TACSCS+ function is enabled.

Examples The following example shows how to enable the TACACS+ function: ZXAN(config)#tacacs enable

Related Commands 26.8 tacacs disable 26.4 aaa group-server tacacs+ 26.2 aaa authentication login 26.3 aaa authorization 26.11 tacacs-server host 26.12 tacacs-server key 26.13 tacacs-server packet 26.14 tacacs-server timeout 26.7 show tacacs+ configure

26.10 tacacs-client Syntax tacacs-client ip_addr1 [port number1 ] no tacacs-client

Function This command configures the IP address and port number of the TACACS+ client, which will be used as the source IP address and port number for TCP communication with the TACACS+ server. The IP address must be configured as that of the NE’s L3 interface. The port number must not be used by other TCP applications of the NE.

26-11 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-

client number1

Port number of the TACACS+

1025–65535

client


Usage Guidelines Only one TACACS+ client can be configured. During TCP communications, the port number is randomly selected from the available port numbers. There is no default port number.

Examples The following example shows how to configure the TACACS+ client. In this example, the client IP address is 168.1.1.1 and the port number is 1025. ZXAN(config)#tacacs-client 168.1.1.1 port 1025

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.11 tacacs-server host 26.7 show tacacs+ configure

26.11 tacacs-server host Syntax tacacs-server host ip_addr1 [{[port number1 ] [timeout number2 ] [key name1 ] } ] no tacacs-server host ip_addr1 [port number1 ]

Function This command configures the IP address, port number, key for communication with the TACACS+ server, and timeout value of a TACACS+ host server.

26-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1


-

host server number1

Port number

1025–65535

number2

TACACS+ server timeout

1–1000

interval, in seconds name1

TACACS+ key

1–63 characters


Usage Guidelines 1. An NE can be configured with a maximum of 256 TACACS+ servers. The key, server timeout value, and port number are optional. The key and timeout value, if not configured, use the values configured by global commands such as tacacs-server key and tacacs-server timeout. By default, the port number is 49. 2. If the global key is set to abc through the command ZXAN(config)#tacacs-server ke y abc but the server 1.2.3.4 sets the key to wwwabc through the command tacacsserver host, the NE uses the key wwwabc to communicate with the server 1.2.3.4. Other servers use the global key if no key is configured, or use their own keys. For example, if the server 2.3.4.5 is configured with the key pppabc through the command ZXAN(config)#tacacs-server host 2.3.4.5 key pppabc, the key pppabc will be used to communicate with the server 2.3.4.5. 3. The configuration principles of the timeout value and port number are the same as that of the key.

Examples The following example shows how to set a TACACS+ server with the IP address 168.1.10.1. The key, port number, and timeout value use the defaults. ZXAN(config)#tacacs-server host 168.1.10.1

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.12 tacacs-server key 26.14 tacacs-server timeout 26.7 show tacacs+ configure 26-13 SJ-20130118100307-010|2013-02-28 (R1.0)



26.12 tacacs-server key Syntax tacacs-server key name1 no tacacs-server key

Function This command configures the global TACACS+ server key.


Description

Value

name1

TACACS+ key

1–31 characters


Usage Guidelines The configured key must the same as the key used on the TACACS+ server. Otherwise, the user fails to be authenticated or authorized during login. If the global key is set to abc but the server 1.2.3.4 is configured with the key wwwabc through the tacacs-server host command, the NE uses the key wwwabc to communicate with the server 1.2.3.4. Other servers use the global key if no key is configured, or use their own keys. For example, if the server 2.3.4.5 is configured with the key pppabc through the command ZXAN(config)#tacacs-server host 2.3.4.5 key pppabc, the key pppabc will be used to communicate with the server 2.3.4.5.

Examples The following example shows how to configure the TACACS+ key to test: ZXAN(config)#tacacs-server key test

Related Commands 26.9 tacacs enable 26.8 tacacs disable 26.11 tacacs-server host 26.4 aaa group-server tacacs+ 26.5 server 26.7 show tacacs+ configure 26-14 SJ-20130118100307-010|2013-02-28 (R1.0)



26.13 tacacs-server packet Syntax tacacs-server packet number1 no tacacs-server packet

Function This command sets the maximum size of a TACACS+ packet.


Description

Value

number1

Maximum TACACS+ packet

1024–4096 bytes

size


Usage Guidelines By default, the maximum TACACS+ packet size is 1024 bytes.

Examples The following example shows how to set the maximum TACACS+ packet size to 2000 bytes: ZXAN(config)#tacacs-server packet 2000


26.14 tacacs-server timeout Syntax tacacs-server timeout number1 no tacacs-server timeout

26-15 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command sets the interval for which the NE waits for the TACACS+ server to reply.


Description

Value

number1

TACACS+ server timeout

1–1000

interval, in seconds; default: 5 seconds


Usage Guidelines After an NE sends authentication or authorization request packets to the server, if the server does not respond the message in the specified period, the next server in the server group will be used. If only one server is available in the server group, the authentication or authorization fails. If the timeout value is not configured through this command, it uses the global value. For details, refer to the tacacs-server key command.

Examples The following example shows how to set the TACACS+ server timeout interval to 100 seconds: ZXAN(config)#tacacs-server

timeout 100


26-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 27

RADIUS Commands Table of Contents algorithm ..................................................................................................................27-1 authentication local...................................................................................................27-2 deadtime ..................................................................................................................27-3 max-retries ...............................................................................................................27-4 radius authentication-group ......................................................................................27-5 server.......................................................................................................................27-6 timeout .....................................................................................................................27-7

27.1 algorithm Syntax algorithm {first |round-robin }

Function This command sets the algorithm for selecting the RADIUS server.


Description

Value

first

Indicates that the current valid

-

server is selected as the new user authentication server round-robin

Indicates that the next valid

-

server is selected as the new user authentication server

Mode bras-authgroup mode

Usage Guidelines By default, the current valid server is selected as the new user authentication server.

27-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the algorithm for selecting servers in RADIUS group 1 to round-robin: ZXAN(config)#radius authentication-group 1 ZXAN(config-authgrp-1)# algorithm round-robin

Related Commands 27.5 radius authentication-group max-retries timeout deadtime 26.5 server

27.2 authentication local Syntax authentication local name1 no authentication local

Function This command determines whether to automatically perform local authentication when the RADIUS server is unreachable.


Description

Value

name1

l

-

Enable: enables local authentication when the RADIUS server is unreachable

l

Disable: disables local authentication when the RADIUS server is unreachable


Usage Guidelines By default, local authentication is enabled when the RADIUS server is unreachable. 27-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 27 RADIUS Commands

Examples The following example shows how to enable local authentication when the RADIUS server is unreachable: ZXAN(config)#authentication local enable

The following example shows how to disable local authentication when the RADIUS server is unreachable: ZXAN(config)#authentication local disable

Related Commands 27.5 radius authentication-group

27.3 deadtime Syntax deadtime number1 no deadtime

Function This command sets the dead time for the RADIUS server.


Description

Value

number1

Duration after which the

0–65534

RADIUS server is regarded as invalid if the system does not receive the response to the authentication request. The unit is minute and the default is 5.


Usage Guidelines If the retransmission attempts of an authentication message due to no response from the authentication server reaches a specified number, the OLT considers that the authentication server is invalid for a period defined by this command. 27-3 SJ-20130118100307-010|2013-02-28 (R1.0)



After the period expires, if necessary, the OLT attempts to use the authentication server again.

Examples The following example shows how to set the dead time of RADIUS group 1 to 10 minutes: ZXAN(config)#radius authentication-group 1 ZXAN(config-authgrp-1)#deadtime 10

Related Commands 27.5 radius authentication-group max-retries timeout algorithm 26.5 server

27.4 max-retries Syntax max-retries number1 no max-retries

Function This command sets the maximum number of authentication message retransmission attempts after the RADIUS server times out.


Description

Value

number1

Maximum number of

1–255

authentication message retransmission attempts; default: 3


Usage Guidelines If an authentication message does not receive a response from the authentication server, the OLT retransmits it till the maximum number specified by this command is reached. 27-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the maximum number of retransmission attempts to 5 for RADIUS group 1: ZXAN(config)# radius authentication-group 1 ZXAN(config-authgrp-1)# max-retries 5

Related Commands 27.5 radius authentication-group algorithm timeout deadtime 26.5 server

27.5 radius authentication-group Syntax radius authentication-group number1 no radius authentication-group number1

Function This command creates a RADIUS authentication group.


Description

Value

number1


1–10

number


Usage Guidelines An NE can be configured with a maximum of ten RADIUS groups.

Examples The following example shows how to create RADIUS group 2: ZXAN(config)#radius authentication-group 2

27-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 6.9 login-authentication-type 27.2 authentication local

27.6 server Syntax server number1 ip_addr1 key name1 [port number2 ] no server number3

Function This command configures a RADIUS server with the parameters such as IP address, port number, and key for message exchange with the OLT.


Description

Value

number1

RADIUS server number

1–4

ip_addr1

RADIUS server IP address

-

name1

Shared key between the

1–32 characters

RADIUS server and the C300 number2

RADIUS server port number;

1025–65535


RADIUS server number

1–4


Usage Guidelines A maximum of four RADIUS server can be configured under each RADIUS authentication group mode.

Examples The following example shows how to configure server 1 in RADIUS group 1. In this example, the server IP address is 10.61.225.14, the key is zte, and the port is default: ZXAN(config)#radius authentication-group 1 ZXAN(config-authgrp-1)#server 1 10.61.225.14 key zte

27-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 27.5 radius authentication-group max-retries timeout deadtime algorithm

27.7 timeout Syntax timeout number1 no timeout

Function This command sets the timeout retry parameters of a RADIUS authentication server.


Description

Value

number1

Specifies the time after

1–255

which the system sends the authentication information again if no normal response is received. The unit is second and the default is 3.


Usage Guidelines If no response is received after the timeout time is reached, the OLT retransmits the authentication message to the RADIUS server.

Examples The following example shows how to set the timeout interval of the RADIUS group 1 to 10 seconds: ZXAN(config)#radius authentication-group 1 ZXAN(config-authgrp-1)#timeout 10

27-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 27.5 radius authentication-group max-retries algorithm deadtime 26.5 server

27-8 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 28

SNMP Commands Table of Contents show snmp...............................................................................................................28-1 show snmp config ....................................................................................................28-2 show snmp engine-id ...............................................................................................28-3 show snmp group .....................................................................................................28-4 show snmp user .......................................................................................................28-5 show snmplogfile......................................................................................................28-6 show system-group ..................................................................................................28-7 snmp-server access-list............................................................................................28-8 snmp-server community ...........................................................................................28-9 snmp-server contact...............................................................................................28-10 snmp-server context...............................................................................................28-10 snmp-server enable................................................................................................ 28-11 snmp-server engine-id............................................................................................28-12 snmp-server group .................................................................................................28-13 snmp-server host ...................................................................................................28-14 snmp-server location ..............................................................................................28-16 snmp-server packetsize..........................................................................................28-17 snmp-server trap-source ........................................................................................28-17 snmp-server user ...................................................................................................28-18 snmp-server view ...................................................................................................28-19

28.1 show snmp Syntax show snmp

Function This command displays the statistical information about SNMP packets.

Parameters None

Mode Any mode 28-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display the statistical information about SNMP packets: ZXAN(config)#show snmp Contact : +86-021-68895000 Location: No.889 BiBo Rd. PuDong District, ShangHai, China 257

SNMP packets input

0

Bad SNMP version errors

18

Unknown community name

0

Illegal operation for community name supplied

579

Number of requested variables

0

Number of altered variables

142

Get-request PDUs

97

Get-next PDUs

0

Set-request PDUs

239

SNMP packets output

0

Too big errors (Maximum packet size 3000)

0

No such name errors

0

Bad values errors

0

General errors

239

Response PDUs

0

SNMP trap PDUs

ZXAN(config)#


28.2 show snmp config Syntax show snmp config

Function This command displays all the SNMP configurations.



Chapter 28 SNMP Commands

Mode Any mode


Examples The following example shows how to display all the SNMP configurations: ZXAN(config)#show snmp config snmp-server location No.889 BiBo Rd. PuDong District, ShangHai, China snmp-server contact +86-021-68895000 snmp-server packetSize 3000 snmp-server engine-id 830900020300010289d64401 snmp-server access-list 1 snmp-server community myCommunity view myview rw snmp-server community myy view myv rw snmp-server community public view allview rw snmp-server view allview internet included snmp-server view DefaultView system included snmp-server enable inform SNMP snmp-server enable inform VPN snmp-server enable inform BGP snmp-server enable inform OSPF snmp-server enable inform RMON snmp-server enable inform STALARM snmp-server enable trap SNMP snmp-server enable trap VPN ZXAN(config)#

Related Commands 28.4 show snmp group 28.5 show snmp user 28.3 show snmp engine-id 28.1 show snmp

28.3 show snmp engine-id Syntax show snmp engine-id 28-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays the identification of the local SNMP engine. As the core of an SNMP entity, an SNMP engine implements the functions such as authenticates SNMP message transmission and reception, extracts PDU packaging messages, and communicates with SNMP applications.

Parameters None

Mode Any mode


Examples The following example shows how to display the local SNMP engine ID: ZXAN#show snmp engine-id the engine-id:830900020300010289d64401

Related Commands 28.13 snmp-server engine-id

28.4 show snmp group Syntax show snmp group

Function This command displays the local SNMP groups.

Parameters None

Mode Any mode

28-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display the local SNMP groups: ZXAN#show snmp group groupName :test sec_Model :v3 sec_Level :AUTH readView

:test

writeView :test notifyView:tesr rowStatus :ACTIVE contextName :test contextMatch :match-exact

groupName :group1 sec_Model :v3 sec_Level :PRIV readView

:view1

writeView :view1 notifyView:view1 rowStatus :ACTIVE

Related Commands 28.14 snmp-server group

28.5 show snmp user Syntax show snmp user

Function This command displays the local SNMP user.

Parameters None

Mode Any mode 28-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display the local SNMP user: ZXAN#show snmp user username

:test

engine-id

:123456678900000000000000

auth_type

:SHA

group_name :test(v3) encryptType:DES_CBC storageType:NONVOLATILE row_status :ACTIVE

Related Commands 28.19 snmp-server user

28.6 show snmplogfile Syntax show snmplogfile [{{[start-time date1 time1 ] [end-time date2 time2 ] [ipaddress ip_addr1 ] } |summary } ]

Function This command displays the historical configuration command records saved in the SNMP log buffer.


Description

Value

date1

Start date of the commands

-

time1

Start time of the commands

-

date2

End date of the commands

-

time2

End time of the commands

-

ip_addr1

IP address used for login, in

-

dotted decimal format summary

Statistics in the SNMP log buffer

-

28-6 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines By default, all the records in SNMP log buffer are displayed.

Examples The following example shows how to display the records of all SNMP operation commands: ZXAN(config)#show snmplogfile 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerFileName.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerUserPwd.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerUserName.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpServerIpAddress.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpClntOperType.0 02:37:31 01/01/2001 UTC 111.111.111.211 get zxAnFtpManagedFileType.0


28.7 show system-group Syntax show system-group

Function This command displays the system information, including system name, operation period, and copyright information.

Parameters None

Mode Any mode


Examples The following example shows how to display the system information: ZXAN(config)#show system-group

28-7 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference System Description: ZXR10 ROS Version V4.6.02A ZXR10_5228 Software, Version V2.6.02A.21 Copyright (c) 2000-2008 by ZTE Corporation Compiled Jan 12 2009, 10:43:55 System ObjectId: .iso.org.dod.internet.private.enterprises.zte.3.100.18 System StartTime: 2009-2-11 21:17:37 Started before: 7 days, 19 hours, 52 minutes Contact with: +86-021-68895000 System name:

ZXAN

Location: No.889 BiBo Rd. PuDong District, ShangHai, China This system primarily offers a set of 78 services


28.8 snmp-server access-list Syntax snmp-server access-list name1 no snmp-server access-list

Function This command applies the configured ACL to control the host address which accesses the system over the SNMP.


Description

Value

name1

ACL list number or name

-



Examples The following example shows how to apply ACL list 1 to control the host address which accesses the system over the SNMP:

ZXAN(config)#snmp-server access-list 1

28-8 SJ-20130118100307-010|2013-02-28 (R1.0)



ZXAN(config)#

Related Commands 42.4 acl standard

28.9 snmp-server community Syntax snmp-server community name1 [view name2 ] [name3 ] no snmp-server community name1

Function This command sets the SNMP message community string.


Description

Value

name1

Community string name

1–32

Name of the view defined for the community

-

name2

string name3

ro: specifies read-only access to Management

-

Information Base (MIB). rw: specifies read-write access to MIB


Usage Guidelines Directly execute the command in global configuration mode. If the view name is not specified, the community uses the default view 1.3.6.1.2.1.1. If the access is not specified, the ro access is used. To delete the SNMP message community string, use the no form of this command.

Examples The following example shows how to set an SNMP community named myCommunity with the read-write access:

ZXAN(config)#snmp-server community myCommunity view myview rw

28-9 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#

Related Commands 28.20 snmp-server view

28.10 snmp-server contact Syntax snmp-server contact LINE1 no snmp-server contact

Function This command configures the contact information of the person in charge of the MIB object system.


Description

Value

LINE1

String that describes the contact

-

information



Examples The following example shows how to set the contact information of the person in charge of the system:

ZXAN(config)#snmp-server contact this is ZTE_,tel:(021)68895000


28.11 snmp-server context Syntax snmp-server context name1 28-10 SJ-20130118100307-010|2013-02-28 (R1.0)



no snmp-server context name1

Function This command defines the SNMP context name.


Description

Value

name1

Context name

-



Examples The following example shows how to define the SNMP context name to contextA: ZXAN(config)#snmp-server context contextA


28.12 snmp-server enable Syntax snmp-server enable name1 [name2 ] no snmp-server enable name1 [name2 ]

Function This command enables the agent to send a notification/trap and configures the notification/trap type.


Description

Value

name1

Alarm type, which can be

-

notification or trap name2

Notification type

-

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Usage Guidelines This command is used in global configuration mode. By default, all notifications/traps are reported. To cancel the setting, use the no form of this command.

Examples The following example shows how to enable the agent to send all notifications: ZXAN(config)#snmp-server enable inform

The following example shows how to enable the agent to send all traps: ZXAN(config)#snmp-server enable trap

Related Commands 28.15 snmp-server host

28.13 snmp-server engine-id Syntax snmp-server engine-id name1 no snmp-server engine-id

Function This command sets a local SNMP engine ID. As the core of an SNMP entity, an SNMP engine implements the functions such as authenticates SNMP message transmission and reception, extracts PDU packaging messages, and communicates with SNMP applications.


Description

Value

name1

Local SNMP engine ID

-


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Examples The following example shows how to set the local SNMP engine ID to 12345667890: ZXAN(config)#snmp-server engine-id 12345667890

Related Commands 28.3 show snmp engine-id

28.14 snmp-server group Syntax snmp-server group name1 v3 name2 [context name3 {match-prefix |match-exact } ] [read name4 ] [write name5 ] [notify name6 ] no snmp-server group name1 v3 name2 [context name3 {match-prefix |match-exact } ]

Function This command configures a new SNMP group, namely, maps SNMP users to SNMP views.


Description

Value

name1

Group name

-

v3

Indicates that SNMPv3 is used

-

name2

Specifies the authentication and encryption

-

mode of the SNMP group name3 match-prefix

Specifies the context of the SNMP group

-

Indicates that the context matching mode is

-

prefix matching match-exact

Indicates that the context matching mode is

-

exact matching name4

Name of the read view name

-

name5

Name of the write view

-

name6

Name of the notification view

-




Usage Guidelines If the read view is not specified, the system group (OID is 1.3.6.1.2.1.1) can be read. To delete an SNMP group, use the no form of this command.

Examples The following example shows how to set a SNMPv3 group named group1, with the security level as priv (meaning authentication and encryption), and the names of read, write, and notify views as view1: ZXAN(config)#snmp-server group group1 v3 priv read view1 write view1 notify view1

Related Commands 28.4 show snmp group 28.19 snmp-server user

28.15 snmp-server host Syntax snmp-server host ip_addr1 {name1 } version {1 |2c |3 name2 } name3 {enable |disable } name4 [isnmsserver ] server-index number1 [udp-port number2 ] [third-party-server ] no snmp-server host server-index number1

Function This command configures the server that receives SNMP traps. SNMP traps or informs can be reported and SNMP v2/v3 reporting is supported. The SNMP Trap server for receiving traps can be a standard or ZTE private server. This command must be used in combination with the snmp-server enable command.


Description

Value

ip_addr1

IP address of the trap server

-

name1

Specifies whether to send SNMP traps or informs

-

to the server version

Version

-

1

Indicates that SNMP v1 traps will be reported.

-

2c

Indicates that SNMP v2c traps will be reported.

-

3

Indicates that SNMP v3 traps will be reported.

-

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Parameter

Description

Value

name2

User authentication mode for SNMPv3 reporting

-

name3

l

-

For SNMPv3, specifies the user name to access the trap server.

l

For SNMPv2, specifies the community

enable

Enables the trap server

-

disable

Disables the trap server

-

Level filtering value of the traps reported by the

-

name4

trap server isnmsserver

Specifies whether the trap server is ZTE private

-

NMS number1

Trap server index

1-8

number2

Number of the UDP port to receive traps

0-65535

third-party-server

Specifies whether the trap server supports a third

-

party NMS


Usage Guidelines This command configures the server for receving SNMP traps or informs. The following describes the procedure for SNMPv2 and SNMPv3 traps: 1. Use the snmp-server enable to enable SNMP. 2. Use the snmp-server view command to create an SNMP view. For details, refer to related SNMP commands. 3. For SNMPv2 traps, use the snmp-server community3 command to create a community. 4. For SNMPv3 traps, use the snmp-server user and snmp-server group commands to create the SNMP v3 user name and group information respectively.

Examples The following example shows how to create an SNMP view: ZXAN(config)#snmp-server view allview org included

The following example shows how to set the destination IP address of the SNMPv2 trap server:

ZXAN(config)#snmp-server community public view allview rw ZXAN(config)#snmp-server host 168.1.1.1 trap version 2c public enable CRITICAL

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ZXA10 C300/C320 Command Reference isnmsserver server-index 1

The following example shows how to set the destination IP address of the SNMPv3 trap server:

ZXAN(config)#snmp-server user zte zte v3 ZXAN(config)#snmp-server group zte v3 noauth read allview write allview notify allview ZXAN(config)#snmp-server host 168.1.1.1 trap version 3 zte noauth enable CRITICAL isnmsserver server-index 2

Related Commands 28.12 snmp-server enable 28.19 snmp-server user 28.14 snmp-server group 28.9 snmp-server community

28.16 snmp-server location Syntax snmp-server location LINE1 no snmp-server location

Function This command sets the physical location of a node.


Description

Value

LINE1

Physical location of a node

-



Examples The following example shows how to set the physical location of a node: 28-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 28 SNMP Commands ZXAN(config)#snmp-server location this is 5200 in china


28.17 snmp-server packetsize Syntax snmp-server packetsize number1 no snmp-server packetsize

Function This command configures the maximum length of SNMP packets.


Description

Value

number1

SNMP packet size

484–8192



Examples The following example shows how to set the maximum SNMP packet length to 1400 bytes: ZXAN(config)#snmp-server packetsize 1400


28.18 snmp-server trap-source Syntax snmp-server trap-source ip_addr1 no snmp-server trap-source

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Function This command sets the source IP address for SNMP traps.


Description

Value

ip_addr1

Source IP address

-



Examples The following example shows how to set the source IP address of SNMP traps to 10.1.1.1: ZXAN(config)#snmp-server trap-source 10.1.1.1


28.19 snmp-server user Syntax snmp-server user name1 name2 v3 {encrypted auth name3 name4 [priv des56 name5 ] |[auth name6 name7 [priv des56 name8 ] ] } no snmp-server user name1

Function This command configures an SNMPv3 user.


Description

Value

name1

SNMP user name

-

name2

Name of the group to which the SNMP user

-

belongs v3

Specifies that SNMPv3 should be used

-

28-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

encrypted

Specifies that the password appears in encrypted

-

format auth

Specifies which authentication level should be

-

used name3

Specifies that the MD5 or SHA authentication is

-

used name4


-

des56

Specifies that the CBC-DES algorithm encryption

-

is used name5

Encryption password

-

name6

Specifies that the MD5 or SHA authentication is

-

used name7


-

name8

Encryption password

-


Usage Guidelines By default, the encrypted parameter is not present, meaning that the entered password is the original password. To delete the SNMPv3 user, use the no form of this command.

Examples The following example shows how to set an SNMP user named user1, with the MD5 authentication password as 12345678 and the CBC-DES encryption password as 12345678: ZXAN(config)#snmp-server user user1 group1 v3 auth md5 12345678 priv des56 12345678

Related Commands 28.5 show snmp user 28.14 snmp-server group

28.20 snmp-server view Syntax snmp-server view name1 name2 name3 28-19 SJ-20130118100307-010|2013-02-28 (R1.0)



no snmp-server view name1 [name4 ]

Function This command defines an SNMPv2 view.


Description

Value

name1

View name

A character string

name2

Specifies the MIB subtree ID or MIB

-

subtree node name for the view name3

l

Included: The specified subtree is

-

included l

Excluded: The specified subtree is excluded -

name4


Usage Guidelines Directly enter this command in global configuration mode. The subtree-id is an OID like 1.2.3.4.5, or a node name of MIB subtree, such as internet. To delete the view, use the no form of this command.

Examples The following example shows how to define an SNMPv2 view with the name myViewName: ZXAN(config)#snmp-server view myViewName 1.3.6.1.2.1 included

Related Commands 28.9 snmp-server community

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Chapter 29

DHCP Commands Table of Contents DHCP Snooping Commands ....................................................................................29-1 DHCP Layer–3 Commands ......................................................................................29-3 DHCP Relay/Proxy Commands ................................................................................29-7 DHCP Server Commands ......................................................................................29-14

29.1 DHCP Snooping Commands 29.1.1 ip dhcp snooping quota Syntax ip dhcp snooping quota number1 [vport number2 ] no ip dhcp snooping quota [vport number2 ]

Function This command configures the maximum allowed number of DHCP sessions.


Description

Value

number1

Maximum allowed number of

1–255

DHCP sessions number2

vport number

1–255

Mode gpon onu interface mode and epon onu interface mode


Examples The following example shows how to set the maximum allowed number of DHCP sessions on an ONU interface to 100: 29-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)interface gpon-onu_0/4/1:1 ZXAN(config-if)#ip dhcp snooping quota 100


29.1.2 show ip dhcp snooping port Syntax show ip dhcp snooping port interface1 [{vport number1 |pvc number2 } ]

Function This command displays user information of a DHCP snooping interface.


Description

Value

interface1

Interface

-

number1

vport number

1–255

number2

PVC ID

1–8



Examples The following example shows how to display user information of a DHCP snooping interface: ZXAN#show ip dhcp snooping port epon-onu_0/4/1:1 Status

: disable

Current online users are 0. Index MAC addr

IP addr

Vlan State

Expiration


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Chapter 29 DHCP Commands

29.1.3 show ip dhcp snooping port quota Syntax show ip dhcp snooping port quota interface1 [{vport number1 |pvc number2 } ]

Function This command displays the maximum allowed number of DHCP sessions on a DHCP snooping interface.


Description

Value

interface1

Interface name

-

number1

vport number

1–255

number2

PVC ID

1–8



Examples The following example shows how to display the maximum allowed DHCP sessions on the interface epon-onu_0/4/1:1 vport 1: ZXAN(config-if)#show ip dhcp snooping port quota epon-onu_0/4/1:1 vport 1 Onu

Vport

epon-onu_0/4/1 1

Quota No Limit


29.2 DHCP Layer–3 Commands 29.2.1 ip dhcp enable Syntax ip dhcp enable no ip dhcp enable 29-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command enables DHCP on a global basis.

Parameters None


Usage Guidelines An interface can work in DHCP relay, proxy, or server mode only after DHCP is enabled on a global basis on this interface. However, DHCP snooping must be enabled independently.

Examples The following example shows how to enable DHCP on a global basis: ZXAN(config)#ip dhcp enable


29.2.2 ip dhcp logging on Syntax ip dhcp logging on no ip dhcp logging on

Function This command enables DHCP logging.

Parameters None



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Examples The following example shows how to enable DHCP logging: ZXAN(config)#ip dhcp logging on


29.2.3 ip dhcp mode Syntax ip dhcp mode name1 no ip dhcp mode

Function This command configures DHCP mode for an interface.


Description

Value

name1

DHCP mode

relay, proxy, or server

Mode l l

VLAN interface configuration mode: ZXAN(config-if-vlanNumber) supervlan interface mode

Usage Guidelines This command is only valid when DHCP is enabled on a global basis.

Examples The following example shows how to enable the VLAN2 interface to work in DHCP proxy mode: ZXAN(config)#interface vlan 2

ZXAN(config-if)#ip dhcp mode proxy


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29.2.4 show ip dhcp configuration Syntax show ip dhcp configuration

Function This command displays DHCP global configuration.

Parameters None



Examples The following example shows how to display DHCP global configuration: ZXAN#show ip dhcp configure DHCP process state information process state : disable(stop) logging flag : off DHCP server configure: available dns for client.master: lease time of ip address:

slave:

3600 seconds

update arp state : disable DHCP relay configure: not insert relay information in BOOTREQUEST. relay information policy:

default(replace)

relay information format:

default(china-tel)

relay retry times to server:

10

update arp state : disable


29-6 SJ-20130118100307-010|2013-02-28 (R1.0)



29.3 DHCP Relay/Proxy Commands 29.3.1 ip dhcp helper-address policy vclass-id Syntax ip dhcp helper-address policy vclass-id no ip dhcp helper-address policy vclass-id

Function This command enables forwarding of packets based on option60 in DHCP relay and proxy mode.

Parameters None

Mode VLAN interface configuration mode: ZXAN(config-if-vlanNumber)

Usage Guidelines A request packet is discarded if no matching server IP address is detected in the option60 field of the packet.

Examples The following example shows how to configure packet forwarding based on option60: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip dhcp helper-address policy vclass-id


29.3.2 ip dhcp proxy client leasetime Syntax ip dhcp proxy client leasetime number1 no ip dhcp proxy client leasetime

Function This command sets the short lease time in DHCP proxy mode. 29-7 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Short lease time

60–18000



Examples The following example shows how to set the short lease time in DHCP proxy mode to 1000 seconds: ZXAN(config)#ip dhcp proxy client leasetime 1000


29.3.3 ip dhcp relay agent Syntax ip dhcp relay agent ip_addr1 no ip dhcp relay agent

Function This command configures the DHCP agent address for an interface in DHCP relay and proxy mode.


Description

Value

ip_addr1

DHCP agent address

-

Mode l l





The IP address of DHCP agent must be configured to enable the DHCP Relay to forward DHCP requests to the external DHCP server. The DHCP agent address is one of the IP addresses on the interface where the DHCP client is connected. The external DHCP server assigns IP addresses to users, which are in different network segments from the DHCP agent address. The DHCP response packets sent by the DHCP server are forwarded by the DHCP agent to the DHCP client. To ensure the packet forwarding, a route to the subnet where the DHCP agent is located must be configured on the external DHCP server. The giaddr field in a DHCP packet indicates the DHCP agent address.

Examples The following example shows how to configure the DHCP agent address of the interface VLAN 2 to 192.200.100.254: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip dhcp relay agent 192.200.100.254


29.3.4 ip dhcp relay server Syntax ip dhcp relay server ip_addr1 [name1 ] no ip dhcp relay server [ip_addr1 ]

Function This command configures the IP address and forwarding mode of the external DHCP server for an interface in DHCP relay and proxy mode.


Description

Value

ip_addr1

IP address of the external

-

DHCP server name1

Mode for forwarding packets

-

from the DHCP relay to the external server

Mode l l

VLAN interface configuration mode: ZXAN(config-if-vlanNumber) supervlan interface mode 29-9

SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To cancel the setting, use the no form of this command. The default forwarding mode is field learning mode.

Examples The following example shows how to configure the external DHCP server address of the interface VLAN2 to 192.200.100.254: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip dhcp relay server 192.200.100.254

Related Commands 29.3.3 ip dhcp relay agent

29.3.5 ip dhcp relay server retry Syntax ip dhcp relay server retry number1 no ip dhcp relay server retry

Function This command configures the maximum allowed number of times that the DHCP relay server in DHCP relay or proxy mode fails to send a request packet to the DHCP server, meaning the count of request packets that do not obtain a response of reply packet.


Description

Value

number1

Maximum allowed number of

5–1000

times


Usage Guidelines A DHCP relay server is considered faulty and its forwarding status is set to dead if the number of request packet failures exceeds the value set in this command. The request packets will be forwarded to another relay server if multiple servers are configured. If only one relay server is configured, this server will still be used.

29-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the maximum allowed number of request packet failures to 1000: ZXAN(config)#ip dhcp relay server retry 1000


29.3.6 ip dhcp relay server vclass-id Syntax ip dhcp relay server vclass-id name1 ip_addr1 [name2 ] no ip dhcp relay server vclass-id name1 [ip_addr1 ]

Function This command configures the mapping between DHCP option60 string and IP address of the DHCP server.


Description

Value

name1

DHCP option60 string

-

ip_addr1

IP address of DHCP server

-

name2

Forwarding mode of DHCP relay

-


Usage Guidelines The default forwarding mode is automatic learning mode. In standard mode, subsequent DHCP packets are not processes after a user successfully requests an IP address and the user space is released. In security mode, the user space is reserved and subsequent DHCP unicast packets are processed after a user successfully requests an IP address

Examples The following example shows how to configure the mapping between DHCP option60 string and IP addresses of DHCP server: ZXAN(config)#ip dhcp relay server vclass-id test 10.1.1.1 standard

29-11 SJ-20130118100307-010|2013-02-28 (R1.0)




29.3.7 ip dhcp relay update arp Syntax ip dhcp relay update arp no ip dhcp relay update arp

Function This command enables binding of IP addresses assigned by the DHCP server and the ARP.

Parameters None


Usage Guidelines The binding between DHCP server assigned IP addresses and the ARP disables the ARP learning. To cancel the binding, use the no form of this command. When the binding is enabled, the IP address assigned to the DHCP user is bound with an ARP entry after DHCP Relay successfully forwards the IP address that is responded from DHCP Server to DHCP Client. The binding disables ARP learning and prevents ARP attacks to DHCP users. This command is only valid when the interface is in security forwarding mode. By default, the binding of DHCP user IP address and the ARP is disabled.

Examples The following command shows how to enable the binding of DHCP server assigned IP address and ARP: ZXAN(config)#ip dhcp relay update arp


29-12 SJ-20130118100307-010|2013-02-28 (R1.0)



29.3.8 show ip dhcp proxy client Syntax show ip dhcp proxy client

Function This command displays parameters configured for DHCP clients.

Parameters None



Examples The following example shows how to display parameters configured for DHCP clients: ZXAN#show ip dhcp proxy client DHCP client configure information in proxy mode: leasetime

:60 seconds


29.3.9 show ip dhcp relay server vclass-id Syntax show ip dhcp relay server vclass-id [name1 ]

Function This command displays the mapping between DHCP option60 string and server IP address.


Description

Value

name1

DHCP option60 string

-

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Examples The following example shows how to display the mapping between DHCP option60 string and server IP address: ZXAN#show ip dhcp relay server vclass-id test: DHCP server :10.1.1.1

standard


29.4 DHCP Server Commands 29.4.1 ip dhcp server dns Syntax ip dhcp server dns ip_addr1 [ip_addr2 ] no ip dhcp server dns

Function The command configures DNS addresses sent by the DHCP server to DHCP clients.


