Adva 825 CLI Handbook

TM

Optical Networking

Fiber Service Platform 150CCf-825 (FSP 150CC) FSP 150CCf-825 Release 1.2

Etherjack OS (EOS) Command Line Interface Handbook 840-00029-02 Rev 1.0 November 2007

Copyright © 2001-2007 ADVA AG Optical Networking. All rights reserved. All rights reserved. Hardware and software mentioned in this document includes software developed by ADVA AG Optical Networking ("ADVA"), the Apache Software Foundation (http://www.apache.org ), Teodor Danciu (http://jasperreports.sourceforge.net (http://jasperreports.sourceforge.net ), and/or other open source software. Some software was created using ORBacus for Java by Object-Oriented Concepts, Inc.

Trademarks The terms ADVA, FSP, Etherjack and the Etherjack logo are trademarks or registered trademarks of ADVA in the United States, Germany and/or other countries. All other company, product, or service mentioned in this document may be trademarks or service marks of ADVA or their respective owner.

Patents The content described in this document may be covered by patents or pending patent applications of ADVA. The furnishing of this document does not give you any license to these patents.

Disclaimers The content of this document could include technical inaccuracies or typographical errors, and is subject to change at any time without notice. Reliance on this content is at the relying party's sole risk and will not create any liability or obligation for ADVA. Any references in this document to non-ADVA publications and/or non-ADVA Internet sites are provided for convenience only and do not in any manner serve as an endorsement of those publications and/or Internet sites. The materials within those publications and/or Internet sites are not part of the materials for any ADVA information, product or service, and use of those publications and/or and/or Internet sites is at your your own risk. THE CONTENT OF THIS DOCUMENT IS PROVIDED ''AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ADVA, ITS AFFILIATES, EMPLOYEES, OFFICERS OR ITS SUPPLIERS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS DOCUMENT, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. THE SAME APPLIES FOR ANY HARDWARE OR SOFTWARE COVERED BY THIS DOCUMENT, UNLESS A SIGNED AGREEMENT WITH ADVA OR THE APPLICABLE PRODUCT LIABILITY LAW EXPRESSLY STATES OTHERWISE.

ADVA AG Optical Networking Headquarters Campus Martinsried Fraunhoferstr. 9 A 82152 Martinsried/Muenchen Germany

Phone+49(0)89-890665-848 Fax +49(0)89-890665-22848 +49(0)89-890665-22848 www.advaoptical.com

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Optical Networking

Table of Contents

Chap Chapte terr 1

Intr Introd oduc ucti tion on - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1-1 1-1

1 .1

How This Document is Organized - - - - - - - - - - - - - - - - - - - - - - - - - - - 11-1

1 .2

Accessing the Command Line Interface - - - - - - - - - - - - - - - - - - - - - - 11-2

1 .3

Understanding Command Line Interface Hierarchy - - - - - - - - - - - - - - 1-2

1 .4

Syntax Conventions - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1-6

1 .5

Command Help - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 11-6

1 .6

Saving Configurat atiion Changes - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1-7

1 .7

Entity Naming Co Conventions - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 11-7

1 .8

Product Re Release Le Level Su Supported by by Th This Do Document Re Release - - - - - - 11-8

1 .9

New Commands Provided in This Release - - - - - - - - - - - - - - - - - - - - 11-8

1.1 1. 10

Comm Co mman ands ds Re Remo move ved d in This Re Rele leas ase e - - - - - - - - - - - - - - - - - - - - - - - 1-1 1-10 0

1.1 1. 11

Comm Co mman ands ds Li List sted ed in Alp lpha habe beti tica call Ord Order er - - - - - - - - - - - - - - - - - - - - - 1-10 1-10

Chap Chapte terr 2

EOS EOS Gen Gener eral al Comm Comman ands ds - - - - - - - - - - - - - - - - - - - - - - 2-1 2-1

2 .1

Overview - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 22-1

2 .2

Show Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 22-1 show arp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-5 show bridge-table - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-6 show cfm-config-errors - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-7 show cfm system - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-8 show clock - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-9 show conditions - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-10 show cosmap - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-11

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Copyright © 2007 ADVA Optical Networking - CONFIDENTIAL

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Etherjack Command Line Interface FSP 150CCf-825 Table of Contents Release 1.2 November 2007

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show cpd-filters - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-12 show database - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-13 show database copy - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-14 show defmdl - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-15 show diag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-16 show distribution - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-18 show ecpa - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-20 show ecpa firstfrm - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-22 show ecpa stream - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-24 show ecpa streams - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-26 show flow - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-27 show flow $flow cpd-filters cpd-filters - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-30 show flow $flow stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-31 show flow $flow thresholds - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-33 show flows - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-34 show interface - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-36 show interface $interface $interface almattr - - - - - - - - - - - - - - - - - - - - - - - - - - 2-40 show interface $interface $interface cpd-filters - - - - - - - - - - - - - - - - - - - - - - - - 2-41 show interface $interface efm-oam efm-oam - - - - - - - - - - - - - - - - - - - - - - - - - 2-42 show interface $interface stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-44 show interface $interface test diag - - - - - - - - - - - - - - - - - - - - - - - - - 2-46 show interface $interface thresholds thresholds - - - - - - - - - - - - - - - - - - - - - - - 2-48 show ip - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-49 show ip access-list system - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-50 show ip routes - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-51 show lag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-52 show lagport lag-port-n - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-54 show ma - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-56 show md - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-57 show mep - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-58 show mep $mep almattr - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-60 show mips - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-61 show mgmttnl - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-62 show policer $policer $policer stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-64

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Etherjack Command Command Line Interface FSP 150CCf-825 150 CCf-825 Table of Contents Release 1.2 November 2007

show policer $policer $policer thresholds - - - - - - - - - - - - - - - - - - - - - - - - - - 2-66 show power-supply - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-67 show probe - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-68 show probe $probe $probe distribution - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-70 show probe $probe stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-73 show probe $probe $probe thresholds - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-75 show proxyarp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-76 show queue $queue $queue stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-77 show queue $queue thresholds thresholds - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-79 show reflector - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-80 show remote-authentication remote-authentication - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-82 show remote-authentication server server - - - - - - - - - - - - - - - - - - - - - - - - - 2-83 show running-config running-config - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-85 show running-config running-config interface interface - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-94 show sched esa - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-99 show sched esa activity - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-101 show sched ping - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-103 show snmp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-104 show snmp v3user - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-106 show snmp vacmgroups vacmgroups - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-108 show sntpclient - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-109 show software - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-110 show software copy - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-111 show software mirror - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-112 show software upgrade - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-113 show stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-115 show syslog - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-119 show system - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-121 show system almattr - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-123 show system cpd-filters - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-124 show system custom-cpd-filter - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-126 show system private-key-md5 - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-127 show system security-banner security-banner - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-128 show test ecpa - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-129

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show test ecpa firstfrm - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-131 show this - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-133 show thresholds - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-135 show user - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-137 show vlan-table - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-139 2 .3

General Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 22-140 database backup - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-141 database clear - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-143 database copy ftp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-145 database restore - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-147 database save - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-149 exit - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-151 help - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-152 help condtypes - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-153 help disttypes probe probe - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-154 help montypes - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-156 home - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-158 logout - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-159 ping - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-160 quit - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-161 reboot - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-162 software copy ftp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-164 software mirror - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-166 software upgrade - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-168 software validate - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-171 tracert - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-172 user password - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-173

2 .4

Configure System and User Commands - - - - - - - - - - - - - - - - - - - - 22-174 access-level - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-176 access-list system - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-177 add user - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-178 almattr - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-180 autolog flush - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-182 clock set - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-183

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clock timezone - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-184 comment - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-187 contact - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-188 gui-login-timeout - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-190 ip-address - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-191 ip-gateway - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-194 jumbo-frame - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-195 location - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-197 no access-list system - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-199 no sntpclient server - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-200 no syslogclient server - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-201 no user - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-202 password - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-203 proxyarp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-204 security-banner - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-206 serial - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-207 snmp-dying-gasp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-209 sntpclient mode - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-212 sntpclient server - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-215 syslogclient server - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-216 sysname - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-217 telnet - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-218 validation-timer - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-220 web - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-223 2 .5

Configure Communications Commands - - - - - - - - - - - - - - - - - - - - 22-225 add arp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-226 add ip route - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-227 arp cache flush - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-228 no arp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-230 no ip route - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-231

2 .6

Configure Management Tu Tunnel Commands - - - - - - - - - - - - - - - - - - 2-2 2-232 encapsulation - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-233 mode - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-235 tunnel-stag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-237

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TM

Optical Networking

tunnel-stag-vid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-239 tunnel-vid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-241 2 .7

Configure SNMP Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-2 2-243 access-level - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-244 add v3user - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-246 auth-password - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-248 auth-protocol - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-249 communityname - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-251 no communityname - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-253 no traphost - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-255 no v3user - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-257 traphost - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-259

2 .8

Configure Remote Authentication Commands - - - - - - - - - - - - - - - 22-261 authprotocol - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-262 authtype - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-263 nas-ip-address - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-264 port - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-265 priority - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-267 retries - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-269 secret - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-271 timeout - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-273

2 .9

Configure Scheduled Ping Comman and ds - - - - - - - - - - - - - - - - - - - - - 2-2 2-275 frequency - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-276 no pingaddr-n - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-278 pingaddr-n - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-279 severity - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-281 threshold - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-283

2.1 2. 10

Conf Co nfiigu gure re Lin ink k Ag Aggr greg egat atiion Gro Grou up Co Comm mman and ds - - - - - - - - - - - - - - - 2-2 2-285 85 actor-lacp-activity - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-286 actor-lacp-control - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-288 actor-lacp-timeout - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-290 actor-portprio - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-292 actor-sysprio - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-294 add lag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-297

Page vi


840-00029-02 Rev 1.0

TM

Optical Networking


collector-max-delay - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-300 lag-control - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-302 lagname - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-304 linkstatus-trap - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-306 no lag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-308 partner-adminkey - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-309 partner-adminport - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-311 partner-adminportprio partner-adminportp rio - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-313 partner-adminsysid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-315 partner-adminsysprio partner-adminsyspri o - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-317 partner-lacp-activity - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-319 partner-lacp-timeout - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-321