Description

Value

ip_addr1

Primary DNS address

-

ip_addr2


-



To cancel the setting, use the no form of this command. A maximum of two DNS addresses can be configured at the same time. 29-14

SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the primary DNS address to 10.1.1.1 and the secondary DNS address to 10.1.1.10: ZXAN(config)#ip dhcp server dns 10.1.1.1 10.1.1.10

Related Commands 29.4.6 show ip dhcp server user 29.4.3 ip dhcp server leasetime 29.4.2 ip dhcp server gateway 30.2 ip local pool 29.4.5 peer default ip pool

29.4.2 ip dhcp server gateway Syntax ip dhcp server gateway ip_addr1 no ip dhcp server gateway [ip_addr1 ]

Function This command configures the DHCP gateway address that the DHCP server provides to DCHP clients.


Description

Value

ip_addr1

DHCP gateway address

-

Mode l l


Usage Guidelines To cancel the setting, use the no form of this command. The DHCP gateway address configured on an interface is sent as the default gateway address by the DHCP server to DHCP clients when the DHCP server is enabled. The gateway address must belong to the same network segment as an IP address of the interface. When the equipment is used as the gateway of a DHCP client, the gateway address is set as the IP address of the interface for normal communication of the DHCP client. In 29-15 SJ-20130118100307-010|2013-02-28 (R1.0)



addition, the DHCP client cannot obtain a lease of an IP address from the DHCP server through the unicasting mode when the IP address lease expires.

Examples The following example shows how to configure the DHCP gateway address: ZXAN(config)#interface vlan 2 ZXAN(config-if)#ip dhcp server gateway 10.1.1.1

Related Commands 29.4.6 show ip dhcp server user 29.4.3 ip dhcp server leasetime 29.4.1 ip dhcp server dns 29.4.5 peer default ip pool

29.4.3 ip dhcp server leasetime Syntax ip dhcp server leasetime number1 no ip dhcp server leasetime

Function This command configures a lease time during which DHCP clients can obtain a lease of IP address from the DHCP server.


Description

Value

number1

IP lease time

60–18000


Usage Guidelines To restore the default lease time, use the no form of this command. A client must renew a lease before the lease time expires. Or else, the DHCP server does not allow the client to use the IP address any longer when the lease time expires.

Examples The following example shows how to set the IP lease time of the DHCP server to 1200 seconds: 29-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 29 DHCP Commands ZXAN(config)#ip dhcp server leasetime 1200

Related Commands 29.4.6 show ip dhcp server user 29.4.1 ip dhcp server dns

29.4.4 ip dhcp server update arp Syntax ip dhcp server update arp no ip dhcp server update arp

Function This command binds IP addresses assigned by the DHCP server to the ARP table.

Parameters None



l

To cancel the setting, use the no form of this command. Binding of the IP address assigned by the DHCP server to an ARP table entry of the corresponding client disables ARP learning and prevents ARP attacks from the DHCP client. By default, the binding of DHCP IP address and ARP is disabled.

Examples The following example how to enable the binding of DHCP IP address and ARP: ZXAN(config)#ip dhcp server update arp

Related Commands 29.3.9 show ip dhcp relay server vclass-id

29.4.5 peer default ip pool Syntax peer default ip pool name1 29-17 SJ-20130118100307-010|2013-02-28 (R1.0)



no peer default ip pool

Function This command specifies an IP address pool for an interface.


Description

Value

name1

IP address pool name

-

Mode l l



Examples The following example how to specify an IP address pool for an interface: ZXAN(config)#interface vlan 2 ZXAN(config-if)#peer default ip pool test

Related Commands 30.2 ip local pool 30.4 show ip local pool

29.4.6 show ip dhcp server user Syntax show ip dhcp server user interface1

Function This command displays online users of the DHCP server.


Description

Value

interface1

Interface name

-





Examples The following example shows how to display online users of the DHCP server: ZXAN#show ip dhcp server user vlan 2 Current online users are 0. Index MAC addr

IP addr

State

Expiration


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29-20 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 30

IP Address Pool Commands Table of Contents clear ip pool conflict-ip ..............................................................................................30-1 ip local pool ..............................................................................................................30-2 ip local pool conflict-ip ..............................................................................................30-3 show ip local pool .....................................................................................................30-3 show ip local pool conflict-ip .....................................................................................30-4

30.1 clear ip pool conflict-ip Syntax clear ip pool conflict-ip {address ip_addr1 |pool name1 |all }

Function This command clears conflict addresses in an address pool.


Description

Value

ip_addr1

IP address

-

name1

IP address in an address pool

-

all

All conflict addresses

-


Usage Guidelines Conflict addresses can be cleared automatically in case of system timeout, or manually by users by using this command.

Examples The following example shows how to clear conflict addresses in an address pool: ZXAN#clear ip pool conflict-ip address 100.1.1.10

30-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 30.3 ip local pool conflict-ip 30.5 show ip local pool conflict-ip

30.2 ip local pool Syntax ip local pool name1 ip_addr1 ip_addr2 mask1 no ip local pool name1 [ip_addr3 ip_addr2 mask1 ]

Function This command configures an IP address pool for a DHCP server.


Description

Value

name1

Pool name

-

ip_addr1

Start IP address

-

ip_addr2

End IP address

-

mask1

Subnet mask

-

ip_addr3

Start IP address

-



Examples The following example shows how to configure an IP address pool for a DHCP server: ZXAN(config)#ip local pool test 10.1.1.1 10.1.1.255 255.255.0.0


30-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 30 IP Address Pool Commands

30.3 ip local pool conflict-ip Syntax ip local pool conflict-ip number1 no ip local pool conflict-ip

Function This command configures the release interval for conflict addresses in an IP address pool in case of timeout.


Description

Value

number1

Release interval

Range: 1–60000



Examples The following example shows how to configure the release interval as 60 minutes for conflict addresses in case of timeout: ZXAN(config)#ip local pool conflict-ip 60

Related Commands 30.5 show ip local pool conflict-ip 30.1 clear ip pool conflict-ip

30.4 show ip local pool Syntax show ip local pool [name1 ]

Function This command displays local pool information configured.

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Description

Value

name1

Address pool name

-



Examples The following example shows how to display local pool information configured: ZXAN#show ip local pool ZXAN Available addresses: 100.1.1.1 100.1.1.2 100.1.1.3 100.1.1.4 100.1.1.5 100.1.1.6 100.1.1.7 100.1.1.8 100.1.1.9 100.1.1.10 Inuse addresses:(* -Conflict Flag)

Related Commands 30.2 ip local pool

30.5 show ip local pool conflict-ip Syntax show ip local pool conflict-ip

Function This command displays information about address conflict in an address pool.



Chapter 30 IP Address Pool Commands



Examples The following example shows how to display information about address conflict in an address pool: ZXAN#show ip local pool conflict-ip Conflict-ip

Pool

Timeout(min)

Related Commands 30.1 clear ip pool conflict-ip 30.3 ip local pool conflict-ip

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Chapter 31

SSH Commands Table of Contents show ssh ..................................................................................................................31-1 ssh server authentication ispgroup ...........................................................................31-2 ssh server authentication mode ................................................................................31-3 ssh server authentication type ..................................................................................31-3 ssh server enable .....................................................................................................31-4 ssh server generate-key ...........................................................................................31-5 ssh server only .........................................................................................................31-5 ssh server version ....................................................................................................31-6

31.1 show ssh Syntax show ssh

Function This command displays the configuration information related to the SSH server.

Parameters None



Examples The following example shows how to display the configuration information related to the SSH server: ZXAN#show ssh SSH configuration: SSH enable-flag configuration : disable SSH version

: ver2.0

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ZXA10 C300/C320 Command Reference SSH only configuration

: disable

SSH init server key

: disable

SSH auth radius isp-groupid

: 1

SSH auth mode

: local

SSH auth type

: chap


31.2 ssh server authentication ispgroup Syntax ssh server authentication ispgroup number1

Function This command sets the RADIUS authentication group when the SSH server operates in RADIUS authentication mode.


Description

Value

number1


1–10

number


Usage Guidelines The configuration of the SSH server RADIUS authentication group number takes effect only when the authentication mode is RADIUS.

Examples The following example shows how to how to set the RADIUS server group number to 2 when the SSH server uses the RADIUS authentication mode:

ZXAN(config)#ssh server authentication ispgroup 2



Chapter 31 SSH Commands

31.3 ssh server authentication mode Syntax ssh server authentication mode name1

Function This command sets the SSH server authentication mode.


Description

Value

name1

Authentication mode

-



Examples The following example shows how to set the SSH server to local authentication: ZXAN(config)#ssh server authentication mode local


31.4 ssh server authentication type Syntax ssh server authentication type name1

Function This command sets the SSH server authentication type.


Description

Value

name1

Authentication type

-

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Examples The following example shows how to set the SSH server authentication type: ZXAN(config)#ssh server authentication type pap


31.5 ssh server enable Syntax ssh server enable no ssh server enable

Function This command enables the SSH server.

Parameters None


Usage Guidelines To disable the functions, use the no form of this command.

Examples The following example shows how to enable the SSH server: ZXAN(config)#ssh server enable



Chapter 31 SSH Commands

31.6 ssh server generate-key Syntax ssh server generate-key

Function This command set the SSH server to generate the RSA key when SSH server operates in protocol version 1.

Parameters None


Usage Guidelines The RSA key needs to be generated only if the SSH server used protocol version 1. If the protocol version is 2, it is needless to calculate this key.

Examples The following example shows how to set the SSH server to generate the RSA key: ZXAN(config)#ssh server generate-key


31.7 ssh server only Syntax ssh server only no ssh server only

Function This command sets the SSH server as the unique safe configuration access mode and disables Telnet access.






Examples The following example shows how to set the SSH server as the unique access mode: ZXAN(config)#ssh server only


31.8 ssh server version Syntax ssh server version number1

Function This command sets the SSH server protocol version.


Description

Value

number1

SSH protocol version number

1–2


Usage Guidelines The SSH server supports two protocols. By default, the version number is 2.

Examples The following example shows how to set the SSH server protocol version number to 1: ZXAN(config)#ssh server version 1



Chapter 32

History Performance Statistics Commands Table of Contents his-performance alarm .............................................................................................32-1 his-performance auto-upload....................................................................................32-2 his-performance download .......................................................................................32-2 his-performance sample ...........................................................................................32-3 his-performance upload 1-day ..................................................................................32-4 his-performance upload 15-minute ...........................................................................32-5

32.1 his-performance alarm Syntax his-performance alarm name1

Function This command enables or disables the history performance alarm function.


Description

Value

name1

Enables or disables the function.

Default: enable


Usage Guidelines The performance alarm is based on performance data sampling. Therefore, make sure to enable the his-performance sample command before enable this command.

Examples The following example shows how to enable the history performance alarm function: ZXAN(config)#his-performance alarm enable

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Related Commands 32.4 his-performance sample

32.2 his-performance auto-upload Syntax his-performance auto-upload name1

Function This function enables or disables the auto-upload function for a history performance data file.


Description

Value

name1


Default: disable


Usage Guidelines The performance data auto-upload is based on performance data sampling. Therefore, make sure to enable the his-performance sample command before enable this command.

Examples ZXAN(config)#his-performance auto-upload enable

Related Commands 32.4 his-performance sample

32.3 his-performance download Syntax his-performance download name1

Function This command downloads the configuration file of history performance sampling points.

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Chapter 32 History Performance Statistics Commands


Description

Value

name1

Configuration file name

-


Usage Guidelines The configuration file of performance sampling points is downloaded to the cfg directory of an NE through FTP. Downloading through sFTP is not supported.

Examples The following example shows how to download the configuration file of history performance sampling points: ZXAN(config)#his-performance download sample.xml

Related Commands 1.3 boot-server

32.4 his-performance sample Syntax his-performance sample name1

Function This command enables or disables history performance data sampling.


Description

Value

name1


Default: enable


Usage Guidelines This command is a global switch for performance data sampling.

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Examples The following example shows how to enable the history performance data sampling function: ZXAN(config)#his-performance sample enable


32.5 his-performance upload 1-day Syntax his-performance upload 1-day

Function This command organizes the history performance data, stored in an NE, of the last day in CSV format, and uploads the file through FTP.

Parameters None


Usage Guidelines An NE always stores one-day history performance data of the last one period. If the configuration file (sample.xml) of performance sampling points exists in the cfg directory of the NE, the uploaded data file corresponds to the data of the sampling point in the configuration file. If the configuration file (sample.xml) of performance sampling points does not exist in the cfg directory of the NE, the uploaded data file contains the data of all the sampling points configured after the NE enables the performance sampling function.

Examples The following example shows how to upload the one-day history performance data file: ZXAN(config)#his-performance upload 1-day

Related Commands 32.3 his-performance download 32-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 32 History Performance Statistics Commands

32.6 his-performance upload 15-minute Syntax his-performance upload 15-minute {interval-begin number1 } {interval-end number2 }

Function This command organizes the history performance data, stored in an NE, of the last 15 minutes in CSV format, and uploads the file through FTP.


Description

Value

number1

-

Range: 1–2

number2

-

Range: 1–2


Usage Guidelines An NE always stores 15-minute history performance data of the last two periods. If the configuration file (sample.xml) of performance sampling points exists in the cfg directory of the NE, the uploaded data file corresponds to the data of the sampling point in the configuration file. If the configuration file (sample.xml) of performance sampling points does not exist in the cfg directory of the NE, the uploaded data file contains the data of all the sampling points configured after the NE enables the performance sampling function.

Examples The following example shows how to upload two 15-minute history performance data file, where 1 indicates the last one period: ZXAN(config)#his-performance upload 15-minute

interval-begin 1

interval-end 2

Related Commands 32.3 his-performance download

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Chapter 33

MFF and ARP Anti-Spoofing Commands Table of Contents ip-service ip-fixed-user .............................................................................................33-1 ip-service ip-source-guard ........................................................................................33-2 ip-service ip-source-guard (GPON/EPON ONU interface) ........................................33-3 ip-service ip-source-guard bind-type ip+mac ............................................................33-3 ip-service ipv6-fixed-user..........................................................................................33-4 show ip-service ip-source-guard ...............................................................................33-5 show ip-service ip-source-guard bind-type................................................................33-6 show ip-service ipv6-user .........................................................................................33-6 show ip-service ipv6-user status...............................................................................33-7 show ip-service user.................................................................................................33-8 show ip-service user status ......................................................................................33-9

33.1 ip-service ip-fixed-user Syntax ip-service ip-fixed-user ip_addr1 [mac-address hexadecimal1 ] vlan number1 sport number2 no ip-service ip-fixed-user ip_addr1 sport number2

Function This command configures static IPv4 items.


Description

Value

ip_addr1

IP address

-

hexadecimal1

MAC address

-

number1

VLAN number

Range: 1–4094

number2

Service port ID

Range: 1–16

Mode PTP, WDM-PON-ONU, and GPON ONU interface mode 33-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples ZXAN(config)#interface gei_1/2/1 ZXAN(config-if)#ip-service ip-fixed-user 1.1.1.1 vlan 10 sport 1

Related Commands 33.10 show ip-service user

33.2 ip-service ip-source-guard Syntax ip-service ip-source-guard name1

Function This command configures global information about the IP Source Guard function.


Description

Value

name1

Enables/disables the function.

enable/disable



Examples The following example shows how to enable global information about the IP Source Guard function: ZXAN(config)#ip-service ip-source-guard enable

Related Commands 33.6 show ip-service ip-source-guard

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Chapter 33 MFF and ARP Anti-Spoofing Commands

33.3 ip-service ip-source-guard (GPON/EPON ONU interface) Syntax ip-service ip-source-guard name1 sport range1

Function This command enables or disables the IP Source Guard function on the GPON/EPON ONU interface.


Description

Value

name1


enable/disable

range1

Service port range.

Range: 1–16

Mode PTP, WDM-PON-ONU, and GPON ONU interface mode

Usage Guidelines This function cannot be enabled until both the global switch and the switch on the GPON/EPON ONU interface are enabled.

Examples The following example shows how to enable the IP Source Guard function on the GPON/EPON ONU interface: ZXAN(config)#interface gei_1/2/1 ZXAN(config-if)#ip-service ip-source-guard enable sport 1

Related Commands 33.6 show ip-service ip-source-guard

33.4 ip-service ip-source-guard bind-type ip+mac Syntax ip-service ip-source-guard bind-type ip+mac no ip-service ip-source-guard bind-type ip+mac

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Function This command configures the binding mode of the IP Source Guard function as IP+MAC.

Parameters None


Usage Guidelines By default, only the IP address is bound for the IP Source Guard function. If it is necessary to bind the IP+MAC address, use this command.

Examples ZXAN(config)#ip-service ip-source-guard bind-type ip+mac

Related Commands 33.7 show ip-service ip-source-guard bind-type

33.5 ip-service ipv6-fixed-user Syntax ip-service ipv6-fixed-user ipv6_addr1 ipv6-mask number1 [mac-address hexadecimal1 ] vlan number2 sport number3 no ip-service ipv6-fixed-user ipv6_addr1 sport number3

Function This command configures static IPv6 Source Guard items.


Description

Value

ipv6_addr1

IPv6 address

-

number1

Mask length

Range: 1–128

hexadecimal1

MAC address

-

number2

VLAN ID

Range: 1–4094

number3

Service port ID

Range: 1–16

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Mode PTP, GPON ONU, and EPON ONU interface mode


Examples ZXAN(config)#interface gei_1/2/1 ZXAN(config-if)#ip-service ipv6-fixed-user 2000::1 ipv6-mask 128 vlan 10 sport 1

Related Commands 33.8 show ip-service ipv6-user

33.6 show ip-service ip-source-guard Syntax show ip-service ip-source-guard [interface1 ]

Function This command displays global information or port information about the IP Source Guard function.


Description

Value

interface1

Interface name

-



Examples The following example shows how to display global information about the IP Source Guard function: ZXAN(config)#show ip-service ip-source-guard

global ip-source-guard status :disable

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The following example shows how to display port information about the IP Source Guard function: ZXAN(config)#show ip-service ip-source-guard gpon-onu_0/4/1:1 Port

Sport

ip-source-guard status

gpon-onu_0/4/1:1

1

disable

Related Commands 33.2 ip-service ip-source-guard

33.7 show ip-service ip-source-guard bind-type Syntax show ip-service ip-source-guard bind-type

Function This command displays the binding mode for the IP Source Guard function.

Parameters None



Examples ZXAN(config)#show ip-service ip-source-guard bind-type ip source guard bind type: ip+mac filter

Related Commands 33.4 ip-service ip-source-guard bind-type ip+mac

33.8 show ip-service ipv6-user Syntax show ip-service ipv6-user {ipv6-address ipv6_addr1 ipv6-mask number1 |interface interface1 } 33-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays information about users of the IPv6 Source Guard.


Description

Value

ipv6_addr1

IPv6 address

-

number1

Prefix length

Range: 1–128

interface1

Interface name

-


Usage Guidelines This command is used when it is necessary to know information about the IPv6 Source Guard on a certain ONU interface, or to know to which interface's IPv6 Source Guard item a specific IP address belongs.

Examples The following examples shows how to display information about users on a specific ONU interface: ZXAN(config)#show ip-service ipv6-user interface gpon-onu_1/4/1:1

The following examples shows how to display information about a specific IP address: ZXAN(config)#show ip-service ipv6-user ipv6-address 2000::1 ipv6-mask 128


33.9 show ip-service ipv6-user status Syntax show ip-service ipv6-user status interface1

Function This command displays status information about driver setting for IPv6 Source Guard items.

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Description

Value

interface1

Interface name

-


Usage Guidelines This command is used to view whether a driver is set successfully for an IPv6 Source Guard item.

Examples ZXAN(config)#show ip-service ipv6-user status gpon-onu_1/2/1:1


33.10 show ip-service user Syntax show ip-service user {ip-address ip_addr1 |interface interface1 }

Function This command displays information about users of the IP Source Guard.


Description

Value

ip_addr1

IP address (for example,

-

10.1.1.1) interface1

Interface name

-


Usage Guidelines This command is used when it is necessary to know information about the IP Source Guard on a certain ONU interface, or to know to which interface's IP Source Guard item a specific IP address belongs. 33-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following examples shows how to display information about users on a specific ONU interface: ZXAN(config)#show ip-service user interface gpon-onu_0/4/1:1 Port

Sport

IP-addr

MAC-addr

Vlan

Source

gpon-onu_0/4/1:1

1

1.1.1.1

0000.0000.0000

10

fixed-user

The following examples shows how to display information about a specific IP address: ZXAN(config)#show ip-service user ip-address 1.1.1.1 IP-addr

MAC-addr

Port

1.1.1.1

0000.0000.0000 gpon-onu_0/4/1:1

Sport

Vlan

Source

1

10

fixed-user


33.11 show ip-service user status Syntax show ip-service user status interface1

Function This command displays status information about driver setting for IPv4 items of the IP Source Guard.


Description

Value

interface1

Interface name

-


Usage Guidelines This command is used to view status information about driver setting.

Examples ZXAN(config)#show ip-service user status gpon-onu_1/2/1:1





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Chapter 34

Control Panel Safety Commands Table of Contents anti-dos ....................................................................................................................34-1 anti-dos blocking-time ..............................................................................................34-2 anti-dos drop ............................................................................................................34-3 anti-dos drv-limit.......................................................................................................34-3 anti-dos limit-num .....................................................................................................34-4 clear packet-statistics ...............................................................................................34-5 cpu ...........................................................................................................................34-6 packet-limit...............................................................................................................34-7 show control-panel anti-dos black-table..................................................................34-10 show control-panel anti-dos black-table slot ........................................................... 34-11 show control-panel configure.................................................................................. 34-11 show control-panel packet-limit statistics slot..........................................................34-12 show cpu queue .....................................................................................................34-13 show cpu queue statistics.......................................................................................34-14

34.1 anti-dos Syntax anti-dos name1

Function This command enables or disables the anti-DoS attack function.


Description

Value

name1

Enables or disables the

enable or disable

anti-DoS attack function.

Mode control panel configuration mode

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Usage Guidelines The anti-DoS attack function prevents Denial of Service (DoS) attacks and ensures that the NE provides services as required.

Examples The following example shows how to enable the anti-DoS attack function: ZXAN(config)#control-panel ZXAN(control-panel)#anti-dos enable

Related Commands 34.11 show control-panel configure

34.2 anti-dos blocking-time Syntax anti-dos blocking-time number1

Function This command sets the blacklist refreshing period for anti-DoS attack.


Description

Value

number1

Period for refreshing the

1–600 seconds

blacklist


Usage Guidelines The system checks whether the blacklist entries are threshold crossing. If an entry is threshold crossing, the system continues blocking packets matching this entry. If an entry is not threshold crossing, this entry is removed from the blacklist. A short blacklist refreshing period (blocking-time) is recommended because a long refreshing period influences the prevention effect.

Examples The following example shows how to set the blacklist refreshing period to 300 seconds: ZXAN(config)#control-panel ZXAN(control-panel)#anti-dos blocking-time 300

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Chapter 34 Control Panel Safety Commands

Related Commands 34.11 show control-panel configure 34.5 anti-dos limit-num

34.3 anti-dos drop Syntax anti-dos drop name1

Function This command enables or disables packet dropping.


Description

Value

name1

Enables or disables packet

enable or disable

dropping.


Usage Guidelines When packet dropping is enabled, the packets matching the blacklist are discarded. The NE CPU does not process these packets.

Examples The following example shows how to enable packet dropping: ZXAN(config)#control-panel ZXAN(control-panel)#anti-dos drop enable


34.4 anti-dos drv-limit Syntax anti-dos drv-limit name1

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Function This command determines whether to enable the driver to limit packet rate for anti-DoS attack.


Description

Value

name1

Enables or disables packet rate

enable or disable

limiting.


Usage Guidelines If rate limiting is enabled, the system notifies the driver to limit the rate of packets matching the blacklist when the blacklist is generated. If the blacklist is removed, the rate limiting is disabled. Rate limiting is enabled by default. To ensure the effect of preventing anti-DoS attack, do not disable the rate limiting.

Examples The following example shows how to enable rate limiting for the driver: ZXAN(config)#control-panel ZXAN(control-panel)#anti-dos drv-limit enable


34.5 anti-dos limit-num Syntax anti-dos limit-num number1

Function This command sets the rate limit for packets matching the anti-DoS blacklist.

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Description

Value

number1

Allowed number of packets

10-1000

matching the blacklist per second


Usage Guidelines The product of rate limit (limit-number) and blacklist refreshing period (blocking-time) indicates the maximum allowed number of packets matching the blacklist during a refreshing period.

Examples The following example shows how to set the rate limit to 20 pps: ZXAN(config)#control-panel ZXAN(control-panel)#anti-dos limit-num 20

Related Commands 34.1 anti-dos 34.11 show control-panel configure

34.6 clear packet-statistics Syntax clear packet-statistics

Function This command clears statistics of rate-limited packets.

Parameters None


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Usage Guidelines Use this command to clear statistical information of packet types that are configured with rate limits.

Examples The following example shows how to clear statistics of rate-limited packets: ZXAN#clear packet-statistics

Related Commands 34.8 packet-limit

34.7 cpu Syntax cpu {queue {0 number1 |1 number2 |2 number3 |3 number4 |4 number5 |5 number6 |6 number7 |7 number8 } } no cpu {queue {0 |1 |2 |3 |4 |5 |6 |7 } }

Function This command sets the rate limit for each queue in the CPU of a main control card.


Description

Value

number1

Rate limit (unit: pps)

16–512

number2


16–512

number3


16–512

number4


16–512

number5


16–512

number6


16–512

number7


16–512

number8


16–512

0

Queue ID

–

1

Queue ID

–

2

Queue ID

–

3

Queue ID

–

4

Queue ID

–

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Parameter

Description

Value

5

Queue ID

–

6

Queue ID

–

7

Queue ID

–


Usage Guidelines This command sets the packet receiving rate limit for a queue in the CPU of a main control card. To restore the default settings, use the no form of this command.

Examples The following example shows how to set the packet receiving rate of queue 0 to 267pps: ZXAN(control-panel)#cpu queue 0 267

Related Commands 34.13 show cpu queue 34.14 show cpu queue statistics

34.8 packet-limit Syntax packet-limit {all number1 |arp number2 |icmp number3 |igmp number4 |bpdu number5 |dhcp number6 |vbas number7 |pppoe number8 |snmp number9 |ipv6_rs number10 |ipv6_ra number11 |ipv6_ns number12 |ipv6_na number13 |ipv6_icmp number14 |ipv6_dhcp number15 |ssh number 16 |telnet number17 |bfd number18 |zesr number19 |stp number20 |lacp number21 |lldp number22 |rip number23 |bgp number24 |ospf number25 |isis number26 |ldp number27 |cfm number28 } no packet-limit {all |arp |icmp |igmp |bpdu |dhcp |vbas |pppoe |snmp |ipv6_rs |ipv6_ra |ipv6 _ns |ipv6_na |ipv6_icmp |ipv6_dhcp |ssh |telnet |bfd |zesr |stp |lacp |lldp |rip |bgp |ospf |isis |ldp |cfm }

Function This command sets a rate limit for packets of a specific type.

34-7 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Packet rate limit

100–65535 pps

number2

Packet rate limit

1–200 pps

number3

Packet rate limit

1–200 pps

number4

Packet rate limit

1–200 pps

number5

Packet rate limit

1–200 pps

number6

Packet rate limit

1–200 pps

number7

Packet rate limit

1–200 pps

number8

Packet rate limit

1–200 pps

number9

Packet rate limit

1–200 pps

number10

Packet rate limit

1–200 pps

number11

Packet rate limit

1–200 pps

number12

Packet rate limit

1–200 pps

number13

Packet rate limit

1–200 pps

number14

Packet rate limit

1–200 pps

number15

Packet rate limit

1–200 pps

number16

Packet rate limit

1–200 pps

number17

Packet rate limit

1–200 pps

number18

Packet rate limit

1–200 pps

number19

Packet rate limit

1–200 pps

number20

Packet rate limit

1–200 pps

number21

Packet rate limit

1–200 pps

number22

Packet rate limit

1–200 pps

number23

Packet rate limit

1–200 pps

number24

Packet rate limit

1–200 pps

number25

Packet rate limit

1–200 pps

number26

Packet rate limit

1–200 pps

number27

Packet rate limit

1–200 pps

number28

Packet rate limit

1–200 pps

all

Protocol type

–

arp

Protocol type

–

icmp

Protocol type

–

igmp

Protocol type

–

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Parameter

Description

Value

bpdu

Protocol type

–

dhcp

Protocol type

–

vbas

Protocol type

–

pppoe

Protocol type

–

snmp

Protocol type

–

ipv6_rs

Protocol type

–

ipv6_ra

Protocol type

–

ipv6_ns

Protocol type

–

ipv6_na

Protocol type

–

ipv6_icmp

Protocol type

–

ipv6_dhcp

Protocol type

–

ssh

Protocol type

–

telnet

Protocol type

–

bfd

Protocol type

–

zesr

Protocol type

–

stp

Protocol type

–

lacp

Protocol type

–

lldp

Protocol type

–

rip

Protocol type

–

bgp

Protocol type

–

ospf

Protocol type

–

isis

Protocol type

–

ldp

Protocol type

–

cfm

Protocol type

–


Usage Guidelines To cancel the setting, use the no form of this command. This command limits the rate of packets complying with a specific protocol. The parameter all specifies the total rate limit of ingress packets of the CPU.

Examples The following example shows how to set the rate limit of ARP packets to 10 pps: 34-9 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#control-panel ZXAN(control-panel)#packet-limit arp 10


34.9 show control-panel anti-dos black-table Syntax show control-panel anti-dos black-table

Function This command queries all blacklists.

Parameters None


Usage Guidelines Use this command to query the details of blacklists of main control cards and the other cards.

Examples The following example shows how to query all blacklists: ZXAN(config)#sho control-panel anti-dos black-table ----------------------------MP mac-address

vlan

port

----------------------------NP mac-address

BLACK-TABLE-----------------------------------onu-sn

state

PktIn

Drop

BLACK-TABLE------------------------------------

port

onu-sn

state

PktIn

Drop

-------------------------------------------------------------------------------


34-10 SJ-20130118100307-010|2013-02-28 (R1.0)



34.10 show control-panel anti-dos black-table slot Syntax show control-panel anti-dos black-table slot number1

Function This command queries the blacklist of a card in a specified slot.


Description

Value

number1

Slot number

1–22


Usage Guidelines If the card in the specified slot is out of service or the card in the slot does not support blacklist, an error message is displayed.

Examples The following example shows how to query the blacklist of the card in slot 5: show control-panel anti-dos black-table slot 5 %Code 52528: SAFEGUARD - card is not in service or not supported.


34.11 show control-panel configure Syntax show control-panel configure

Function This command queries the basic configuration of the control panel.

Parameters None

34-11 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines The basic configuration of the control panel only contains the packet rate limit configuration and anti-DoS attack configuration.

Examples The following example shows how to query the basic configuration of the control panel: sho control-panel configure packet-limit arp 10 anti-dos disable anti-dos drop disable anti-dos drv-limit enable anti-dos limit-num 100 anti-dos blocking-time 1 anti-dos shutdown-time 0 -------------------------------------------------------------------------

Related Commands 34.13 show cpu queue

34.12 show control-panel packet-limit statistics slot Syntax show control-panel packet-limit statistics slot number1

Function This command queries the packet statistics of the card in a specific slot.


Description

Value

number1

Slot number

1–22


Usage Guidelines If the specified card is out of service or does not support packet rate limiting, an error message is displayed. 34-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to query the statistics of packets of the card in slot 5: show control-panel packet-limit statistics slot 5 %Code 52528: SAFEGUARD - card is not in service or not supported.

Related Commands

34.13 show cpu queue Syntax show cpu queue

Function This command displays the queue rate limits of the CPU.

Parameters None


Usage Guidelines Use this command to query the rate limits of queues in the CPU.

Examples The following example shows how to display a list of queue rate limits: ZXAN(config)#sho cpu queue -----------------------------------------------------------------------QueueId

Ratelimit

0

256

1

300

2

300

3

100

4

300

5

300

6

300

7

300

------------------------------------------------------------------------

34-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 34.7 cpu

34.14 show cpu queue statistics Syntax show cpu queue statistics

Function This command displays the statistics of packets received by each CPU queue.

Parameters None


Usage Guidelines Use this command to query the count of packets received by each CPU queue.

Examples The following example shows how to display the statistics of packets received by all CPU queues: -----------------------------------------------------------------------QueueId

RecvPkts

0

0

1

0

2

0

3

0

4

0

5

0

6

0

7

0

------------------------------------------------------------------------


34-14 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 35

NTP Configuration Commands Table of Contents debug ntp all ............................................................................................................35-1 debug ntp error.........................................................................................................35-2 debug ntp event .......................................................................................................35-3 ntp alarm-threshold ..................................................................................................35-3 ntp authenticate........................................................................................................35-4 ntp authentication-key ..............................................................................................35-5 ntp enable ................................................................................................................35-6 ntp master ................................................................................................................35-7 ntp poll-interval.........................................................................................................35-7 ntp server .................................................................................................................35-8 ntp source ................................................................................................................35-9 ntp trusted-key .......................................................................................................35-10 show ntp config ...................................................................................................... 35-11 show ntp status ......................................................................................................35-12

35.1 debug ntp all Syntax debug ntp all no debug ntp all

Function This command enables the debug function of all NTPs.

Parameters None


35-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To disable the debug function of all NTPs, use the no form of this command.

Examples The following example shows how to enable the debug function of all NTPs: debug ntp all

Related Commands 35.3 debug ntp event 35.2 debug ntp error

35.2 debug ntp error Syntax debug ntp error no debug ntp error

Function This command enables the debug function of NTP error information.

Parameters None


Usage Guidelines To disable the debug function of NTP error information, use the no form of this command.

Examples The following example shows how to enable the debug function of NTP error information: debug ntp error

Related Commands 35.1 debug ntp all 35.3 debug ntp event

35-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 35 NTP Configuration Commands

35.3 debug ntp event Syntax debug ntp event no debug ntp event

Function This command enables the NTP synchronization event debug function.

Parameters None


Usage Guidelines To disable the NTP synchronization event debug function, use the no form of this command.

Examples The following example shows how to enable the NTP synchronization event debug function: debug ntp event

Related Commands 35.1 debug ntp all 35.2 debug ntp error

35.4 ntp alarm-threshold Syntax ntp alarm-threshold number1 no ntp alarm-threshold

Function This command configures the alarm threshold of the NTP synchronization time offset.

35-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Alarm threshold

Range: 7–65535 (sec)


Usage Guidelines This command configures the alarm threshold of the synchronization time offset for a time server. If the offset reaches the alarm threshold, an alarm will be sent. To reset the alarm threshold to the default value, use the no form of this command.

Examples The following example shows how to configure the alarm threshold of the NTP synchronization time offset as 10 seconds: ZXAN(config)#ntp alarm-threshold 10

Related Commands 35.7 ntp enable 35.14 show ntp status 35.13 show ntp config

35.5 ntp authenticate Syntax ntp authenticate no ntp authenticate

Function This command enables NTP authentication.

Parameters None


35-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines This command is used to authenticate the destination server to be synchronized. For the server to be authenticated, a key that is available and trusted must be bound. To disable NTP authentication, use the no form of this command.

Examples The following example shows how to enable NTP authentication: ZXAN(config)#ntp authenticate

Related Commands 35.7 ntp enable 35.14 show ntp status 35.12 ntp trusted-key 35.10 ntp server

35.6 ntp authentication-key Syntax ntp authentication-key number1 md5 name1 no ntp authentication-key

Function This command configures the NTP authentication key.


Description

Value

number1

Authentication key ID

Range: 1–255

Plain text of the authentication

-

name1

key


Usage Guidelines For the NTP authentication key configuration, the maximum length of the plain text of the authentication key is 16 bytes, and that of the Md5-encrypted cipher text is 32 bytes. For configuration viewing, only the cipher text is displayed. 35-5 SJ-20130118100307-010|2013-02-28 (R1.0)



To clear the authentication key, use the no form of this command.

Examples The following example shows how to configure the NTP authentication key: ZXAN(config)#ntp authentication-key 10 md5 ntpkey

Related Commands 35.7 ntp enable 35.14 show ntp status

35.7 ntp enable Syntax ntp enable no ntp enable

Function This command enables the NTP function.