Cha Chapter pter 3

EOS EOS Eth Ethe ernet rnet Serv Servic ice e Com Comm mands ands - - - - - - - - - - - - - - - 3-1

3 .1

Overview - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 33-1 accept - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-4 add ce-vlan - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-6 add flow - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-8 add policer - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-12 add queue - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-15 adminstate - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-17 assignstate - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-20 bridge-action - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-21 bridge-aging-time - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-23 bridge-table-size - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-25 clear policer $policer $policer stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-27 clear queue $queue stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-28 clear stats - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-29 cos-mode - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-32 cpd-filter - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-35 cpd-filter custom - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-37 circuit-name - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-39 ctag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-41 ctag-ethertype - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-43

840-00029-02 Rev 1.0


Page vii


TM

Optical Networking

description - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-45 dhcp - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-47 ed-cosmap - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-49 egress-buffersize - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-52 egress-cbs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-54 egress-cir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-56 egress-ebs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-58 egress-eir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-60 egress-limiting - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-63 egress-pop-vid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-65 ether-type - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-67 evc-mode - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-68 flowcontrol - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-71 flush bridge-table - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-73 ingress-buffersize - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-74 ingress-cbs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-76 ingress-cir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-78 ingress-ebs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-81 ingress-eir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-83 ingress-push-pvid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-86 ip access-group system in - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-88 local-link-id - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-90 mac - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-92 media - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-93 no ce-vlan - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-95 no cpd-filter - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-97 no flow - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-99 no ip access-group system in - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-100 no policer - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-102 no propagate-fault - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-104 no queue - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-106 no remote-link-ids - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-108 policer - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-109 portmode - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-112

Page viii

Copyright © 2007 ADVA Optical Networking - CO CONFIDENTIAL

840-00029-02 Rev 1.0

TM

Optical Networking


port-vlan-tag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-114 prio-vlan-id - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-116 propagate-fault - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-118 qq-ethertype - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-121 queue - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-123 remote-link-ids - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-125 ripv2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-127 speed - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-129 stag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-131 stag-ethertype - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-133 sub-type - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-135 tagged-frame - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-136 threshold - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-138 trunking - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-140 untagged-frame - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-142 untagged-traffic - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-144

Chap Chapte terr 4

EOS EOS Eth Ether erja jack ck Test Testin ing g Com Comma mand ndss- - - - - - - - - - - - - - - 4-1 4-1

4 .1

Overview - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 44-1

4 .2

Common Testing Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 44-1 priority - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-2 vlanprio - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-5

4 .3

Loopback Comma man nds - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-9 loopback-port - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-10 loopback-port-timed - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-12 loopback swap-address - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-14 loopback-vlan - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-16 no loopback-port - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-18 no loopback-vlan - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-19 no loopback-vlan outer-tag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-21

4 .4

Etherjack Diagnostic Commands - - - - - - - - - - - - - - - - - - - - - - - - - - 44-22 cable-point-n - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-23 diag - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-26 no cable-point-n - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-28

840-00029-02 Rev 1.0


Page ix


4 .5

TM

Optical Networking

Configure ECPA Stream Commands - - - - - - - - - - - - - - - - - - - - - - - - 44-30 destmac - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-31 frame-size - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-33 frame-type - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-35 include-in-test - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-37 ip-version - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-39 payload - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-41 priority - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-43 rate - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-45 vlan - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-47

4 .6

ECPA Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 44-49 ecpa - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-50 stop ecpa - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-52

4 .7

ESA Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 44-54 add activity - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-55 add probe - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-58 add reflector - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-61 clear distribution - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-63 cosmap-mode - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-65 dead-interval - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-67 disthist-bins - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-69 disthist-interval - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-71 distribution - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-73 history-bins - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-76 history-interval - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-78 no activity - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-80 no probe - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-82 no reflector - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-84 packet-interval - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-86 packet-size - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-88 packets-per-sample - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-90 response-timeout - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-92 state - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-94 svc-type - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-96

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threshold - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-98 vlanid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-100 4 .8

CFM Commands - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-1 4-102 add ma - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-104 add md - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-106 add mep - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-108 add mep-id - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-111 add vlan-entry - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-113 adminState - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-114 ccm-interval - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-116 cfm-ethertype - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-118 cfm-portn-buffersize - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-120 cfm-portn-cbs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-122 cfm-portn-cir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-124 cfm-portn-ebs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-126 cfm-portn-eir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-128 cfm-service-buffersize - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-130 cfm-service-cbs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-132 cfm-service-cir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-134 cfm-service-ebs - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-136 cfm-service-eir - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-138 generate-ccm - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-140 linktrace - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-142 loopback - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-145 lowest-alarmprio - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-148 md-level - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-150 mhf-creation - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-152 multicast-mac - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-154 no ma - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-156 no md - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-158 no mep - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-159 no mep-id - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-161 no vlan-entry - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-163 primary-vid - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-164

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List of Tables

Table 1-1

User Authorization Levels - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1-2

Table 1-2

EOS CLI Command Level Summary - - - - - - - - - - - - - - - - - - - - - - - - - 1-3

Table 1-3

Equipment / Interface Naming Conventions - - - - - - - - - - - - - - - - - - - 1-7

Table 1-4

Entity Identifier Naming Conventions - - - - - - - - - - - - - - - - - - - - - - - - 1-7

Table 1-5

New Commands in This Release - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1-8

Table 1-6

Commands Listed in Alphabetical Order - - - - - - - - - - - - - - - - - - - - - 1-10

Table 2-4

Time Zone Options - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-184

Table 2-11

Configure LAG Command Summary - - - - - - - - - - - - - - - - - - - - - - - 2-285

Table 3-2

DSCP Default COS Mapping Table - - - - - - - - - - - - - - - - - - - - - - - - - 3-32

Table 3-3

8021P Default COS Mapping Table - - - - - - - - - - - - - - - - - - - - - - - - - 3-33

Table 3-4

TOS Default COS Mapping Table - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-33

Table 3-5

8021P Default COS Mapping Table - - - - - - - - - - - - - - - - - - - - - - - - - 3-50

Table 3-6

DSCP Default COS Mapping Table - - - - - - - - - - - - - - - - - - - - - - - - - 3-50

Table 3-7

TOS Default COS Mapping Table - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-50

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Chapter 1 Introduction

1.1

How This Document is Organized

This document is primarily organized by CLI functionality. All commands associated with a given function are grouped together for those who are not familiar with the FSP 150CCf-825. All commands are also listed in alphabetical order in this Chapter.

Chapter 1 contains the following CLI overview information: • Information on how to access the CLI interface, describing the CLI hierarchy, syntax conventions, command help, saving configuration changes, and entity naming conventions. • New Commands Provided in This Release • Commands Listed in Alphabetical Order Chapter 2 contains the following general and system commands: • Show Commands • General Commands • Configure System and User Commands • Configure Communications Commands • Configure Management Tunnel Commands • Configure SNMP Commands • Configure Remote Authentication Commands • Configure Scheduled Ping Commands • Configure Link Aggregation Group Commands Chapter 3 contains EOS Ethernet Service Commands.

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Chapter 4 contains the following commands associated with Etherjack Testing: • Common Testing Commands • Loopback Commands • Etherjack Diagnostic Commands • Configure ECPA Stream Commands • ECPA Commands • ESA Commands • CFM Commands

1.2

Accessing the Command Line Interface

The ADVA EOS CLI is a hierarchically structured language. The EOS CLI is available on the local serial management port as well as via telnet and Secure Shell (SSH) login. Telnet and SSH login can be accessed via the local Management LAN interface as well as remotely, via management tunnels on the WAN and/or LAN interfaces.

1.3

Understanding Command Line Interface Hierarchy

This section explains the command prompts provided at each level of the hierarchy. Commands available to you will vary at any given point in the hierarchy. At any time, you may enter a “?” to obtain a list of commands which are valid at the current level of the hierarchy. There are some commands which remain available at all levels in the command hierarchy. User authorization level also determines which commands are available. There are four user authorization levels described in Table 1-1. Depending on the level of user you may or may not be able to execute all commands available at any given level of the hierarchy. Some commands may be restricted at your user level which prevent you from accessing some of the lower levels of the command hierarchy.

Table 1-1 User Authorization Levels User Level

Description

Superuser

Has access to all commands, including user administration commands.

Provisioning

Has access to all commands with the exception of other user administration options.

Maintenance

Has access to a limited set of commands which support maintenance actions, such as testing, loopbacks, diagnostics.

Retrieve

Has access to retrieve-only type commands for displaying configuration settings and performance data.

At initial login, you are placed in the outer-most level of the hierarchy referred to as the “default” level. The “configuration” level provides access to system provisioning commands and to various levels of configuration settings for ports, interfaces and service definitions.

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Table 1-2 summarizes the various levels of the command structure and illustrates the prompts provided by the system at each level. The table also describes how to enter and exit each command level. To go to the Main Level from a given command level, enter exit or home. See Figure 1-1 for a summary of the CLI command levels in graphical form.