Parameters None


Usage Guidelines This command is a master switch for all NTP functions. Other NTP commands are not effective until this function is configured. To disable the NTP function, use the no form of this command.

Examples The following example shows how to enable the NTP function: ZXAN(config)#ntp enable

Related Commands 35.10 ntp server 35.14 show ntp status 35.13 show ntp config 35-6 SJ-20130118100307-010|2013-02-28 (R1.0)



35.8 ntp master Syntax ntp master number1 no ntp master

Function This command configures an NTP run server.


Description

Value

number1

NTP server level

Range: 1–15


Usage Guidelines This command enables the NTP Server function for an NE and provides the time synchronization service. The lower the NTP server level, the more reliable the NTP server. Level 1 is reserved for the clock source of the root node and is not recommended for the configuration. It is recommended to configure from level 3. To clear the configuration, use the no form of this command.

Examples The following example shows how to configure the master level of an NTP run server as 5: ZXAN(config)#ntp master 5


35.9 ntp poll-interval Syntax ntp poll-interval number1 no ntp poll-interval 35-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the interval of NTP request messages.


Description

Value

number1

Interval of NTP request

Range: 20–86400 (sec)

messages


Usage Guidelines This command configures the interval of NTP request messages sent from an NE. If NT P enable and NTP server have been configured, the NTP request packets are sent to the server immediately. To reset the interval to the default value, use the no form of this command.

Examples The following example shows how to configure the interval of NTP request messages as 50 seconds: ZXAN(config)#ntp poll-interval 50

Related Commands 35.14 show ntp status 35.7 ntp enable 35.10 ntp server 35.13 show ntp config

35.10 ntp server Syntax ntp server ip_addr1 [{[priority number1 ] [version number2 ] [key-id [number3 ] ] [name1 ] } ] no ntp server ip_addr1

Function This command configures the IP address of the time server to be synchronized, and the version of the NTP protocol. 35-8 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

IP address of remote destination

-

server. number1

Server priority. The higher the

Range: 1–255

server priority, the lower the synchronization priority. number2

NTP synchronization version

Range: 1–3

number. number3

NTP authentication key ID.

Range: 1–255

name1

Lock attribute of the server.

-


Usage Guidelines Up to 5 remote server addresses can be configured. All the servers are configured with different priorities, the higher the server priority, the lower the synchronization priority. To delete the configured time server, use the no form of this command.

Examples The following example shows how to configure the IP address of the time server to be synchronized, and the version of the NTP protocol: ZXAN(config)#ntp server 10.1.1.1 priority 1 version 1


35.11 ntp source Syntax ntp source ip_addr1 no ntp source

Function This command configures the source address of NTP messages. 35-9 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

Source IP address

-


Usage Guidelines The source IP address of NPT messages sent from an NE must be specified.

Examples The following example shows how to configure the source address of NTP messages: ZXAN(config)#ntp source 10.1.1.1

Related Commands 35.7 ntp enable 35.10 ntp server 35.14 show ntp status 35.13 show ntp config

35.12 ntp trusted-key Syntax ntp trusted-key number1 no ntp trusted-key number1

Function This command configures a trusted key.


Description

Value

number1

Key ID

Range: 1–255


35-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines If the server-associated key is untrusted, or does not exist, the authentication is not implemented. To delete the trusted key, use the no form of this command.

Examples The following example shows how to configure a trusted key: ZXAN(config)#ntp trusted-key 10

Related Commands 35.7 ntp enable 35.14 show ntp status

35.13 show ntp config Syntax show ntp config

Function This command displays basic NTP configurations.

Parameters None


Usage Guidelines This command only displays the most basic NTP configurations. Other information, for example, authentication key, can be viewed by using the show running-config command.

Examples ZXAN(config)#show ntp config NTP: disabled authenticate: disabled alarm-threshold: 7 ntp poll-interval: 300 ntp master: disable

35-11 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 35.14 show ntp status

35.14 show ntp status Syntax show ntp status

Function This command displays the running status of the NTP.

Parameters None



Examples The following example shows how to display the running status of the NTP: ZXAN#show ntp status Clock is unsynchronized , stratum 16, no reference clock nominal freq is 250.0000 Hz, actual freq is 250.0000 Hz, precision is 2**16 reference time is 0.0 () clock offset is 0.00 msec, root delay is 0.00 root dispersion is 0.00

msec

msec, peer dispersion is 0.00 msec

Related Commands 35.7 ntp enable 35.10 ntp server

35-12 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 36

QoS Commands Table of Contents Global Commands....................................................................................................36-1 Ethernet Port Commands .......................................................................................36-10 User Port Commands .............................................................................................36-16 Show Commands ...................................................................................................36-26

36.1 Global Commands 36.1.1 qos cos-to-cos-profile Syntax qos cos-to-cos-profile {name1 } [[cos0 number1 ] [cos1 number2 ] [cos2 number3 ] [cos3 number4 ] [cos4 number5 ] [cos5 number6 ] [cos6 number7 ] [cos7 number8 ] ] no qos cos-to-cos-profile {name1 }

Function This command creates a cos-to-cos profile, which represents the mapping relationship when the cos priority is revised according to the original packet’s cos.


Description

Value

name1

Name of the profile to be created or deleted,

-

containing a maximum of 32 characters number1

Cos value after mapping

0–7

number2


0–7

number3


0–7

number4


0–7

number5


0–7

number6


0–7

number7


0–7

number8


0–7

36-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines The configuration prerequisite is that the profile has been created. The default cos values for cos 0 – 7 are 0, 1, 2, 3, 4, 5, 6, 7 respectively. To delete the profile, use the no form of this command.

Examples The following example displays how to create a cos-to-cos profile. In this example, the profile name is TEST, and the cos of the cos 0 packet is changed to 2: ZXAN(config)#qos cos-to-cos-profile test cos0 2

Related Commands 36.4.1 show qos cos-to-cos-profile

36.1.2 qos dscp-to-cos-profile Syntax qos dscp-to-cos-profile {name1 } range1 to number1 no qos dscp-to-cos-profile {name1 }

Function This command creates a dscp-to-cos profile, which represents the mapping relationship when the cos priority is revised according to the original packet’s dscp. The command is applicable to Ethernet interfaces, GPON ONUs, and DSL interfaces.


Description

Value

name1

Name of the profile to be created to deleted,

-

containing a maximum of 32 characters range1

Original dscp value

0–63

number1


0–7


36-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 36 QoS Commands

Usage Guidelines The configuration prerequisite that the profile has been created. The default cos priority of the 64 dscp lists (0–63) is as follows: l l l l l l l l

dscp0–7: cos0 dscp8–15: cos1 dscp16–23: cos2 dscp24–31: cos3 dscp32–39: cos4 dscp40–47: cos5 dscp48–55: cos6 dscp56–63: cos7

To delete the profile, use the no form of this command.

Examples The following example shows how to create a dscp-to-cos profile. In this example, the profile name is TEST, and the cos of dscp 0-8 packet is changed to 2: ZXAN(config)#qos dscp-to-cos-profile test 0-8 to 2

Related Commands 36.4.2 show qos dscp-to-cos-profile

36.1.3 qos dscp-to-drop-profile Syntax qos dscp-to-drop-profile {name1 } range1 to number1 no qos dscp-to-drop-profile {name1 }

Function This command creates a dscp-to-drop profile, which represents the mapping relationship when the drop-procedence is revised according to the original packet’s dscp.


Description

Value

name1

Name of the profile to be

-

created to deleted, containing a maximum of 32 characters range1

Original dscp value

0–63

number1

Drop-procedence value after

0–2

mapping 36-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines The configuration prerequisite that the profile has been created. drop-procedence values corresponding to dscp 0-63 are all 0.

The default

To delete the profile, use the no form of this command.

Examples The following example shows how to create a dscp-to-drop profile. In this example, the profile name is TEST, and the drop-procedence of dscp1 packet is changed to 2: ZXAN(config)#qos dscp-to-drop-profile test 1 to 2

Related Commands 36.4.3 show qos dscp-to-drop-profile

36.1.4 qos dscp-to-dscp-profile Syntax qos dscp-to-dscp-profile {name1 } range1 to number1 no qos dscp-to-dscp-profile {name1 }

Function This command creates a dscp-to-dscp profile, which represents the mapping relationship when the dscp-remark is revised according to the original packet’s dscp. This command is applicable to only Ethernet interfaces.


Description

Value

name1


-

created to deleted, containing a maximum of 32 characters range1

Original dscp value

0–63

number1

Dscp value after mapping

0–63


36-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The configuration prerequisite that the profile has been created. The default dscp-value values of the 64 dscp lists (0–63) are 0 to 63 respectively. To delete the profile, use the no form of this command.

Examples The following example shows how to create a dscp-to-dscp profile. In this example, the profile name is TEST, and dscp 1-10 are mapped to dscp 15: ZXAN(config)#qos dscp-to-dscp-profile test 1-10 to 15

Related Commands 36.4.4 show qos dscp-to-dscp-profile

36.1.5 qos eth-cos-local-map Syntax qos eth-cos-local-map cos0 number1 cos1 number2 cos2 number3 cos3 number4 cos4 number5 cos5 number6 cos6 number7 cos7 number8 no qos eth-cos-local-map

Function This command configures the mapping relationship of cos priority to local priority for an Ethernet type interface.


Description

Value

number1

Local priority value mapped

0–7

from cos0 number2


0–7

from cos1 number3


0–7

from cos2 number4


0–7

from cos3 number5


0–7

from cos4 number6


0–7

from cos5 36-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number7


0–7

from cos6 number8


0–7

from cos7


Usage Guidelines This command is used in global configuration mode. By default, cos0-cos7 map to queue0-queue7 respectively. To restore the default mapping relationship from cos to the local priority, use the no form of this command.

Examples The following example shows how to configure the mapping relationship of cos priority to local priority in global mode. In this example, cos0 maps to queue 7 and cos1 maps to queue 5, and others use the defaults: ZXAN(config)#qos eth-cos-local-map cos0 7 cos1 5 cos2 2 cos3 3 cos4 4 cos5 5 cos6 6 cos7 7

Related Commands 36.4.5 show qos eth-cos-local-map

36.1.6 qos queue-block-profile Syntax qos queue-block-profile {name1 } [queue-number {2 |4 |8 } ] [[queue0 number1 [number2 ] ] [qu eue1 number3 [number4 ] ] [queue2 number5 [number6 ] ] [queue3 number7 [number8 ] ] [queue4 number9 [number10 ] ] [queue5 number11 [number12 ] ] [queue6 number13 [number14 ] ] [queue7 number15 [number16 ] ] ] no qos queue-block-profile {name1 }

Function This command creates a queue-block profile, which configures the service queue number, queue scheduling mode and queue depth. This command is applicable to Ethernet interfaces, PON OLT interfaces, and DSL interfaces. Pay attention that an inappropriate queue depth setting may cause abnormal service. 36-6 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

created to deleted, containing a maximum of 32 characters 2

Two queues

-

4

Four queues

-

8

Eight queues

-

number1

Queue weight

0–63

number2

Queue depth

0–63

number3

Queue weight

0–63

number4

Queue depth

0–63

number5

Queue weight

0–63

number6

Queue depth

0–63

number7

Queue weight

0–63

number8

Queue depth

0–63

number9

Queue weight

0–63

number10

Queue depth

0–63

number11

Queue weight

0–63

number12

Queue depth

0–63

number13

Queue weight

0–63

number14

Queue depth

0–63

number15

Queue weight

0–63

number16

Queue depth

0–63


Usage Guidelines Queue management includes the following items: Queue number: The queue number is configured in global configuration mode. The supported values are 2, 4, and 8, and the default is 8. If the queue number is two, it means that queue0 and queue1 are available. If the queue number is four, it means that queue0, queue1, queue2, and queue3 are available. If the queue number is eight, it means queue0 to queue7 are all available. 36-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Queue weight and depth: The system supports three queue scheduling modes: SP, WRR, and SP+WRR. The default scheduling mode is SP. If the weight is 0, the scheduling mode is the default mode SP, the priority of which is higher than that of WRR. For Ethernet interfaces, if queue depth needs to be configured, set it to a value between 5 and 14. The default 0 indicates that the system automatically selects the appropriate depth value. To delete the profile, use the no form of this command.

Examples The following example shows how to create a queue-block profile. In this example, queue0 weight is 20 and queue depth is 25: ZXAN(config)#qos queue-block-profile test queue0 20 25

Related Commands 36.4.7 show qos queue-block-profile

36.1.7 qos queue-map-profile Syntax qos queue-map-profile {name1 } {gemport-type |pvc-type |service-type |cos-queue-type [queu e-number {2 |4 |8 } ] [[cos0 number1 ] [cos1 number2 ] [cos2 number3 ] [cos3 number4 ] [cos4 number5 ] [cos5 number6 ] [cos6 number7 ] [cos7 number8 ] ] } no qos queue-map-profile {name1 }

Function This command creates a queue-map profile, which configures the service enqueue mapping relationship. The enqueue mode can be cos-queue, gemport, service-port, and pvc-queue. The pvc-queue enqueue mode can configured under pvc interfaces. The gemport and service-port enqueue modes can be configured under ONU interfaces. The cos-queue mapping is applicable to various user interfaces. This command is applicable to XPON OLT interfaces and XDSL interfaces.

36-8 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1


-

created to deleted, containing a maximum of 32 characters gemport-type

Enqueue mode is gemport

-

pvc-type

Enqueue mode is pvc

-

service-type

Enqueue mode is service-type

-

cos-queue-type

Enqueue mode is cos-queue

-

2

Two queues

-

4

Four queues

-

8

Eight queues

-

number1

Queue number

0–7

number2

Queue number

0–7

number3

Queue number

0–7

number4

Queue number

0–7

number5

Queue number

0–7

number6

Queue number

0–7

number7

Queue number

0–7

number8

Queue number

0–7


Usage Guidelines This command must be used in global configuration mode. The enqueue mode must be specified. For the cos-queue mode, the number of queues can be configured, which can be 2, 4, or 8, and the default is 8. To delete the profile, use the no form of this command.

Examples The following example shows how to create a cos-queue profile. In this example, the profile name is TEST and cos0 is mapped to queue 7: ZXAN(config)#qos queue-map-profile test cos-queue-type cos0 7

Related Commands 36.4.8 show qos queue-map-profile 36-9 SJ-20130118100307-010|2013-02-28 (R1.0)



36.2 Ethernet Port Commands 36.2.1 qos cos default-cos Syntax qos cos default-cos number1 no qos cos default-cos

Function This command marks the default cos priority of the current interface, which will be used to mark the cos priority of untagged messages. The configuration is only applicable to the specified interface.


Description

Value

number1

Default cos priority

0–7

Mode L2 fei interface mode, L2 gei interface mode, 10G Ethernet interface mode: ZXAN(config-if)# and others

Usage Guidelines Use this command under the required interface. To restore the default priority 0, use the no form of this command.

Examples The following example shows how to set the default cos value to 7 under Ethernet interface 19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos cos default-cos 7

Related Commands 36.4.6 show qos interface

36.2.2 qos cos dscp-remark Syntax qos cos dscp-remark {name1 } 36-10 SJ-20130118100307-010|2013-02-28 (R1.0)



no qos cos dscp-remark

Function This command indicates that the cos marking of the current interface is subject to the specified dscp-to-cos profile. The prerequisite is that the dscp-to-cos profile has been created. The configuration is only applicable to the specified interface. This configuration mode takes effect only when dscp is trusted.


Description

Value

name1

Name of a created dscp-to-cos

-

profile

Mode L2 fei interface mode, L2 gei interface mode, 10G Ethernet interface mode: ZXAN(config-if)#, and others

Usage Guidelines Before using this command, create a dscp-to-cos profile and then set the mapping relation. To delete the configured profile, use the no form of this command. After deletion, the interface uses the default profile.

Examples The following example shows how to configure the cos dscp-remark profile to TEST for Ethernet interface 19/1 (the dscp-to-cos profile TEST has been created): ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos cos dscp-remark TEST


36.2.3 qos drop-procedence Syntax qos drop-procedence {name1 } no qos drop-procedence

Function This command configures the dscp-to-drop profile for an Ethernet interface. 36-11 SJ-20130118100307-010|2013-02-28 (R1.0)



The prerequisite is that the dscp-to-drop profile has been created. This configuration mode takes effect only when dscp is trusted.


Description

Value

name1

Name of a created dscp-to-drop

-

profile


Usage Guidelines Before using this command, create a dscp-to-drop profile and then set the mapping relation To cancel the setting, use the no form of this command.

Examples The following example shows how to configure the dscp-to-drop profile to TEST for Ethernet interface 19/1 (the profile TEST has been created): ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos drop-procedence TEST


36.2.4 qos dscp dscp-remark Syntax qos dscp dscp-remark {name1 } no qos dscp dscp-remark

Function This command indicates that the dscp marking of the current interface is subject to the specified dscp-to-dscp profile. The prerequisite is that the dscp-to-dscp profile has been created. This configuration mode takes effect only when dscp is trusted.

36-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Name of a created dscp-to-dscp

-

profile


Usage Guidelines Before using this command, create a dscp-to-dscp profile and then set the mapping relation. To delete the configured profile, use the no form of this command.

Examples The following example shows how to configure the dscp dscp-remark profile to TEST for Ethernet interface 19/1 (the dscp-to-dscp profile TEST has been created): ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos dscp dscp-remark TEST


36.2.5 qos queue-block-profile Syntax qos queue-block-profile {name1 } no qos queue-block-profile

Function This command configures the queue-block profile for an interface. The configuration is only applicable to the specified interface. The prerequisite is that the queue-block profile has been created.


Description

Value

name1

Name of a created queue-block

-

profile 36-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Mode L2 fei interface mode, L2 gei interface mode, 10G Ethernet interface mode: ZXAN(config-if)# , and other modes

Usage Guidelines Before configuration, create the queue-block profile, configure the queue properties, and then apply it on the interface. To cancel the setting, use the no form of this command.

Examples The following example shows how to configure the queue-block-profile to TEST for Ethernet interface 19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos queue-block-profile TEST

Related Commands 36.4.6 show qos interface 36.2.5 qos queue-block-profile

36.2.6 qos traffic-shape Syntax qos traffic-shape rate-limit number1 bucket-size number2 no qos traffic-shape

Function This command configures the Ethernet traffic shaping function on an interface to avoid the impact of heavy traffic on the network.


Description

Value

number1

Limit rate; unit: kbps

64–10000000

number2

Bucket size; unit: kbytes

4–16000


36-14 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines Use this command directly under the interface as required. To cancel the setting, use the no form of this command.

Examples The following example shows how to set the traffic shape rate to 10 M on Ethernet interface 19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos traffic-shape rate-limit 10240 buckte-size 1000


36.2.7 qos trust Syntax qos trust {dscp |cos }

Function This command configures the reference object for the priority marking under the current interface. By default, the reference object is cos. The configuration is only applicable to the specified interface.


Description

Value

dscp

Configures the reference object to dscp

-

cos

Configures the reference object to cos

-


Usage Guidelines Configure the trust mode directly under the interface mode.

Examples The following example shows how to set the trust mode to dscp for Ethernet 19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#qos trust dscp

36-15 SJ-20130118100307-010|2013-02-28 (R1.0)




36.3 User Port Commands 36.3.1 qos cos cos-remark Syntax qos cos cos-remark {name1 } vport number1 no qos cos cos-remark vport number2

Function This command indicates that the cos marking of the current interface is subject to the specified cos-to-cos profile. The configuration is only applicable to the specified interface. The prerequisite is that the cos-to-cos profile has been created.


Description

Value

name1

Name of a created cos-to-cos profile

-

number1

Vport number

1-128

number2

Vport number

1-128

Mode gpon onu interface mode, epon onu interface mode

Usage Guidelines This command is applicable to GPON ONU interface. When the trusted reference object is cos and the default cos override is not configured, this profile takes effect. To cancel the setting, use the no form of this command.

Examples The following example shows how to configure the cos-remark profile to TEST for gpon-onu_1/16/1:1 (the cos-to-cos profile TEST has been created): ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos cos cos-remark TEST vport 1

Related Commands 36.4.6 show qos interface 36-16 SJ-20130118100307-010|2013-02-28 (R1.0)



36.1.1 qos cos-to-cos-profile

36.3.2 qos cos default-cos Syntax qos cos default-cos number1 [override ] vport number2 no qos cos default-cos vport number3

Function This command marks the default cos priority for the accessed untagged packets. The cos-filter configuration is subject to this priority setting. This command allows the override configuration item. With this configuration item, the default cos priority forcibly changes the original one. The override mode has a higher priority level than the cos-remark mode.


Description

Value

number1

Default cos priority of vport

0–7

override

Indicates that the default priority is used to

-

forcibly change the cos field of the packet. This configuration takes effect when cos is trusted. number2

Vport number

1-128

number3

Vport number

1–128


Usage Guidelines Before using this command, create a vport under the ONU interface and then set the default priority for the vport. By default, the default priority of a vport is 0. To delete the setting, use the no form of this command. After deletion, the default priority of the port is 0.

Examples The following example shows how to forcibly change the cos value of vport1 under gpon-onu_1/16/1:1 to 6: ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos cos default-cos 6 override vport 1

36-17 SJ-20130118100307-010|2013-02-28 (R1.0)




36.3.3 qos cos dscp-remark Syntax qos cos dscp-remark {name1 } vport number1 no qos cos dscp-remark vport number2

Function This command indicates that the cos marking of the current interface is subject to the specified dscp-to-cos profile. The prerequisite is that the dscp-to-cos profile has been created.


Description

Value

name1

Name of a created dscp-to-cos profile

-

number1

Vport number

1-128

number2

Vport number

1–128


Usage Guidelines This command is configured for GPON ONU interfaces. It remarks the profile used for dscp-to-cos mapping by the vport. The profile takes effect when the trusted reference object is dscp. To cancel the setting, use the no form of this command. After deletion, the default dscp-cos profile is used.

Examples The following example shows how to configure the dscp-remark profile to TEST for gpon-onu_1/16/1:1 (the dscp-to-cos profile TEST has been created): ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos cos dscp-remark TEST vport 1

Related Commands 36.4.6 show qos interface 36.1.2 qos dscp-to-cos-profile 36-18 SJ-20130118100307-010|2013-02-28 (R1.0)



36.3.4 qos cos-filter Syntax qos cos-filter {disable |enable } vport number1

Function When the cos-filter function is enabled and the cos value of the ingress packet is consistent with the default priority of the interface, this packet is permitted; other wise, the packet is discarded. Only GPON cards support this function.


Description

Value

disable

Enables the cos filter function

-

enable

Disables the cos filter function

-

number1

Vport number

1–128


Usage Guidelines Create a vport under the ONU interface and then enable or disable the cos-filter function.

Examples The following example shows how to enable the cos-filter function for vport 1 under gpon-onu_1/16/1:1: ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos cos-filter enable vport 1


36.3.5 qos egress-cos cos-remark Syntax qos egress-cos cos-remark {name1 } vport number1 no qos egress-cos cos-remark vport number2

36-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command remarks the cos-to-cos profile for a vport in egress direction. prerequisite is that the dscp-to-cos profile has been created.

The


Description

Value

name1

Name of a created cos-to-cos-profile to be

-

used in egress direction number1

Vport number

1–128

number2

Vport number

1–128


Usage Guidelines This command is applicable to GPON ONU interface. When the vport trust mode is cos, and the default egress-cos override is not configured for egress-cos, this profile takes effect. To cancel the setting, use the no form of this command.

Examples The following example shows how to set the egress-cos-remark profile to TEST for vport under interface gpon-onu_1/16/1:1 (the cos-to-cos profile TEST has been created): ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos egress-cos cos-remark TEST vport 1

Related Commands 36.4.6 show qos interface 36.1.1 qos cos-to-cos-profile

36.3.6 qos egress-cos default-cos Syntax qos egress-cos default-cos number1 [override ] vport number2 no qos egress-cos default-cos vport number3

Function This command marks the default priority of the egress on the specified interface. It is used for forcibly modifying the egress priority. 36-20 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Default priority of vport in egress direction

0–7

override

Indicates that the cos in egress direction is

-

forcibly modified number2

Vport number

1–128

number3

Vport number

1–128


Usage Guidelines Before using this command, create the vport under the ONU interface, set the default egress priority. In the egress direction, the default priority takes effect only when the override rule is used. To restore the default 0, use the no form of this command

Examples The following example shows how to forcibly modify the egress-cos value of vport1 under interface gpon-onu_1/16/1:1 to 6: ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos egress-cos default-cos 6 override vport 1


36.3.7 qos egress-cos dscp-remark Syntax qos egress-cos dscp-remark {name1 } vport number1 no qos egress-cos dscp-remark vport number2

Function This command remarks the dscp-to-cos profile for a vport in egress direction. prerequisite is that the dscp-to-cos profile has been created.

The

36-21 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Name of a created dscp-to-cos profile to be

-

used in egress direction number1

Vport number

1–128

number2

Vport number

1–128


Usage Guidelines This command is applicable to GPON ONU interfaces. When the vport trust mode is dscp, and the parameter egress-cos override is not configured, this profile takes effect. To cancel the setting, use the no form of this command.

Examples The following example shows how to set the dscp-remark profile to TEST for vport under interface gpon-onu_1/16/1:1 (the dscp-to-cos profile TEST has been created): ZXAN(config)#interface gpon-onu_1/16/1:1 ZXAN(config-if)#qos cos dscp-remark TEST vport 1

Related Commands 36.4.6 show qos interface 36.1.2 qos dscp-to-cos-profile

36.3.8 qos queue-block-profile Syntax qos queue-block-profile {name1 } no qos queue-block-profile

Function This command configures the queue-block profile used by a port. The prerequisite is that the queue-block profile has been created. The profile specifies the service queue number, scheduling mode, and depth. T The system supports three queue scheduling modes: SP, SP+WRR, and WRR. The default is SP scheduling mode.

36-22 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Name of a created queue-block-profile

-

Mode gpon olt interface mode, epon olt interface mode

Usage Guidelines Before using this command, create a queue-block profile and then apply it on the interface. To delete the configuration, use the no form of this command.

Examples The following example shows how to configure the queue block profile to TEST for GPON OLT interface 1/6/1 (the profile TEST has been created): ZXAN(config)#interface gpon-olt_1/6/1 ZXAN(config-if)#qos queue-block-profile TEST

Related Commands 36.4.6 show qos interface 36.3.8 qos queue-block-profile

36.3.9 qos queue-map-profile Syntax qos queue-map-profile {name1 } no qos queue-map-profile

Function This command configures the queue-map profile for an interface. The prerequisite is that the profile has been created. The service enqueue mapping relationship can be cos-queue mapping relationship or service-type mapping relationship. The default is cos-queue mapping. The system supports only cos-queue mapping.


Description

Value

name1

Name of a created queue-map profile

-

Mode gpon olt interface mode, epon olt interface mode 36-23 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines Before using this command, create a queue-map profile and then apply it on the interface. To delete the configuration, use the no form of this command.

Examples The following example shows how to configure the queue-map profile to TEST for GPON OLT interface 1/6/1 (the profile TEST has been created): ZXAN(config)#interface gpon-olt_1/6/1 ZXAN(config-if)#qos queue-map-profile TEST

Related Commands 36.4.6 show qos interface 36.3.9 qos queue-map-profile

36.3.10 qos traffic-shape (epon olt interface mode) Syntax qos traffic-shape rate-limit number1 bucket-size number2 no qos traffic-shape

Function This command configures the traffic shaping function of an interface to avoid impact of heavy traffic on the interface. Only 10G EPON cards support this function.


Description

Value

number1

Limit rate, in kbps

64–1000000

number2

Bucket size, in kbytes

4–16000


Usage Guidelines Use this command directly under the interface. To cancel the setting, use the no form of this command.

36-24 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to set the rate of traffic shaping to 10 M under EPON OLT interface 1/13/1: ZXAN(config)#interface epon-olt_1/13/1 ZXAN(config-if)#qos traffic-shape rate-limit 10240 buckte-size 1000


36.3.11 qos trust Syntax qos trust {cos |dscp } vport number1

Function This command configures the reference object for the priority remarking under the current interface. If the reference object is cos, the priorities in descending order are: override, cos-remark, and trust. If the reference object is dscp, the priority is revised according to the dscp-cos mapping relation. The configuration is only applicable to the specified interface. The cos priority remarking is implemented respectively on the uplink and downlink.


Description

Value

cos

Reference object is cos

-

dscp

Reference object is dscp

-

number1

Vport number

1–128


Usage Guidelines Before using this command, create the vport in the ONU first.

Examples The following example shows how to set the qos trust mode to dscp for vport1 under interface gpon_onu_1/3/1:1: ZXAN(config-if)#qos trust dscp vport 1

36-25 SJ-20130118100307-010|2013-02-28 (R1.0)




36.4 Show Commands 36.4.1 show qos cos-to-cos-profile Syntax show qos cos-to-cos-profile [name1 ]

Function This command displays the information of a cos-to-cos profile.


Description

Value

name1

Profile name

-


Usage Guidelines If the profile name is not specified, the system displays the name list of all the profiles.

Examples The following example shows how to display the information of the cos-to-cos profile named CTCP: ZXAN(config-if)#show qos cos-to-cos-profile ctcp -----------------------------------------------------------------------------profile name

: CTCP

profile detail : ------------------------------------------------------------------------------- cos

:

0

1

2

3

4

5

6

7

---- priority :

7

1

2

3

4

5

6

7

profile used by :

Related Commands 36.1.1 qos cos-to-cos-profile

36-26 SJ-20130118100307-010|2013-02-28 (R1.0)



36.4.2 show qos dscp-to-cos-profile Syntax show qos dscp-to-cos-profile [name1 ]

Function This command displays the information of a dscp-to-cos profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to display the information of the dscp-to-cos profile named DTCP: ZXAN(config-if)#show qos dscp-to-cos dtcp -----------------------------------------------------------------------------profile name

: DTCP

profile detail : ---------------------------------------------------------------------------dscp list

0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

cos value

0

0

0

0

0

0

0

0

1

1

1

1

1

1

1

1

---------------------------------------------------------------------------dscp list

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

cos value

2

2

2

2

2

2

2

2

3

3

3

3

3

3

3

3

---------------------------------------------------------------------------dscp list

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

cos value

4

4

4

4

4

4

4

4

5

5

5

5

5

5

5

5

---------------------------------------------------------------------------dscp list

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

cos value

6

6

6

6

6

6

6

6

7

7

7

7

7

7

7

7

profile used by :

Related Commands 36.1.2 qos dscp-to-cos-profile 36-27 SJ-20130118100307-010|2013-02-28 (R1.0)



36.4.3 show qos dscp-to-drop-profile Syntax show qos dscp-to-drop-profile [name1 ]

Function This command displays the information of a dscp-to-drop profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to display the information of the dscp-to-drop profile named CTDP: ZXAN(config-if)#show qos dscp-to-drop-profile DTDP -----------------------------------------------------------------------------profile name

: DTDP

profile detail : ---------------------------------------------------------------------------dscp list

0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

drop value 0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

---------------------------------------------------------------------------dscp list

16

drop value 0

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

---------------------------------------------------------------------------dscp list

32

drop value 0

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

---------------------------------------------------------------------------dscp list

48

drop value 0

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

profile used by :

Related Commands 36.1.3 qos dscp-to-drop-profile 36-28 SJ-20130118100307-010|2013-02-28 (R1.0)



36.4.4 show qos dscp-to-dscp-profile Syntax show qos dscp-to-dscp-profile [name1 ]

Function This command displays the information of a dscp-to-dscp profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to display the information of the cos-to-cos profile named DTDP: ZXAN(config-if)#show qos dscp-to-dscp-profile DTDP -----------------------------------------------------------------------------profile name

: DTDP

profile detail :

-------------------------------------------------------------------------------------------------dscp list

0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

dscp value

0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

-------------------------------------------------------------------------------------------------dscp list

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

dscp value

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

-------------------------------------------------------------------------------------------------dscp list

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

dscp value

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

-------------------------------------------------------------------------------------------------dscp list

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

dscp value

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

profile used by :

Related Commands 36.1.4 qos dscp-to-dscp-profile 36-29 SJ-20130118100307-010|2013-02-28 (R1.0)



36.4.5 show qos eth-cos-local-map Syntax show qos eth-cos-local-map

Function This command displays the information of the eth-cos-local-map mapping table.

Parameters None



Examples The following example shows how to display the information of the eth-cos-local-map mapping table: ZXAN(config)#show qos eth-cos-local-map ----------------------------------cos value

0

1

2

3

4

5

6

7

queue ID

1

0

2

3

4

5

6

7

Related Commands 36.1.5 qos eth-cos-local-map

36.4.6 show qos interface Syntax show qos interface {interface1 }

Function This command displays the QoS information of an interface.


Description

Value

interface1

Interface number

-

36-30 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines show qos interface {port-name}

Examples The following example shows how to display the QoS information: ZXAN(config-if)#show qos interface gei_1/21/1 qos queue-block-profile CHD qos traffic-shape rate-limit 10240 bucket-size 512

Related Commands All QoS configuration commands

36.4.7 show qos queue-block-profile Syntax show qos queue-block-profile [name1 ]

Function This command displays the configuration information of a queue-block profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to display the configuration information of a queue-bloc profile: 1. ZXAN(config)#show qos queue-block-profile NOTE! _DEFAULT_QUEUE_BLOCK_PROFILE can't be modified or deleted. ---------------------------------------------------------

36-31 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference No. 1 profile : _DEFAULT_QUEUE_BLOCK_PROFILE --------------------------------------------------------No. 2 profile : QBP

2. ZXAN(config)#show qos queue-block-profile qbp ---------------------------------------------------------------------profile name

: QBP

profile detail : ---------------------------------------queue-number :

8

queue-id

0

1

2

queue-weight :

0

0

0

0

0

0

0

0

queue-depth

12 24 0

0

0

0

0

0

:

:

3

4

5

6

7

---------------------------------------profile used by :

Related Commands 36.1.6 qos queue-block-profile

36.4.8 show qos queue-map-profile Syntax show qos queue-map-profile [name1 ]

Function This command displays the information of a queue-map profile.


Description

Value

name1

Profile name

-



Examples The following example shows how to display the configuration information of a queue-map profile: 36-32 SJ-20130118100307-010|2013-02-28 (R1.0)



1. ZXAN(config)#show qos queue-map-profile NOTE! _DEFAULT_QUEUE_MAP_PROFILE can't be modified or deleted. --------------------------------------------------------No. 1 profile : _DEFAULT_QUEUE_MAP_PROFILE --------------------------------------------------------No. 2 profile : QMP ZXAN(config)#

2. ZXAN(config)#show qos queue-map-profile qmp ----------------------------------------------------------profile name

: QMP

profile detail : ---------------------------------------queue-map

:

cos-queue-type

queue-number :

8

cos-value

:

0

1

2

3

4

5

6

7

cos-queue-map:

1

2

3

4

3

2

1

0

---------------------------------------profile used by :

Related Commands 36.1.7 qos queue-map-profile

36-33 SJ-20130118100307-010|2013-02-28 (R1.0)




36-34 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 37

Traffic Profile Commands Table of Contents Global Commands....................................................................................................37-1 User Port Commands ...............................................................................................37-2 Show Commands .....................................................................................................37-4

37.1 Global Commands 37.1.1 traffic-profile Syntax traffic-profile name1 ip cir number1 [cbs number2 ] pir number3 [pbs number4 ] [discard-mode name2 ] [color-mode name3 ] no traffic-profile name1

Function This command creates a traffic profile and configures the rate limit parameters for related interfaces and services.


Description

Value

name1

Profile name

-

number1

Committed information rate, in kbps

0–10000000

number2

Committed burst size, in kbytes

0–1023

number3

Peak information rate, in kbps

0–10000000

The value must not be less than the committed information rate. number4

Peak burst size, in kbytes

0–1023

The value must not be less than the committed information size name2

Discard with or without precedence

-

name3

Color mode, which can be color-blind or

-

color-sensitive 37-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines The traffic profile must be created so that the rate can be limited for interfaces and services. No default profile is available.

Examples The following example shows how to create a traffic profile named 10M: ZXAN(config)#traffic-profile 10M

ip cir 10240 cbs 256 pir 10240 pbs 256

Related Commands 37.3.1 show traffic-profile

37.2 User Port Commands 37.2.1 traffic-profile (wdm-pon-onu interface mode) Syntax traffic-profile name1 direction name2 no traffic-profile name1 direction name3

Function This command configures a traffic profile for a PON interface.


Description

Value

name1

Profile name

-

name2

Application direction; only egress direction is

-

supported. name3

Application direction; only egress direction is

-

supported.

Mode wdm-pon-onu interface mode, gpon olt interface mode

37-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 37 Traffic Profile Commands

Usage Guidelines The traffic profile must be created so that the interfaces can use it. Currently, OLT interfaces support only the profile application in egress direction.

Examples The following example shows how to set the traffic profile to TEST for the interface gpon-olt_1/5/1 in egress direction:

ZXAN(config)#interface gpon-olt_1/5/1

ZXAN(config-if)#traffic-profile test direction egress

Related Commands 37.2.1 traffic-profile (wdm-pon-onu interface mode) 37.3.1 show traffic-profile

37.2.2 traffic-profile(gpon onu interface mode) Syntax traffic-profile name1 vport number1 direction name2 no traffic-profile name1 vport number2 direction name3

Function This command configures a traffic profile used by a vport under an ONU interface


Description

Value

name1

Name of a created traffic profile

-

number1

Vport number

1–128

name2

Application direction, which can

-

be egress or ingress number2

Vport number

1-128

name3

Direction to cancel the

-

application, which can be egress or ingress

Mode gpon onu interface mode 37-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The traffic profile must be created so that the interfaces can use it. The vport traffic profile in egress and ingress directions can be configured.

Examples The following example shows how to configure the traffic profile in ingress direction to TEST for vport 1 under the interface gpon-onu_1/5/1:1 :

ZXAN(config)#interface gpon-onu_1/5/1:1

ZXAN(config-if)#traffic-profile test vport 1 direction ingress

Related Commands 37.2.1 traffic-profile (wdm-pon-onu interface mode) 37.3.1 show traffic-profile

37.3 Show Commands 37.3.1 show traffic-profile Syntax show traffic-profile [{interface interface1 |name1 } ]

Function This command displays the information of all traffic profiles, contents of the traffic profile with a specified name, or the configured traffic profiles under a specified interface.


Description

Value

interface1

Interface name

-

name1

Profile name

-


Usage Guidelines If the profile name is not specified, the system displays the information of all the traffic profiles. If the profile name is specified, the profile contents are displayed. 37-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 37 Traffic Profile Commands

If the interface type is specified, the configured traffic profiles under the interface are displayed.

Examples The following example shows all traffic profiles: All Existing Traffic Profiles: ---------------------------------------------------------------------------------------------AA

The following example shows the contents of the traffic profile named test: committed information rate : 1kbps committed burst size

: 1kbytes

peak information rate

: 1kbps

peak burst size

: 1kbytes

discard mode

: no distinction

color mode

: blind

profile used by: Gpon-olt_1/3/1

egress

The following example shows the information about the traffic profile under the interface Gpon-onu_1/3/1:1: traffic-profile AA vport 1 direction ingress

Related Commands 37.1.1 traffic-profile

37-5 SJ-20130118100307-010|2013-02-28 (R1.0)




37-6 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 38

MSTP Commands Table of Contents instance ...................................................................................................................38-2 name........................................................................................................................38-3 revision ....................................................................................................................38-3 show spanning-tree inconsistentports.......................................................................38-4 show spanning-tree instance ....................................................................................38-5 show spanning-tree interface....................................................................................38-6 show spanning-tree mst configuration ......................................................................38-7 show spanning-tree statistics....................................................................................38-8 show spanning-tree transparent ...............................................................................38-9 spanning-tree bpduguard action .............................................................................38-10 spanning-tree disable (Ethernet interface mode) .................................................... 38-11 spanning-tree disable .............................................................................................38-12 spanning-tree edged-port .......................................................................................38-12 spanning-tree enable (Ethernet interface mode) .....................................................38-13 spanning-tree enable..............................................................................................38-14 spanning-tree forward-delay ...................................................................................38-15 spanning-tree guard loop instance..........................................................................38-15 spanning-tree guard root instance ..........................................................................38-16 spanning-tree hello-time .........................................................................................38-17 spanning-tree linktype ............................................................................................38-18 spanning-tree max-age...........................................................................................38-18 spanning-tree mcheck ............................................................................................38-19 spanning-tree mode ...............................................................................................38-20 spanning-tree mst configuration .............................................................................38-21 spanning-tree mst hmd5-digest ..............................................................................38-21 spanning-tree mst hmd5-key ..................................................................................38-22 spanning-tree mst instance (Ethernet interface mode)............................................38-23 spanning-tree mst instance ....................................................................................38-24 spanning-tree mst max-hops ..................................................................................38-25 spanning-tree packet-type ......................................................................................38-26 spanning-tree transparent ......................................................................................38-27

38-1 SJ-20130118100307-010|2013-02-28 (R1.0)



38.1 instance Syntax instance number1 vlans range1 no instance number1

Function This command creates an instance in MSTP mode, and maps it to the corresponding VLAN table.


Description

Value

number1

Instance ID

Range: 1–16

range1

VLAN mapping table

-

Mode MSTP mode: ZXAN(config-mstp)#

Usage Guidelines Instance 0 exists permanently and can not be deleted; therefore, it is unnecessary to create this instance. An mst_config_id consists of the MST configuration name, MST configuration version number, and configuration summary. The configuration summary is a 16-byte MD5-encrypted signature generated by the corresponding VLAN mapping table of the instance ID. The adjacent bridges with the same mst_config_id can form an MST area. To delete the instance, use the no form of this command.

Examples The following example shows how to create instance 1 in MSTP mode, and map it to the corresponding VLAN 10–20 tables: ZXAN(config)#spanning-tree mst configuration ZXAN(config-mstp)#instance 1 vlans 10-20

Related Commands 38.7 show spanning-tree mst configuration 38.24 spanning-tree mst configuration

38-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 38 MSTP Commands

38.2 name Syntax name [name1 ] no name

Function This command configures an MSTP domain name.


Description

Value

name1

MSTP domain name

-


Usage Guidelines When configuring STP mode as MSTP mode, if it is necessary to configure switches in one area, this parameter must be configured to keep the configuration of each switch the same.

Examples The following example shows how to configure the MSTP domain name as zte: ZXAN(config-mstp)#name zte


38.3 revision Syntax revision number1 no revision

Function This command sets an MSTP configuration version number. 38-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Configuration version number

Range: 0–65535 Default: 0


Usage Guidelines When configuring STP mode as MSTP mode, if it is necessary to configure switches in one area, this parameter must be configured to keep the configuration of each switch the same. To reset the configuration version number to the default value, use the no form of this command.

Examples The following example shows how to set the MSTP configuration version number to 10: ZXAN(config)#spanning-tree mst configuration ZXAN(config-mstp)#revision 10


38.4 show spanning-tree inconsistentports Syntax show spanning-tree inconsistentports

Function This command displays information about the ports that are protected by the root port or blocked by loopback.

Parameters None

Mode Any mode 38-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to display information about the ports that are protected by the root port or blocked by loopback: ZXAN#show spanning-tree inconsistentports Mst Instance

interface

Name

name

Inconsistency

-------------------------------------------------------------------MST00

gei_1/19/1

Root Inconsistent

Related Commands 38.5 show spanning-tree instance 38.6 show spanning-tree interface

38.5 show spanning-tree instance Syntax show spanning-tree instance number1

Function This command displays information about an instance and its ports.


Description

Value

number1

Instance ID

Range: 0–16

Mode Any mode


Examples The following example shows how to display information about instance 0: ZXAN#show spanning-tree instance 0

MST00

38-5 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Spanning tree enabled protocol MSTP Root

ID:

Priority

32768;

Address

00d0.d082.5005

Hello-Time

2

Max-Age

20 sec

Forward-Delay

15 sec;

sec;

RegRootID: Priority

32768;

Address

00d0.d082.5005

BridgeID:

Priority

32768;

Address

00d0.d082.5005

Hello-Time

2

Max-Age

20 sec

Forward-Delay

15 sec;

Max-Hops

Message-Age

0 sec;

RemainHops

Interface

Prio.Nbr

Name

Port ID

sec;

Cost

Sts

20 20

Role

LinkType

Bound

-------------------------------------------------------------------------gei_1/19/4

128.50

20000

Forward

Designated

p2p

MSTP

Related Commands 38.6 show spanning-tree interface

38.6 show spanning-tree interface Syntax show spanning-tree interface interface1

Function This command displays information about all the instances of a specified port.


Description

Value

interface1

Port name

-

Mode Any mode


38-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display information about all the instances of the port gei_1/19/4: ZXAN#show spanning-tree interface gei_1/19/4 Mst Instance

Prio.Nbr

Name

Port ID

Cost

Sts

Role

-------------------------------------------------------------------MST00

128.50

20000

Forward

Designated

Related Commands 38.5 show spanning-tree instance

38.7 show spanning-tree mst configuration Syntax show spanning-tree mst configuration

Function This command displays configurations in MSTP mode.

Parameters None

Mode Any mode


Examples The following example shows how to display configuration information about the current MST: ZXAN#show spanning-tree mst configuration spanning-tree mode: [MSTP] CISCO

Hmd5-key

: 0x12345678901234567890123456789012

CISCO

Hmd5-digest

: 0x12345678901234567890123456789012

HUAWEI

Hmd5-key

: 0x13ac06a62e47fd51f95d2ba243cd0346

HUAWEI

Hmd5-digest

: 0x00000000000000000000000000000000

Name

: []

Revision

: 0

38-7 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Instance

Vlans mapped

--------

--------------------------------------------------------

0

21-4094

2

1-10

10

11-20

Related Commands 38.5 show spanning-tree instance 38.6 show spanning-tree interface

38.8 show spanning-tree statistics Syntax show spanning-tree statistics interface1

Function This command displays the statistics for an STP port.


Description

Value

interface1

Port name

-

Mode Any mode


Examples The following example shows how to display the statistics for the port gei_1/19/4: ZXAN#show

spanning-tree

statistic

of

port

statistics

gei_1/19/4

gei_1/19/4

-------------------------------------------------------------BPDU-related parameters -------------------------------------------------------------port spanning-tree

Enabled

edge_port

Disabled

state(instance 0)

Discard

port_priority(instance 0)

0x80

port_number

0x54

38-8 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 38 MSTP Commands path cost (instance 0)

20000

designated_root

00-d0-d0-00-55-86

designated_ext_cost

0

designated_int_cost

0

designated_bridge

00-d0-d0-00-55-86

designated_port

0x8054

-------------------------------------------------------------PORT based information & statistics -------------------------------------------------------------All bpdu's xmitted

2

All bpdu's received

0

Mst bpdu's xmitted

2

Mst bpdu's received

0

Rst bpdu's xmitted

0

Rst bpdu's received

0

config bpdu's xmitted

0

config bpdu's received

0

tcn bpdu's xmitted

0

tcn bpdu's received

0

discard bpdu

0

-------------------------------------------------------------spanning-tree based information & statistics -------------------------------------------------------------spanning-tree type

ieee

multicast_mac_addr

01-80-c2-00-00-00

bridge priority

32768

bridge mac address

00-d0-d0-00-55-86

bridge hello time

2

bridge forward delay

15 sec

bridge Max age

20 sec

bridge Max hop

20

sec

--------------------------------------------------------------

Related Commands 38.6 show spanning-tree interface

38.9 show spanning-tree transparent Syntax show spanning-tree transparent

Function This command displays the current status of the STP transparent transmission flag. 38-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None

Mode Any mode


Examples The following example shows how to display the current status of the STP transparent transmission flag: ZXAN#show spanning-tree transparent transparent flag:disabled


38.10 spanning-tree bpduguard action Syntax spanning-tree bpduguard action name1 no spanning-tree bpduguard action

Function This command configures a port's BPD guard for BPDU packets.


Description

Value

name1

discard: Discards the packet

-

when receiving a BPDU packet via the port. shutdown: Shuts down the port when receiving a BPDU packet via the port.

Mode Layer 2 FEI, Layer 2 GEI, and 10G_Ether interface mode 38-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, the BPDU guard function is disabled. This command is configured to protect the port against BPDU attacks.

Examples The following example shows how to configure a port's BPD guard for BPDU packets. In this example, the BPDU guard is configured for the port gei_1/19/1, and the port is shut down. ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#spanning-tree bpduguard action shutdown


38.11 spanning-tree disable (Ethernet interface mode) Syntax spanning-tree disable

Function This command enables or disables participation of a port in spanning tree calculation.

Parameters None

Mode Layer 2 FEI, Layer 2 GEI, and PortCh interface mode

Usage Guidelines By default, the interface configuration mode is disable.

Examples The following example shows how to disable participation of the port gei_1/19/1 in spanning tree calculation: ZXAN(config)#interface

gei_1/19/1

ZXAN(config-if)#spanning-tree

disable




38.12 spanning-tree disable Syntax spanning-tree disable

Function This command disables STP.

Parameters None


Usage Guidelines By default, the global configuration mode is disable. If the STP protocol is disabled, the state of all the ports that are up physically is Forwarding.

Examples The following example shows how to disable the global STP protocol: ZXAN(config)#spanning-tree

disable


38.13 spanning-tree edged-port Syntax spanning-tree edged-port name1

Function This command enables or disables an edged STP port.

38-12 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

enable: Enables the edged STP

-

port. disable: Disables the edged STP port.

Mode Layer 2 FEI, Layer 2 GEI, and 10G_Ether interface mode

Usage Guidelines By default, a port is not an edged port. The port connected to a computer can be configured as an edged port by using this command. Then the specified port is in forwarding state or fast switches to the forwarding state.

Examples The following example shows how to configure the port gei_1/19/1 as an edged port: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#spanning-tree edged-port enable

Related Commands 38.20 spanning-tree linktype 38.30 spanning-tree packet-type

38.14 spanning-tree enable (Ethernet interface mode) Syntax spanning-tree enable

Function This command enables or disables participation of a port in spanning tree calculation.

Parameters None

Mode Layer 2 FEI, Layer 2 GEI, and PortCh interface mode 38-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, the interface configuration mode is enable.

Examples The following example shows how to enable participation of the port gei_1/19/1 in spanning tree calculation: ZXAN(config)#interface

gei_1/19/1


enable


38.15 spanning-tree enable Syntax spanning-tree enable

Function This command enables STP.

Parameters None


Usage Guidelines By default, the global configuration mode is disable.

Examples The following example shows how to enable the global STP protocol: ZXAN(config)#spanning-tree

enable


38-14 SJ-20130118100307-010|2013-02-28 (R1.0)



38.16 spanning-tree forward-delay Syntax spanning-tree forward-delay number1 no spanning-tree forward-delay

Function This command configures the forwarding delay time of the STP protocol.


Description

Value

number1

Forwarding delay time

Range: 4–30 (sec) Default: 15


Usage Guidelines To reset the configured forwarding delay time to the default value, use the no form of this command.

Examples The following example shows how to configure the forwarding delay time as 16 seconds: ZXAN(config)#spanning-tree forward-delay 16

Related Commands 38.29 spanning-tree mst max-hops 38.19 spanning-tree hello-time

38.17 spanning-tree guard loop instance Syntax spanning-tree guard loop instance range1 no spanning-tree guard loop instance [range1 ]

Function This command configures the STP guard type of a port as loop. 38-15 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

range1

Instance range

Range: 0–16


Usage Guidelines Configuration errors can be avoided by using this command. By default, the loop or root guard is not configured for a port.

Examples The following example shows how to configure the guard type of the port gei_1/19/1 as loop: ZXAN(config)#interface

gei_1/19/1


guard

loop instance

0


38.18 spanning-tree guard root instance Syntax spanning-tree guard root instance range1 no spanning-tree guard root instance [range1 ]

Function This command configures the STP guard type of a port as root.


Description

Value

range1

Instance range

Range: 0–16


Usage Guidelines Configuration errors can be avoided by using this command. 38-16 SJ-20130118100307-010|2013-02-28 (R1.0)



By default, the loop or root guard is not configured for a port.

Examples The following example shows how to configure the guard type of the port gei_1/19/1 as root: ZXAN(config)#interface

gei_1/19/1


guard

root

instance

0


38.19 spanning-tree hello-time Syntax spanning-tree hello-time number1 no spanning-tree hello-time

Function This command configures the STP hello time (the interval for sending BPDU packets).


Description

Value

number1

Interval for sending BPDU

Range: 1–10 (sec)

packets

Default: 2


Usage Guidelines To reset the configured interval to the default value, use the no form of this command.

Examples The following example shows how to configure the interval for sending BPDU packets as 3 seconds: ZXAN(config)#spanning-tree hello-time 3

Related Commands 38.29 spanning-tree mst max-hops 38.16 spanning-tree forward-delay 38-17 SJ-20130118100307-010|2013-02-28 (R1.0)



38.20 spanning-tree linktype Syntax spanning-tree linktype name1

Function This command configures the link type of a port.


Description

Value

auto: Automatically decides the

Default: auto

link type according to the duplex mode of the port. p2p: Configures as P2P forcefully. share: Configures as share forcefully.


Usage Guidelines For the link type P2P, the fast state migration can be enabled. For the link type share, the state can not be migrated until double forward-delay time expires.

Examples The following example shows how to configure the link type of the port gei_1/19/1 as P2P: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#spanning-tree linktype p2p

Related Commands 38.30 spanning-tree packet-type

38.21 spanning-tree max-age Syntax spanning-tree max-age number1 no spanning-tree max-age 38-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the maximum active time of STP BPDU packets.


Description

Value

number1

Maximum active time of BPDU

Range: 6–40 (sec)

packets

Default: 20



Examples The following example shows how to configure the maximum active time of STP BPDU packets as 21 seconds: ZXAN(config)#spanning-tree max-age 21

Related Commands 38.29 spanning-tree mst max-hops 38.16 spanning-tree forward-delay

38.22 spanning-tree mcheck Syntax spanning-tree mcheck

Function This command configures STP check for an interface.

Parameters None





Examples The following example shows how to configure STP check for the interface gei_1/19/1: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#spanning-tree mcheck


38.23 spanning-tree mode Syntax spanning-tree mode name1

Function This command configures the current mode of the STP protocol.


Description

Value

name1

MSTP: MSTP mode

Default: MSTP

(Multi-Spanning Tree Protocol) RSTP: RSTP mode (Rapid Spanning Tree Protocol) SSTP: Compatible STP mode (Single Spanning Tree Protocol)


Usage Guidelines The STP protocol in any mode can be interfaced to a bridge that enables one of the STP modes.

Examples The following example shows how to configure the current mode of the STP protocol as RSTP: ZXAN(config)#spanning-tree mode rstp

Related Commands 38.7 show spanning-tree mst configuration 38-20 SJ-20130118100307-010|2013-02-28 (R1.0)



38.24 spanning-tree mst configuration Syntax spanning-tree mst configuration

Function This command enters MSTP configuration mode.

Parameters None


Usage Guidelines In MSTP configuration mode, MSTP-specific parameters can be configured, including MST configuration name, MST configuration version, and configuration summary.

Examples The following example shows how to enter MSTP configuration mode: ZXAN(config)#spanning-tree mst configuration ZXAN(config-mstp)#

Related Commands 38.7 show spanning-tree mst configuration

38.25 spanning-tree mst hmd5-digest Syntax spanning-tree mst hmd5-digest {cisco |huawei } name1 no spanning-tree mst hmd5-digest {cisco |huawei }

Function This command configures the digest value of the mst_config_id.

38-21 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

cisco

CISCO

-

huawei

HUAWEI

-

name1

Digest value

Default: 0x0000000000000000 0000000000000000


Usage Guidelines The MSTP packet format used by different manufacturers (such as CISCO and HUAWEI) does not quite meet the IEEE standard when they implement the MSTP protocol. Therefore, the key value or digest value must be configured for ZTE switches before users interface ZTE switches to CISCO or HUAWEI equipment within the same area. To reset the configured value to the default value, use the no form of this command.

Examples The following example shows how to configure the CISCO hmd5 digest value: ZXAN(config)#spanning-tree mst hmd5-digest cisco 0x12345678901234567890123456789012

Related Commands 38.26 spanning-tree mst hmd5-key

38.26 spanning-tree mst hmd5-key Syntax spanning-tree mst hmd5-key {cisco |huawei } name1 no spanning-tree mst hmd5-key {cisco |huawei }

Function This command configures the Hmd5 key value for the digest of the mst_config_id.

38-22 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

cisco

CISCO

-

huawei

HUAWEI

-

name1

Digest value

Default: 0x13ac06a62e47fd51f95d2ba243cd0346


Usage Guidelines The MSTP packet format used by different manufacturers (such as CISCO and HUAWEI) does not quite meet the IEEE standard when they implement the MSTP protocol. Therefore, the key value or digest value must be configured for ZTE switches before users interface ZTE switches to CISCO or HUAWEI equipment within the same area. To reset the configured value to the default value, use the no form of this command.

Examples The following example shows how to configure the CISCO hmd5 key value: ZXAN(config)#spanning-tree mst hmd5-key CISCO 0x12345678901234567890123456789012

Related Commands 38.25 spanning-tree mst hmd5-digest

38.27 spanning-tree mst instance (Ethernet interface mode) Syntax spanning-tree mst instance number1 {priority number2 |path-cost number3 } no spanning-tree mst instance number1 {priority |path-cost }

Function This command configures the path cost for an MST port.

38-23 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Instance ID

Range: 0–16

number2

Bridge priority

-

number3

Path cost of the port

Range: 1–2000000

priority

Bridge priority

-

path-cost

Path cost of the port

-


Usage Guidelines The topology structure of a spanning tree can be modified by using this command. By default, the path cost of a port is configured in terms of the port rate by using the rate–path cost mapping table.

Examples The following example shows how to configure the path cost of instance 0 for the port gei_1/19/1 as 30000: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#spanning-tree mst instance 0 path-cost 30000


38.28 spanning-tree mst instance Syntax spanning-tree mst instance number1 priority number2 no spanning-tree mst instance number1 priority

Function This command configures the priority of a bridge in an established instance.

38-24 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Instance ID

Range: 0–16

number2

Bridge priority

Default: 32768


Usage Guidelines This command is used to set the root bridge for an instance. The priority number must be a multiple of 4096, up to 61440 (15 × 4096), and 32768 (8 × 4096) by default.

Examples The following example shows how to configure the priority of the bridge in instance 0 as 4096: ZXAN(config)#spanning-tree

mst

instance

0

priority

4096


38.29 spanning-tree mst max-hops Syntax spanning-tree mst max-hops number1 no spanning-tree mst max-hops

Function This command configures the maximum effective hop count of a BPDU packet in the MST area.


Description

Value

number1

Maximum effective hops of the

Range: 1-40

BPDU packet

Default: 20




Usage Guidelines For all the non-zero instances in the MST area, the hop count of the BPDU packet is determined by the maximum hop count. To reset the configured count to the default value, use the no form of this command.

Examples The following example shows how to configure the maximum effective hop count as 23: ZXAN(config)#spanning-tree mst max-hops 23


38.30 spanning-tree packet-type Syntax spanning-tree packet-type name1

Function This command configures the BPDU packet type for an MSTP port.


Description

Value

name1

Packet type

Default: IEEE

IEEE: Standard IEEE BPDU packet CISCO: CISCO BPDU packet HAMMER: HAMMER BPDU packet HUAWEI: HUAWEI BPDU packet


Usage Guidelines The MSTP packet type used by different manufacturers (such as CISCO and HUAWEI) does not quite meet the IEEE standard; therefore, the BPDU type must be configured for ZTE switches before users implementing the MSTP interface with CISCO or HUAWEI equipment. 38-26 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the BPDU packet type for the MSTP port gei_1/19/1 as CISCO: ZXAN(config)#interface gei_1/19/1 ZXAN(config-if)#spanning-tree packet-type CISCO

Related Commands 38.20 spanning-tree linktype 38.13 spanning-tree edged-port

38.31 spanning-tree transparent Syntax spanning-tree transparent name1

Function This command enables or disables the current transparent STP transmission.


Description

Value

name1

enable: Enables transparent

-

transmission. disable: Disables transparent transmission.


Usage Guidelines Disable the STP protocol before using this command.

Examples The following example shows how to enable the current transparent STP transmission: ZXAN(config)#spanning-tree disable ZXAN(config)#spanning-tree transparent enable

Related Commands 38.9 show spanning-tree transparent 38-27 SJ-20130118100307-010|2013-02-28 (R1.0)




38-28 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 39

LACP Commands Table of Contents LACP Protocol Commands.......................................................................................39-1 Linkgroup Commands ............................................................................................ 39-11

39.1 LACP Protocol Commands 39.1.1 clear lacp Syntax clear lacp [number1 ] counters

Function This command clears the counter of received and transmitted LACP packets.


Description

Value

number1

Link aggregation group ID

Range: 1–68


Usage Guidelines If this command is used without parameters, it will clear the counter of all the interfaces in a link aggregation group.

Examples (1) The following example shows how to clear the counter of the interfaces in aggregation group 1: ZXAN# clear lacp 1 counters

(2) The following example shows how to clear the counter of the interfaces in all the aggregation groups: 39-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN# clear lacp counters

Related Commands 39.1.6 show lacp

39.1.2 lacp admin-key Syntax lacp admin-key number1

Function This command modifies the key value of a link aggregation group.


Description

Value

number1

Key value of the link aggregation

Range: 0–65535

group, the group ID by default

Mode PortCh interface mode

Usage Guidelines When the key value of the link aggregation group is modified, the key value of the member interface is modified accordingly.

Examples The following example shows how to modify the key value of the smartgroup1 to 200: ZXAN(config)# interface smartgroup1 ZXAN(config-if)# lacp admin-key 200


39.1.3 lacp port-priority Syntax lacp port-priority number1

39-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 39 LACP Commands

Function This command configures the LACP port priority.


Description

Value

number1

LACP port priority



Usage Guidelines When the LACP port priority is configured, ports are added to the link aggregation group based on their priorities.

Examples The following example shows how to configure the LACP port priority as 100: ZXAN(config)# interface gei_1/19/1 ZXAN(config-if)# lacp port-priority 100


39.1.4 lacp swap-short-ctrl Syntax lacp swap-short-ctrl {on |off }

Function This command switches on or off packet transmission for active/standby changeover based on short timeout.

39-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

on

Switches on packet

-

transmission for active/standby changeover based on short timeout. off

Switches off packet

-

transmission for active/standby changeover based on short timeout.


Usage Guidelines When the local end sends packets based on short timeout, it is necessary to configure this switch on to protect the aggregated links from de-aggregating during active/standby changeover.

Examples (1) The following example shows how to switch on packet transmission for active/standby changeover based on short timeout: ZXAN(config)#lacp swap-short-ctrl on

(2) The following example shows how to switch off packet transmission for active/standby changeover based on short timeout: ZXAN(config)#lacp swap-short-ctrl off


39.1.5 lacp timeout Syntax lacp timeout {long |short }

Function This command configures the LACP timeout mode for an interface.

39-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

long

LACP long timeout

-

short

LACP short timeout

-


Usage Guidelines (1) Long timeout mode is configured by default. (2) In long timeout mode, the system receives LACP packets from the peer end every 30 seconds. If no packets are received from the peer end for 90 seconds (3 times), the interface will be de-aggregated. (3) In short timeout mode, the system receives LACP packets from the peer end every one second. If no packets are received from the peer end for 3 seconds (3 times), the interface will be de-aggregated.

Examples The following example shows how to configure the LACP timeout mode for the interface gei_1/19/1: ZXAN(config)#interface gei_1/19/1

ZXAN(config-if)#lacp timeout short


39.1.6 show lacp Syntax show lacp {[number1 ] {counters |internal |neighbors } |sys-id }

Function This command displays the current LACP configuration and state.

39-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1


Range: 1–68

counters

Statistical information about

-

LACP packets received and transmitted by member interfaces internal

Aggregation state of member

-

interfaces neighbors

Configuration and running state

-

of the peer end sys-id

System MAC

-



Examples (1) The following example shows how to display statistical information about LACP packets received and transmitted by member interfaces in aggregation group 1: ZXAN# show lacp 1 counters

(2) The following example shows how to display the aggregation state of member interfaces in aggregation group 1: ZXAN# show lacp 1 internal

(3) The following example shows how to display the peer end configuration in aggregation group 1: ZXAN# show lacp 1 neighbors

(4) The following example shows how to display the system MAC: ZXAN# show lacp sys-id

Related Commands 39.1.7 smartgroup

39-6 SJ-20130118100307-010|2013-02-28 (R1.0)



39.1.7 smartgroup Syntax smartgroup number1 mode {passive |active |on } [subgroup number2 ] no smartgroup

Function This command adds an interface to a link aggregation group, and sets the link aggregation mode for the interface.


Description

Value

number1

Link aggregation group ID.

Range: 1–68

passive

The interface LACP is in passive

-

negotiation mode. In dynamic aggregation mode, the local end does not send LACP packets actively before receiving the LACP packets from the peer end. active

The interface LACP is in active

-

negotiation mode. At least one of the two ends must be in active negotiation mode. The active port sends LACP packets actively and periodically. on

Static trunk. The LACP does

-

not run. Both aggregated ends are necessary to be configured as on. Peer configuration. number2

Subgroup ID.

Range: 1–2


Usage Guidelines (1) VLAN configurations, interface protection, and isolation configurations of a member interface must be consistent with those of the aggregation group. Otherwise, such an interface is not allowed to join the aggregation group.

39-7 SJ-20130118100307-010|2013-02-28 (R1.0)



(2) After an interface joins an aggregation group, the modification of VLAN configurations, interface protection, and isolation configurations of the aggregation group will result in automatic modification of the corresponding attributes on the side of the member interfaces to keep consistent with the aggregation group. (3) The uplink and downlink attribute of member interfaces must be consistent with each other. Otherwise, they cannot join the same aggregation group. (4) All the member interfaces must be configured as dynamic or static aggregation. Otherwise, the interface later added cannot join the aggregation group. (5) Both ends must be configured as dynamic or static aggregation. Otherwise, they cannot be aggregated. (6) The rate and duplex mode of member interfaces must be consistent with each other. Otherwise, only the interfaces with consistent configuration can be aggregated. (7) The rate and duplex mode of both ends must be consistent with each other. Otherwise, they cannot be aggregated. (8) If member interfaces without subgroup configuration exist in the aggregation group, they cannot be configured to any subgroup. To configure a subgroup for such member interfaces, remove them from the aggregation group, and add them again. (9) To delete an interface from a link aggregation group, use the no form of this command.

Examples (1) The following example shows how to add the interface gei_1/19/1 to aggregation group 1: ZXAN(config)# interface gei_1/19/1 ZXAN(config-if)# smartgroup 1 mode active

(2) The following example shows how to add the interface gei_1/19/1 to subgroup 1: ZXAN(config)# interface gei_1/19/1 ZXAN(config-if)# smartgroup 1 mode active subgroup 1


39.1.8 smartgroup load-balance Syntax smartgroup load-balance name1 no smartgroup load-balance

39-8 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the load balance mode for a link aggregation group.


Description

Value

name1

Load balance mode for link

-

aggregation

Mode PortCh interface mode

Usage Guidelines To reset the configured mode to the default value, use the no form of this command.

Examples The following example shows how to configure the load balance mode for link aggregation group 1 as src-mac: ZXAN(config)# interface smartgroup1 ZXAN(config-if)# smartgroup load-balance src-mac


39.1.9 smartgroup sys-priority Syntax smartgroup sys-priority number1 no smartgroup sys-priority

Function This command configures the system priority of an aggregation group.


Description

Value

number1

System priority of an

Range: 1–65535

aggregation group

Default: 32768

Mode PortCh interface mode 39-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines The local end selects the interfaces that join the link aggregation group based on the system priority configured by the peer end.

Examples The following example shows how to configure the system priority of aggregation group 1 as 100: ZXAN(config)# interface smartgroup1 ZXAN(config-if)# smartgroup sys-priority 100


39.1.10 test lacp plug-fast Syntax test lacp plug-fast {on |off }

Function By default, the fast test interval for the port link status of the main control and switching card of the C300 system is 100 ms. This command shortens the fast test interval to 10 ms when users test the traffic handoff performance for LACP port plug.


Description

Value

on

Switches on fast link test for

-

port plug. off

Switches off fast link test for port

-

plug.


Usage Guidelines (1) This command is used to test the packet loss performance when users plug a certain port only if there are multiple member ports in an LACP aggregation group. (2) This command is used for test and is not be written into configuration scripts. The configuration will lose if the system restarts.

39-10 SJ-20130118100307-010|2013-02-28 (R1.0)



(3) When the fast link test switch for port plug is on, the CPU usage of the main control and switching card increases, which will degrade performance of the card. (4) By default, the fast link test switch for port plug is off.

Examples The following example shows how to switch on fast link test for port plug: ZXAN#test lacp plug-fast on


39.2 Linkgroup Commands 39.2.1 linkgroup Syntax linkgroup number1 no linkgroup

Function This command adds a port to a link aggregation group.


Description

Value

number1


Range: 1–192

Mode PTP interface mode

Usage Guidelines 1) A link aggregation group is actually a static aggregation group. The system supports multiple ports of one PTP card to be added to the same aggregation group. Configuration across cards is not supported. 2) Up to eight member ports can be configured in a link aggregation group.

Examples The following example shows how to add a port of the PTP card to link aggregation group 1: 39-11 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#interface gei_1/16/1-4 ZXAN(config-if-range)#linkgroup 1

Related Commands 39.2.3 show linkgroup

39.2.2 linkgroup load-balance Syntax linkgroup load-balance number1 mode name1

Function This command configures the load balance mode for a link aggregation group.


Description

Value

number1


Range: 1–192

name1

Load balance mode

Default: src-dst-mac


Usage Guidelines The system supports six load balance modes, namely, dst-ip, dst-mac, src-dst-ip, src-dst-mac, src-ip, and src-mac.

Examples The following example shows how to configure the load balance mode for link aggregation group 1 as src-mac: ZXAN(config)#linkgroup load-balance 1 mode src-mac

Related Commands 39.2.3 show linkgroup

39.2.3 show linkgroup Syntax show linkgroup {all |number1 } 39-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays configurations of link aggregation groups.


Description

Value

all

All the link aggregation groups

-

that have configured member ports are displayed. number1

Link aggregation group ID.

Range: 1–192


Usage Guidelines show linkgroup all displays only the link aggregation groups that have configured member ports.

Examples The following example shows how to display configurations of link aggregation group 1: ZXAN(config)#show linkgroup 1 Linkgroup: 1 LoadBalance Mode: src-dst-mac -------------------------------------------------------Member ports: gei_1/16/1 gei_1/16/2 gei_1/16/3 gei_1/16/4 Active ports:

Related Commands 39.2.2 linkgroup load-balance

39-13 SJ-20130118100307-010|2013-02-28 (R1.0)




39-14 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 40

UAPS Commands Table of Contents interval-link-detect ....................................................................................................40-1 next-hop ...................................................................................................................40-2 port ..........................................................................................................................40-4 port-optical-tx-control................................................................................................40-6 protect-time ..............................................................................................................40-7 retry-link-detect ........................................................................................................40-9 revertive .................................................................................................................40-10 show uaps.............................................................................................................. 40-11 swap ......................................................................................................................40-13 switch-type .............................................................................................................40-15 uaps-group.............................................................................................................40-17

40.1 interval-link-detect Syntax interval-link-detect number1

Function This command sets the interval for detecting links.


Description

Value

Link detection interval, in

1–10

seconds

Mode uaps-group configuration mode

Usage Guidelines The default value is 3 seconds.