Table 1-2 EOS CLI Command Level Summary Command Level

Prompt

Enter from Top Level

Main (Top)

-->

Login or home to top level

Configure CFM

config:cfm-->

configure cfm

Configure Communications

config:comm-->

configure communications

Configure CPD Filter Custom

config:cpd-->

configure system, then

Configure Default MD (System) Level

config:defmdl-->

Configure Default MD

config:defmd-->

cpd-filter custom configure cfm, then configure defmd-level configure cfm, then configure defmd-level, then defmd defmdid

Configure ESA

config:esa-->

configure esa

Configure Flow

config:flow-->

configure interface, then flow

Configure Interface

config:if(ifname)-->

configure interface

Configure LAGs

config:lags-->

configure protection-groups, then configure lags

Configure LAG Aggregator

config:lag-->

configure protection-groups, then configure lags, then lag lag-1

Configure LAG Port

config:lag_port-->

configure protection-groups, then configure lags, then lag lag-1, then port

Configure Management Tunnel

config:mgmttnl(ifname)-->

configure mgmttnl

Configure MA

config:ma-->

configure cfm, then md, then ma

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Table 1-2 EOS CLI Command Level Summary (Continued) Command Level

Prompt

Configure MD

config:md-->

Enter from Top Level configure cfm, then md

Configure MEP

config:mep-->

configure cfm, then md, then ma, then mep

Configure Power-Supply

config:power-supply (psu-n)-->

configure power-supply

Configure Probe

config:probe-->

configure esa, then probe

Configure Protection Groups

config:pg-->

configure protection-groups

Configure Reflector

config:reflector-->

configure esa, then reflector

Configure Remote Authentication

config:rem-auth-->

configure remote-authentication

Configure Remote Authentication Server

config:rem-auth-svr-->

configure remote-authentication, then server

Configure Scheduled ESA

config:schedesa-->

configure sched esa

Configure Scheduled ESA Activity

config:activity-->

configure sched esa, then

Configure Scheduled Ping

config:schedping-->

configure sched ping

Configure SNMP

config:snmp-->

configure snmp

Configure Stream

config:stream-->

configure ecpa stream

Configure System

config:sys-->

configure system

Test Interface

test:if(ifname)-->

test interface

Test LAG Port

test:lag_port-->

test lag port

Configure User

config:sys:user-->

configure system, then

activity

user Configure V3User

config:snmp:v3user-->

configure snmp, then v3user

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Figure 1-1 EOS CLI Command Level Hierarchy md defmdl vlan-entry

ma

defmd

mep

MAIN configure cfm probe configure communications

reflector

configure ecpa stream configure esa

flow

configure interface configure mgmttnl configure power-supply configure protection-groups configure remote-authentication

configure lags lag

configure sched esa

port

configure sched ping configure snmp configure system

server

test interface test lag port

activity

v3user

cpd-filter custom user

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1.4

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Syntax Conventions

Throughout this manual, the following command syntax conventions are employed:

• Commands and command keywords are shown in bold text. • Arguments for which you supply values are shown in italic font. • Mandatory arguments may appear by themselves, with no surrounding punctuation. • Optional arguments are denoted by square brackets “[.....]”. • Arguments which require you to select from a list of options are enclosed in braces “{.....}” with a vertical bar. “|” separating the choices. Unless the entire argument is enclosed in square brackets “[.....]”, you must select one of the entries. • Arguments contained within braces (separated by vertical bars) within square brackets “[{...|...|... }]” means that the selection is optional. Normally, a default value is specified in the command description. • Command examples use the following conventions: • Terminal session output and command examples are displayed in “Courier New” font. • Command information or control keys that you enter is in shown in bold font. • Non-printing information, such as passwords or tabs, are in displayed within angle brackets, “<... >”.

1.5

Command Help

You can obtain help on available commands and help with specific command parameters and syntax by using the question mark ?. Entering a question mark at any level of the CLI prompt displays a list of commands available for your authorization level. You can get help on keywords and command arguments by using the context-sensitive help features described below. Entering help at any command level will also provide an abbreviated description of the following command help options. Prefix matching of commands is supported. For example, typing co sys is equivalent to typing configure system. Command expansion is supported with the key. For example, typing con followed by the key yields configure. Typing ? at the top-level prompt will display a list of the command groups available. Typing a command followed by a space and then ? will show the subcommands within that command group Typing ? halfway through a word shows all valid completions of that prefix. For example, typing lo followed by ? at the config:sys--> prompt, yields the two valid commands, location and logout which may be executed at that prompt. Typing ? after a word shows the list of valid keywords that can follow it. For example, typing syslogclient followed by space and ? yields: server Configure the syslog server. Command history is supported with the use of the UP and DOWN arrow keys. Typing the UP and DOWN cursor keys scrolls backward and forward through the command history. Command editing is supported via the LEFT and RIGHT arrow keys. CTRL+A and CTRL+E move the cursor to the beginning and end of the command line, respectively. Entering CTRL+X will clear the entire command entry.

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1.6

Saving Configuration Changes

Whenever changes are made to the configuration of a device, those changes are applied to the dynamic database which is stored in volatile memory. Should the unit lose power or undergo a reboot operation, the configuration changes will be lost. To save the configuration changes and preserve them over reboot or power loss, you must issue the database save command. This command copies the volatile configuration data to a non-volatile memory in the device whose contents will survive power loss and reboot. The system provides a warning in the form of an active alarm whenever unsaved configuration changes exist on the system. From the CLI, you can query the state of configuration changes using the show system command. If the unsaved config flag is true, as indicated by the output line of the show system command:

Unsaved Config Data: True then there are unsaved configuration changes which need to be saved with the database save command.

1.7

Entity Naming Conventions

Refer to Table 1-3 for a list of the Equipment/interface naming conventions and the associated media type, where applicable. Refer to Table 1-4 for entity identifier naming conventions.

Table 1-3 Equipment / Interface Naming Conventions Interface Name

Media Type

Description

e100-lan-1 e100-lan-2 e100-lan-3 e100-lan-4

Copper

E100 LAN Interface

e1000-lan-5

Copper/Fiber

E1000 LAN 5 Interface

e1000-wan-1 e1000-wan-2

Copper/Fiber

E1000 WAN Interface

mgmt-lan

N/A

Management LAN Interface

psu-1 psu-2

N/A

Power Supply Unit

Table 1-4 Entity Identifier Naming Conventions Entity

Format

Default MD

defmd-defmdid

Example

Valid defmdid range is 0 to 7.

Flow

fid- port -flowid

fid-1-3

LAG Aggregator

lag-lagid

lag-1

LAG Port

lag-port- portid

lag-port-1

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Range / Maximum No. of Entities Allowed

Up to 400 flows can be created for the system (1 to 400). Each of the four 10/100 Ethernet Client interfaces can support a maximum of 100 flows. The LAN-5 1 Gb Ethernet Client interface can support a maximum of 400 flows. Every assigned LAN port will reduce the maximum number of available flows by 1. The only valid entity identifier is lag-1. Valid entity identifiers are lag-port-1 or lag-port-2.


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Table 1-4 Entity Identifier Naming Conventions (Continued) Entity

Format

Example

MA

ma-mdid -maid

ma-1-1

MD

md-mdid

md-1

MEP

mep-mdid -maid-mepid

mep-1-1-1

Policer

pol- port -flowid - policerid

pol-1-3-0

Valid policerid range is 0 to 7.

Queue

que- port -flowid -queueid

que-1-3-0

Valid queueid range is 0 to 7.

1.8

Range / Maximum No. of Entities Allowed Valid maid range is 1 to 100. Valid mdid range is md-1 to md-100 Valid mepid range is 1 to 8191.

Product Release Level Supported by This Document Release

This version of the Etherjack OS Command Line Interface is applicable to FSP 150CCf-825 software release 1.2.

1.9

New Commands Provided in This Release

Table 1-5 summarizes the new commands and existing commands that support new features/entities provided in this release. Table 1-5 New Commands in This Release Command

User Authorization Level

Description

actor-lacp-activity

Provisioning

Edit Link Aggregation Group (LAG) port actor Link Aggregation Control Protocol (LACP) activity.

actor-lacp-control

Provisioning

Edit LAG port actor LACP control.

actor-lacp-timeout

Provisioning

Edit LAG port actor LACP timeout.

actor-portprio

Provisioning

Edit LAG port actor port priority. Edit LAG actor system priority.

actor-sysprio Provisioning

Edit LAG port actor system priority.

add lag

Provisioning

Create a LAG.

add vlan-entry

Provisioning

Add an entry in the CFM Vlan table

adminState

Provisioning

Set MEP administrative state

cfm-portn-buffersize

Provisioning

Set buffer size for CFM Port 1 or Port 2 (WAN-1 or WAN-2)

cfm-portn-cbs

Provisioning

Set Committed Burst Sizee for CFM Port 1 or Port 2

cfm-portn-cir

Provisioning

Set Committed Information Rate for CFM Port 1 or Port 2

cfm-portn-ebs

Provisioning

Set Expected Burst Size for CFM Port 1 or Port 2

cfm-portn-eir

Provisioning

Set Expected Information Rate for CFM Port 1 or Port 2

cfm-service-buffersize

Provisioning

Set CFM service buffer size

cfm-service-cbs

Provisioning

Set CFM service Committed Burst Size

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Table 1-5 New Commands in This Release (Continued) Command


Description

cfm-service-cir

Provisioning

Set CFM service Committed Information Rate

cfm-service-ebs

Provisioning

Set CFM service Expected Burst Size

cfm-service-eir

Provisioning

Set CFM service Expected Information Rate

collector-max-delay

Provisioning

Edit LAG collector max delay.

lag-control

Provisioning

Edit LACP control.

lagname

Provisioning

Edit LAG name.

linkstatus-trap

Provisioning

Edit LAG link status trap notification.

linktrace

Provisioning

Initiate CFM Linktrace

loopback

Provisioning

Initiate CFM Loopback

md-level

Provisioning

Set the MD Level for the system MD default level or a specific Default MD.

mhf-creation

Provisioning

Set the MIP Half Function (MHF) Creation Control for an MD, MA or a Default MD.

no lag

Provisioning

Delete a LAG.

no vlan-entry

Provisioning

Remove an entry from the CFM VLAN table.

partner-adminkey

Provisioning

Edit LAG port partner administration key.

partner-adminport

Provisioning

Edit LAG port partner administration port number.

partner-adminportprio

Provisioning

Edit LAG port partner administration port priority.

partner-adminsysid

Provisioning

Edit LAG port partner administration system ID.

partner-adminsysprio

Provisioning

Edit LAG port partner administration system priority.

partner-lacp-activity

Provisioning

Edit LAG port partner LACP activity.

partner-lacp-timeout

Provisioning

Edit LAG port partner LACP timeout.

primary-vid

Provisioning

Set the MEP primary VID.

show cfm-config-errors

Retrieve

Display CFM Configuration Error List

show defmdl

Retrieve

Display CFM default MD level information

show lag

Retrieve

Display LAG aggregator information.

show lagport lag-port-n

Retrieve

Display LAG port information.

show mips

Retrieve

Display Maintenance Intermediate Points (MIPs)

show vlan-table

Retrieve

Display CFM Vlan table

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Commands Removed in This Release

No commands were removed in this CLI release.

1.11

Commands Listed in Alphabetical Order

Table 1-6 summarizes the commands in alphabetical order, indicating the user authorization level associated with each command, and a short definition of each command. Table 1-6 Commands Listed in Alphabetical Order Command accept

User Authorization Level Provisioning

Description Set the acceptable frame policy for an interface.

access-level

Superuser

access-level

Provisioning

Edit an SNMP V3 user access level.

access-list system

Provisioning

Edit an entry in the system Access Control List (ACL).

actor-lacp-activity

Provisioning

Edit Link Aggregation Group (LAG) port actor Link Aggregation Control Protocol (LACP) activity.

actor-lacp-control

Provisioning


actor-lacp-timeout

Provisioning


actor-portprio

Provisioning

Edit LAG port actor port priority.

actor-sysprio

Provisioning

Edit LAG actor system priority or edit LAG port actor system priority.

add activity

Provisioning

Create scheduled ESA activity.

add arp

Provisioning

Add an IP Address to the ARP table.

add ce-vlan

Provisioning

Add a VLAN member to a flow.

add flow

Provisioning

Add a flow to an interface.

add ip route

Provisioning

Create a static IP route entry in the system routing table.

add lag

Provisioning

Create a Link Aggregation Group (LAG).

add ma

Provisioning

Add a Maintenance Association (MA).

add md

Provisioning

Add a Maintenance Domain (MD).

add mep

Provisioning

Add a Maintenance End Point (MEP) to an MA.

add mep-id

Provisioning

Add a Maintenance End Point (MEP) Identifier to an MA.

add policer

Provisioning

Add a Policer to a connection-oriented flow with Multi COS.

add probe

Provisioning

Create an ESA probe.

add queue

Provisioning

Add a Queue to a connection-oriented flow with Multi COS.

add reflector

Provisioning

Create an ESA reflector.

add user add v3user

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Superuser Provisioning

Edit a user account security level.

Create a new user account. Create an SNMP V3 user.


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Table 1-6 Commands Listed in Alphabetical Order (Continued) Command


Description

add vlan-entry

Provisioning


adminstate

Provisioning

Set the administrative state of an interface or service.

adminState

Provisioning


almattr

Provisioning

Edit alarm attributes for an entity.

arp cache flush

Provisioning

Clear all entries in the ARP cache table.

assignstate

Provisioning

Enable or disable the “assign” state of an interface or service.

auth-password

Provisioning

Edit an SNMP V3 user authentication password.

auth-protocol

Provisioning

Edit an SNMP V3 user authentication protocol.

authprotocol

Provisioning

Set Remote Authentication protocol.

authtype

Provisioning

Set Remote Authentication type.

autolog flush

Provisioning

Clear the System Log buffer.

bridge-action

Provisioning

Set MAC-Bridge action when table is full.

bridge-aging-time

Provisioning

Set aging time for MAC-Bridge table entries.

bridge-table-size

Provisioning

Set MAC-Bridge table size.

cable-point-n

Provisioning

Provide a text string to identify/edit the cable segment point for the cable benchmark feature.

ccm-interval

Provisioning

Set the Continuity Check Message (CCM) interval for an MA.

cfm-ethertype

Provisioning

Set Connectivity Fault Management (CFM) ethertype.


Provisioning


cfm-portn-cbs

Provisioning


cfm-portn-cir

Provisioning


cfm-portn-ebs

Provisioning

Set expected burst size for CFM Port 1 or Port 2

cfm-portn-eir

Provisioning



Provisioning


cfm-service-cbs

Provisioning


cfm-service-cir

Provisioning


cfm-service-ebs

Provisioning


cfm-service-eir

Provisioning


collector-max-delay

Provisioning


comment

Superuser

Edit the user account comment string.

communityname

Provisioning

Create an SNMP community name.

circuit-name

Provisioning

Set the circuit name.

clear distribution

Provisioning

Clear ESA Probe distribution counters.

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clear policer $policer stats

Provisioning

Clear PM statistics counters for a policer.

clear queue $queue stats

Provisioning

Clear PM statistics counters for a queue.

clear stats

Provisioning

Clear PM statistics counters for an entity.

clock set

Provisioning

Manually set the system time.

clock timezone

Provisioning

Set the system clock time zone.

contact

Provisioning

Specify the name of a person responsible for the administration of the system.

cos-mode

Provisioning

Set the Class Of Service (COS) mode for a connection-oriented VLAN port.

cosmap-mode

Provisioning

Set the Class of Service mode for an ESA Probe.

cpd-filter

Provisioning

Set the Control Protocol Disposition (CPD) filter for a WAN or LAN interface.

cpd-filter custom

Provisioning

Set the custom Control Protocol Disposition (CPD) filter for system, interface or flow.

ctag

Provisioning

Set the C-Tag for the service.

ctag-ethertype

Provisioning

Set the C-Tag Type for the WAN.

database backup

Provisioning

Create a backup file containing the contents of the backup-config database.

database clear

Provisioning

Reset all system configuration settings to factory default settings both in the running-config and the backup-config databases.

database copy ftp

Provisioning

Copy the configuration database from/to a remote server location.

database restore

Provisioning

Restore the backup-config database from the backup “im.conf” file.

database save

Provisioning

Save the running-config to the (non volatile store) backup-config database.

dead-interval

Provisioning

Set time (in seconds) after all ESA packets within a sample are sent.

description

Provisioning

Provide a text string to identify the UNI.

destmac

Provisioning

Set the destination MAC address for an ECPA test stream.

dhcp

Provisioning

Enable or disable DHCP on the management LAN (mgmt-lan) or management tunnel.

diag

Maintenance

Run Etherjack diagnostic on a LAN port.

disthist-bins

Provisioning

Set the number of distribution history bins for an ESA Probe.

disthist-interval

Provisioning

Set the distribution history interval for an ESA Probe.

distribution

Provisioning

Set the distribution thresholds and number of bins for an ESA Probe.

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Description

ecpa

Maintenance

Run ECPA test.

ed-cosmap

Provisioning

Edit the Class Of Service (COS) Map.

egress-buffersize

Provisioning

Set the egress buffersize for a service.

egress-cbs

Provisioning

Set the ingress Committed Burst Size (CBS) for a service.

egress-cir

Provisioning

Set the ingress Committed Information Rate (CIR) for a service.

egress-ebs

Provisioning

Set the ingress Excess Burst Size (EBS) for a service.

egress-eir

Provisioning

Set the ingress Excess Information Rate (EIR) for a service.

egress-limiting

Provisioning

Enable or disable egress limiting for an interface.

egress-pop-vid

Provisioning

Set pop port VLAN ID on egress frames.

encapsulation

Provisioning

Set the management tunnel encapsulation mode for a specified interface.

ether-type

Provisioning

Set custom CPD filter ethertype and mask.

evc-mode

Provisioning

Set the EVC mode for a UNI.

exit

Retrieve

Exit the current command hierarchy level and go back one level.

flowcontrol

Provisioning

Set the flow control on an Ethernet interface.

flush bridge-table

Provisioning

Flush MAC-Bridge table entries.

frame-size

Provisioning

Set frame size for an ECPA diagnostic test stream.

frame-type

Provisioning

Set frame type for an ECPA diagnostic test stream.

frequency

Provisioning

Enter the frequency of the scheduled ping feature.

generate-ccm

Provisioning

Edit a Maintenance End Point (MEP) Generate Continuity Check Message (CCM) option.

gui-login-timeout

Superuser

Edit a user GUI login timeout.

Retrieve

help

Retrieve

Provides an abbreviated description of general command help options.

help condtypes

Retrieve

List the valid condition types for an entity.

help disttypes probe

Retrieve

List the valid distribution types for an ESA Probe.

help montypes

Retrieve

List the valid monitored types for an entity.

history-bins

Provisioning

Set the number of history bins for an ESA Probe.

history-interval

Provisioning

Set the history interval for an ESA Probe.

home

Retrieve

Exit the current level and go to the main (top) level of the command hierarchy.

include-in-test

Provisioning

Include or exclude an Etherjack Connection Performance Analyzer (ECPA) test stream for testing.

ingress-buffersize

Provisioning

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Set the ingress buffersize for a service.


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Description

ingress-cbs

Provisioning


ingress-cir

Provisioning

Set the ingress Committed Information Rate (CIR) for a service.

ingress-ebs

Provisioning


ingress-eir

Provisioning


ingress-push-pvid

Provisioning

Set push Port VLAN ID on ingress.

ip access-group system in

Provisioning

Enable Access Control List (ACL) function on the specified management tunnel.

ip-address

Provisioning

To manually configure the system’s IP address and subnet mask settings, or set the management tunnel IP address and subnet mask, or edit the Remote Authentication server IP address.

ip-gateway

Provisioning

To manually configure the system’s IP gateway or default router settings.

ip-version

Provisioning

Set the IP version for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.

jumbo-frame

Provisioning

Enable or disable jumbo frame support.

lag-control

Provisioning

Edit LAG Link Aggregation Control Protocol (LACP) control.

lagname

Provisioning

Edit LAG name.

linkstatus-trap

Provisioning

Edit LAG link status trap notification.

linktrace

Provisioning


loopback

Provisioning


local-link-id

Provisioning

Set the Local Link ID value for a LAN port.

location

Provisioning

Specify the physical location of the system.

logout

Retrieve

End the current user session and log out of the system.

loopback-port

Provisioning

Activate a constant loopback on a LAN/WAN/LAG port or activate a remote EFM-OAM loopback on a WAN port.

loopback-port-timed

Provisioning

Activate a timed loopback on a LAN/WAN/LAG port.

loopback swap-address

Provisioning

Swap source address and destination address at the port loopback..

loopback-vlan

Provisioning

Activate a VLAN loopback. on a LAN/WAN/LAG port or activate a remote EFM-OAM VLAN loopback on a WAN port..

lowest-alarmprio

Provisioning

Set the lowest alarm priority level for a Maintenance End Point (MEP).

mac

Provisioning

Set the custom CPD filter MAC address and mask.

md-level

Provisioning

Set the default MD Level.

media

Provisioning

Define the physical interface operating mode for an Ethernet interface.