Examples The following example shows how to set the interval for detecting links: 40-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(cfg-uaps-1)#interval-link-detect 10 ZXAN(cfg-uaps-1)#show uaps groupid 1 Revertive control

:

disable

PortLight

:

disable

Protect-time

control

:

10s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

3

Link-detect-interval

:

10

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

Slave ports status

:

block

Link status

gei_1/21/1 : up

gei_1/21/2 : up

Related Commands 40.2 next-hop

40.2 next-hop Syntax next-hop ip_addr1 no next-hop

Function This command sets the next hop IP address of the UAPS service.


Description

Value

ip_addr1

IP address of the next hop

-


Usage Guidelines The default IP address is 0.0.0.0, indicating that the ping detection for next hop is not started. To cancel the setting, use the no form of this command. 40-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 40 UAPS Commands

Examples The following example shows how to set the next hop IP address of the UAPS service to 10.63.192.98: ZXAN(cfg-uaps-1)#interval-link-detect 10 ZXAN(cfg-uaps-1)#show uaps groupid 1 Revertive control

:

disable

PortLight

:

disable

Protect-time

control

:

10s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

3


:

10

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

Link status

:

common port

Master ports status

:

forwarding gei_1/21/1 : up

Slave ports status

:

block gei_1/21/2 : up

The following example shows how to delete the next hop of the UAPS service:

ZXAN(cfg-uaps-1)#no next-hop

ZXAN(cfg-uaps-1)#show uaps groupid 1

Revertive control

:

disable

PortLight

:

disable

Protect-time

:

10s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

control

40-3 SJ-20130118100307-010|2013-02-28 (R1.0)



Bfd

Link status

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

gei_1/21/1 : up

Slave ports status

:

block

gei_1/21/2 : up


40.3 port Syntax port master-port interface1 slave-port interface2 no port master-port interface1

Function This command adds a pair of active and standby ports to a UAPS group.


Description

Value

interface1

Active uplink port

-

interface2

Standby uplink port

-


Usage Guidelines Currently, only one pair of active and standby ports can be added. To delete the ports, use the no form of this command. After deletion, the originally blocked port is shut down to prevent loops.

40-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to adds active and standby ports to UAPS group1: ZXAN(cfg-uaps-1)#port master-portlist gei_1/21/1 slave-portliste gei_1/21/2 ZXAN(cfg-uaps-1)#show uaps groupid 1 Revertive control

:

disable

PortLight

:

disable

control

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Link status

Switch-type

:

common port

Master ports status

:


Slave ports status

:


The following example shows how to delete active and standby ports from UAPS group1: ZXAN(cfg-uaps-1)#no port master-port gei_1/21/1 ZXAN(cfg-uaps-1)#show uaps groupid 1 Revertive control

:

disable

PortLight

:

disable

control

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

10

Link status

:

connected or NA

Bfd

:

connected or NA common port

Link status

Switch-type

:

Master ports status

:

Slave ports status

:


40-5 SJ-20130118100307-010|2013-02-28 (R1.0)



40.4 port-optical-tx-control Syntax port-optical-tx-control name1

Function This command sets whether to disable the lighting protection for the standby optical port added to a UAPS group.


Description

Value

name1

Enable: Lighting is disabled on the standby port.

-

Disable: Lighting is enabled on the standby port.


Usage Guidelines Uplink cards can be disabled from the lighting function of the optical module. Normally, the interface and the corresponding interface of the opposite device must be configured to forced full-duplex.

Examples The following example shows how to disable the lighting function of standby interface for UAPS group 1:

ZXAN(cfg-uaps-1)# port-optical-tx-control enable


Revertive control

:

disable

PortLight

:

enable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

control

40-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

Link status

gei_1/21/1 : up

Slave ports status

:



40.5 protect-time Syntax protect-time number1 no protect-time

Function This command sets the protection time.


Description

Value

number1

Protection time, in seconds

0–900


Usage Guidelines Protection time refers to the minimum interval between two switchings. It is used to avoid link flapping. The switching request sent during the protection time is cached till the time expires. 40-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to sets the protection time to 10 seconds:

ZXAN(cfg-uaps-1)# protect-time 10


Revertive control

:

disable

PortLight

:

disable

Protect-time

:

10s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

control

Link status

gei_1/21/1 : up

Slave ports status

:

block

gei_121/2 : up


40-8 SJ-20130118100307-010|2013-02-28 (R1.0)



40.6 retry-link-detect Syntax retry-link-detect number1

Function This command sets the number of link detection times.


Description

Value

number1

Number of link detection times

1–10



Examples The following example shows how to set the link detection times to 3: ZXAN(cfg-uaps-1)#retry-link-detect 3 ZXAN(cfg-uaps-1)#show uaps groupid 1 Revertive control

:

disable

PortLight

:

disable

Protect-time

control

:

10s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

3


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

Link status

:

common port

Master ports status

:


Slave ports status

:


Related Commands 40.2 next-hop 40-9 SJ-20130118100307-010|2013-02-28 (R1.0)



40.7 revertive Syntax revertive name1

Function This command sets whether the active/standby status of a UAPS group can be automatically restored.


Description

Value

name1

Enable: The active/standby status of a UAPS

-

group can be automatically restored. Disable: The active/standby status of a UAPS group cannot be automatically restored.


Usage Guidelines If an active uplink port is down, the system is switched to the standby uplink ports. This function enables the system to switch back to the active port after it restores normal. ,

Examples The following example shows how to set UAPS group 1 to be able to automatically restore the active/standby status:

ZXAN(cfg-uaps-1)#revertive enable


Revertive control

:

enable

PortLight

:

disable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

control

40-10 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 40 UAPS Commands Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

Link status

gei_1/21/1 : up

Slave ports status

:

block

gei_1/21/2 : up


40.8 show uaps Syntax show uaps

Function This command displays the configured UAPS groups.

Parameters None


Usage Guidelines The show uaps command displays the configured UAPS groups.

40-11 SJ-20130118100307-010|2013-02-28 (R1.0)



The show uaps groupid command displays the configuration of a specified UAPS group.

Examples The following example shows how to display the configuration of a UAPS group: (1) ZXAN(config)#show uaps Group List : --------------------------------------1

2

(2) ZXAN(cfg-uaps-1)#show uaps groupid 1

Revertive control

:

disable

PortLight

:

disable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

control

Link status

gei_0/3/1 : up

Slave ports status

:

block

gei_0/3/2 : up

40-12 SJ-20130118100307-010|2013-02-28 (R1.0)




40.9 swap Syntax swap

Function This command forcibly switches between the active and standby interfaces.

Parameters None



Examples The following example shows how to forcibly switch between the active and standby ports when they are both normal:


Revertive control

:

disable

PortLight

:

disable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

control

40-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

forwarding

Link status

gei_1/21/1 : up

Slave ports status

:

block

gei_1/21/2 : up

ZXAN(cfg-uaps-1)#swap


Revertive control

:

disable

PortLight

:

disable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

block

control

Link status

40-14 SJ-20130118100307-010|2013-02-28 (R1.0)



gei_1/21/1 : up

Slave ports status

:

forwarding

gei_1/21/2 : up


40.10 switch-type Syntax switch-type name1

Function This command configures the switchover type of a UAPS group.


Description

Value

name1

Common-port: The ports added to the UAPS

-

group are common ports. Trunking-port: The ports added to the UAPS group are members of smartgroups.


Usage Guidelines For the common-port mode, the ports added to the UAPS group are common ports. Normally, two ports are added to serve the active and standby ports. Once the active port is down, a switchover request is delivered. For the trunking-port mode, the ports added to the UAPS group are ports from two smartgroups. The UAPS group requests switchover only when all ports in a smartgroup are down and at least one port in the standby group is up.

Examples The following example shows how to set to UAPS group 1 to the trunking-port mode:

40-15 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#interface smartgroup1

ZXAN(config-if)#ex

ZXAN(config)#interface smartgroup2

ZXAN(config-if)#ex

ZXAN(config)#interface gei_1/21/1-2

ZXAN(config-if-range)#smartgroup 1 mode on

ZXAN(config-if-range)#ex

ZXAN(config)#interface gei_1/21/3-4

ZXAN(config-if-range)#smartgroup 2 mode on

ZXAN(config-if-range)#ex

ZXAN(config)#uaps-group 1

ZXAN(cfg-uaps-1)# switch-type trunking-port

ZXAN(cfg-uaps-1)#port master-portlist gei_1/21/1 slave-portliste gei_1/21/3 ZXAN(cfg-uaps-1)#port master-portlist gei_1/21/2 slave-portliste gei_1/21/4 ZXAN(cfg-uaps-1)#show uaps groupid 1

Revertive control

:

disable

PortLight

:

disable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

control

40-16 SJ-20130118100307-010|2013-02-28 (R1.0)



Bfd

Link status

:

connected or NA

Switch-type

:

trunk port

Master ports status

:

forwarding

gei_1/21/1 : up

gei_1/21/2 : up

Slave ports status

:

block

gei_1/21/3 : up

gei_1/21/4 : up


40.11 uaps-group Syntax uaps-group number1 no uaps-group number1

Function This command adds or deletes a UAPS group.


Description

Value

number1

UAPS group number

1–4


Usage Guidelines After a UAPS group is deleted, the originally blocked port is shut down to avoid loops.

40-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to create UAPS group 1:

ZXAN(config)#uaps-group 1


Revertive control

:

disable

PortLight

:

disable

Protect-time

:

300s

Next-hop

:

0.0.0.0

Bfd next_hop

:

0.0.0.0

Link-type

:

normal

Link-detect-retry

:

5


:

3

Link status

:

connected or NA

Bfd

:

connected or NA

Switch-type

:

common port

Master ports status

:

Slave ports status

:

control

Link status

The following example shows how to delete UAPS group 1:

ZXAN(config)#no uaps-group 1

ZXAN(config)#show uaps groupid 1

This UAPS group does not exist!

ZXAN(config)#show uaps

40-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Group List :

---------------------------------------

No UAPS group!


40-19 SJ-20130118100307-010|2013-02-28 (R1.0)




40-20 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 41

LST Commands Table of Contents add-port olt-port........................................................................................................41-1 add-port uplink-port ..................................................................................................41-2 interval-link-detect ....................................................................................................41-3 lst-group ...................................................................................................................41-4 next-hop ...................................................................................................................41-5 retry-link-detect ........................................................................................................41-6 show lst ....................................................................................................................41-7

41.1 add-port olt-port Syntax add-port olt-port interface1 no add-port olt-port interface1

Function This command adds a PON port to an LST group.


Description

Value

interface1

PON port group

-

Mode lst-group configuration mode

Usage Guidelines Only one PON port can be added at a time at present. To delete the port from the LST group, use the no form of this command.

Examples The following example shows how to add the PON port epon-olt_0/12/1 to LST group lst 1: ZXAN(cfg-lst-1)# add-port olt-port epon-olt_1/12/1 ZXAN(config)#show lst

41-1 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference Group List : --------------------------------------Group List : --------------------------------------1 ZXAN(config)#show lst groupid 1

Switch type

:

common port

Uplink ports status

:

Pon ports status

:

epon-olt_1/12/1

Next-hop

:

0.0.0.0

Link-detect-retry

:

5


:

3

Link status

:

N/A

: up

Related Commands 41.2 add-port uplink-port

41.2 add-port uplink-port Syntax add-port uplink-port interface1 no add-port uplink-port interface1

Function This command adds an uplink port to an LST group.


Description

Value

interface1

Uplink port group

-


Usage Guidelines Only one uplink port can be added at a time at present. Note: Up to two uplink ports can be added. To delete a port from an LST group, use the no form of this command. 41-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 41 LST Commands

Examples The following example shows how to add the uplink port gei_1/21/1 to LST group lst 1: ZXAN(cfg-lst-1)# add-port uplink-port gei_1/21/1 ZXAN(config)#show lst Group List : --------------------------------------Group List : --------------------------------------1 ZXAN(config)#show lst groupid 1

Switch type

:

common port

Uplink ports status

:

gei_1/21/1

Pon ports status

:

Next-hop

:

0.0.0.0

Link-detect-retry

:

5


:

3

Link status

:

N/A

: up

Related Commands 41.1 add-port olt-port

41.3 interval-link-detect Syntax interval-link-detect number1

Function This command configures the link detection interval.


Description

Value

number1

Link detection interval

Range: 1–10 (sec)





Examples ZXAN(cfg-lst-1)#interval-link-detect 10 ZXAN(cfg-lst-1)#show lst groupid 1

Switch type

:

Uplink ports status

:

common port

gei_1/21/1 : up gei_1/21/4 Pon ports status

: up

: epon-olt_1/12/1 : up epon-olt_1/12/2 : up

Next-hop

:

10.63.192.98

Link-detect-retry

:

6


:

10

Link status

:

testing

Related Commands 41.6 retry-link-detect

41.4 lst-group Syntax lst-group number1 no lst-group number1

Function This command creates an LST group.


Description

Value

number1

LST group ID

Range: 1–16


Usage Guidelines To delete an LST group, use the no form of this command.

Examples (1) The following example shows how to create LST group 1: 41-4 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 41 LST Commands ZXAN(config)#lst-group 1 ZXAN(config)#show lst Group List : --------------------------------------Group List : --------------------------------------1 ZXAN(config)#show lst groupid 1

Switch type

:

Uplink ports status

:

Pon ports status

:

common port

Next-hop

:

0.0.0.0

Link-detect-retry

:

5


:

3

Link status

:

N/A

(2) The following example shows how to delete LST group 1: ZXAN(config)#no lst-group 1 ZXAN(config)#show lst groupid 1 This LST group does not exist! ZXAN(config)#show LST Group List : --------------------------------------No LST group!

Related Commands show lst

41.5 next-hop Syntax next-hop ip_addr1 no next-hop

Function This command configures the next-hop IP address for LST.

41-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

ip_addr1

Next-hop IP address

Default: 0.0.0.0


Usage Guidelines The default value of ip_addr1 indicates that the next-hop ping detection is disabled. To delete the configured address, use the no form of this command.

Examples The following example shows how to configure the next-hop IP address for LST as 10.63.192.98: ZXAN(cfg-lst-1)#next-hop 10.63.192.98 ZXAN(cfg-lst-1)#show lst groupid 1

Switch type

:

Uplink ports status

:

common port


: up


Next-hop

:

10.63.192.98

Link-detect-retry

:

5


:

3

Link status

:

testing

Related Commands 41.3 interval-link-detect 41.6 retry-link-detect

41.6 retry-link-detect Syntax retry-link-detect number1

Function This command configures the retry times for link detection. 41-6 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 41 LST Commands


Description

Value

number1

Retry times for link detection

Range: 1–10



Examples ZXAN(cfg-lst-1)#retry-link-detect 3 ZXAN(cfg-lst-1)#show lst groupid 1

Switch type

:

Uplink ports status

:

common port


: up


Next-hop

:

10.63.192.98

Link-detect-retry

:

3


:

3

Link status

:

testing

Related Commands 41.3 interval-link-detect

41.7 show lst Syntax show lst

Function This command displays configuration information about an LST group.





Usage Guidelines The show lst command displays a configured LST group ID. The show lst groupid command displays configuration information about a specified LST group.

Examples ZXAN(config)#lst-group 1 ZXAN(config)#show lst Group List : --------------------------------------Group List : --------------------------------------1 ZXAN(config)#show lst groupid 1

Switch type

:

common port

Uplink ports status

:

Pon ports status

:

Next-hop

:

0.0.0.0

Link-detect-retry

:

5


:

3

Link status

:

N/A


41-8 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 42

ACL Commands Table of Contents acl extended.............................................................................................................42-1 acl hybrid..................................................................................................................42-2 acl link......................................................................................................................42-3 acl standard .............................................................................................................42-4 acl6 hybrid................................................................................................................42-5 ip access-group (Layer 2 fei Interface Mode)............................................................42-5 ip access-group........................................................................................................42-6 name........................................................................................................................42-7 priority-mark .............................................................................................................42-8 redirect.....................................................................................................................42-9 rule.........................................................................................................................42-10 rule (acl-ext configuration mode) ............................................................................ 42-11 rule (acl-link configuration mode)............................................................................42-14 rule (acl-hyb configuration mode) ...........................................................................42-16 rule (ipv6-acl-hyb configuration mode)....................................................................42-19 show acl .................................................................................................................42-22 show qos................................................................................................................42-23 show time-range.....................................................................................................42-24 show traffic-statistics ..............................................................................................42-25 time-range..............................................................................................................42-25 traffic-limit...............................................................................................................42-27 traffic-mirror............................................................................................................42-28 traffic-statistics .......................................................................................................42-30 vlan-mark ...............................................................................................................42-31

42.1 acl extended Syntax acl extended {number {number1} |name name1 } no acl extended {number {number1} |name name1 }

Function This command creates an extended ACL and enters extended ACL configuration mode.

42-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Number that identifies an

100–199

extended ACL name1

Name or alias of an extended

0–32 characters

ACL



To delete an extended ACL, use the no acl extended command. This command enters extended ACL configuration mode directly when the specified ACL already exists.

Examples The following example shows how to create an extended ACL: ZXAN(config)#acl extended number 101 ZXAN(config-ext-acl)#

Related Commands 42.16 show acl

42.2 acl hybrid Syntax acl hybrid {number number1 |name name1 } no acl hybrid {number number1 |name name1 }

Function This command creates a hybrid ACL and enters hybrid ACL configuration mode.


Description

Value

number1

Number that identifies a hybrid

300–399

ACL name1

Name or alias of a hybrid ACL

0–32 characters

42-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 42 ACL Commands



To delete a hybrid ACL, use the no acl hybrid command. This command enters hybrid ACL configuration mode directly when the specified ACL already exists.

Examples The following example shows how to start hybrid ACL configuration mode: ZXAN(config)#acl hybrid number 300 ZXAN(config-hybd-acl)#


42.3 acl link Syntax acl link {number number1 |name name1 } no acl link {number number1 |name name1 }

Function This command creates a Layer 2 ACL and enters Layer 2 ACL configuration mode.


Description

Value

number1

Number that identifies a Layer

200–299

2 ACL name1

Name or alias of a Layer 2 ACL

0–32 characters



To delete a Layer 2 ACL, use the no acl link command. This command enters Layer 2 ACL configuration mode directly when the specified ACL already exists. 42-3

SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to create a Layer 2 ACL: ZXAN(config)#acl link number 200 ZXAN(config-link-acl)#


42.4 acl standard Syntax acl standard {number {number1 } |name name1 } no acl standard {number {number1 } |name name1 }

Function This command creates a standard ACL and enters the standard ACL configuration mode.


Description

Value

number1

A number that identifies a

1–99

standard ACL name1

Name or alias of a standard

0–32 characters

ACL



To delete a standard ACL, use the no acl standard command. This command enters the standard ACL configuration mode directly when the specified ACL already exists.

Examples The following example shows how to start the standard ACL configuration mode: ZXAN(config)#acl standard number 10 ZXAN(config-std-acl)#

Related Commands 42.16 show acl 42-4 SJ-20130118100307-010|2013-02-28 (R1.0)



42.5 acl6 hybrid Syntax acl6 hybrid {number number1 } no acl6 hybrid {number number1 }

Function This command creates an IPv6 hybrid ACL and enters IPv6 hybrid ACL configuration mode.


Description

Value

number1

Number that identifies an IPv6

600–699

hybrid ACL



To delete an IPv6 hybrid ACL, use the no acl6 hybrid command. This command enters IPv6 hybrid ACL configuration mode directly when the specified ACL already exists.

Examples The following example shows how to start IPv6 hybrid ACL configuration mode: ZXAN(config)#acl6 hybrid number 600 ZXAN(config-hybd-acl6)#


42.6 ip access-group (Layer 2 fei Interface Mode) Syntax ip access-group {number1 |name1 } name2 no ip access-group {number1 |name1 } name2

Function This command configures an ACL rule for an interface. 42-5 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

ACL number.

1–699

name1

ACL name or alias.

-

name2

Binding direction.

in

Only the ingress direction (in) is supported.

Mode Layer 2 fei interface mode, Layer 2 gei interface mode, and 10G_Ether interface mode: ZXAN(config-if)#


Examples The following example shows how to configure an ACL rule for a GE interface (gei_1/5/1): ZXAN(config)#interface gei_1/5/1 ZXAN(config-if)#ip access-group 300 in

Related Commands 1.27 show running-config

42.7 ip access-group Syntax ip access-group {number1 |name1 } name2 name3 no ip access-group {number1 } name2 name3

Function This command binds an ACL to an inner interface.


Description

Value

number1

ACL number.

1–699

name1

ACL name.

-

42-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

Binding direction.

-

Only the ingress direction (in) is supported. name3

Interface name, for example,

-

“inner-port_1/4/1”.


Usage Guidelines Create an ACL before binding the ACL to an inner interface.

Examples The following shows how to bind ACL 300 to the ingress direction of an inner interface (inner-port_1/4/1): ZXAN(config)#ip access-group 300 in inner-port_1/4/1

Related Commands show access-list bound

42.8 name Syntax name name1 no name [name1 ]

Function This command sets an alias for an ACL.


Description

Value

name1

ACL alias

-

Mode l l l l

acl-basic configuration mode: ZXAN(config-std-acl)# acl-ext configuration mode: ZXAN(config-ext-acl)# acl-link configuration mode: ZXAN(config-link-acl)# acl-hyb configuration mode: ZXAN(config-hybd-acl)# 42-7

SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines To cancel the setting, use the no name command.

Examples The following example shows how to set the alias of a standard ACL (ACL number: 99) to zte: ZXAN(configl)#acl standard number 99 ZXAN(config-std-acl)#name zte


42.9 priority-mark Syntax priority-mark in {number1 |name1 } rule-id number2 {[{dscp number3 |precedence number4 |tr affic-class number5 } ] [drop-precedence name2 ] [{cos number6 |local-precedence number7 } ] } no priority-mark in {number1 |name1 } rule-id number2

Function This command configures a priority marking policy based on an ACL rule.


Description

Value

in

Specifies the ACL and the ACL

-

rule. number1

ACL number.

1–699

name1

ACL name or alias.

-

number2

Rule number.

1–127

number3

DSCP value.

0–63

number4

Precedence.value

0–7

number5

traffic-class value

0–63

name2

Drop precedence (high,

-

medium, or low). number5

CoS value.

0–7

number6

Local precedence.

0–7

42-8 SJ-20130118100307-010|2013-02-28 (R1.0)





To cancel the priority marking configuration, use the no priority-mark command. Ensure that the ACL number, name, alias, and rule have been created before using this command.

Examples The following example shows how to configure a priority marking policy. This policy marks the DSCP value to 4 for the traffic that matches rule 1 of ACL 333. ZXAN(config)#priority-mark in 333 rule-id 1 dscp 4

Related Commands 42.17 show qos

42.10 redirect Syntax redirect in {number1 |name1 } rule-id number2 {cpu [pkt-limit number3 ] |interface interface1 |next-hop ip_addr1 } no redirect in {number1 |name1 } rule-id number2

Function This command configures traffic redirection based on an ACL rule.


Description

Value

in


-

rule. number1

ACL number.

1–699

name1

ACL name or alias.

-

number2

Rule number.

1–4094

cpu

CPU that traffic is redirected to.

-

number3

Rate limit (number of packets).

1–500

42-9 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

interface1

Name of the destination

-

interface that traffic is redirected to. ip_addr1

IP address of the next hop that

-

traffic is redirected to.



Ensure that the ACL number, name, alias, and rule have been created before using this command. Only uplink ports support traffic redirection. The destination port of traffic redirection must be an uplink port.

Examples The following example shows how to configure traffic redirection. The traffic redirection configuration redirects traffic that matches rule 4094 of ACL 200 to the uplink port gei_1/192. ZXAN(config)#redirect in 200 rule-id 4094 interface gei_1/19/2


42.11 rule Syntax rule number1 {permit |deny } {ip_addr1 [mask1 ] |any } [time-range name1 ] no rule {number1 |all }

Function This command configures a rule for a standard ACL.

42-10 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rule number

1–127

permit

Permits traffic that matches the

-

rule deny

Denies traffic that matches the

-

rule ip_addr1

Source IP address

-

mask1

Inverse mask of the source IP

-

address any

Any source IP address

-

name1

Time range name

-

all

All rules to be deleted

-

Mode acl-basic configuration mode: ZXAN(config-std-acl)#

Usage Guidelines To delete a standard ACL rule, use the no form of this command.

Examples The following example shows how to configure a rule for ACL 20. The created rule (rule 5) of ACL 20 permits traffic with the source IP address 1.1.1.1. ZXAN(config)#acl standard number 20 ZXAN(config-std-acl)#rule 5 permit 1.1.1.1


42.12 rule (acl-ext configuration mode) Syntax rule number1 {permit |deny } {icmp {ip_addr1 mask1 |any } {ip_addr2 mask2 |any } [{number2 |name1 } [icmp-code number3 ] ] |{number4 |ip |name2 } {ip_addr3 mask3 |any } {ip_addr4 mask4 |any } |tcp {ip_addr5 mask5 |any } [name3 {range1 |name4 } ] {ip_addr6 mask6 |any } [name5 {range2 |name6 } ] [established ] |udp {ip_addr7 mask7 |any } [name7 {range3 |name8 } ] {ip_ad dr8 mask8 |any } [name9 {range4 |name10 } ] } [{{[precedence number5 ] [tos number6 ] } |dscp number7 } ] [ttl number8 ] [time-range name11 ] 42-11 SJ-20130118100307-010|2013-02-28 (R1.0)



no rule {number1 |all }

Function This command configures a rule for an extended ACL.


Description

Value

number1

Rule number

1–1024

permit


-

rule deny


-

rule icmp

ICMP protocol

-

ip_addr1

Source IP address

-

mask1


-

address any

Any source IP address

-

ip_addr2


-

mask2

Inverse mask of the destination

-

IP address number2

ICMP packet type value

0–254

name1

ICMP packet type name, such

-

as echo or echo-reply number3

ICMP packet code

0–254

number4

IP protocol type

0–254

ip

Any IP protocol

-

name2

IP protocol type name, such as

-

OSPF or PIM ip_addr3

Source IP address

-

mask3


-

address ip_addr4


-

mask4


-

IP address tcp

TCP protocol

-

ip_addr5

Source IP address

-

42-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

mask5


-

address name3

TCP source port matching rule

eq, range, ge, or le

range1

TCP source port or source port

0–65535

range name4

TCP source port name, such as

-

ftp or telnet ip_addr6


-

mask6


-

IP address name5

TCP destination port matching


rule range2

TCP destination port or

0–65535

destination port range name6

TCP destination port name,

-

such as ftp or telnet established

Matches TCP traffic on

-

established links udp

UDP protocol

-

ip_addr7

Source IP address

-

mask7


-

address name7

UDP source port matching rule


range3

UDP source port or source port

0–65535

range name8

UDP source port name, such as

-

bootpc or snmp ip_addr8


-

mask8


-

IP address name9

UDP destination port matching


rule range4

UDP destination port or

0–65535


UDP destination port name,

-

such as bootpc or snmp

42-13 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

number5

Precedence

0–7

number6

ToS

0–15

number7

DSCP

0–63

number8

TTL

0–255

name11

Time range name

-

all


-

Mode acl-ext configuration mode: ZXAN(config-ext-acl)#

Usage Guidelines To delete an extended ACL rule, use the no form of this command.

Examples The following example shows how to configure a rule for the extended ACL 100. The created rule (rule 1) permits TCP traffic transferred from the source port 2000 to the destination port 3000. ZXAN(config)#acl extended number 100 ZXAN(config-ext-acl)#rule 1 permit tcp any eq 2000 an eq 3000


42.13 rule (acl-link configuration mode) Syntax rule number1 {permit |deny } {hexadecimal1 |name1 |any } [{[cos number2 ] [vlan-id number3 ] } ] [ingress {hexadecimal2 hexadecimal3 |any } ] [egress {hexadecimal4 hexadecimal5 |any } ] [double-tag {[cos number4 ] [vlan-id number5 ] } ] [time-range name2 ] no rule {number1 |all }

Function This command configures a rule for a Layer 2 ACL.

42-14 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Rule number

1–4094

permit


-

rule deny


-

rule hexadecimal1

Ethernet protocol type number

-

name1

Ethernet protocol type name,

-

such as IP or ARP any

Any Ethernet protocol type

-

number2

CoS

0–7

number3

VLAN ID

1–4094

hexadecimal2

Source MAC address

-

hexadecimal3

Inverse mask of the source

-

MAC address hexadecimal4


-

hexadecimal5


-

MAC address number4

Inner CoS of double-tag packets

0–7

number5

VLAN ID

1–4094

name2

Time range name

-

all


-

Mode acl-link configuration mode: ZXAN(config-link-acl)#

Usage Guidelines To delete a Layer 2 ACL rule, use the no form of this command.

Examples The following example shows how to configure a rule for the Layer 2 ACL 200. The created rule (rule 2) permits IP traffic that matches the following conditions: l l l l

CoS: 0 VLAN ID: 100 Source MAC address: 0000.0000.0002 Destination MAC address: 0000.0000.0001 42-15

SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#acl link number 200 ZXAN(config-link-acl)# rule 2 permit ip cos 0 vlan-id 100 ingress 0000.0000.0002 0000.0000.0000 egress 0000.0000.0001 0000.0000.0000


42.14 rule (acl-hyb configuration mode) Syntax rule number1 {permit |deny } {{name1 |number2 |any } {ip_addr1 mask1 |any } {ip_addr2 mask2 |any } |tcp {ip_addr3 mask3 |any } [name2 {range1 |name3 } ] {ip_addr4 mask4 |any } [name4 {range2 |name5 } ] |udp {ip_addr5 mask5 |any } [name6 {range3 |name7 } ] {ip_addr6 mask6 |any } [name8 {range4 |name9 } ] } [{{[precedence number3 ] [tos number4 ] } |dscp number5 } ] {hex adecimal1 |name10 |any } [{[cos number6 ] [vlan-id name11 range5 ] } ] [ingress {hexadecimal2 hexadecimal3 |any } ] [egress {hexadecimal4 hexadecimal5 |any } ] [double-tag {[cos number7 ] [vlan-id name12 range6 ] } ] [time-range name13 ] no rule {number1 |all }

Function This command configures a rule for a hybrid ACL.


Description

Value

number1

Rule number

1–127

permit


-

rule deny


-

rule name1

IP protocol type name, such as

-

OSPF or PIM number2

IP protocol type

0–254

any

Any IP protocol type

-

ip_addr1

Source IP address

-

mask1


-

address ip_addr2


-

42-16 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

mask2


-

IP address tcp

TCP protocol

-

ip_addr3

Source IP address

-

mask3


-

address name2



range1

TCP source port or source port

0–65535

range name3

TCP source port name, such as

-

ftp or telnet ip_addr4


-

mask4


-

IP address name4

TCP destination port matching


rule range2

TCP destination port or

0–65535


TCP destination port name,

-

such as ftp or telnet udp

UDP protocol

-

ip_addr5

Source IP address

-

mask5


-

address name6

UDP source port matching rule


range3

UDP source port or source port

0–65535

range name7

UDP source port name, such as

-

bootpc or snmp ip_addr6


-

mask6


-

IP address name8

UDP destination port matching


rule range4

UDP destination port or

0–65535

destination port range

42-17 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name9

UDP destination port name,

-

such as bootpc or snmp number3

Precedence

0–7

number4

ToS

0–15

number5

DSCP

0–63

hexadecimal1

Ethernet protocol type number

-

name10

Ethernet protocol type name,

-

such as IP or ARP number6

CoS

0–7

name11

VLAN ID matching rule. Only eq

-

is supported range5

VLAN ID or VLAN ID range

1– 4094

hexadecimal2

Source MAC address

-

hexadecimal3

Inverse mask of the source MAC

-

address hexadecimal4


-

hexadecimal5


-

MAC address number7

Inner CoS of double-tag packets

0–7

name12

Inner VLAN ID matching rule for

eq

double-tag packets range6

Inner VLAN ID or VLAN ID range

1– 4094

of double-tag packets name13

Time range name

-

all


-

Mode acl-hyb configurationmode: ZXAN(config-hybd-acl)#

Usage Guidelines To delete a hybrid ACL rule, use the no form of this command.

Examples The following example shows how to configure a rule for the hybrid ACL 300. The created rule (rule 5) denies TCP traffic that matches the following conditions: l

CoS: 0 42-18

SJ-20130118100307-010|2013-02-28 (R1.0)



l l l

VLAN ID: 100 Source port: 1024 Destination port: 1024

ZXAN(config)#acl hybrid number 300 ZXAN(config-hybd-acl)#rule 5 deny tcp any eq 1024 any eq 1024 any cos 0 vlan-id eq 100


42.15 rule (ipv6-acl-hyb configuration mode) Syntax rule number1 {permit |deny } {icmpv6 {v6mask1 |any } {v6mask2 |any } [{number2 |name1 } [ic mp-code number3 ] ] |{name2 |number4 |any } {ip_addr1 mask1 |v6mask3 |any } {ip_addr2 mask2 |v6mask4 |any } |tcp {ip_addr3 mask3 |v6mask5 |any } [name3 {range1 |name4 } ] {ip_addr4 mask4 |v6mask6 |any } [name5 {range2 |name6 } ] |udp {ip_addr5 mask5 |v6mask7 |any } [name7 {range3 |name8 } ] {ip_addr6 mask6 |v6mask8 |any } [name9 {range4 |name10 } ] } [{{[flow-label number5 ] [traffic-class number6 ] } |{[precedence number7 ] [tos number8 ] } |dscp number9 } ] {hexad ecimal1 |name11 |any } [{[cos number10 ] [vlan-id name12 range5 ] } ] [ingress {hexadecimal2 hexadecimal3 |any } ] [egress {hexadecimal4 hexadecimal5 |any } ] [double-tag {[cos number11 ] [vlan-id name13 range6 ] } ] [time-range name14 ] no rule {number1 |all }

Function This command configures a rule for an IPv6 hybrid ACL.


Description

Value

number1

Rule number

1-127

permit


-

rule deny


-

rule icmpv6

ICMPv6 protocol

-

v6mask1

IP address of ICMPv6 source

-

any

Any IP protocol

-

v6mask2

Destination IP address ICMPv6

-

number2

IP protocol number

0-254

42-19 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name1

ICMP type

-

number3

Source IP address

0-254

name2



number4

–

0-254

ip_addr1


-

mask1

Mask

-

v6mask3

Source IP address

-

ip_addr2


-

mask2

Mask

-

v6mask4


-

tcp

TCP

-

ip_addr3

Source IP address

-

mask3

Mask

-

v6mask5

Source IP address

-

name3

Interface type

-

range1

TCP interface type

0-65535

name4

TCP interface type

-

ip_addr4


-

mask4

Mask

-

v6mask6


-

name5

Interface rule

-

range2

TCP interface type

0-65535

name6

TCP interface type

-

udp

UDP

-

ip_addr5

Source IP address

-

mask5

Mask

-

v6mask7

Source IP address

-

name7

Interface rule

-

range3

Interface type

0-65535

name8

Interface type

-

ip_addr6


-

mask6

Mask

-

v6mask8


-

42-20 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name9

Interface rule

-

range4

UDP interface type

0-65535

name10

UDP interface type

-

number5

Flow-label

0-1048575

number6

Traffic-class

0-63

number7

Precedence

0-7

number8

TOS

0-15

number9

DSCP

0-63

hexadecimal1

Ethernet protocol type

-

name11

Ethernet protocol type

-

number10

COS

0-7

name12

VLAN ID matching rule

-

range5

VLAN ID

1-4094

hexadecimal2

Source MAC address

-

hexadecimal3

Mask

-

hexadecimal4


-

hexadecimal5

Mask

-

number11

COS

0-7

name13

VLAN ID matching rule

-

range6

VLAN ID

1-4094

name14

Time range name

-

all

-

-

Mode ipv6-acl-hyb configuration mode

Usage Guidelines To delete an IPv6 hybrid ACL rule, use the no form of this command.