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Description

mhf-creation

Provisioning

Set the MIP Half Function (MHF) Creation Control for an MD or MA.

mode

Provisioning

Set the operating mode of a management tunnel.

multicast-mac

Provisioning

Set the Connectivity Fault Management (CFM) multicast MAC address.

nas-ip-address

Provisioning

Edit Remote Authentication Network Access Security IP address.

no access-list system

Provisioning

Disable an entry in the system Access Control List (ACL).

no activity

Provisioning

Cancel a scheduled ESA activity.

no arp

Provisioning

Delete an IP Address from the ARP table.

no cable-point-n

Provisioning

Delete a cable segment point.

no ce-vlan

Provisioning

Delete a client VLAN member from a flow.

no communityname

Provisioning

Remove an SNMP community entry.

no cpd-filter

Provisioning

Remove a Control Protocol Disposition (CPD) filter.

no flow

Provisioning

Delete a flow from a UNI.

no ip access-group system in

Provisioning

Disable Access Control List (ACL) function from the specified management tunnel.

no ip route

Provisioning

Deletes a route from the routing table.

no lag

Provisioning

Delete a LAG.

no loopback-port

Provisioning

Release a port timed or constant loopback.

no loopback-vlan

Provisioning

Release VLAN loopback.

no loopback-vlan outer-tag

Provisioning

Release outer tag VLAN loopback on the WAN.

no ma

Provisioning

Remove a Maintenance Association (MA).

no md

Provisioning

Remove a Maintenance Domain (MD).

no mep

Provisioning

Remove a Maintenance End Point (MEP).

no mep-id

Provisioning

Remove a Maintenance End Point identifier from an MA.

no pingaddr-n

Provisioning

Remove an IP address from the scheduled ping feature.

no policer

Provisioning

Remove a Policer from a connection-oriented flow with Multi COS.

no probe

Provisioning

Delete an ESA probe.

no propagate-fault

Provisioning

Disable the WAN or LAN Facility Fault Propagation option.

no queue

Provisioning

Remove a Queue from a a connection-oriented flow with Multi COS.

no reflector

Provisioning

Delete an ESA reflector.

no remote-link-ids

Provisioning

Delete all Remote Link IDs associated with a LAN port.

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Description

no sntpclient server

Provisioning

Remove a server from the list of SNTP servers.

no syslogclient server

Provisioning

Remove a syslog client server.

no traphost

Provisioning

Remove an IP address from the SNMP trap reporting table.

no user

Superuser

Delete a user.

no v3user

Provisioning

Delete an SNMP V3 user.

no vlan-entry

Provisioning


packet-interval

Provisioning

Set packet interval for an ESA Probe.

packet-size

Provisioning

Set packet size for an ESA Probe.

packets-per-sample

Provisioning

Set the number of packets-per-sample for an ESA Probe.

partner-adminkey

Provisioning


partner-adminport

Provisioning



Provisioning


partner-adminsysid

Provisioning



Provisioning



Provisioning



Provisioning


password

Superuser / Any

Edit a user password.

payload

Provisioning

Set the payload type for an ECPA diagnostic test stream.

ping

Maintenance

Verify IP connectivity to a specified host IP address.

pingaddr-n

Provisioning

Add an IP address to the scheduled ping feature or enable/disable a ping address identifier.

policer

Provisioning

Edit a Policer.

port

Provisioning

Edit the Remote Authentication server port.

portmode

Provisioning

Set the port mode.

port-vlan-tag

Provisioning

Set the default port VLAN tag for a multi-flow service port.

primary-vid

Provisioning

Set the MEP primary VID

priority

Provisioning

Set the priority for an ECPA diagnostic test stream or ESA Probe.

priority

Provisioning

Set the priority of the Remote Authentication server in servicing requests.

prio-vlan-id

Provisioning

Set the priority VLAN ID for a multi-flow VLAN port.

propagate-fault

Provisioning

Define the WAN and LAN Facility Fault Propagation mode.

proxyarp

Provisioning

Enable or disable the system to perform as a Proxy ARP agent on the management LAN interface.

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Description

qq-ethertype

Provisioning

Set the Stacked Ethertype value to be used to inter-operate with Queue-in-Queue frames with other vendors.

queue

Provisioning

Set the queue buffer size.

quit

Retrieve

rate

Provisioning

Set the bit rate at which packets should be sent for an ECPA stream.

reboot

Provisioning

Reboot the system.

remote-link-ids

Provisioning

Set the Remote Link ID(s) used in propagating faults from the EFM RLD (Remote Link Down) messages.

response-timeout

Provisioning

Set the response timeout for an ESA Probe.

retries

Provisioning

ripv2

Provisioning

Enable or disable RIPV2 packets on the management LAN interface or a management tunnel.

secret

Provisioning

Enter the shared secret used for authenticating the NID with the Remote Authentication server.

security-banner

Provisioning

Specify the system security banner display information.

serial

Provisioning

Enable or disable RS-232 Serial port access to the system.

severity

Provisioning

Provision the alarm severity level of the scheduled ping feature.

show arp

Retrieve

show bridge-table

Provisioning

Cancel the current user session and log out of the system.

Set the number of tries that will be attempted with a Remote Authentication server.

Display entries in the ARP cache table and the Proxy ARP settings for the system. Display MAC bridge table entries.


Retrieve


show cfm system

Retrieve

Display Connectivity Fault Management (CFM) system level parameters.

show clock

Retrieve

Display the system date, time and time zone information.

show conditions

Retrieve

Display conditions information.

show cosmap

Retrieve

Display Class Of Service (COS) priority mapping table entries.

show cpd-filters

Retrieve

Display Control Protocol Disposition (CPD) filters for the current interface.

show database

Retrieve

Display the configuration database status.

show database copy

Retrieve

Display database copy status.

show defmdl

Retrieve


show diag

Retrieve

Display LAN interface test diagnostic status/results.

show distribution

Retrieve

Display ESA Probe distribution information.

show ecpa

Retrieve

Display ECPA test results.

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Description

show ecpa firstfrm

Retrieve

Display a specified ECPA first frame information.

show ecpa stream

Retrieve

Display a specified ECPA stream information.

show ecpa streams

Retrieve

Display ECPA information for all streams.

show flow

Retrieve

Displays configuration information for a specified flow.

show flow $flow cpd-filters

Retrieve

Display Control Protocol Disposition (CPD) filter information for a specified flow.

show flow $flow stats

Retrieve

Display flow PM statistics information for a flow.

show flow $flow thresholds

Retrieve

Display flow threshold information for a flow.

show flows

Retrieve

Display all provisioned flows on an interface or on the entire system.

show interface

Retrieve

Display configuration information on a specified interface.

show interface $interface almattr

Retrieve

Display alarm attribute information for a specified interface.

show interface $interface cpd-filters

Retrieve

Display Control Protocol Disposition (CPD) filter information.

show interface $interface efm-oam

Retrieve

Display EFM-OAM configuration and status information.

show interface $interface stats

Retrieve

Display interface PM statistics information.

show interface $interface test diag

Retrieve

Display interface test diagnostic status/results.

show interface $interface thresholds

Retrieve

Display interface threshold information.

show ip

Retrieve

Display system IP address, mask and default router information.

show ip access-list system

Retrieve

Display the system Access Control List (ACL).

show ip routes

Retrieve

Display IP routing table entries.

show lag

Retrieve



Retrieve


show ma

Retrieve

Display Maintenance Association (MA) information.

show md

Retrieve

Display Maintenance Domain (MD) information.

show mep

Retrieve

Display Maintenance End Point (MEP) information.

show mep $mep almattr

Retrieve

Display Maintenance End Point (MEP) alarm attributes.

show mips

Retrieve


show mgmttnl

Retrieve

Display Management Tunnel information on the specified interface.

show policer $policer stats

Retrieve

Display policer PM statistics information

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Description

show policer $policer thresholds

Retrieve

Display policer threshold information.

show power-supply

Retrieve

Display power supply status information.

show probe

Retrieve

Display ESA probe information.

show probe $probe distribution

Retrieve

Display ESA probe distribution information.

show probe $probe stats

Retrieve

Display ESA probe PM statistics information.

show probe $probe thresholds

Retrieve

Display ESA probe threshold information.

show proxyarp

Retrieve

Display the Proxy ARP setting for system.

show queue $queue stats

Retrieve

Display PM statistics information for a queue.

show queue $queue thresholds

Retrieve

Display queue thresholds information.

show reflector

Retrieve

Display ESA reflector information.

show remote-authentication

Retrieve

Display Remote Authentication information.

show remote-authentication server

Retrieve

Display Remote Authentication server status information.

show running-config

Retrieve

Display the running configuration for the entire system.

show running-config interface

Retrieve

Display the running configuration for the management LAN, WAN or a specific LAN interface.

show sched esa

Retrieve

Display scheduled ESA activity status.

show sched esa activity

Retrieve

Display scheduled ESA activity information.

show sched ping

Retrieve

Display scheduled ping information.

show snmp

Retrieve

Display SNMP settings.

show snmp v3user

Retrieve

Display SNMP V3 user information.

show snmp vacmgroups

Retrieve

Display SNMP VACM groups.

show sntpclient

Retrieve

Display SNTP configuration information.

show software

Retrieve

Display software status information.

show software copy

Retrieve

Display software copy status information.

show software mirror

Retrieve

Display software mirror status information.

show software upgrade

Retrieve

Display the software upgrade status.

show stats

Retrieve

Display PM statistics information for the current level entity.

show syslog

Retrieve

Display syslog host information and current System Log contents.

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Description

show system

Retrieve

Display general system information.

show system almattr

Retrieve

Display system alarm attribute information.

show system cpd-filters

Retrieve

Display system Control Protocol Disposition (CPD) filter information.

show system custom-cpd-filter

Retrieve

Display system level custom Control Protocol Disposition (CPD) filter information.

show system private-key-md5

Retrieve

Display MD-5 hash of the system private key.

show system security-banner

Retrieve

Display system security banner information.

show test ecpa

Retrieve


show test ecpa firstfrm

Retrieve

Display ECPA first frame information.

show this

Retrieve

Display the entity information at the current command level.

show thresholds

Retrieve

Display interface threshold information for the current level entity.

show user show vlan-table

Superuser Retrieve

Display non-secure information for a user account. Display CFM Vlan table

snmp-dying-gasp

Provisioning

Enable or disable SNMP trap dying gasp.

sntpclient mode

Provisioning

Configure the SNTP operating mode and enable/disable SNTP operations.

sntpclient server

Provisioning

Configure the SNTP client server.

software copy ftp

Provisioning

Initiate software copy from FTP server.

software mirror

Provisioning

Overwrite the Standby Partition with the software version contained in the Active Partition.

software upgrade

Provisioning

Perform or Cancel a software upgrade.

software validate

Provisioning

Validate a software upgrade that is in progress.

speed

Provisioning

Configure the operating speed and duplex operating mode of an Ethernet interface.

stag

Provisioning

Set the S-Tag for the service.

stag-ethertype

Provisioning

Set the S-Tag type for the WAN.

state

Provisioning

Set ESA scheduled activity or Reflector state.

stop ecpa

Maintenance

Stop ECPA test.

sub-type

Provisioning

Set custom CPD filter subtype and mask.

svc-type

Provisioning

Set the ESA Probe service type.

syslogclient server

Provisioning

Configure the system with the IP address of a syslog server .

sysname

Provisioning

Set the system name.

tagged-frame

Provisioning

Set tagged frame support.