Examples The following example shows how to configure a rule for the IPv6 hybrid ACL 600. The created rule (rule 1) permits TCP traffic that matches the following conditions: l l

Source IP address: 1:1::1:1/128 Source port: 2000

ZXAN(config)#acl6 hybrid number 600

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ZXA10 C300/C320 Command Reference ZXAN(config-hybd-acl6)#rule 1 permit tcp 1:1::1:1/128 eq 200 any any


42.16 show acl Syntax show acl [{number1 |name1 |} ]

Function This command displays the contents in all ACLs or a specific ACL.


Description

Value

number1

ACL number

1–699

name1

ACL name or alias

-



Examples The following example shows how to display the contents in all ACLs: ZXAN(config)#show acl acl standard number 10 acl standard number 20 acl extend number 100 acl link number 200 acl hybrid number 300 rule 1 permit any any any any ingress any egress any rule 2 permit any any any any

vlan-id eq 700

ingress

any egress any rule 3 permit any any any any cos 1 ingress any egress any rule 4 permit any any any any cos 2

vlan-id eq 600

ingress

any egress any acl hybrid number 301 rule 1 permit any any any any ingress any egress any

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Chapter 42 ACL Commands acl hybrid number 302 rule 1 permit any any any any

vlan-id eq 101

ingress

any egress any acl hybrid number 303

Related Commands 42.1 acl extended 42.3 acl link 42.4 acl standard 42.2 acl hybrid

42.17 show qos Syntax show qos

Function This command displays the configuration of ACL rule–based QoS actions, such as traffic mirroring and/or priority marking.

Parameters None



Examples The following example shows how to display the configuration of ACL rule-based QoS actions: ZXAN(config)#show qos traffic-statistics in 234 rule-id 1 pkt-type red statistics-type packet traffic-statistics in 235 rule-id 1 pkt-type red statistics-type packet priority-mark in 300 rule-id 1 cos 3 traffic-limit in 300 rule-id 1 cir 1024 cbs 1000 ebs 10000 mode blind

Related Commands 42.9 priority-mark 42-23 SJ-20130118100307-010|2013-02-28 (R1.0)



42.10 redirect 42.21 traffic-limit 42.22 traffic-mirror 42.23 traffic-statistics 42.24 vlan-mark

42.18 show time-range Syntax show time-range [name1 ]

Function This command displays a time range.


Description

Value

name1

Time range name

-



Examples The following example shows how to display a time range: ZXAN#show time-range

Current time is

07:04:44 01-01-2001 Monday

Time-range: test1

from 00:00:00 01-01-2008 to 23:59:59 12-31-2009

Related Commands 42.20 time-range

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42.19 show traffic-statistics Syntax show traffic-statistics {number1 |name1 } [rule-id number2 ]

Function This command displays traffic statistics configuration and statistical information.


Description

Value

number1

ACL number

1–699

name1

ACL name or alias

-

number2

Rule number

1–4094



Examples The following example shows how to display traffic statistics configuration and statistical information:

ZXAN(config)#show traffic-statistics 300 l-num/acl-name

rule pkt-type stat-type value

throughout

---------------------------------------------------------------------0

1

all

packet

0

unavailable

Related Commands 42.23 traffic-statistics clear traffic-statistics 42.17 show qos

42.20 time-range Syntax time-range name1 {time1 to time2 name2 |from time3 date1 [to time4 date2 ] } 42-25 SJ-20130118100307-010|2013-02-28 (R1.0)



no time-range name1

Function This command defines a time range.


Description

Value

name1

Time range name

-

time1

Start time of a periodic time

-

range Format: hour:minute:second to

To

-

time2

End time of the periodic time

-

range Format: hour:minute:second name2

Period of the periodic time range

-

time3

Start time of an absolute time

-

range Format: hour:minute:second Start date of the absolute time

date1

-

range Format: month:day:year End time of the absolute time

time4

-

range Format: hour:minute:second End date of the absolute time

date2

-

range Format: month:day:year



An ACL rule is only valid during a time range if the time range name is specified when the rule is created. Two types of time ranges can be set: absolute time range and periodic time range. à

An absolute time range is a duration between two specific moments.

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Chapter 42 ACL Commands à

l

A periodic time range is a time range recurring on particular days, such as, recurring every day, on a particular day every week, on working days only, or on off days only.

To cancel the setting, use the no time-range command.

Examples The following example shows how to define a time range with the name “ztetimer”: The time range is an absolute time range from 10:00:00 on Jan. 1, 2006 to 11:00:00 on Jun.2, 2006. ZXAN(config)#time-range ztetimer from 10:0:0 1-1-2006 to 11:0:0 6-2-2006

Related Commands 42.18 show time-range

42.21 traffic-limit Syntax traffic-limit in {number1 |name1 } rule-id number2 cir number3 cbs number4 {ebs number5 |pir number6 pbs number7 } mode name2 [{[remark-red-dp name3 ] [remark-red-dscp number8 ] [remark-yellow-dp name4 ] [remark-yellow-dscp number9 ] [forward-red ] [drop-yellow ] } ] no traffic-limit in {number1 |name1 } rule-id number2

Function This command configures ACL rule-based traffic limiting.


Description

Value

in


-

rule number1

ACL number

1–699

name1

ACL name or alias

-

number2

Rule number

1–4094

number3

CIR in kbps

64–32000000

number4

CBS in kbytes

4–16000

number5

EBS in kbytes

4–16000

number6

PIR in kbps

64–32000000

number7

PBS in kbytes

4–16000

42-27 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

Mode (color-blind or

-

color-aware) name3

Discard priority of red packets

high, medium, or low

number8

DSCP value marked for red

0–63

packets name4

Discard priority of yellow

high, medium, or low

packets number9

DSCP value marked for yellow

0–63

packets


Usage Guidelines Ensure that the ACL number, name, alias, and rule have been created before using this command.

Examples The following example shows how to configure rate limiting for traffic that matches rule 1 of ACL 300: ZXAN(config)#traffic-limit in 300 rule 1 cir 300 cbs 400 pir 800 pbs 300 mode blind


42.22 traffic-mirror Syntax traffic-mirror in {number1 |name1 } rule-id number2 {cpu |destination-ip ip_addr1 source-ip ip_addr2 {[priority number3 ] [tpid hexadecimal1 ] [ttl number4 ] [DSCP number5 ] } |interface interface1 [rspan-vlanid number6 [{[priority number7 ] [tpid hexadecimal2 ] } ] ] } no traffic-mirror in {number1 |name1 } rule-id number2

Function This command configures ACL-based traffic mirroring in configuration mode.

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Description

Value

in

Specifies the ACL and ACL rule.

-

number1

ACL number.

1–699

name1

ACL name or alias.

-

number2

Rule ID.

1–4094

cpu

Mirrors traffic to the CPU.

-

ip_addr1

Destination IP address for

-

remote mirroring in ERSPAN mode. ip_addr2

Source IP address for remote

-

mirroring in ERSPAN mode. number3

CoS for remote mirroring in

0

ERSPAN mode. hexadecimal1

TPID for remote mirroring in

-

ERSPAN mode. number4

TTL for remote mirroring in

1–255

ERSPAN mode. number5

DSCP value for remote mirroring

0–63

in ERSPAN mode. interface1

Destination port name for traffic

-

mirroring to a specific port. number6

VLAN ID for remote mirroring in

1–4094

RSPAN mode. number7

CoS for remote mirroring in

0

RSPAN mode. hexadecimal2

TPID for remote mirroring in

-

RSPAN mode.


Usage Guidelines Ensure that the ACL number, name, alias, and rule have been created before using this command.

42-29 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the traffic mirroring function for mirroring traffic that matches rule 4 of ACL 333 to the interface gei_0/13/2: ZXAN(config)#traffic-mirror in 333 rule-id 4 interface gei_0/13/2


42.23 traffic-statistics Syntax traffic-statistics in {number1 |name1 } rule-id number2 pkt-type name2 statistics-type name3 no traffic-statistics in {number1 |name1 } rule-id number2

Function This command configures ACL rule-based traffic statistics.


Description

Value

in


-

number1

ACL number.

1–699

name1

ACL name or alias.

-

number2

Rule number.

1–4094

pkt-type

Specifies the type of packets to

-

be counted. name2

Packet type.

red, yellow, green, or all

statistics-type

Specifies the type of traffic

-

statistics. name3

Statistics type.

packet or byte



Ensure that the ACL number, name, alias, and rule have been created before using this command. To cancel the setting, use the no traffic-statistics command. 42-30

SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure traffic statistics for counting green packets that matches rule 1024 of ACL 199: ZXAN(config)#traffic-statistics in 199 rule-id 1024 pkt-type green statistics-type packet

Related Commands 42.17 show qos 42.19 show traffic-statistics clear traffic-statistics

42.24 vlan-mark Syntax vlan-mark in {number1 |name1 } rule-id number2 vlan-id number3 no vlan-mark in {number1 |name1 } rule-id number2

Function This command modifies the VLAN ID of traffic that matches a specific ACL rule.


Description

Value

in


-

number1

ACL number.

1–699

name1

ACL name or alias.

-

number2

Rule number.

1–4094

number3

VLAN ID.

1–4094



Ensure that the ACL number and rule number have been created before using this command. To cancel the modification, use the no vlan-mark command.

42-31 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to modify the VLAN ID of traffic that matches rule 1 of ACL 100 to 2: ZXAN(config)#vlan-mark in 100 rule-id 1 vlan-id 2


42-32 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 43

Port Location Commands Table of Contents Port Location Commands .........................................................................................43-1 DHCP Option82 Commands...................................................................................43-14 PPPoE+ Commands ..............................................................................................43-20

43.1 Port Location Commands 43.1.1 port-location Syntax port-location rackno number1 frameno number2

Function This command configures the rack number and shelf number for port location.


Description

Value

number1

Rack number; default: 0

0–63

number2

Shelf number; default: 0

0–31



Examples The following example shows how to configure the rack number and shelf number for port location: ZXAN(config)#port-location rackno 3 frameno 8

43-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 43.1.13 show port-location global

43.1.2 port-location access-node-identifier Syntax port-location access-node-identifier name1

Function The command configures the type of the port location access node identifier information.


Description

Value

name1

inband-mac: indicates NE

-

inband MAC hostname: indicates host name The default is inband-mac.


Usage Guidelines The hostname value can be configured through the port-location hostname command.

Examples The following example shows how to set the access-node-identifier type to inband-mac:

ZXAN(config)#port-location access-node-identifier inband-mac

Related Commands 43.1.9 port-location hostname 43.1.13 show port-location global

43.1.3 port-location flexible-syntax add delimiter Syntax port-location flexible-syntax add delimiter name1 [index number1 ]

43-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 43 Port Location Commands

Function This command configures the delimiter of the flexible syntax.


Description

Value

name1

Delimiter information

-

number1

Position to add the delimiter

1–30


Usage Guidelines Seven delimiters are supported : # . , ; / : and space. If the index is not configured or greater than the maximum index in the current flexible syntax, the delimiter is appended after the original syntax configuration. If the index is smaller than or equal to the maximum index, the configuration is inserted in the position defined by the index. The configurations with the index greater than or equal to this index are moved backwards.

Examples The following example shows how to add space as a delimiter: ZXAN(config)#port-location flexible-syntax add delimiter space

Related Commands

43.1.4 port-location flexible-syntax add string Syntax port-location flexible-syntax add string name1 [index number1 ]

Function This command configures a string with flexible syntax.

43-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

String information; length: 1-50

-

number1

Position to insert the string

1–30


Usage Guidelines If the index is not configured or greater than the maximum index in the current flexible syntax, the string is appended after the original syntax configuration. If the index is smaller than or equal to the maximum index, the configuration is inserted in the position defined by the index. The configurations with the index greater than or equal to this index are moved backwards.

Examples The following example shows how to add the string ZXAN: ZXAN(config)#port-location flexible-syntax add string ZXAN

Related Commands

43.1.5 port-location flexible-syntax add variable Syntax port-location flexible-syntax add variable name1 [width number1 ] [index number2 ]

Function This command configures the variables of flexible syntax.

43-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Variable name

-

number1

Variable width

1–5

number2

Position to add the variable

1–30


Usage Guidelines The variable width can be specified. If the width is not specified, the actual width applies. The following variables can be configured: access_node_id : access point identification chassis: chassis number (Because no chassis is provided, the default is 0.) rack: rack number frame: shelf number slot: slot number sub-slot: sub-slot number port: port number vpi: vpi vci : vci q-vid: user vlan ethernet-priority: network priority onu-id: ODU ID gem-port: gem_port number cvlan: inner vlan svlan: outer vlan sn: ONU SN loid: ONU loid loidpw: ONU loidpw

Examples The following example shows how to add the variable slot with the width as 2: ZXAN(config)#port-location flexible-syntax add variable slot width 2

43-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands

43.1.6 port-location flexible-syntax delete Syntax port-location flexible-syntax delete index number1

Function This command deletes the element that is located in the position defined by the index in flexible syntax.


Description

Value

number1

Element index

1–30


Usage Guidelines If the entered index is greater than the maximum index, an error is returned. After the element at the position defined by the index is deleted, the position is replaced by the subsequent flexible syntax configuration.

Examples The following example shows how to delete the element with the index as 2: ZXAN(config)#port-location flexible-syntax delete index 2

Related Commands

43-6 SJ-20130118100307-010|2013-02-28 (R1.0)



43.1.7 port-location format Syntax port-location format name1 {vport range1 |sport range2 }

Function This command configure the Circuit ID format in port location information.


Description

Value

name1

Circuit ID format; default:

-

china-telecom range1

Virtual interface number

1–128

range2

Service interface number

1–128

Mode ptp interface mode, gpon onu interface mode, epon onu interface modem, and others

Usage Guidelines Port location information includes Circuit ID and Remote ID. This command configures the Circuit ID format. The Circuit ID formats include: china-telecom, dsl-forum, china-netcom, turkey, kt (Korea Telecom), ti (Telecom Italia), uni-base (Singapore), flexible-syntax, ft (France Telecom), gt (Georgia Telecom), vf (Vodafone), airtel. The spliced formats are: china-telecom, turkey, uni-base, airtel. The following gives some commonly-used formats: china-telecom:{eth|trk} NAS_slot/NAS_subslot/NAS_port:SVLAN.CVLAN AccessNodeIdentifier/ANI_rack/ANI_frame/ANI_slot/ANI_subslot/ANI_port/ONU_ID [ONU_Slot/ONU_Subslot/Port_ID][:{atm/eth|trk}/Port_XPI.Port_XCI] [LN|EP|GP] DSL forum

ftth: Access-Node-Identifier eth shelf/slot/port/onuid/slot/port:

axci.vlan-id pon:

Access-Node-Identifier pon shelf/slot/olt/onu/vport:axci.vlan-id

For the definitions of all formats, refer to the Definitions and Configurations of Thirteen Port Location Formats for IAP Platform document.

Examples The following example shows how to set the Circuit ID format to china-telecom: ZXAN(config)#interface gpon-onu_1/3/1:1 ZXAN(config-if)# port-location format china-telecom vport 1

43-7 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 43.1.14 show port-location port

43.1.8 port-location ft-cid Syntax port-location ft-cid name1 {vport range1 |sport range2 } no port-location ft-cid {vport range1 |sport range2 }

Function This command configures the France Telecom (FT) CID.


Description

Value

name1

FT CID

1–64 characters

range1

Virtual port number

1–128

range2

Service port number

1–128


Usage Guidelines When the port format is ft, this command configures the CID content, which will be inserted into the uplink packet of the protocol related to port location.

Examples The following example shows how to configure the FT CID: ZXAN(config-if)#port-location ft-cid ftftft vport 1

Related Commands 43.1.7 port-location format 43.1.14 show port-location port

43.1.9 port-location hostname Syntax port-location hostname name1 43-8 SJ-20130118100307-010|2013-02-28 (R1.0)



no port-location hostname

Function This command configures the host name for port location.


Description

Value

name1

Host name; default: ZXAN

1–50 characters


Usage Guidelines After the no port-location hostname command is used, the hostname value restores the default.

Examples The following example shows how to set the hostname for port location to ZTE:

ZXAN(config)#port-location hostname ZTE

Related Commands 43.1.2 port-location access-node-identifier 43.1.13 show port-location global

43.1.10 port-location sub-option remote-id Syntax port-location sub-option remote-id name1 {vport range1 |sport range2 }

Function This command enables or disables Remote ID for an interface.

43-9 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

l

-

Enable: enables Remote ID

l

Disable: disables Remote ID

The default is disable. range1


1–128

range2


1–128

Mode ptp interface mode, gpon onu interface mode, epon onu interface mode, and others

Usage Guidelines The port location information includes Circuit ID and Remote ID. The command enables or disables Remote ID. l

l

If Remote ID is enabled, the port location information includes the remote-id value, which can be configured through the port-location sub-option remote-id name command. If Remote ID is disabled, the port location information excludes the remote-id value.

Examples The following example shows how to enable Remote ID:


ZXAN(config-if)#port-location sub-option remote-id enable vport 1

Related Commands 43.1.11 port-location sub-option remote-id name 43.1.14 show port-location port

43.1.11 port-location sub-option remote-id name Syntax port-location sub-option remote-id name name1 {vport range1 |sport range2 } no port-location sub-option remote-id name {vport range1 |sport range2 }

43-10 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the Remote ID of an interface.


Description

Value

name1

Remote ID of the interface

1–64 characters

range1


1–128

range2


1–128



Examples The following example show to configure the Remote ID of the interface gpon-onu_1/3/1:1 to ZTEzte:


ZXAN(config-if)#port-location sub-option remote-id name ZTEzte

vport 1

Related Commands 43.1.10 port-location sub-option remote-id 43.1.14 show port-location port

43.1.12 show port-location flexible-syntax Syntax show port-location flexible-syntax

Function This command displays the configuration of flexible syntax for port location.

Parameters None

43-11 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples ZXAN#show port-location flexible-syntax ItemIndex

VariableType

Variable Name

Width

1

String

ZXAN

4

2

Delimiter

space

1

3

Standard-Var

Slot

2

Flexible-Syntax Format: ZXAN Slot

Related Commands

43.1.13 show port-location global Syntax show port-location global

Function This command displays the global port location configuration.

Parameters None



43-12 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display the global port location configuration:

ZXAN#show port-location global identifier : inband-mac rackno

: 0

frameno

: 0

hostname

: ZXAN

Related Commands 43.1.1 port-location 43.1.2 port-location access-node-identifier 43.1.9 port-location hostname

43.1.14 show port-location port Syntax show port-location port interface1 [{vport number1 |pvc number2 |sport number3 } ]

Function This command displays the interface configuration for port location.


Description

Value

interface1

Interface name

-

number1


1–128

l

For a ptp interface, the vport is unavailable.

l

For a GPON ONU interface, the vport range is 1–128.

l

For an EPON ONU interface, the vport is 1.

number2

PVC number

1–8

number3


1–128


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Examples The following example shows how to display the interface configuration for port location: ZXAN(config)#show port-location port gpon-onu_1/3/1:1 vport 1 Onu

Vport Cid-Format

Rid-status Rid-name

gpon-onu_1/3/1:1

1

disable

china-telecom

Ft-cid

Related Commands 43.1.7 port-location format 43.1.10 port-location sub-option remote-id 43.1.11 port-location sub-option remote-id name

43.2 DHCP Option82 Commands 43.2.1 dhcp-option82 Syntax dhcp-option82 name1

Function This command enables or disables the global DHCP option82 function.


Description

Value

name1

l

-

Enable: enables the global DHCP option82 function

l

Disable: disables the global DHCP option82 function

The default is disable.


Usage Guidelines l

When the global DHCP option82 function is enabled, the CPU captures the DHCP option82 packets. 43-14

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l

When the global DHCP option82 function is disabled, the CPU does not capture the DHCP option82 packets.

Examples The following example shows how to enable the global DHCP option82 function: ZXAN(config)# dhcp-option82 enable

Related Commands 43.2.5 show dhcp-option82 global

43.2.2 dhcp-option82(ptp interface mode) Syntax dhcp-option82 name1 {vport range1 |sport range2 }

Function This command enables or disables the DHCP option82 function for an interface.


Description

Value

name1

l

-

l

Enable: enables the DHCP option82 function Disable: disables the DHCP option82 function

The default is disable. range1


1–128

range2


1–128


Usage Guidelines 1. If the DHCP option82 function is enabled, the DHCP option82 uplink packets are added with port location information, and the DHCP option82 downlink packets are stripped with port location information. 2. If the DHCP option82 function is disabled, the port location module does not process the DHCP option82 packets. 3. If The DHCP option82 function is enabled for both the vport and sport, the sport has a higher priority for port location.

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Examples The following example shows how to enable the DHCP option82 function:


ZXAN(config-if)#dhcp-option82 enable vport 1

Related Commands 43.2.6 show dhcp-option82 port

43.2.3 dhcp-option82 trust false Syntax dhcp-option82 trust false name1 {vport range1 |sport range2 }

Function This command configure a DHCP Option 82 trust policy for an interface.


Description

Value

name1

l

Discard: discards the request packets

-

l

Add: adds the port location information

The default is false add. range1


1–128

range2


1–128


Usage Guidelines The configuration is applicable to the uplink packets containing port location information. If no port location information is contained, the information is added to the port location module. l l

If the trust policy is false discard, the port location module discards the packets directly. If the trust policy is false add, the port location module appends a new option82 to the original option82.

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Examples The following example shows how to the set the DHCP Option 82 trust policy to false add to the interface gpon-onu_0/3/1:1: ZXAN(config)#interface gpon-onu_1/3/1:1

ZXAN(config-if)#dhcp-option82 trust false add vport 1


43.2.4 dhcp-option82 trust true Syntax dhcp-option82 trust true name1 {vport range1 |sport range2 }

Function This command configures the DHCP option82 trust rule of the specified interface.


Description

Value

name1

Keep: keeps the original port location

-

information Replace: replaces the port location information range1


1–128

range2


1–128


Usage Guidelines The configuration is valid to the uplink packets carrying port location information. If such information is not carried, the port location module adds the port location information. If the trust rule is true keep, the original option82 is kept and the port location module does not process it. If the trust rule is true replace, the port location module replaces the original option82 with the new one.

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Examples The following example shows how to configure the DHCP option82 trust rule of the interface gpon-onu_1/3/1:1 to true keep: ZXAN(config)#interface gpon-onu_1/3/1:1

ZXAN(config-if)#dhcp-option82 trust true keep vport 1


43.2.5 show dhcp-option82 global Syntax show dhcp-option82 global

Function This command displays the global DHCP option82 configuration.

Parameters None



Examples The following example shows how to display the global DHCP option82 configuration: ZXAN#show dhcp-option82 global

option82 status : disable

Related Commands 43.2.1 dhcp-option82

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43.2.6 show dhcp-option82 port Syntax show dhcp-option82 port interface1 [{vport number1 |pvc number2 |sport number3 } ]

Function This command displays the DHCP option82 port configuration.


Description

Value

interface1

Interface name

-

number1


1–128

l


l


l


number2

PVC number

1–8

number3

Service port number

1–128


Usage Guidelines If the DHCP option82 trust rule is trust true, the policy can only be keep or replace. If the DHCP option82 trust rule is trust false, the policy can only be discard or add.

Examples The following example shows how to display the DHCP option82 port configuration:

ZXAN(config)#show dhcp-option82 port gpon-onu_1/3/1:1 vport 1 Onu

Vport

Option82 status

Trust

Policy

gpon-onu_1/3/1:1

1

disable

false

add

Related Commands dhcp-option82 {enable|disable} interface mode)

(ptp interface mode, gpon onu interface, epon onu

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43.2.3 dhcp-option82 trust false 43.2.4 dhcp-option82 trust true

43.3 PPPoE+ Commands 43.3.1 pppoe-plus Syntax pppoe-plus name1

Function This command enables or disables the global PPPOE+ function.


Description

Value

name1

l

-

Enable: enables the global PPPOE+ function

l

Disable: disables the global PPPOE+ function

The default value is disable.



When the global PPPoE+ function is enabled, the CPU captures the PPPoE+ packets. When the global PPPoE+ function is disabled, the CPU does not capture the PPPoE+ packets.

Examples The following example shows how to enable the global PPPoE+ function:

ZXAN(config)#pppoe-plus enable

The following example shows how to disable the global PPPoE+ function:

ZXAN(config)#pppoe-plus disable

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Related Commands 43.3.5 show pppoe-plus global

43.3.2 pppoe-plus(ptp interface mode) Syntax pppoe-plus name1 {vport range1 |sport range2 }

Function This command enables or disables the PPPoE+ function for a specified interface.


Description

Value

name1

l

-

Enable: enables the PPPoE+ function for the specified interface

l

Disable: disables the PPPoE+ function for the specified interface

The default value is disable. range1


1–128

range2


1–128


Usage Guidelines 1. If the PPPoE+ function is enabled, the port location information is added to the PPPoE+ uplink packets, and the port location information is stripped from the PPPoE+ downlink packets. 2. If the PPPoE+ function is disabled, the port location module does not process PPPoE+ packets. 3. If the PPPoE+ function is enabled for both the vport and sport, the sport has a higher priority for port location.

Examples The following example shows how to enable the PPPoE+ function for the interface gpon-onu_0/3/1:1:


ZXAN(config-if)#pppoe-plus enable vport 1

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Related Commands 43.3.6 show pppoe-plus port

43.3.3 pppoe-plus trust false Syntax pppoe-plus trust false name1 {vport range1 |sport range2 }

Function This command configure the PPPoE+ trust rule for a port.


Description

Value

name1

l

Discard: discards the request packets

-

l

Add: adds the port location information

The default is false add. range1


1–128

range2


1–128

Mode ptp interface mode, gpon onu interface mode, epon onu interface mode

Usage Guidelines The configuration is effective for PPPoE+ uplink packets with port location information. If the port location information is not contained, the port location module will add new port location information. l l

If the trust rule is set to false discard, packets are discarded directly. If the trust rule is set to false add, the new port location information is appended.

Examples The following example shows how to configure the PPPoE+ trust rule for the interface gpon-onu_1/3/1:1 to false add: ZXAN(config)#interface gpon-onu_1/3/1:1

ZXAN(config-if)#pppoe-plus trust false add vport 1

Related Commands 43.3.6 show pppoe-plus port 43-22 SJ-20130118100307-010|2013-02-28 (R1.0)



43.3.4 pppoe-plus trust true Syntax pppoe-plus trust true name1 {vport range1 |sport range2 }

Function This command configure the PPPoE+ trust policy for a port.


Description

Value

name1

Keep: keeps the original port location

-

information Replace: replaces the original port location information range1


1–128

range2


1–128


Usage Guidelines The configuration is effective for PPPoE+ uplink packets with port location information. If the port location information is not contained, the port location module will add new port location information. l l

If the trust rule is set to true keep, the original port location information is kept. If the trust rule is set to true replace, the original port location information is replaced with new one.

Examples The following example shows how to configure the PPPoE+ trust policy for the interface gpon-onu_1/3/1:1 to true keep: ZXAN(config)#interface gpon-onu_1/3/1:1

ZXAN(config-if)#pppoe-plus trust true keep vport 1

Related Commands 43.3.6 show pppoe-plus port

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43.3.5 show pppoe-plus global Syntax show pppoe-plus global

Function This command displays the global PPPoE+ configuration.

Parameters None



Examples The following example shows how to display the global PPPoE+ configuration:

ZXAN(config)#show pppoe-plus global

pppoe-plus status : enable

Related Commands 43.3.1 pppoe-plus

43.3.6 show pppoe-plus port Syntax show pppoe-plus port interface1 [{vport number1 |pvc number2 |sport number3 } ]

Function This command displays the PPPoE+ port configuration.

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Description

Value

interface1

Interface name

-

number1


1–128

l


l


l


number2

PVC number

1–8

number3


1–128



Examples The following example shows how to display the PPPoE+ port configuration:

ZXAN(config)#show pppoe-plus port gpon-onu_1/3/1:1 vport 1 Onu

Vport

Pppoe-plus status

Trust

Policy

gpon-onu_1/3/1:1

1

disable

false

add

Related Commands pppoe-plus {enable | disable} (ptp interface mode, gpon onu interface mode, epon onu interface mode) 43.3.3 pppoe-plus trust false 43.3.4 pppoe-plus trust true

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43-26 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 44

MAC Management Commands Table of Contents mac add ...................................................................................................................44-1 mac aging-time.........................................................................................................44-2 mac delete ...............................................................................................................44-3 mac delete all ...........................................................................................................44-4 mac delete dynamic .................................................................................................44-5 mac delete permanent..............................................................................................44-6 mac delete vlan ........................................................................................................44-6 mac monitor-period ..................................................................................................44-7 mac usage-threshold................................................................................................44-8 show mac.................................................................................................................44-8 show mac aging-time .............................................................................................44-10 show mac monitor-info ........................................................................................... 44-11 show mac running ..................................................................................................44-12 show mac system...................................................................................................44-13 show mac-real-time ................................................................................................44-13

44.1 mac add Syntax mac add {permanent } hexadecimal1 {ethernet interface1 |smartgroup number1 |gpon interface2 vport number2 |epon interface3 vport number3 } [vlan number4 ]

Function This command adds an MAC address item.

44-1 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

permanent

Permanent MAC address,

-

non-participation in aging and script writing hexadecimal1


-

hexadecimal notation interface1

Ethernet physical port name, in

-

the format of gei_shelf/slot/port number1

Link aggregation port ID

Range: 1–68

interface2

GPON port name

-

number2

GPON virtual port ID

Range: 1–256

interface3

EPON port name

-

number3

EPON virtual port ID

1

number4

VLAN ID of an MAC address

Range: 1–4094


Usage Guidelines If the VLAN ID parameter is not specified, the PVID of the port is used. The show running-config or show mac running command displays the permanent MAC address configured.

Examples The following example shows how to add the static MAC address (000a.010c.e2c6) for the Ethernet port gei_1/19/1: ZXAN(config)#mac add permanent 0009.6b08.bfd6 ethernet gei_1/19/1

Related Commands 44.3 mac delete 44.15 show mac-real-time

44.2 mac aging-time Syntax mac aging-time number1 44-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 44 MAC Management Commands

Function This command configures the dynamic MAC address aging time.


Description

Value

number1

Aging time

Range: 10-1000000 (sec) Default: 300


Usage Guidelines If the MAC aging time configured is n (sec), the dynamic MAC address may age within n to 2n seconds.

Examples The following example shows how to configure the dynamic MAC address aging time as 180 seconds: ZXAN(config)#mac aging-time 180

Related Commands 44.11 show mac aging-time 44.13 show mac running

44.3 mac delete Syntax mac delete {hexadecimal1 |ethernet interface1 |smartgroup number1 |gpon interface2 vport nu mber2 |epon interface3 vport number3 } [vlan number4 ]

Function This command deletes an MAC address item.

44-3 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

hexadecimal1


-

hexadecimal notation Ethernet physical port name, in

interface1

-

the format of gei_shelf/slot/port number1


Range: 1–68

interface2

GPON port name

-

number2

GPON virtual port ID

Range: 1–256

interface3

EPON port name

-

number3


1

number4


Range: 1–4094


Usage Guidelines If the VLAN ID parameter is not specified, all the MAC address items that match the MAC address parameter are deleted.

Examples The following example shows how to delete the MAC address for the Ethernet port gei_1/5/1: ZXAN(config)#mac delete

ethernet gei_1/5/1

Related Commands 44.1 mac add 44.15 show mac-real-time

44.4 mac delete all Syntax mac delete all

Function This command deletes all the MAC address items.

44-4 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameters None



Examples The following example shows how to delete all the MAC address items: ZXAN(config)#mac delete all


44.5 mac delete dynamic Syntax mac delete dynamic

Function This command deletes dynamic MAC address items.

Parameters None



Examples ZXAN(config)#mac delete dynamic

Related Commands 44.1 mac add 44-5 SJ-20130118100307-010|2013-02-28 (R1.0)



44.15 show mac-real-time

44.6 mac delete permanent Syntax mac delete permanent

Function This command deletes permanent MAC address items.

Parameters None



Examples The following example shows how to delete the permanent MAC address items: ZXAN(config)#mac delete permanent


44.7 mac delete vlan Syntax mac delete vlan number1

Function This command deletes all the MAC address items within a VLAN.


Description

Value

number1

VLAN ID of the MAC address

Range: 1–4094

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Examples The following example shows how to delete all the MAC address items within VLAN 100: ZXAN(config)#mac delete vlan 100


44.8 mac monitor-period Syntax mac monitor-period number1

Function This command configures a monitoring period for MAC learning.


Description

Value

number1

Monitoring period

Range: 5–1440 (min) Default: 10


Usage Guidelines This command is used to configure a sampling period for MAC learning. Detailed information about the configuration can be displayed by the show mac monitor-info command.

Examples The following example shows how to configure the monitoring period for MAC learning as 5 minutes: ZXAN(config)#mac monitor-period 5

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Related Commands 44.12 show mac monitor-info

44.9 mac usage-threshold Syntax mac usage-threshold number1

Function This command configures the alarm threshold of MAC usage. An alarm notice is generated when the MAC item number reaches the threshold.


Description

Value

number1

Alarm percentage




Examples The following example shows how to configure the alarm threshold of MAC usage as 10%: ZXAN(config)#mac usage-threshold 10


44.10 show mac Syntax show mac [{hexadecimal1 [vlan number1 ] |dynamic |permanent |ethernet interface1 |smartgr oup number2 |gpon {olt interface2 |onu interface3 [vport number3 ] } |epon {olt interface4 |onu interface5 [vport number4 ] |interface6 } |inner-port interface7 |vlan number5 |[shelfno number6 ] slot number7 } ] [statistic ]

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Function This command displays MAC address items that are learned by the switching chip on the main control and switching card. For GPON/EPON subscriber cards, the switching chip learns the MAC addresses to the inline port, and the main control and switching card then queries the real physical port ID of the newly learned MAC item from line cards in the background task. Only the MAC items whose real physical port ID are queried can be displayed.


Description

Value

hexadecimal1


-

hexadecimal notation number1


Range: 1–4094

dynamic

Dynamic MAC address

-

permanent

Permanent MAC address

-

interface1

Ethernet port ID

-

number2


Range: 1–68

interface2

GPON OLT port

-

interface3

GPON ONU port

-

number3

Virtual GPON port ID

Range: 1–256

interface4

EPON OLT port

-

interface5

EPON ONU port

-

number4


1

number5


Range: 1–4094

number6

Shelf number

Range: 1–5

number7

Slot number

Range: 1–22

statistic

Statistics for MAC addresses

-


Usage Guidelines 1) The show mac command displays all the MAC address items whose real physical port can be determined, which form a subset of the MAC addresses learned by the switching chip on the main control and switching card, including the MAC addresses of all the line cards and uplink cards. The show mac dynamic command displays all the MAC addresses learned dynamically. 44-9 SJ-20130118100307-010|2013-02-28 (R1.0)



The show mac permanent command displays all the permanent MAC addresses. The show mac vlan vlanID command displays all the MAC address items of the designated vlanID. The show mac system command displays the MAC addresses of the inband and outband EMS. All the commands listed above + statistic display statistical information about the MAC address items that fulfill the specific conditions. 2) For GPON/EPON subscriber cards, the main control and switching card queries the real physical port of their MAC items from the background task. Therefore, it will lag for some time to display the MAC items with the show mac command after a large number of packets are sent to the equipment. The MAC items of line cards can be queried in real time with the show mac-real-time command. 3) When a large number of packets are sent to the equipment on the uplink port, the MAC items can be queried in real time with the show mac command.

Examples The following example shows how to display all the MAC address items: ZXAN(config)#show mac Total mac address : 2 Mac address

Vlan

Type

Port

Vc

---------------------------------------------------------------------------0000.0000.0001

100

Dynamic

gpon-onu_1/3/3:1

vport 1

0000.0000.0002

100

Dynamic

gpon-onu_1/3/3:2

vport 1

Related Commands 44.1 mac add 44.3 mac delete 44.15 show mac-real-time

44.11 show mac aging-time Syntax show mac aging-time

Function This command displays the aging time of dynamic MAC addresses.