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Description

telnet

Provisioning

Enable or disable telnet (TCP port 23) access to the system.

threshold

Provisioning

Set the Threshold Crossing Alert (TCA) level for an interface, flow, policer or queue.

threshold

Provisioning

Set the Threshold Crossing Alert (TCA) level for a Probe.

threshold

Provisioning

Provision the failure threshold level of the scheduled ping feature.

timeout

Provisioning

Set the Remote Authentication server timeout.

tracert

Maintenance

Trace route.

traphost

Provisioning

Set up an SNMP trap destination.

trunking

Provisioning

Enable or disable egress vlan trunking for a multi-flow VLAN port.

tunnel-stag

Provisioning

Enable or disable management tunnel S-Tag used in a VLAN-based management tunnel.

tunnel-stag-vid

Provisioning

Set the WAN port management tunnel outer VLAN identifier (S-Tag) used in a VLAN-based management tunnel.

tunnel-vid

Provisioning

Set the LAN or WAN port management tunnel inner VLAN identifier (C-Tag) used in a VLAN-based management tunnel.

untagged-frame untagged-traffic user password

Set untagged frame support. Provisioning

Set a flow to handle untagged frames.

Retrieve

Change the current user’s password.

validation-timer

Provisioning

Enable or disable the safe mode validation timer.

vlan

Provisioning

Set the VLAN ID for an ECPA diagnostic test stream.

vlanid

Provisioning

Set the ESA Probe VLAN identifier.

vlanprio

Provisioning

web

Provisioning

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Set the VLAN priority for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream, ESA Probe or Maintenance End Point (MEP). Enable or disable web browser access to the system.


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Chapter 2 EOS General Commands

2.1

Overview

This chapter contains the following EOS general command descriptions:

• Show Commands • General Commands • Configure System and User Commands • Configure Communications Commands • Configure Management Tunnel Commands • Configure SNMP Commands • Configure Remote Authentication Commands • Configure Scheduled Ping Commands • Configure Link Aggregation Group Commands

2.2

Show Commands

This section defines the show commands which are available. These commands provide status of the various conditions, settings and entities within the system. These commands are available under any command hierarchy level.

Table 2-1 Show Command Summary Command

Description

show arp

Display ARP status and ARP table entries.

show bridge-table

Display MAC bridge table entries.



show cfm system

Display Connectivity Fault Management (CFM) system level parameters.

show clock

Display system time and timezone settings.

show conditions

Display conditions information.

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Table 2-1 Show Command Summary (Continued) Command

Description

show cosmap

Display Class of Service (COS) map table for an interface.

show cpd-filters

Display Control Protocol Disposition (CPD) filters for the current interface.

show database

Display the configuration database checksum.

show database copy

Display database copy status.

show defmdl


show diag

Display information on a specified ECPA stream.

show distribution

Display ESA Probe distribution information.

show ecpa


show ecpa firstfrm

Display ECPA first frame information.

show ecpa stream

Display ECPA stream detailed information.

show ecpa streams

Display ECPA all stream information.

show flow

Display flow information for a specified flow.


Display CPD filter information for a specified flow.


Show flow PM statistics.


Display flow threshold information.

show flows

Display all flows defined on system.

show interface

Display interface information.


Display interface alarm attribute information.


Display disposition for all Control Protocol Disposition (CPD) filters.


Display EFM-OAM configuration and status information.


Display interface PM statistics.


Display interface test diagnostic results/status.


Display interface thresholds information.

show ip

Display management IP address settings.


Display the system Access Control List (ACL) .

show ip routes

Display IP routing table entries.

show lag




show lag

Display Maintenance Association (MA) information.

show md

Display Maintenance Domain (MD) information.

show mep

Display Maintenance End Point (MEP) information.


Display Maintenance End Point (MEP) alarm attributes.

show mips


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Description

show mgmttnl

Display management tunnel information.


Display policer PM statistics information


Display policer threshold information.

show power-supply

Display power supply status information.

show probe

Display ESA probe information.


Display ESA probe distribution information.


Display ESA probe PM statistics information.


Display ESA probe threshold information.

show proxyarp

Display proxy ARP settings.


Display PM statistics information for a queue.


Display queue thresholds information.

show reflector

Display ESA reflector information.


Display Remote Authentication information.


Display Remote Authentication server information.

show running-config

Display the running configuration for the entire system.


Display the running configuration for a specific interface.

show sched esa

Display scheduled ESA activity status.


Display scheduled ESA information.

show sched ping

Display scheduled ping information.

show snmp

Display SNMP communities and trap hosts.

show snmp v3user

Display SNMP V3 user information.


Display SNMP VACM groups.

show sntpclient

Display SNTP client information.

show software

Display software status information.

show software copy

Display software copy information.


Display software mirror status information.


Display software upgrade status.

show stats

Display PM statistics for the current level entity.

show syslog

Display system log entries.

show system

Display general system information.

show system almattr

Display system alarm attributes.


Display system CPD filter information.


Display system level custom CPD filter information.


Display private key MD-5 hash

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Version 2.0

Optical Networking


Description


Display system security banner information.

show test ecpa



Display ECPA test frame.

show this

Display the entity being configured at the current command level.

show thresholds

Display thresholds information for the current level entity.

show user

Display user account settings.

show vlan-table

Display CFM Vlan table.

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show arp

show arp Displays entries in the ARP (Address Resolution Protocol) cache table and the Proxy ARP settings for the system.

SECURITY Retrieve

LEVEL any

S YNTAX

show arp GUIDELINES This command displays the Proxy ARP setting for the system, as well as entries in the ARP table. Proxy ARP, if enabled, allows this system to respond to ARP requests on the management network on behalf of other devices which may be subtended from this device.

EXAMPLES --> show arp Proxy ARP Information: Proxy ARP: Disabled ARP Table: | IP Address | MAC Address |------------------ |-----------------| 10.10.32.10 | 00:B0:D0:25:FB:BC | 10.10.36.163 | 00:0B:90:00:08:31 | 10.10.33.237 | 00:08:A1:0D:9D:A0 | 10.10.33.244 | 00:08:A1:2A:78:04 | 10.10.1.1 | AA:BB:CC:DD:EE:FF | 10.10.32.1 | 00:0A:B7:16:63:80

| Interface |Static | |------------------ |-------------- | | mgmt-lan | false | | mgmt-lan | false | | mgmt-lan | false | | mgmt-lan | false | | e1000-wan-1 | true | | mgmt-lan | false |

RELATED COMMANDS add arp arp cache flush no arp show proxyarp show system proxyarp

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Etherjack Command Line Interface FSP 150CCf-825 Version 2.0

TM

Optical Networking

show bridge-table

show bridge-table Display MAC bridge table entries.

SECURITY Provisioning

LEVEL Configure Interface

S YNTAX } show bridge-table {filter | forward

GUIDELINES This command only applies to connection-less Flow VLANs. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To display forwarding MAC bridge table entries:

--> configure interface e100-lan-3 config:if(e100)--> show bridge-table filter List of Filtering Entries: ----------------------------------------------------------------Index MAC C-TAG S-TAG SrcPort ----------------------------------------------------------------1 00:07:e9:b3:cb:46 0-0 0-0 8 2 00:0a:b7:16:63:80 0-0 0-0 8 3 00:08:74:3f:96:98 0-0 0-0 8 4 00:11:43:44:d1:0d 0-0 0-0 8 5 00:16:cf:41:59:ab 0-0 0-0 8 6 00:12:f0:3e:83:b2 0-0 0-0 8 7 00:07:e9:c4:f6:b2 0-0 0-0 8

RELATED COMMANDS bridge-action bridge-aging-time bridge-table-size

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show cfm-config-errors Display Connectivity Fault Management (CFM) configuration errors.

SECURITY Retrieve

LEVEL any

S YNTAX

show cfm-config-errors GUIDELINES N/A

EXAMPLES --> show cfm-config-errors CFM Configuration Errors: | Type | Port | - ---------------------- | - ------------------

| VID | | - ------------ |

RELATED COMMANDS show cfm system show defmdl show ma show md show mep show mep $mep almattr show mips

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show cfm system

show cfm system Display Connectivity Fault Management (CFM) system level parameters.

SECURITY Retrieve

LEVEL any

S YNTAX

show cfm system GUIDELINES N/A

EXAMPLES --> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address:

0x88B7 01:80:C2:00:00:0X

Service Queue CIR: Service Queue EIR: Service Queue CBS: Service Queue EBS: Service Queue BufferSize:

320,000,000 bps 0 bps 1 KB 0 KB 1 KB

Port [WAN-1] Queue CIR: Port [WAN-1] Queue EIR: Port [WAN-1] Queue CBS: Port [WAN-1] Queue EBS: Port [WAN-1] Queue BufferSize:

320,000,000 bps 0 bps 1 KB 0 KB 1 KB


320,000,000 bps 0 bps 1 KB 0 KB 1 KB

RELATED COMMANDS show cfm-config-errors show defmdl show ma show md show mep show mep $mep almattr show mips

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show clock

show clock Displays the system date, time and time zone information.

SECURITY Retrieve

LEVEL any

S YNTAX

show clock GUIDELINES This command displays the date and time in dd mm yyyy

hh:mm:ss format.

EXAMPLES --> show clock System Time: Date/Time: Timezone:

08 09 2006 10:03:57 UTC

RELATED COMMANDS clock set clock timezone

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show conditions

show conditions Display conditions information.