Examples The following example shows how to display the aging time of the dynamic MAC addresses: ZXAN#show mac aging-time

The MAC Address aging time is 60 seconds

Related Commands 44.2 mac aging-time

44.12 show mac monitor-info Syntax show mac monitor-info

Function This command displays monitoring information about MAC address learning in the current time period.

Parameters None


Usage Guidelines This command samples the MAC table size in terms of the monitoring time period, displays the total number of the MAC table items on the main control card at the current time, and shows the maximum MAC usage since the device started.

Examples The following example shows how to display monitoring information about MAC address learning in the current time period: ZXAN#show mac monitor-info

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ZXA10 C300/C320 Command Reference MAC table usage monitoring period is 10 minutes. Elapsed time in current monitoring period(mm:ss) is 04:34. MAC table maximum size is 32768(32k). Current occupancy is 0, about 0 percent usage. Current monitor period peak occupancy is 0, about 0 percent usage. History monitor period peak occupancy is 0, about 0 percent usage.


44.13 show mac running Syntax show mac running

Function This command displays the MAC address-related configurations of an NE.

Parameters None


Usage Guidelines If there are no MAC address-related configurations available, the default values of all parameters are displayed.

Examples The following example shows how to display the MAC address-related configurations: ZXAN#show mac running MAC aging-time 300 MAC monitor-period 10 MAC usage-threshold 70 mac add permanent 5467.019d.1257 epon epon-onu_0/3/1:1

vport 1 vlan 1

Related Commands 44.11 show mac aging-time

44-12 SJ-20130118100307-010|2013-02-28 (R1.0)



44.14 show mac system Syntax show mac system

Function This command displays the MAC addresses of the inband and outband EMS.

Parameters None



Examples The following example shows how to display the MAC addresses of the inband and outband EMS: ZXAN#show mac system inband mac: 00d0.d0c8.0020 outband mac: 00d0.d0c8.003f


44.15 show mac-real-time Syntax show mac-real-time [{hexadecimal1 [vlan number1 ] |dynamic |permanent |ethernet interface1 |smartgroup number2 |gpon {olt interface2 |onu interface3 [vport number3 ] } |epon {olt interfa ce4 |onu interface5 [vport number4 ] } |inner-port interface6 |vlan number5 |[shelfno number6 ] slot number7 } ] [statistic ]

Function This command displays MAC items. For GPON/EPON subscriber cards, the MAC items are queried from line cards with an asynchronous message.

44-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

hexadecimal1


-

hexadecimal notation number1


Range: 1–4094

dynamic

Dynamic MAC address

-

permanent

Permanent MAC address

-

interface1

Ethernet port ID

-

number2


Range: 1–68

interface2

GPON OLT port

-

interface3

GPON ONU port

-

number3

Virtual GPON port ID

Range: 1–256

interface4

EPON OLT port

-

interface5

EPON ONU port

-

number4

Virtual EPON port ID

1

interface6

Inline port ID

-

number5


Range: 1–4094

number6

Shelf number

Range: 1–5

number7

Slot number

Range: 1–22

statistic

Statistics for MAC addresses

-


Usage Guidelines The show mac-real-time command does not support the query for the MAC items of the line cards that are offline or always in configing state. The show mac-real-time command displays all the MAC address items, including that in the FPGA of all the line cards and that learned by the ports (excluding the inline port) in the ROS on the main control and switching card. The show mac-real-time dynamic command displays all the MAC addresses learned dynamically. The show mac-real-time permanent command displays all the permanent MAC addresses. The show mac-real-time vlan vlanID command displays all the MAC address items of the designated VLAN ID.

44-14 SJ-20130118100307-010|2013-02-28 (R1.0)



The show mac-real-time inner-port command displays the MAC items on an inline port of the main control and switching card. One inline port corresponds to multiple PON OLT ports. When you enter an epon-olt or gpon-olt port, all the MAC items of the inline port corresponding to this PON port are displayed. Any one of the commands listed above + statistic displays statistical information about the MAC items that fulfill the specific conditions.

Examples The following example shows how to display all the MAC items: ZXAN(config)#show mac Total mac address : 2 Mac address

Vlan

Type

Port

Vc

---------------------------------------------------------------------------0000.0000.0001

100

Dynamic

gpon-onu_1/3/3:1

vport 1

0000.0000.0002

100

Dynamic

gpon-onu_1/3/3:2

vport 1

Related Commands 44.1 mac add 44.3 mac delete 44.10 show mac

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44-16 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 45

MAC Anti-Spoofing Commands Table of Contents clear security mac-spoofing-list ................................................................................45-1 clear security mac-spoofing-log ................................................................................45-2 security mac-anti-spoofing........................................................................................45-3 security mac-anti-spoofing uplink-protect..................................................................45-4 security mac-spoofing-trap .......................................................................................45-5 show security configuration ......................................................................................45-6 show security mac-spoofing-list ................................................................................45-6 show security mac-spoofing-log ...............................................................................45-7

45.1 clear security mac-spoofing-list Syntax clear security mac-spoofing-list {hexadecimal1 |all }

Function This command clears the static MAC items that are configured after successful spoofing.


Description

Value

hexadecimal1


-

hexadecimal notation. Information is cleared based on the MAC address. all

All information.

-


45-1 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines For the main control and switching card that supports only the software anti-spoofing function, static MAC items that are configured due to spoofing may likely be generated.

Examples The following example shows how to clear the static MAC items that are configured after successful spoofing: ZXAN#clear security mac-spoofing-list all

Related Commands 45.7 show security mac-spoofing-list

45.2 clear security mac-spoofing-log Syntax clear security mac-spoofing-log {all }

Function This command clears information about spoofing records.


Description

Value

all

Information about all spoofing

-

records



Examples The following example shows how to clear information about all spoofing records: ZXAN#clear security mac-spoofing-log all

Related Commands 45.8 show security mac-spoofing-log

45-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 45 MAC Anti-Spoofing Commands

45.3 security mac-anti-spoofing Syntax security mac-anti-spoofing name1

Function This command enables or disables the MAC address anti-spoofing function.


Description

Value

enable: Enables address

enable/disable

anti-spoofing.

Default: disable

disable: Disables address anti-spoofing.


Usage Guidelines By default, the MAC address anti-spoofing function is disabled. When the MAC address anti-spoofing function is disabled, the MAC+VLAN is allowed to spoof between ports. When the MAC address anti-spoofing function is enabled, and the uplink port protection is enabled, the MAC address is allowed to spoof from a user port to an uplink port, or between uplink ports, but is not allowed to spoof between user ports. When the MAC address anti-spoofing function is enabled, and the uplink port protection is disabled, the MAC address is not allowed to spoof.

Examples The following example shows how to disable the MAC address anti-spoofing function: ZXAN(config)#security mac-anti-spoofing disable

Related Commands 45.6 show security configuration 45.4 security mac-anti-spoofing uplink-protect

45-3 SJ-20130118100307-010|2013-02-28 (R1.0)



45.4 security mac-anti-spoofing uplink-protect Syntax security mac-anti-spoofing uplink-protect name1

Function This command enables or disables the anti-spoofing uplink port protection for MAC addresses.


Description

Value

name1

enable: Enables anti-spoofing

enable/disable

uplink port protection.

Default: enable

disable: Disables anti-spoofing uplink port protection.


Usage Guidelines The uplink port protection is not effective until the anti-spoofing is enabled. When the MAC address anti-spoofing function is disabled, the MAC+VLAN is allowed to spoof between ports. When the MAC address anti-spoofing function is enabled, and the uplink port protection is enabled, the MAC address is allowed to spoof from a user port to an uplink port, or between uplink ports, but is not allowed to spoof between user ports. When the MAC address anti-spoofing function is enabled, and the uplink port protection is disabled, the MAC address is not allowed to spoof.

Examples The following example shows how to enable the anti-spoofing uplink port protection for MAC addresses: ZXAN(config)#security mac-anti-spoofing uplink-protect enable

Related Commands 45.6 show security configuration 45.3 security mac-anti-spoofing

45-4 SJ-20130118100307-010|2013-02-28 (R1.0)



45.5 security mac-spoofing-trap Syntax security mac-spoofing-trap name1

Function This command enables or disables MAC address anti-spoofing notification.


Description

Value

enable: Enables anti-spoofing

enable/disable

notification.

Default: disable

disable: Disables anti-spoofing notification.


Usage Guidelines 1) Anti-spoofing notification is associated to loopback detection. Make sure to enable spoofing notification and disable anti-spoofing before enabling loopback detection. 2) The same spoofing event will be reported within five seconds if it is detected for the first time. If it occurs again, it will be reported within 30 seconds. 3) The system saves the detected spoofing events as spoofing records, and up to 100 spoofing records are supported by the system. A spoofing notice may not be reported to the EMS until a spoofing event becomes a spoofing record. If the number of the records exceeds 100, an old record will be overwritten by a new one. 4) When the anti-spoofing is enabled, the disabled spoofing event does not report a spoofing notice to the EMS.

Examples The following example shows how to enable MAC address anti-spoofing notification: ZXAN(config)#security mac-spoofing-trap enable

Related Commands 45.6 show security configuration pon-loopback-detection 45.8 show security mac-spoofing-log 45-5 SJ-20130118100307-010|2013-02-28 (R1.0)



45.6 show security configuration Syntax show security configuration

Function This command displays anti-spoofing configurations of the system, such as MAC address anti-spoofing configuration, configuration of protected network-side MAC addresses, and spoofing notification configuration.

Parameters None



Examples The following example shows how to display the current anti-spoofing configurations of the system: ZXAN(config)#show security configuration mac-spoofing-trap :disable mac-anti-spoofing :enable uplink-protect

:enable

Related Commands 45.3 security mac-anti-spoofing 45.5 security mac-spoofing-trap 45.4 security mac-anti-spoofing uplink-protect

45.7 show security mac-spoofing-list Syntax show security mac-spoofing-list

45-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays information about the static MAC items that are configured after successful spoofing.

Parameters None


Usage Guidelines Only the records that have reported spoofing events and were configured as static MAC addresses can be saved and displayed. After a static MAC item is configured, only the corresponding port can forward the traffic flow of this MAC+VLAN.

Examples ZXAN#show security mac-spoofing-list the total mac-spoofing num:0

Related Commands 45.1 clear security mac-spoofing-list

45.8 show security mac-spoofing-log Syntax show security mac-spoofing-log

Function This command displays record information about MAC address spoofing and internal processing when the spoofing occurs.

Parameters None


Usage Guidelines This command is used to diagnose some engineering faults, such as user loopback, and network loopback. The location and traffic flow where spoofing occurs can be determined 45-7 SJ-20130118100307-010|2013-02-28 (R1.0)



with such information as spoofing MAC and VLAN, spoofing source port, and spoofing destination port saved in the spoofing record.

Examples ZXAN(config)#show security mac-spoofing-log the total mac-spoofing-log num:2 ------------------------------------------------------------------------mac-address

svlan

drift-port

last-drift-time

driftCount

add-Hard(H)

trapFlag

cvlan

origin-port

last-trap-time

trapCount

add-Soft(S)

------------------------------------------------------------------------0010.9400.0002 10 SENDED

0

gei_1/19/1

2001-1-4 0:38:29

1

H-NONE

inner-port_1/6/1

2001-1-4 0:38:53

1

S-NONE

------------------------------------------------------------------------0010.9400.0002 10 FORBIDDEN

0

inner-port_1/6/1

2001-1-4 0:38:37

2165

H-NONE

gei_1/19/1

unavailable

0

S-NONE

-------------------------------------------------------------------------

Related Commands 45.2 clear security mac-spoofing-log

45-8 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46

Multicast Commands Table of Contents Global IGMP Configuration Commands....................................................................46-1 IGMP MVLAN Configuration Commands ................................................................46-13 IGMP Show Commands .........................................................................................46-22 Global MLD Configuration Commands ...................................................................46-34 MLD MVLAN Configuration Commands .................................................................46-44 MLD Show Commands...........................................................................................46-53 IPTV Configuration Commands ..............................................................................46-65 IPTV Show Commands ..........................................................................................46-82

46.1 Global IGMP Configuration Commands 46.1.1 igmp bandwidth-control Syntax igmp bandwidth-control name1

Function This command enables or disables multicast group bandwidth control.


Description

Value

name1

disable: Disables the bandwidth

-

control function. enable: Enables the bandwidth control function.



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Examples The following example shows how to enable the multicast group bandwidth control function: ZXAN(config)#igmp bandwidth-control enable


46.1.2 igmp disable Syntax igmp disable

Function This command disables the global IGMP configuration.

Parameters None


Usage Guidelines When this command is used, the multicast data are transmitted transparently.

Examples The following example shows how to disable the global IGMP configuration: ZXAN(config)#igmp disable


46.1.3 igmp enable Syntax igmp enable

Function This command enables the global IGMP configuration. 46-2 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands

Parameters None



Examples The following example shows how to enable the global IGMP configuration: ZXAN(config)#igmp enable


46.1.4 igmp host-tracking Syntax igmp host-tracking name1

Function This command enables or disables IGMP host tracking.


Description

Value

name1

enable: Enables IGMP host

-

tracking. disable: Disables IGMP host tracking.



Examples The following example shows how to enable IGMP host tracking: 46-3 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN(config)#igmp host-tracking enable


46.1.5 igmp last-query-count Syntax igmp last-query-count number1

Function This command configures the global IGMP query count of the last member.


Description

Value

number1

Query count of the last member



Usage Guidelines By default, the global query count of the last member is 2.

Examples The following example shows how to configure the global IGMP query count of the last member as 3: ZXAN(config)#igmp last-query-count 3

Related Commands 46.3.1 show igmp

46.1.6 igmp last-query-interval Syntax igmp last-query-interval number1

Function This command configures the global IGMP query interval of the last member. 46-4 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Query interval of the last

Range: 1–255 (100 ms)

member

Default: 10


Usage Guidelines By default, the global query interval of the last member is 1 second.

Examples The following example shows how to configure the global IGMP query interval of the last member as 2 seconds: ZXAN(config)#igmp last-query-interval 20


46.1.7 igmp log Syntax igmp log name1

Function This command enables or disables IGMP logging.


Description

Value

name1

disable: Disables the logging

Default: disable

function. enable: Enables the logging function.


Usage Guidelines By default, the logging function is disabled. 46-5 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to enable IGMP logging: ZXAN(config)#igmp log enable

Related Commands 46.3.4 show igmp log

46.1.8 igmp prejoin-interval Syntax igmp prejoin-interval number1

Function This command configures the global IGMP pre-join interval.


Description

Value

number1

Pre-join interval



Usage Guidelines By default, the global IGMP pre-join interval is 125 seconds.

Examples The following example shows how to configure the global IGMP pre-join interval as 60 seconds: ZXAN(config)#igmp prejoin-interval 60


46.1.9 igmp query-interval Syntax igmp query-interval number1 46-6 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command configures the common query interval of global IGMP.


Description

Value

number1

Common query interval



Usage Guidelines By default, the common query interval is 125 seconds.

Examples The following example shows how to configure the common query interval of global IGMP as 60 seconds: ZXAN(config)#igmp query-interval 60


46.1.10 igmp query-max-resp Syntax igmp query-max-resp number1

Function This command configures the maximum response time of global IGMP for common queries.


Description

Value

number1

Maximum response time for

Range: 10–250 (100 ms)

common queries

Default: 100




Usage Guidelines By default, the maximum response time for common queries is 10 seconds.

Examples The following example shows how to configure the maximum response time of global IGMP for common queries as 5 seconds: ZXAN(config)#igmp query-max-resp 50


46.1.11 igmp querygemport-mode Syntax igmp querygemport-mode name1

Function This command configures the global generic query process mode.


Description

Value

name1

Generic query process mode:

Default: unicast

unicast, broadcast, both


Usage Guidelines By default, the global query process mode is unicast.

Examples The following example shows how to configure the global generic query process mode as unicast: ZXAN(config)#igmp querygemport-mode unicast


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46.1.12 igmp robustness Syntax igmp robustness number1

Function This command configures the global IGMP robustness.


Description

Value

number1

Robustness



Usage Guidelines If the global robustness is configured, the parameters related to all the interfaces will be changed. By default, the global robustness is 2.

Examples The following example shows how to configure the global IGMP robustness as 3: ZXAN(config)#igmp robustness 3


46.1.13 igmp snooping-aging-time Syntax igmp snooping-aging-time number1

Function This command configures the aging time of IGMP group members.


Description

Value

number1

Aging time range of group


members

Default: 300

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Usage Guidelines This command configures the aging time range of group members in snooping mode. By default, the aging time range is 300 seconds.

Examples The following example shows how to configure the aging time of IGMP group members as 500 seconds: ZXAN(config)#igmp snooping-aging-time 500


46.1.14 igmp span-vlan Syntax igmp span-vlan name1

Function This command enables or disables IGMP registration across the VLAN.


Description

Value

name1

enable: Enables IGMP

Default: enable

registration across the VLAN. disable: Disables IGMP registration across the VLAN.


Usage Guidelines When IGMP registration across the VLAN is disabled, a user can join the multicast group only when the user VLAN is the same as the multicast VLAN.

Examples The following example shows how to enable IGMP registration across the VLAN: 46-10 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands ZXAN(config)#igmp span-vlan enable


46.1.15 igmp statistics Syntax igmp statistics clear name1 [[mvlan number1 ] [interface interface1 {[vport number2 ] |[pvc nu mber3 ] } ] ]

Function This command clears the current IGMP message statistics.


Description

Value

name1

current: current data

-

number1

Multicast VLAN ID

Range: 1–4094

interface1

Interface type

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8


Usage Guidelines When this command is used with parameters, the message statistics of the specified MVLAN and interface are cleared separately.

Examples The following example shows how to clear the current IGMP message statistics: ZXAN(config)#igmp statistics clear current


46-11 SJ-20130118100307-010|2013-02-28 (R1.0)



46.1.16 igmp unsolicited-report-interval Syntax igmp unsolicited-report-interval number1

Function This command configures the interval for unsolicited IGMP reporting.


Description

Value

number1

Interval



Usage Guidelines By default, the interval is 10 seconds.

Examples The following example shows how to configure the interval for unsolicited IGMP reporting as 15 seconds: ZXAN(config)#igmp unsolicited-report-interval 15


46.1.17 igmp version-mode Syntax igmp version-mode name1 name2

Function This command configures the highest IGMP version supported by an interface.

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Description

Value

name1

v1: multicast IGMPv1.

-

v2: multicast IGMPv2. v3: multicast IGMPv3. name2

accept: Accepts.

-

drop: Discards.



Examples The following example shows how to configure the highest IGMP version supported by an interface as v3: ZXAN(config)#igmp version-mode v3 accept


46.2 IGMP MVLAN Configuration Commands 46.2.1 igmp mvlan Syntax igmp mvlan number1 no igmp mvlan number1

Function This command creates an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

46-13 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines To delete an MVLAN, use the no form of this command.

Examples The following example shows how to create MVLAN 100: ZXAN(config)#igmp mvlan 100


46.2.2 igmp mvlan cvlan Syntax igmp mvlan number1 cvlan number2

Function This command configures the user CVLAN for an IGMP multicast VLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

number2

CVLAN ID

Range: 0–4094



Examples The following example shows how to configure the user CVLAN for an IGMP multicast VLAN as 1: XAN(config)# igmp mvlan 1 cvlan 1




46.2.3 igmp mvlan drop Syntax igmp mvlan number1 drop

Function This command disables the IGMP of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094



Examples The following example shows how to disable the IGMP of MVLAN 100: ZXAN(config)#igmp mvlan 100 drop


46.2.4 igmp mvlan enable Syntax igmp mvlan number1 enable

Function This command enables the IGMP of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094





Examples The following example shows how to enable the IGMP of MVLAN 100: ZXAN(config)#igmp mvlan 100 enable


46.2.5 igmp mvlan group-filter Syntax igmp mvlan number1 group-filter name1

Function This command enables the management group of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

name1

enable: Enables the

Default: enable

management group. disable: Disables the management group.


Usage Guidelines By default, the management group is enabled. If a management group is disabled, and a user does not multicast across the VLAN, it is unnecessary to configure multicast group join-in.

Examples The following example shows how to enable the management group of MVLAN 100: ZXAN(config)#igmp mvlan 100 group-filter enable

46-16 SJ-20130118100307-010|2013-02-28 (R1.0)




46.2.6 igmp mvlan host-ip Syntax igmp mvlan number1 host-ip ip_addr1

Function This command configures the proxy host IP address of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

ip_addr1

Host IP address

Default: 192.168.2.14


Usage Guidelines The host IP is the source IP address of the report/leave message send by the system in proxy mode.

Examples The following example shows how to configure the proxy host IP address of MVLAN 100 as 10.1.1.1: ZXAN(config)#igmp mvlan 100 host-ip 10.1.1.1


46.2.7 igmp mvlan host-version Syntax igmp mvlan number1 host-version name1

Function This command configures the proxy host version of an MVLAN. 46-17 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

MVLAN ID

Range: 1–4094

name1

Host version type

-



Examples The following example shows how to configure the proxy host version of MVLAN 100 as v2: ZXAN(config)#igmp mvlan 100 host-version v2


46.2.8 igmp mvlan max-group Syntax igmp mvlan number1 max-group number2

Function This command configures the maximum group number of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

number2

Maximum group number

Range: 0–32768


46-18 SJ-20130118100307-010|2013-02-28 (R1.0)



Usage Guidelines By default, the multicast mode of the system is normal, and the maximum MVLAN group number is 4096. If the maximum MVLAN group number is greater than 4096, the multicast mode should be set as extreme.

Examples The following example shows how to configure the maximum group number of MVLAN 100 as 1024: ZXAN(config)#igmp mvlan 100 max-group 1024


46.2.9 igmp mvlan priority Syntax igmp mvlan number1 priority number2

Function This command configures the priority of protocol packets in proxy or router mode.


Description

Value

number1

MVLAN ID

Range: 1–4094

number2

Priority of protocol packets

Range: 0–7



Examples The following example shows how to configure the priority of protocol packets as 7 in proxy or router mode: XAN(config)#igmp mvlan 100 priority 7




46.2.10 igmp mvlan receive-port Syntax igmp mvlan number1 receive-port interface1 {[vport number2 ] |[pvc number3 ] } no igmp mvlan number1 receive-port interface1 {[vport number2 ] |[pvc number3 ] }

Function This command adds an MVLAN receiving port.


Description

Value

number1

MVLAN ID

Range: 1–4094

interface1

Interface name

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8


Usage Guidelines To delete an MVLAN receiving port, use the no form of this command.

Examples The following example shows how to add an MVLAN receiving port: ZXAN(config)#igmp mvlan 3 receive-port epon-onu_1/3/1:1 vport 1


46.2.11 igmp mvlan source-port Syntax igmp mvlan number1 source-port interface1 no igmp mvlan number1 source-port interface1

Function This command adds an MVLAN source port. 46-20 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

MVLAN ID

Range: 1–4094

interface1

Interface name

-


Usage Guidelines To delete an MVLAN source port, use the no form of this command.

Examples The following example shows how to add an MVLAN source port: ZXAN(config)#igmp mvlan 100 source-port gei_1/19/1


46.2.12 igmp mvlan work-mode Syntax igmp mvlan number1 work-mode name1

Function This command configures the working mode of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

One of the three modes:

Default: proxy

name1

snooping, router, and proxy


Usage Guidelines By default, the working mode of an MVLAN is proxy. 46-21 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to configure the working mode of MVLAN 100 as snooping: ZXAN(config)#igmp mvlan 100 work-mode snooping


46.3 IGMP Show Commands 46.3.1 show igmp Syntax show igmp

Function This command displays information about the global IGMP configuration.

Parameters None



Examples The following example shows how to display information about the global IGMP configuration: ZXAN#show igmp IGMP global parameters: ---------------------------------------------------IGMP is globally enable. IGMP log is disable. Snooping aging time is 300 seconds. Span vlan is enable. Bandwidth control is disable. Host tracking is disable. Robustness variable is 2.

46-22 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands General query interval is 125(second). Query max response time is 100(0.1second). Last member query interval is 10(0.1second). Last member query count is 2. Unsolicited report interval is 10 seconds. Non match group is forward. Intermode status is disable. Prejoin interval is 120(second). Igmp version-mode v1 is accept. Igmp version-mode v2 is accept. Igmp version-mode v3 is accept. General query gemport mode is unicast.


46.3.2 show igmp dynamic-member Syntax show igmp dynamic-member [[[shelf number1 ] slot number2 ] [mvlan number3 [group ip_addr1 ]]]

Function This command displays information about dynamic group members.


Description

Value

number1

Shelf number

Range: 1–3

number2

Slot number

Range: 2–22

number3

Multicast VLAN ID

Range: 1–4094

ip_addr1

Multicast group IP address

-


Usage Guidelines If this command is used with no parameters, information about all the dynamic group members is displayed. If this command is used with parameters, information about the dynamic group members of a specified MVLAN or multicast group is displayed. 46-23 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display information about all the dynamic group members: ZXAN#show igmp dynamic-member Mvlan 100 Group 224.1.1.1 ---------------------------epon-onu_1/3/1:1:1 Mvlan 200 Group 224.1.2.1 ---------------------------epon-onu_1/3/1:2:1


46.3.3 show igmp interface Syntax show igmp interface interface1 [{vport number1 |pvc number2 } ] [{dynamic-group-list |staticgroup-list } ]

Function This command displays configuration information about an IGMP interface.


Description

Value

interface1

Interface name

-

number1

Virtual port ID

Range: 1–255

number2

PVC ID

Range: 1–8

dynamic-group-list

Current dynamic group list

-

static-group-list

Current static group list

-



46-24 SJ-20130118100307-010|2013-02-28 (R1.0)



Examples The following example shows how to display configuration information about an IGMP interface: ZXAN(config)#show igmp interface epon-onu_1/3/1:1 vport 1 IGMP interface epon-onu_1/3/1:1 vport 1 parameters: ---------------------------------------------------IGMP status is enable. IGMP version is v3. Fast leave is disable. Max concurrent group num is 512. Proxy ip is 192.168.2.14. Robustness variable is 2. Query max response time is 100(0.1second). Last membership query interval is 10(0.1second). Last membership query count is 2.


46.3.4 show igmp log Syntax show igmp log [[statistic ] [interface interface1 [{vport number1 |pvc number2 } ] ] [group ip_ad dr1 ] [time time1 name1 number3 number4 [to time2 name2 number5 number6 ] ] ]

Function This command displays IGMP log information.


Description

Value

interface1

Interface name

-

number1

Virtual port ID

Range: 1–255

number2

PVC ID

Range: 1–8

ip_addr1

IP address of IGMP multicast

-

time1

Start time

-

name1

Start month

-

number3

Start date

Range: 1–31

number4

Start year

Range: 2001–2098

time2

End time

-

46-25 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name2

End month

-

number5

End date

Range: 1–31

number6

End year

Range: 2001–2098


Usage Guidelines If this command is used with no parameters, information about all the IGMP logs is displayed. If this command is used with parameters, information about the IGMP log statistics for a specific interface, multicast group, and time period is displayed separately.

Examples The following example shows how to display IGMP log information about multicast group 224.1.1.1: ZXAN#show igmp log group 224.1.1.1 -------------------------------------------------------------------Interface

Group Ip

Join_Time

Leave_Time

-------------------------------------------------------------------epon-onu_1/3/1:1

224.1.1.1

15:30:00 Oct 20 2007

16:30:00 Oct 20 2007


46.3.5 show igmp mp-snooping Syntax show igmp mp-snooping [mvlan number1 [group ip_addr1 ] ]

Function This command displays information about dynamic group members of the current main control card.


Description

Value

number1

Multicast VLAN

Range: 1–4094

ip_addr1

Multicast group address

-

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Examples The following example shows how to display information about all the dynamic group members: ZXAN#show igmp mp-snooping


46.3.6 show igmp mp-statistics Syntax show igmp mp-statistics {[mvlan number1 ] |}

Function This command displays the number of layer-2 multicast packets received and transmitted by the main control card.


Description

Value

number1

Multicast VLAN ID

Range: 1–4094


Usage Guidelines If this command is used with parameters, the packet statistics for a specified MVLAN are displayed.

Examples The following example shows how to display the number of layer-2 multicast packets received and transmitted by the main control card: ZXAN#show igmp mp-statistics mvlan 1 Total Statictics:

46-27 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference -----------------------------------------RxTotal

: 0

TxTotal

: 0

Rx Statistics: -----------------------------------------RxCommQuery

: 0

RxSpecialQuery

: 0

RxV1Report

: 0

RxV2Report

: 0

RxV3Report

: 0

RxLeave

: 0

RxError

: 0

RxUnknown

: 0

Tx Statistics: -----------------------------------------TxCommQuery

: 0

TxSpecialQuery

: 0

TxV1Report

: 0

TxV2Report

: 0

TxV3Report

: 0

TxLeave

: 0

Drop Statistics: -----------------------------------------DropRxCommQuery

: 0

DropRxSpecialQuery

: 0

DropRxV1Report

: 0

DropRxV2Report

: 0

DropRxV3Report

: 0

DropRxLeave

: 0

DropRxUnknown

: 0

Related Commands 46.3.11 show igmp statistics

46.3.7 show igmp mvlan Syntax show igmp mvlan [number1 [group [ip_addr1 ] ] ]

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Function This command displays information about group members of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

ip_addr1

Multicast IP address

-


Usage Guidelines If this command is used with no parameters, address information about all the groups in an MVLAN is displayed. If this command is used with parameters, information about the static and dynamic members of a specified group is displayed.

Examples The following example shows how to display information about group members of MVLAN 222: ZXAN(config)#show igmp mvlan 222 group

Total Num is 6. Mvlan

Group-IP

BW(kbps)

Prejoin

ActPorts/Hosts

------------------------------------------------------------222

224.1.1.1

10000

enable

0

222

224.1.1.2

10000

enable

0

222

224.1.1.3

10000

enable

0

222

224.1.1.4

10000

enable

0

222

224.1.1.5

10000

enable

0

222

224.1.1.6

10000

enable

0


46.3.8 show igmp np-statistics Syntax show igmp np-statistics name1 [[mvlan number1 ] [interface interface1 {[vport number2 ] |[pvc number3 ] } ] ] 46-29 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command displays the number of packets received and transmitted by line cards.


Description

Value

name1

current: current traffic

-

number1

Multicast VLAN ID

Range: 1–4094

interface1

Interface name

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8



Examples The following example shows how to display the number of current packets currently received and transmitted by line cards: ZXAN#show igmp np-statistics current Total Statictics: -----------------------------------------RxTotal

: 196

TxTotal

: 337


: 6

RxSpecialQuery

: 0

RxV1Report

: 0

RxV2Report

: 120

RxV3Report

: 0

RxLeave

: 70

RxError

: 0

RxUnknown

: 0


: 7

TxSpecialQuery

: 140

46-30 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands TxV1Report

: 0

TxV2Report

: 120

TxV3Report

: 0

TxLeave

: 70


: 0

DropRxSpecialQuery

: 0

DropRxV1Report

: 0

DropRxV2Report

: 0

DropRxV3Report

: 0

DropRxLeave

: 0

DropRxUnknown

: 0

Related Commands 46.3.11 show igmp statistics

46.3.9 show igmp pon-statistics Syntax show igmp pon-statistics interface interface1

Function This command displays the number of dynamic groups and users on a PON port.


Description

Value

interface1

OLT interface name

-



Examples The following example shows how to display the number of dynamic groups and users on the PON port epon-olt_1/13/1: ZXAN(config)#show igmp pon-statistics interface epon-olt_1/13/1 Active Group Num : 0

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ZXA10 C300/C320 Command Reference Active User Num : 0


46.3.10 show igmp static-member Syntax show igmp static-member [mvlan number1 [group ip_addr1 ] ]

Function This command displays information about static group members.


Description

Value

number1

Multicast VLAN ID

Range: 1–4094

ip_addr1


-


Usage Guidelines If this command is used with no parameters, information about all the static group members is displayed. If this command is used with parameters, information about the static group members of a specified MVLAN or multicast group is displayed.

Examples The following example shows how to display information about all the static group members: ZXAN#show igmp static-member Mvlan 100 Group 224.1.1.1 ---------------------------epon-onu_1/3/1:1:1 Mvlan 200 Group 224.1.2.1 ---------------------------epon-onu_1/3/1:2:1




46.3.11 show igmp statistics Syntax show igmp statistics mvlan number1 [interface interface1 {[vport number2 ] |[pvc number3 ] } ]

Function This command displays statistical information about IGMP packets.


Description

Value

number1

Multicast VLAN ID

Range: 1–4094

interface1

Interface name

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8


Usage Guidelines If this command is used with parameters, the packet statistics for a specified MVLAN and interface are displayed separately.

Examples The following example shows how to display statistical information about IGMP packets: ZXAN#show igmp statistics mvlan 1 Igmp Statistics of Mvlan : 1 -------------------------------------------------joins sent to net

: 0

joins rcv from users

: 0

successful joins from users

: 0

unsuccessful joins from users

: 0

leave

to network

: 0

leave

from users

general-query

to users

: 0 : 0

general-query from net

: 0

special-query

to users

: 0

special-query

from net

: 0

---------------------------------------------------ZXAN#

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46.4 Global MLD Configuration Commands 46.4.1 mld bandwidth-control Syntax mld bandwidth-control name1

Function This command enables or disables multicast group bandwidth control.


Description

Value

name1

disable: Disables the bandwidth

-

control function. enable: Enables the bandwidth control function.



Examples The following example shows how to enable the multicast group bandwidth control function: ZXAN(config)#mld bandwidth-control enable


46.4.2 mld disable Syntax mld disable 46-34 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command disables the global MLD configuration.

Parameters None


Usage Guidelines When this command is used, the multicast data are transmitted transparently.

Examples The following example shows how to disable the global MLD configuration: ZXAN(config)#mld disable


46.4.3 mld enable Syntax mld enable

Function This command enables the global MLD configuration.

Parameters None



Examples The following example shows how to enable the global MLD configuration: ZXAN(config)#mld enable

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46.4.4 mld host-tracking Syntax mld host-tracking name1

Function This command enables or disables MLD host tracking.


Description

Value

name1

enable: Enables MLD host

-

tracking. disable: Disables MLD host tracking.



Examples The following example shows how to enable MLD host tracking: ZXAN(config)#mld host-tracking enable


46.4.5 mld last-query-count Syntax mld last-query-count number1

Function This command configures the global MLD query count of the last member. 46-36 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Query count of the last member



Usage Guidelines By default, the global query count of the last member is 2.

Examples The following example shows how to configure the global MLD query count of the last member as 3: ZXAN(config)#mld last-query-count 3

Related Commands 46.6.1 show mld

46.4.6 mld last-query-interval Syntax mld last-query-interval number1

Function This command configures the global MLD query interval of the last member.


Description

Value

number1

Query interval of the last

Range: 1–255 (100 ms)

member

Default: 10


Usage Guidelines By default, the global query interval of the last member is 1 second.

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Examples The following example shows how to configure the global MLD query interval of the last member as 2 seconds: ZXAN(config)#mld last-query-interval 20


46.4.7 mld log Syntax mld log name1

Function This command enables or disables MLD logging.


Description

Value

name1

disable: Disables the logging

-

function. enable: Enables the logging function.



Examples The following example shows how to enable MLD logging: ZXAN(config)#mld log enable

Related Commands 46.6.4 show mld log

46-38 SJ-20130118100307-010|2013-02-28 (R1.0)



46.4.8 mld prejoin-interval Syntax mld prejoin-interval number1

Function This command configures the global MLD pre-join interval.


Description

Value

number1

Pre-join interval



Usage Guidelines By default, the global MLD pre-join interval is 125 seconds.

Examples The following example shows how to configure the global MLD pre-join interval as 60 seconds: ZXAN(config)#mld prejoin-interval 60


46.4.9 mld query-interval Syntax mld query-interval number1

Function This command configures the common query interval of global MLD.