SECURITY Retrieve

LEVEL any

S YNTAX

show conditions GUIDELINES N/A

EXAMPLES --> show conditions Conditions: | | Ntfcn | | | | Entity | Code | Description |Date/Time | |--------------- |------- |----------------------------- |-------------------- | | e100-lan-1 | Crit | Link Down Cable Removed | 2005-12-21,14:25:06 | | e100-lan-2 | Crit | Link Down Cable Removed | 2005-12-19,11:29:37 | | system | Minor | Unsaved Configuration Data | 2005-12-19,10:34:16 |

RELATED COMMANDS almattr help condtypes show interface $interface almattr show mep $mep almattr show system almattr

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show cosmap

show cosmap Display Class Of Service (COS) priority mapping table entries for a client LAN interface in Flow VLAN EVC mode.

SECURITY Retrieve

LEVEL any

S YNTAX

show cosmap ifname

ifname

Mandatory interface name.

GUIDELINES The Class of Service priority mapping table defines the latency characteristics for an ingress frame based on the priority classification method in effect for the associated interface. The classification method for an interface is specified by the cos-mode setting of the interface and can be set to one of: TOS, 802.1p or DSCP. The table contains an entry corresponding to each numeric value of the CoS parameter. For TOS and 802.1p modes, the table contains eight entries; for DSCP mode, the table contains 64 entries. Each entry defines whether an ingress frame with that CoS value is treated with normal or low latency emission priority. In addition, a table entry can specify how to map between the CoS value and the 802.1p bits for the frame. This allows 802.1p bit re-mapping. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> show cosmap e100-lan-2 Interface COS Map: e100-lan-2 | Index |----------| 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7

| Prio Control | New Priority | Policer COS | |------------- |------------- |------------- | | none | -1 | 0 | | none | -1 | 1 | | none | -1 | 2 | | none | -1 | 3 | | none | -1 | 4 | | none | -1 | 5 | | none | -1 | 6 | | none | -1 | 7 |

RELATED COMMANDS cos-mode cosmap-mode ed-cosmap

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show cpd-filters

show cpd-filters Display Control Protocol Disposition (CPD) filters for the current interface.

SECURITY Retrieve

LEVEL any

S YNTAX

show cpd-filters GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid WAN and LAN interface names.

EXAMPLES --> configure interface e100-lan-1

config:if(e100)--> show cpd-filters CPD Filters for: e100-lan-1 | Protocol | Disposition | |------------------ |------------------ | | EFM OAM | Peer |

RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show flow $flow cpd-filters show interface $interface cpd-filters show system cpd-filters show system custom-cpd-filter sub-type

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show database

show database Display configuration database status.

SECURITY Retrieve

LEVEL any

S YNTAX

show database

GUIDELINES The database configuration checksum is updated when changes have been made to the configuration data and a save configuration operation is performed by using the database save command. This checksum is retrievable by using this command. It can be used to compare the current database configuration with a back up master configuration. If no database files have been saved, or if the database has been set to factory default, the configuration database checksum is set to zero.

EXAMPLES --> show database

Active Standby ----------------------------------------------Database Version 1.1 1.1 Database Checksum 0x73E5DA39 0x758EA0F9 Partition in use: Active Software Validated: Yes

RELATED COMMANDS database backup database clear database copy ftp database restore database save show database copy

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show database copy

show database copy Display the database copy status when using the database copy ftp command.

SECURITY Retrieve

LEVEL any

S YNTAX

show database copy

GUIDELINES To view status of the database copy progress, use this command.

EXAMPLES --> show database copy Database File Transfer: Status: Database copy complete. -->

RELATED COMMANDS database backup database clear database copy ftp database restore database save show database

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show defmdl

show defmdl Display Connectivity Fault Management (CFM) default Maintenance Domain level information.

SECURITY Retrieve

LEVEL any

S YNTAX

show defmdl GUIDELINES N/A

EXAMPLES --> show defmdl

System Default MD Level: System Default MHF Creation Control: System Default Sender ID Control:

1 Default None

Default MD Level Entries: | Entity ID | Primary VID | MD Level | MHF Creation | Sender ID | | - ----------- | - ------------ | - --------- | - ------------ | - ---------- | | defmd-1 | 1 | NULL | Defer | Defer |

RELATED COMMANDS show cfm system show cfm-config-errors show ma show md show mep show mep $mep almattr show mips

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show diag

show diag Display LAN interface test diagnostic status/results.

SECURITY Retrieve

LEVEL Test Interface

S YNTAX

show diag GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e100-lan-1 Displays the following test diagnostic results when a test is in progress:

test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: In progress - please wait Cable Points: Cable Cable Cable Cable Cable

Point Point Point Point Point

1 2 3 4 5

-

Not Not Not Not Not

defined defined defined defined defined

Displays the following test diagnostic results when a test has completed, and cable points are not defined:

test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable - (Pair 1) - OK

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show diag

Cable - (Pair 2) - OK Auto-Negotiation - OK - Far End Auto-Neg Enabled Auto-Negotiation - Speed : 100Mbps - Full Duplex Loopback NE - Pass Cable Points: Cable Cable Cable Cable Cable


1 2 3 4 5

-

Not Not Not Not Not


Displays the following test diagnostic results when a test has completed, and cable points are defined:

test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable - (Pair 1) Cable - (Pair 2) Auto-Negotiation Auto-Negotiation Loopback NE - Pass

OK OK OK - Far End Auto-Neg Enabled Speed : 100Mbps - Full Duplex

Cable Points: Cable Cable Cable Cable Cable


1 2 3 4 5

-

2.32 meters - Outside cabinet 10.13 meters - First floor cabinet 124.2 meters - 23rd floor cabinet 135.7 meters - Customer premise Not defined

RELATED COMMANDS cable-point-n diag no cable-point-n show interface $interface test diag

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show distribution

show distribution Display distribution information for the current level ESA Probe.

SECURITY Retrieve

LEVEL Configure Probe

S YNTAX

show distribution disttype bin

disttype bin

Distribution Type. Can specify a single distribution type or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all bins associated with the given montype.

GUIDELINES To display valid distribution types, use the help disttypes probe command.

EXAMPLES To show all distributions for a probe:

--> configure esa config:esa--> probe Houston config:probe--> show distribution all all Distribution for: ESA Probe: Houston Current [0]: RT-DELAY[0] : Historical[1]: 14:45 RT-DELAY[0] : Historical[2]: 15:00 RT-DELAY[0] : Historical[3]: 15:15 RT-DELAY[0] : Historical[4]: 15:30 RT-DELAY[0] : Historical[5]: 15:45 RT-DELAY[0] : Historical[6]: 16:00 RT-DELAY[0] : Historical[7]: 16:15 RT-DELAY[0] :

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0 0 0 0 0 0 0 0


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show distribution

To show the current bin of a specific distribution type for a probe:

--> show probe Houston distribution rt-delay current Distribution for: ESA Probe: Houston Current [0]: RT-DELAY[0] : 0

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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show ecpa

show ecpa Display Etherjack Connection Performance Analyzer (ECPA) test results.

SECURITY Retrieve


S YNTAX

show ecpa

GUIDELINES N/A

EXAMPLES --> test interface e100-lan-1

test:if(e100)--> show ecpa ECPA Test: e100-lan-1

Status : Injector : Frames : Duration : Stream :

Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority : Frames Transmitted : Frames Received : Frames Received Good CRC : Frames Received Bad CRC : Out Of Sequence Errors : Number Of Sequence Gaps : Non-ECPA Frames : Minimum Delay : Maximum Delay : Average Delay :

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Stopped Ingress 0 0 ecpa-stream-1 Untagged 64 00:0B:90:00:00:01 V4 Random 10000000 4094 0 TOS 0 0 443 443 0 1 0 407 11501 us 47645405 us 4294967295 us


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show ecpa

RELATED COMMANDS destmac ecpa frame-size frame-type include-in-test ip-version payload priority rate show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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show ecpa firstfrm

show ecpa firstfrm Display a specified Etherjack Connection Performance Analyzer (ECPA) first frame information.

SECURITY Retrieve


S YNTAX

show ecpa firstfrm ecpastream

ecpastream

ECPA stream number.

GUIDELINES Valid ecpastream entries are: ecpa-stream-1, ecpa-stream-2 or ecpa-stream-3.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> show ecpa firstfrm ecpa-stream-1 ECPA First Frame: ecpa-stream-1 Frame Header: Frame Type : VLAN ID/Prio : Destination MAC Address : Ethertype : Source MAC Address : Frame Check Sequence : TPID :

Ethernet Type II 01:80:C2:00:00:01 0x8808 00:0B:90:02:09:23 0xa3ecdf45

Packet Details: Packet decode unsupported ethertype Raw Packet Data: 0000: 0010: 0020: 0030:

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01 20 00 00

80 0b 00 00

c2 00 00 00

00 00 00 00

00 00 00 00

01 00 00 00

00 00 00 00

0b 00 00 00

90 00 00 00

02 00 00 00

09 00 00 00

23 00 00 00

88 00 00 a3

08 00 00 ec

00 00 00 df

01 00 00 45

...........#.... ............... ................ ...............E


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show ecpa firstfrm

RELATED COMMANDS destmac ecpa frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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show ecpa stream

show ecpa stream Display a specified Etherjack Connection Performance Analyzer (ECPA) stream information.

SECURITY Retrieve

LEVEL Configure Stream

S YNTAX

show ecpa stream ecpastream

ecpastream

ECPA stream number.

GUIDELINES Valid ecpastream entries are: ecpa-stream-1, ecpa-stream-2 or ecpa-stream-3.

EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :

e100-lan-1 True Untagged 64 00:0B:90:00:00:01 V4 Random 10000000 4094 0 TOS 0

RELATED COMMANDS destmac ecpa frame-size frame-type include-in-test ip-version

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show ecpa stream

payload priority rate show ecpa show ecpa firstfrm show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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show ecpa streams

show ecpa streams Display Etherjack Connection Performance Analyzer (ECPA) information for all streams.

SECURITY Retrieve

LEVEL any

S YNTAX

show ecpa streams

GUIDELINES N/A

EXAMPLES --> show ecpa streams ECPA Streams: | Stream | Interface | Include In Test | |----------------- |----------------- |----------------- | | ecpa-stream-1 | e100-lan-1 | True | | ecpa-stream-2 | e100-lan-1 | False | | ecpa-stream-3 | e100-lan-1 | False |

RELATED COMMANDS destmac ecpa frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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show flow

show flow Displays configuration information for a specified Ethernet Virtual Circuit (flow).