Description

Value

number1

Common query interval


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Usage Guidelines By default, the common query interval is 125 seconds.

Examples The following example shows how to configure the common query interval of global MLD as 60 seconds: ZXAN(config)#mld query-interval 60


46.4.10 mld query-max-resp Syntax mld query-max-resp number1

Function This command configures the maximum response time of global MLD for common queries.


Description

Value

number1

Maximum response time for

Range: 10–250 (100 ms)

common queries

Default: 100


Usage Guidelines By default, the maximum response time for common queries is 10 seconds.

Examples The following example shows how to configure the maximum response time of global MLD for common queries as 5 seconds: ZXAN(config)#mld query-max-resp 50

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46.4.11 mld robustness Syntax mld robustness number1

Function This command configures the global MLD robustness.


Description

Value

number1

Robustness



Usage Guidelines If the global robustness is configured, the parameters related to all the interfaces will be changed. By default, the global robustness is 2.

Examples The following example shows how to configure the global MLD robustness as 3: ZXAN(config)#mld robustness 3


46.4.12 mld snooping-aging-time Syntax mld snooping-aging-time number1

Function This command configures the aging time of MLD group members.

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Description

Value

number1

Aging time range of group


members

Default: 300


Usage Guidelines This command configures the aging time range of group members in snooping mode. By default, the aging time range is 300 seconds.

Examples The following example shows how to configure the aging time of MLD group members as 500 seconds: ZXAN(config)#mld snooping-aging-time 500


46.4.13 mld span-vlan Syntax mld span-vlan name1

Function This command enables or disables MLD registration across the VLAN.


Description

Value

name1

enable: Enables MLD

Default: enable

registration across the VLAN. disable: Disables MLD registration across the VLAN.


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Usage Guidelines When MLD registration across the VLAN is disabled, a user can join the multicast group only when the user VLAN is the same as the multicast VLAN.

Examples The following example shows how to enable MLD registration across the VLAN: ZXAN(config)#mld span-vlan enable


46.4.14 mld statistics Syntax mld statistics clear name1 [[mvlan number1 ] [interface interface1 {[vport number2 ] |[pvc num ber3 ] } ] ]

Function This command clears the current MLD message statistics.


Description

Value

name1

current: current data

-

number1

Multicast VLAN ID

Range: 1–4094

interface1

Interface type

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8


Usage Guidelines When this command is used with parameters, the message statistics of the specified MVLAN and interface are cleared separately.

Examples The following example shows how to clear the current MLD message statistics: ZXAN(config)#mld statistics clear current

46-43 SJ-20130118100307-010|2013-02-28 (R1.0)




46.4.15 mld unsolicited-report-interval Syntax mld unsolicited-report-interval number1

Function This command configures the interval for unsolicited MLD reporting.


Description

Value

number1

Interval



Usage Guidelines By default, the interval is 10 seconds.

Examples The following example shows how to configure the interval for unsolicited MLD reporting as 15 seconds: ZXAN(config)#mld unsolicited-report-interval 15


46.5 MLD MVLAN Configuration Commands 46.5.1 mld mvlan Syntax mld mvlan number1 no mld mvlan number1 46-44 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command creates an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094


Usage Guidelines To delete an MVLAN, use the no form of this command.

Examples The following example shows how to create MVLAN 100: ZXAN(config)#mld mvlan 100


46.5.2 mld mvlan cvlan Syntax mld mvlan number1 cvlan number2

Function This command configures the user CVLAN for an MLD MVLAN.


Description

Value

number1

MVLAN ID range

Range: 1–4094

number2

CVLAN range

Range: 0–4094





Examples The following example shows how to configure the user CVLAN as 1 for an MLD MVLAN: XAN(config)# mld mvlan 1 cvlan 1


46.5.3 mld mvlan drop Syntax mld mvlan number1 drop

Function This command disables the MLD of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094



Examples The following example shows how to disable the MLD of MVLAN 100: ZXAN(config)#mld mvlan 100 drop


46.5.4 mld mvlan enable Syntax mld mvlan number1 enable

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Function This command enables the MLD of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094



Examples The following example shows how to enable the MLD of MVLAN 100: ZXAN(config)#mld mvlan 100 enable


46.5.5 mld mvlan group-filter Syntax mld mvlan number1 group-filter name1

Function This command enables the management group of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

name1

enable: Enables the

Default: enable

management group. disable: Disables the management group.




Usage Guidelines By default, the management group is enabled. If a management group is disabled, and does not multicast across the VLAN, it is unnecessary to configure multicast group join-in.

Examples The following example shows how to enable the management group of MVLAN 100: ZXAN(config)#mld mvlan 100 group-filter enable


46.5.6 mld mvlan host-ip Syntax mld mvlan number1 host-ip ipv6_addr1

Function This command configures the proxy host IP address of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

ipv6_addr1

Host IP address

Default: 0.0.0.0


Usage Guidelines The host IP is the source IP address of the report/leave message send by the system in proxy mode.

Examples The following example shows how to configure the proxy host IP address of MVLAN 100 as ff8e::1: ZXAN(config)#mld mvlan 100 host-ip ff8e::1




46.5.7 mld mvlan host-version Syntax mld mvlan number1 host-version name1

Function This command configures the proxy host version of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

name1

auto: Selects a version

-

automatically. v1: Selects version v1. v2: Selects version v2.



Examples The following example shows how to configure the proxy host version of MVLAN 100 as v2: ZXAN(config)#mld mvlan 100 host-version v2


46.5.8 mld mvlan max-group Syntax mld mvlan number1 max-group number2

Function This command configures the maximum group number of an MVLAN.

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Description

Value

number1

MVLAN ID

Range: 1–4094

number2

Maximum group number

Range: 0–32768


Usage Guidelines By default, the multicast mode of the system is normal, and the maximum MVLAN group number is 4096. If the maximum MVLAN group number is greater than 4096, the multicast mode should be set as extreme.

Examples The following example shows how to configure the maximum group number of MVLAN 100 as 1024: ZXAN(config)#mld mvlan 100 max-group 1024


46.5.9 mld mvlan priority Syntax mld mvlan number1 priority number2

Function This command configures the priority of protocol packets in proxy or router mode.


Description

Value

number1

MVLAN ID

Range: 1–4094

number2

Priority of protocol packets

Range: 0–7


46-50 SJ-20130118100307-010|2013-02-28 (R1.0)




Examples The following example shows how to configure the priority of protocol packets as 7 in proxy or router mode: XAN(config)#mld mvlan 100 priority 7


46.5.10 mld mvlan receive-port Syntax mld mvlan number1 receive-port interface1 {[vport number2 ] |[pvc number3 ] } no mld mvlan number1 receive-port interface1 {[vport number2 ] |[pvc number3 ] }

Function This command adds an MVLAN receiving port.


Description

Value

number1

MVLAN ID

Range: 1–4094

interface1

Interface name

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8


Usage Guidelines To delete an MVLAN receiving port, use the no form of this command.

Examples The following example shows how to add an MVLAN receiving port: ZXAN(config)#mld mvlan 3 receive-port epon-onu_1/3/1:1 vport 1

46-51 SJ-20130118100307-010|2013-02-28 (R1.0)




46.5.11 mld mvlan source-port Syntax mld mvlan number1 source-port interface1 no mld mvlan number1 source-port interface1

Function This command adds an MVLAN source port.


Description

Value

number1

MVLAN ID

Range: 1–4094

interface1

Interface name

-


Usage Guidelines To delete an MVLAN source port, use the no form of this command.

Examples The following example shows how to add an MVLAN source port: ZXAN(config)#mld mvlan 100 source-port gei_1/19/1


46.5.12 mld mvlan work-mode Syntax mld mvlan number1 work-mode name1

Function This command configures the working mode of an MVLAN. 46-52 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

MVLAN ID

Range: 1–4094

One of the three modes:

Default: proxy

name1

snooping, router, and proxy


Usage Guidelines By default, the working mode of an MVLAN is proxy.

Examples The following example shows how to configure the working mode of MVLAN 100 as snooping: ZXAN(config)#mld mvlan 100 work-mode snooping


46.6 MLD Show Commands 46.6.1 show mld Syntax show mld

Function This command displays information about the global MLD configuration.

Parameters None





Examples The following example shows how to display information about the global MLD configuration: ZXAN(config)#show mld MLD global parameters: ---------------------------------------------------Mld is globally disable. Mld log is disable. Snooping aging time is 300 seconds. Span vlan is enable. Bandwidth control is disable. Host tracking is disable. Robustness variable is 2. General query interval is 125(second). Query max response time is 100(0.1second). Last member query interval is 10(0.1second). Last member query count is 2. Unsolicited report interval is 10 seconds. Non match group is forward. Intermode status is disable. Prejoin interval is 120(second).


46.6.2 show mld dynamic-member Syntax show mld dynamic-member [[[shelf number1 ] slot number2 ] [mvlan number3 [group ipv6_add r1 ] ] ]

Function This command displays information about dynamic group members.


Description

Value

number1

Shelf number

Range: 1–3

number2

Slot number

Range: 2–22

number3

Multicast VLAN ID

Range: 1–4094

ipv6_addr1

Multicast group IP address

-

46-54 SJ-20130118100307-010|2013-02-28 (R1.0)




Usage Guidelines If this command is used with no parameters, information about all the dynamic group members is displayed. If this command is used with parameters, information about the dynamic group members of a specified MVLAN or multicast group is displayed.

Examples The following example shows how to display information about the MLD dynamic members: ZXAN#show mld dynamic-member


46.6.3 show mld interface Syntax show mld interface interface1 [{vport number1 |pvc number2 } ] [{dynamic-group-list |static-g roup-list } ]

Function This command displays configuration information about an MLD interface.


Description

Value

interface1

Interface name

-

number1

Virtual port ID

Range: 1–255

number2

PVC ID

Range: 1–8

dynamic-group-list

Current dynamic group list

-

static-group-list

Current static group list

-


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Examples The following example shows how to display configuration information about an MLD interface: ZXAN(config)#show mld interface epon-onu_1/3/1:1 vport 1


46.6.4 show mld log Syntax show mld log [[statistic ] [interface interface1 [{vport number1 |pvc number2 } ] ] [group ipv6_a ddr1 ] [time time1 name1 number3 number4 [to time2 name2 number5 number6 ] ] ]

Function This command displays MLD log information.


Description

Value

interface1

Interface name

-

number1

Virtual port ID

Range: 1–255

number2

PVC ID

Range: 1–8

ipv6_addr1

IP address of MLD multicast

-

time1

Start time

-

name1

Start month

-

number3

Start date

Range: 1–31

number4

Start year

Range: 2001–2098

time2

End time

-

name2

End month

-

number5

End date

Range: 1–31

number6

End year

Range: 2001–2098




Usage Guidelines If this command is used with no parameters, information about all the MLD logs is displayed. If this command is used with parameters, information about the MLD log statistics for a specified interface, multicast group, and time period is displayed separately.

Examples The following example shows how to display log information about a multicast group: ZXAN(config)#show mld log ------------------------------------------------------------------------------Interface

Group Ip

Join_Time

Leave_Time

-------------------------------------------------------------------------------


46.6.5 show mld mp-snooping Syntax show mld mp-snooping [mvlan number1 [group ipv6_addr1 ] ]

Function This command displays information about dynamic group members of the current main control card.


Description

Value

number1

Multicast VLAN

Range: 1–4094

ipv6_addr1

Multicast group address

-



Examples The following example shows how to display information about all the dynamic group members: 46-57 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference ZXAN#show mld mp-snooping


46.6.6 show mld mp-statistics Syntax show mld mp-statistics {[mvlan number1 ] |}

Function This command displays the number of layer-2 multicast packets received and transmitted by the main control card.


Description

Value

number1

Multicast VLAN ID

Range: 1–4094


Usage Guidelines If this command is used with parameters, the packet statistics for a specified MVLAN are displayed.

Examples The following example shows how to display the number of layer-2 multicast packets received and transmitted by the main control card: ZXAN(config)#show mld mp-statistics mvlan 1 Total Statictics: -----------------------------------------RxTotal

: 0

TxTotal

: 0


: 0

RxSpecialQuery

: 0

RxV1Report

: 0

RxV2Report

: 0

RxV3Report

: 0

46-58 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands RxLeave

: 0

RxError

: 0

RxUnknown

: 0


: 0

TxSpecialQuery

: 0

TxV1Report

: 0

TxV2Report

: 0

TxV3Report

: 0

TxLeave

: 0


: 0

DropRxSpecialQuery

: 0

DropRxV1Report

: 0

DropRxV2Report

: 0

DropRxV3Report

: 0

DropRxLeave

: 0

DropRxUnknown

: 0

Related Commands 46.6.11 show mld statistics

46.6.7 show mld mvlan Syntax show mld mvlan [number1 [group [ipv6_addr1 ] ] ]

Function This command displays information about group members of an MVLAN.


Description

Value

number1

MVLAN ID

Range: 1–4094

ipv6_addr1


-




Usage Guidelines If this command is used with no parameters, address information about all the groups in an MVLAN is displayed. If this command is used with parameters, information about the static and dynamic members of a specified group is displayed.

Examples The following example shows how to display information about group members of MVLAN 100: ZXAN(config)#show mld mvlan 100 Protocol packet's priority is 0 (in proxy/router mode) Act Port is 0 Cvlan is 0 Source Port ----------------------------

Receive Port ----------------------------

Group ----------------------------


46.6.8 show mld np-statistics Syntax show mld np-statistics name1 [[mvlan number1 ] [interface interface1 {[vport number2 ] |[pvc number3 ] } ] ]

Function This command displays the number of packets received and transmitted by line cards.


Description

Value

name1

current: current traffic

-

number1

Multicast VLAN ID

Range: 1–4094

interface1

Interface name

-

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Parameter

Description

Value

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8



Examples The following example shows how to display the number of packets currently received and transmitted by line cards: ZXAN(config)#show mld np-statistics current Total Statictics: -----------------------------------------RxTotal

: 0

TxTotal

: 0


: 0

RxSpecialQuery

: 0

RxV1Report

: 0

RxV2Report

: 0

RxV3Report

: 0

RxLeave

: 0

RxError

: 0

RxUnknown

: 0


: 0

TxSpecialQuery

: 0

TxV1Report

: 0

TxV2Report

: 0

TxV3Report

: 0

TxLeave

: 0


: 0

46-61 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference DropRxSpecialQuery

: 0

DropRxV1Report

: 0

DropRxV2Report

: 0

DropRxV3Report

: 0

DropRxLeave

: 0

DropRxUnknown

: 0

Related Commands 46.6.11 show mld statistics

46.6.9 show mld pon-statistics Syntax show mld pon-statistics interface interface1

Function This command displays the number of dynamic groups and users on a PON port.


Description

Value

interface1

Interface name

-



Examples The following example shows how to display the number of dynamic groups and users on the PON port epon-olt_1/13/1: ZXAN(config)#show mld pon-statistics interface epon-olt_1/13/1 Active Group Num

: 0

Active User Num

: 0


46-62 SJ-20130118100307-010|2013-02-28 (R1.0)



46.6.10 show mld static-member Syntax show mld static-member [mvlan number1 [group ipv6_addr1 ] ]

Function This command displays information about static group members.


Description

Value

number1

Multicast VLAN ID

Range: 1–4094

ipv6_addr1


-


Usage Guidelines If this command is used with no parameters, information about all the static group members is displayed. If this command is used with parameters, information about the static group members of a specified MVLAN or multicast group is displayed.

Examples The following example shows how to display information about all the static group members: ZXAN#show mld static-member


46.6.11 show mld statistics Syntax show mld statistics {[mvlan number1 ] |[interface interface1 {[vport number2 ] |[pvc number3 ] } ]}

Function This command displays statistical information about MLD packets. 46-63 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

number1

Multicast VLAN ID

Range: 1–4094

interface1

Interface name

-

number2

Virtual port ID

Range: 1–255

number3

PVC ID

Range: 1–8


Usage Guidelines If this command is used with parameters, the packet statistics for a specified MVLAN and interface are displayed separately.

Examples The following example shows how to display statistical information about MLD packets: ZXAN(config)#show mld statistics mvlan 100 Mld Statistics of Mvlan : 100 -------------------------------------------------joins sent to net

: 0

joins rcv from users

: 0

successful joins from users

: 0

unsuccessful joins from users

: 0

leave

to network

: 0

leave

from users

general-query

to users

: 0 : 0

general-query from net

: 0

special-query

to users

: 0

special-query

from net

: 0

----------------------------------------------------


46-64 SJ-20130118100307-010|2013-02-28 (R1.0)



46.7 IPTV Configuration Commands 46.7.1 iptv cac Syntax iptv cac name1

Function This command enables or disables the CAC function.


Description

Value

name1

enable: Enables the CAC

-

function. disable: Disables the CAC function.



Examples The following example shows how to enable the CAC function: ZXAN(config)#iptv cac enable

Related Commands 46.8.5 show iptv control

46.7.2 iptv cdr Syntax iptv cdr name1

Function This command enables or disables the IPTV CDR function.

46-65 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

enable: Enables the CDR

-

function. disable: Disables the CDR function.



Examples The following example shows how to enable the CDR function: ZXAN(config)#iptv cdr enable

Related Commands 46.8.6 show iptv interface

46.7.3 iptv cdr clear Syntax iptv cdr clear

Function This command clears IPTV CDR records.

Parameters None



Examples The following example shows how to clear IPTV CDR records: 46-66 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands ZXAN(config)#iptv cdr clear

Related Commands 46.8.1 show iptv cdr

46.7.4 iptv cdr create-period Syntax iptv cdr create-period number1

Function This command configures the regular CDR recording period for a 'Permit' user who watches programs for a long time.


Description

Value

number1

CDR recording period

Range: 0–1440 (min)


Usage Guidelines '0' indicates the period when no CDR records are generated.

Examples The following example shows how to configure the regular CDR recording period as 30 minutes for a 'Permit' user who watches programs for a long time: ZXAN(config)#iptv cdr create-period 30

Related Commands 46.8.1 show iptv cdr

46.7.5 iptv cdr deny-right Syntax iptv cdr deny-right name1

Function This command enables or disables CDR recording for a 'Deny' user. 46-67 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

enable: Enables CDR

-

recording. disable: Disables CDR recording.



Examples The following example shows how to enable CDR recording for a 'Deny' user: ZXAN(config)#iptv cdr deny-right enable

Related Commands 46.7.8 iptv cdr prw-right 46.8.1 show iptv cdr

46.7.6 iptv cdr max-records Syntax iptv cdr max-records number1

Function This command configures the maximum number of CDR records.


Description

Value

number1

Maximum number of CDR

Range: 500–65535

records





Examples The following example shows how to configure the maximum number of CDR records as 6000: ZXAN(config)#iptv cdr max-records 6000

Related Commands 46.7.10 iptv cdr report-interval 46.7.9 iptv cdr report 46.7.5 iptv cdr deny-right 46.7.8 iptv cdr prw-right 46.8.1 show iptv cdr

46.7.7 iptv cdr prw-overcount Syntax iptv cdr prw-overcount name1

Function This command enables or disables CDR recording in case that the number of 'Preview' users exceeds the limit.


Description

Value

name1

enable: Enables CDR

-




Examples The following example shows how to enable CDR recording in case that the number of 'Preview' users exceeds the limit: ZXAN(config)#iptv cdr prw-overcount enable

46-69 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 46.7.8 iptv cdr prw-right 46.8.1 show iptv cdr

46.7.8 iptv cdr prw-right Syntax iptv cdr prw-right name1

Function This command enables or disables CDR recording for a 'Preview' user.


Description

Value

name1

enable: Enables CDR

-




Examples The following example shows how to enable CDR recording for a 'Preview' user: ZXAN(config)#iptv cdr prw-right enable

Related Commands 46.7.5 iptv cdr deny-right 46.8.1 show iptv cdr

46.7.9 iptv cdr report Syntax iptv cdr report

46-70 SJ-20130118100307-010|2013-02-28 (R1.0)



Function This command reports CDR records manually.

Parameters None



Examples The following example shows how to report CDR records manually: ZXAN(config)#iptv cdr report

Related Commands 46.7.10 iptv cdr report-interval 46.7.6 iptv cdr max-records 46.7.5 iptv cdr deny-right 46.7.8 iptv cdr prw-right 46.8.1 show iptv cdr

46.7.10 iptv cdr report-interval Syntax iptv cdr report-interval number1

Function This command configures the interval for regular CDR reporting by line cards.


Description

Value

number1

CDR reporting interval

Range: 1–30 (min)





Examples The following example shows how to configure the interval as 10 minutes for regular CDR reporting by line cards: ZXAN(config)#iptv cdr report-interval 10

Related Commands 46.7.9 iptv cdr report 46.7.6 iptv cdr max-records 46.7.5 iptv cdr deny-right 46.7.8 iptv cdr prw-right 46.8.1 show iptv cdr

46.7.11 iptv cdr report-threshold Syntax iptv cdr report-threshold number1

Function This command configures the threshold for CDR reporting by line cards.


Description

Value

number1

Threshold for CDR reporting

Range: 300–65535



Examples The following example shows how to configure the threshold as 300 for CDR reporting by line cards: ZXAN(config)#iptv cdr report-threshold 300

46-72 SJ-20130118100307-010|2013-02-28 (R1.0)



Related Commands 46.7.10 iptv cdr report-interval 46.7.9 iptv cdr report

46.7.12 iptv channel Syntax iptv channel {mvlan number1 group ip_addr1 {[name name1 [id number2 ] ] |[to ip_addr2 [pren ame name2 ] ] } |name3 {rename name4 |view-profile name5 |cdr name6 } } no iptv channel {id range1 |name name7 }

Function This command configures IPTV channels globally.


Description

Value

number1

Multicast VLAN.

Range: 1–4094

ip_addr1

Multicast group address.

-

name1

IPTV name.


number2

Channel ID.

Range: 0–1023

ip_addr2

Multicast group address.

-

name2

Pre-join name.

-

name3

Channel information.

-

name4

New channel name.

-

name5

Pre-configured file name.

-

name6

disable: Disables channel CDR

-

configuring. enable: Enables channel CDR configuring. range1

Channel list.

-

name7

Channel name.

-





Examples The following example shows how to create a channel: ZXAN(config)#iptv channel mvlan 2 group 224.1.1.2 name cqtv id 3

The following example shows how to create channels in batches: ZXAN(config)#iptv channel mvlan 3 group 224.3.3.1 to 224.3.3.255

The following example shows how to change a channel name: ZXAN(config)#iptv channel chname100 rename hbtv

Related Commands 46.8.4 show iptv channel

46.7.13 iptv highest-priority Syntax iptv highest-priority name1

Function This command configures the highest priority of channel access.


Description

Value

deny: Sets 'deny' to the highest

-

priority. watch: Sets 'watch' to the highest priority.



Examples The following example shows how to configure the highest priority of channel access as 'watch': ZXAN(config)#iptv highest-priority watch ZXAN(config)#

46-74 SJ-20130118100307-010|2013-02-28 (R1.0)




46.7.14 iptv ipv6 channel Syntax iptv ipv6 channel {mvlan number1 group ipv6_addr1 {[name name1 [id number2 ] ] |[to ipv6_a ddr2 [prename name2 ] ] } |name3 {rename name4 |view-profile name5 |cdr name6 } } no iptv ipv6 channel {id range1 |name name7 }

Function This command configures IPv6 channel information globally.


Description

Value

number1

Multicast VLAN.

Range: 1–4094

ipv6_addr1

Address of IPv6 multicast group.

-

name1

IPTV name.


number2

Channel ID.

Range: 0–1023

ipv6_addr2

Address of IPv6 multicast group.

-

name2

Pre-join name assigns to

-

multiple channels. name3

Channel information.

-

name4

New channel name.

-

name5

Preview file name.

-

name6

disable: Disables channel CDR

-

configuring. enable: Enables channel CDR configuring. range1

ID of the channel to be deleted.

-

name7

Channel name.

-





Examples The following example shows how to create an IPv6 channel: ZXAN(config)#iptv ipv6 channel mvlan 2 group 53a3::2a5e ZXAN(config)#iptv ipv6 channel mvlan 2 group 53a3::265e


46.7.15 iptv ipv6 package Syntax iptv ipv6 package {name name1 [pkgid number1 ] |name2 {rename name3 |channel {range1 |m vlan number2 group ipv6_addr1 [to ipv6_addr2 ] |name4 } } name5 } no iptv ipv6 package name6 [channel {range1 |mvlan number2 group ipv6_addr1 [to ipv6_addr2 ] |name4 } ]

Function This command creates an IPv6 multicast package.


Description

Value

name1

Package name.

-

number1

Package ID.

Range: 0–1023

name2

Name of the package assigned

-

to the channel. name3

New name of the package.

-

range1

Channel list.

-

number2

Multicast VLAN.

Range: 1–4094

ipv6_addr1

Address of the IPv6 multicast

-

group. ipv6_addr2

Address of the IPv6 multicast

-

group. name4

Channel name.

-

46-76 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

deny: Denies the IPv6 multicast

-

package. watch: Accepts the IPv6 multicast package. preview: Previews the IPv6 multicast package. name6

Name of the package to be

-

deleted.


Usage Guidelines Both package ID and package name are unique. If the package ID is not selected, the system will assign a package ID. To delete an IPv6 multicast package, use the no form of this command.

Examples The following example shows how to create an IPv6 multicast package: ZXAN(config)#iptv ipv6 package name pkg1

Related Commands 46.8.7 show iptv package

46.7.16 iptv ipv6 sms-server Syntax iptv ipv6 sms-server name1

Function This command configures the IPv6 address of the Service Management System (SMS) server.


Description

Value

name1

IPv6 address of the SMS server


46-77 SJ-20130118100307-010|2013-02-28 (R1.0)





Examples The following example shows how to configure the IPv6 address of the SMS server as 2e4b::5ab4: ZXAN(config)#iptv ipv6 sms-server 2e4b::5ab4


46.7.17 iptv package Syntax iptv package {name name1 [pkgid number1 ] |name2 {rename name3 |channel {range1 |mvlan number2 group ip_addr1 [to ip_addr2 ] |name4 } } name5 } no iptv package name6 [channel {range1 |mvlan number2 group ip_addr1 [to ip_addr2 ] |name4 }]

Function This command adds a channel to a multicast package and configures the channel access rights.


Description

Value

name1

Package name.

-

number1

Package ID.

Range: 0–1023

name2

Channel name.

-

name3

New name of the package.

-

range1

Channel list.

Range: 0–1023

number2

Multicast VLAN.

Range: 1–4094

ip_addr1

Address of the multicast group.

-

ip_addr2

Address of the multicast group.

-

name4

Channel name.

-

46-78 SJ-20130118100307-010|2013-02-28 (R1.0)



Parameter

Description

Value

name5

Access rights to the package.

-

deny: Denies the channel. watch: Accepts the channel. preview: Previews the channel. name6

Name of the package to be

-

deleted.


Usage Guidelines To delete a channel from a multicast package, use the no form of this command.

Examples The following example shows how to add a channel to a multicast package and configure the channel access rights as 'preview' and 'watch': ZXAN(config)#iptv package pkg1 channel 0,3-10 preview ZXAN(config)#iptv package pkg1 channel hbtv50 watch ZXAN(config)#iptv package pkg1 channel hbtv51 watch

The following example shows how to delete the channel from the multicast package: ZXAN(config)#no iptv package pkg1 channel 50 ZXAN(config)#no iptv package pkg1 channel hbtv50

Related Commands 46.8.7 show iptv package

46.7.18 iptv prw Syntax iptv prw {name1 |reset |auto-reset time1 |recognition-time number1 }

Function This command enables or disables the IPTV preview function.

46-79 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

enable: Enables IPTV preview.

-

disable: Disables IPTV preview. reset

Resets IPTV preview.

-

time1

Absolute time.

-

number1

Time threshold for valid preview.

Range: 1–60 (sec)



Examples The following example shows how to enable the IPTV preview function: ZXAN(config)#iptv prw enable

Related Commands 46.8.8 show iptv prw

46.7.19 iptv sms-server Syntax iptv sms-server ip_addr1

Function This command configures the IP address of the SMS server.


Description

Value

ip_addr1

IP address of the SMS server

-





Examples The following example shows how to configure the IP address of the SMS server as 10.61.97.156: ZXAN(config)#iptv sms-server 10.61.97.156


46.7.20 iptv view-profile Syntax iptv view-profile name1 [[count number1 ] [duration number2 ] [blackout number3 ] ] no iptv view-profile name1

Function This command configures the minimum interval (black-out Interval) for IPTV preview.


Description

Value

name1

Preview profile name

-

number1

Maximum preview number

Range: 1–100

number2

Maximum duration for each


preview number3

Interval between two previews




Examples The following example shows how to configure the minimum interval for IPTV preview as 20 seconds: ZXAN(config)#iptv view-profile test blackout 20




46.8 IPTV Show Commands 46.8.1 show iptv cdr Syntax show iptv cdr

Function This command displays information about IPTV CDR configuration.

Parameters None



Examples The following example shows how to display information about IPTV CDR configuration: ZXAN(config)#show iptv cdr CDR

: disable

CDR current-state

: idle

CDR socket-status

: close

CDR deny-right

: disable

CDR prw-right

: enable

CDR prw-over-count

: disable

CDR create-period

: 60(minute)

Max-records

: 1000

Report-interval

: 5(minute)

Report-threshold

: 300

Records in cache

: 0

Output parameter descriptions:

-----------------------------------------------------------------------------------------------------

Parameter

Description

Value

-----------------------------------------------------------------------------------------------------

46-82 SJ-20130118100307-010|2013-02-28 (R1.0)



CDR

CDR enabling.

enable/disable

CDR current-state

CDR transmission status.

CDR socket-status

CDR socket connection status.

close/open

CDR deny-right

CDR recording for a 'Deny' user.

enable/disable

CDR prw-right

CDR recording for a 'Preview' user.

enable/disable

CDR user.

prw-over-count enable/disable

CDR

recording

idle/busy

for

a

'Preview

over

count'

CDR create-Period CDR recording period for a 'Permit' user (minute). 0 indicates no periodic records are generated. 0-1440 Max-records cache.

Maximum number of CDR records in the 500-65535

Records in cache

Number of CDR records in the cache.


46.8.2 show iptv cdr content Syntax show iptv cdr content

Function This command displays CDR record contents.

Parameters None



Examples ZXAN(config)#show iptv cdr content --Cdr message includes following information. --Index

: it is a local index of a Cdr message(0-4294967296).

--Time_stamp

: the absolute time of Cdr message generated.

--ifindex

: the port which generate this message.

46-83 SJ-20130118100307-010|2013-02-28 (R1.0)


ZXA10 C300/C320 Command Reference --Vid

: multicast vlan id.

--SourceIP

: source ip in IGMPv3.0,it is 0.0.0.0 when the device

--

can't support IGMPv3.0.

--GroupIP

: multicast group ip.

--Validility

: indicate if the access is valid.

---Type

'1' is valid and '2' is invalid. : the type of access.

--

1 -- watch

--

2 -- preview

--

0 -- deny

--Reason

: the reason of leave.

--

0 --

watch leave(valid)

--

1 --

prw normal leave(valid)

--

2 --

prw overinterval leave(valid)

--

3 --

prw overcount leave(invalid)

--

4 --

deny(invalid)

--

5 --

watch over-config-period(valid)

--Time_online : how long this access does,the unit is seconds.


46.8.3 show iptv cdr records Syntax show iptv cdr records

Function This command displays information about CDR records.

Parameters None



Examples The following example shows how to display information about CDR records: 46-84 SJ-20130118100307-010|2013-02-28 (R1.0)


Chapter 46 Multicast Commands ZXAN#show iptv cdr records Total CDR records number: 0 V&T&R : Valid & Type & Reason, Duration unit: second ------------------------------------------------------------------------------Index TimeStamp

Port

Vlan

GpIp

V&T&R

Duration

-------------------------------------------------------------------------------


46.8.4 show iptv channel Syntax show iptv channel [name1 [users ] ]

Function This command displays detailed information about IPTV channels.


Description

Value

name1

Channel name

-



Examples The following example shows how to display detailed information about IPTV channels: ZXAN(config)#show iptv channel hbtv id

:0

mvlan

:3

group

:224.3.3.99

cdrenable

:enable

-------view info------viewprofile

:TEST.PRF

max-view-cout

:4

view-interval

:200

blankout-interval

:30

46-85 SJ-20130118100307-010|2013-02-28 (R1.0)




46.8.5 show iptv control Syntax show iptv control

Function This command displays global configurations of the IPTV.

Parameters None



Examples The following example shows how to display global configurations of the IPTV: ZXAN#show iptv control CAC

: disable

SMS

: 192.168.0.119

Related Commands 46.7.19 iptv sms-server

46.8.6 show iptv interface Syntax show iptv interface interface1 [{vport number1 |pvc number2 } ] [{[channel ] |[package ] |[watc hing ] |[previewing ] } ]

Function This command displays IPTV user information.

46-86 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

interface1

Interface name

-

number1

Specified virtual port ID

Range: 1–256

number2

Specified PVC ID

Range: 1–8


Usage Guidelines If this command is used with either parameter, information about the channels or packages which the port has configured is displayed. If this command is used with neither parameter, control information about the port is displayed.

Examples The following example shows how to display user information: ZXAN(config)#show iptv interface epon-onu_1/4/1:1 pvc 1 auth-mode : auth right-mode: package cdrstatus : enable service

: IN_SERVICE

The following example shows how to display user channel information: ZXAN(config)#show iptv interface epon-onu_1/4/1:1 pvc 1 channel Total channel num : 2 channel-id

right

channel-name

-----------------------------------------1

preview

2

watch

CHNAME1 CHNAME2

The following example shows how to display user package information: ZXAN(config)#show iptv interface epon-onu_1/4/1:1 pvc 1 package Total package num: 1 pkg-id

pkg-name

-----------------------------------------0

PKG1




46.8.7 show iptv package Syntax show iptv package [name1 [users ] ]

Function This command displays IPTV channel package information.


Description

Value

name1

Package name

-


Usage Guidelines If this command is used without the parameter, the names of all the packages configured are displayed. If this command is used with the parameter, a list of all the channels in the package is displayed.

Examples The following example shows how to display the package name: ZXAN(config)#show iptv package Total package number 2 ----------------------------------------------------------Id

Packagename

Channels

Users

----------------------------------------------------------0

PKG1

1

0

4

PKG2

0

0

The following example shows how to display information about the package pkg1: ZXAN(config)#show iptv package pkg1 Package name: PKG1 Total channel number: 1 ----------------------------------------------------------------Id

Name

Ip-address

Mvlan

Right

----------------------------------------------------------------0

CCTV

224.1.1.1

2

Watch

46-88 SJ-20130118100307-010|2013-02-28 (R1.0)




46.8.8 show iptv prw Syntax show iptv prw

Function This command displays global configuration information about IPTV preview.

Parameters None



Examples The following example shows how to display global configuration information about IPTV preview: ZXAN(config)#show iptv prw Prwenable PrwRecognitionTime PrwAutoResetTime

: enable : 12 : 23:58:59


46.8.9 show iptv view-profile Syntax show iptv view-profile [name1 ]

Function This command displays information about the preview profile. 46-89 SJ-20130118100307-010|2013-02-28 (R1.0)




Description

Value

name1

Preview profile name

-


Usage Guidelines If this command is used with the parameter, information about the specified preview profile is displayed. If this command is used without the parameter, all the preview profile names are displayed.

Examples The following example shows how to display all the preview profile names: ZXAN(config)#show iptv view-profile all view-profile-----DEFVAL.PRF TEST.PRF

The following example shows how to display information about the preview profile 'test': ZXAN(config)#show iptv view-profile test max-view-count view-duration

:4 :200(s)

blackout-interval

:30(s)

Related Commands iptv view-profile count iptv view-profile duration

46-90 SJ-20130118100307-010|2013-02-28 (R1.0)


SJ-20130118100307-010-ZXA10 C300&C320 (V1.2.5) Optical Access Convergence Equipment Command Reference.pdf

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