SECURITY Retrieve

LEVEL any

S YNTAX

show flow flowid port-flowid Flow Identifier (FID). Flow format is fid. Example: fid-1-3.

flowid

GUIDELINES This command displays the configuration settings of a specific flow. To determine which flows exists in the system, use the show flows command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid flow identifier naming conventions.

EXAMPLES To display a connection-oriented flow when Multi COS is Disabled:

--> show flow fid-2-1 Flow: fid-2-1 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions : VLAN Members :

Bank#103 Regular Disabled None 0 0 Enabled None 0 0 Disabled Disabled 100-1,100-2,100-3

Ingress Policers | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0

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show flow

QOS Queues | ID | BufferSize (KB) | |----- |---------| 0 | 128

To display a connection-oriented flow when Multi COS is Enabled:

--> show flow fid-2-4 Flow: fid-2-4 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions : VLAN Members :

FID-4 Regular Enabled Push 7 0 Enabled Push 7 0 Disabled Enabled 444-1

Total Ingress CIR: 1024000 (bps) Maximum Ingress EIR: 0 (bps) Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID | BufferSize (KB) | |----- |---------| 0 | 128 Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) |----- |---------| 0 | 1024000 | 1 | 1024000

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| EIR (bps) | CBS (KB) | EBS (KB) |---------- |----------- |---------| 0 | 1 | 0 | 0 | 1 | 0


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show flow

RELATED COMMANDS add flow no flow show flow $flow cpd-filters show flow $flow stats show flow $flow thresholds show flows

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show flow $flow cpd-filters Display flow Control Protocol Disposition (CPD) filter information for a flow.

SECURITY Retrieve

LEVEL any

S YNTAX

show flow flowid cpd-filters port-flowid Flow Identifier (FID). Flow format is fid. Example: fid-1-3.

flowid

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid flow identifier naming conventions.

EXAMPLES To show all CPD filters for a flow:

--> show flow fid-2-1 cpd-filters CPD Filters for: fid-1-1 | Filter | Disposition | |------------------ |------------------ | | BPDU | CDP | GARP Group

| Discard | Discard | Discard

| | |

RELATED COMMANDS show cpd-filters show flow show flow $flow stats show flow $flow thresholds show flows show interface $interface cpd-filters

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show flow $flow stats Display flow PM statistics information for a flow.

SECURITY Retrieve

LEVEL any

S YNTAX

show flow flowid stats montype bin timeperiod port-flowid Flow Identifier (FID). Flow format is fid. Example: fid-1-3. Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all BINs associated with the given montype. Time period bin (15min or 1day).

flowid montype bin

timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid flow identifier naming conventions. To display montypes for a flow use the help montypes command.

EXAMPLES To show all montypes and bins for a flow:

--> show flow fid-2-1 stats all current 1day Statistics (1day) for Flow: fid-2-1 Current[0]: ABRRL-RX : ABRRL-TX : ABR-RX : ABR-TX : FMRD-RX : FMRD-TX : FMYD-RX : FMYD-TX : FMYP-RX : FMYP-TX : FTD-RX : FTD-TX : L2CPFD :

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0 0 0 0 0 0 0 0 0 0 0 0 0


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To show the current bin of a specific montype for a flow:

--> show flow fid-2-1 stats abr-rx current 1day Flow: fid-2-1 Statistics (1day) for Flow: fid-2-1 Current[0]: ABR-RX : 0

RELATED COMMANDS add flow clear stats help montypes no flow show flow show flow $flow cpd-filters show flow $flow thresholds show flows show interface $interface stats show probe $probe stats show remote-authentication server show stats

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show flow $flow thresholds Display flow PM threshold information for a flow.

SECURITY Retrieve

LEVEL any

S YNTAX

show flow flowid thresholds timeperiod

flowid timeperiod

port-flowid Flow Identifier (FID). Flow format is fid. Example: fid-1-3. Time period bin (15min or 1day).

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid flow identifier naming conventions.

EXAMPLES --> show flow fid-1-3 thresholds 1day Thresholds (1day) for Flow: fid-2-1 | Monitored Type | Locn |------------------- |----| ABRRL-RX | NEnd | ABRRL-TX | NEnd | ABR-RX | NEnd | ABR-TX | NEnd | FMRD-RX | NEnd | FMRD-TX | NEnd | FMYD-RX | NEnd | FMYD-TX | NEnd | FMYP-RX | NEnd | FMYP-TX | NEnd | FTD-RX | NEnd | FTD-TX | NEnd | L2CPFD | NEnd

| Dirn | Time Period | Threshold | |----- |------------ |---------- | | RX | 1 Day | 0 | | TX | 1 Day | 0 | | RX | 1 Day | 0 | | TX | 1 Day | 0 | | RX | 1 Day | 0 | | TX | 1 Day | 0 | | RX | 1 Day | 0 | | TX | 1 Day | 0 | | RX | 1 Day | 0 | | TX | 1 Day | 0 | | RX | 1 Day | 0 | | TX | 1 Day | 0 | | RX | 1 Day | 0 |

RELATED COMMANDS add flow no flow show flow show flow $flow cpd-filters show flow $flow stats show flows

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show flows

show flows Displays all provisioned Ethernet Virtual Circuits (flows) on an interface or on the entire system.

SECURITY Retrieve

LEVEL any

S YNTAX

show flows [ifname]

ifname

Optional interface identifier. If omitted, all flows on all LAN interfaces are displayed.

GUIDELINES Each flow is uniquely identified with a flow name. To view the details of a flow, user the show flow command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid flow identifier naming conventions.

EXAMPLES To show all flows on the system:

--> show flows Flows: | Name | Interface | Ingress CIR | Ingress EIR |------------ |-------------- |-------------- -------------| fid-1-1 | e100-lan-2 | 1024000 | 0 | fid-1-2 | e100-lan-2 | 1024000 | 0 | fid-2-1 | e100-lan-3 | 1024000 | 0

| Flow Type | |-------------- | | Regular | | Regular | | Regular |

To show all flows on a specific interface:

--> show flows e100-lan-2 Flows for Interface: e100-lan-21 | Name | Interface | Ingress CIR | Ingress EIR | Flow Type | |------------ |-------------- |-------------- -------------- |-------------- | | fid-1-1 | e100-lan-2 | 1024000 | 0 | Regular | | fid-1-2 | e100-lan-2 | 1024000 | 0 | Regular |

RELATED COMMANDS add flow no flow show flow

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show flows

show flow $flow cpd-filters show flow $flow stats show flow $flow thresholds

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show interface

show interface Displays configuration information on a specified interface.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname

ifname

Mandatory interface identifier.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To show transparent LAN interface information:

--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : Assigned State : Administrative State : Operational State :

ETHERNET-LAN Enabled Enabled Enabled

MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Circuit Name : Port Mode : EVC Mode : Tagged Frame Support : Untagged Frame Support : Ingress CIR: Ingress EIR : Ingress CBS : Ingress EBS : Ingress Buffer Size : Egress Rate Limiting :

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LAN-1 Connection-oriented Transparent Enabled Enabled 1024000 0 1 0 128 Disabled


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show interface

Egress CIR : Egress EIR: Egress CBS : Egress EBS : Egress Buffer Size : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match Receive Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Outer Tag Ethertype : Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs: Loopback : Swap SA/DA :

1024000 99008000 1 13 128 Push 3 0 Enabled Push 3 0 0x8100 EFM 120 3 1,2,3 None n/a

To show Connection-oriented Flow VLAN interface information:

--> show interface e100-lan-2 E100 Interface: e100-lan-2 Description : Assigned State : Administrative State : Operational State : MAC Address : Media : MDIX Type : MTU : Interface Speed : Negotiated Speed :

Circuit Name : Port Mode : EVC Mode : Tagged Frame Support : Untagged Frame Support : Outer Tag Ethertype : Port VLAN ID : Priority VLAN ID: Acceptable Frame Policy : Egress VLAN Trunking : COS Map Mode : Push PVID On Ingress : Pop PVID On Egress : Fault Propagation :

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ETHERNET-LAN Enabled Enabled Enabled 00:0B:90:00:44:25 Copper Auto 2000 Auto Negotiating LAN-2 Connection-oriented Flow VLAN Enabled Enabled 0x8100 1-0 1 VLAN Enabled TOS Enabled Enabled None


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show interface

Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

0 2 None n/a

Egress QOS-Queues: queue-2-0 queue-2-1 queue-2-2 queue-2-3 queue-2-4 queue-2-5 queue-2-6 queue-2-7

BufferSize: BufferSize: BufferSize: BufferSize: BufferSize: BufferSize: BufferSize: BufferSize:

128 128 128 128 128 128 128 128

KB KB KB KB KB KB KB KB

To show Connection-less Flow VLAN interface information:

--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State : MAC Address : Media : MDIX Type : MTU : Interface Speed : Negotiated Speed :

Circuit Name : Port Mode : Bridge Aging Time : Bridge Action : Bridge Table Size : Outer Tag Ethertype : Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

ETHERNET-LAN Enabled Enabled Enabled 00:0B:90:00:44:25 Copper Auto 2000 Auto Negotiating LAN-3 Connection-less 300 Block 4095 0x8100 None 0 3 3 None n/a

Egress QOS-Queues: queue-3-0 BufferSize: 128 KB queue-3-1 BufferSize: 128 KB queue-3-2 BufferSize: 128 KB

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show interface

queue-3-3 queue-3-4 queue-3-5 queue-3-6 queue-3-7

BufferSize: BufferSize: BufferSize: BufferSize: BufferSize:

128 128 128 128 128

KB KB KB KB KB

RELATED COMMANDS adminstate assignstate show interface $interface almattr show interface $interface cpd-filters show interface $interface efm-oam show interface $interface stats show interface $interface test diag show interface $interface thresholds

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show interface $interface almattr Display alarm attribute information for a specified interface.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname almattr

ifname



EXAMPLES --> show interface e1000-lan-5 almattr Alarm Attributes for: e1000-lan-5 | Ntfcn | Condition | | | Srv | | Code | Description | Locn | Dirn | Eff | |------- |--------------------------- |------ |------ |----- | | Crit | Link Down | NEnd | RX | SA | | Major | RX Jabber | NEnd | RX | SA | | Minor | RFI | NEnd | RX | SA | | Minor | Auto Negotiation Duplex U | NEnd | RX | SA | | Crit | SFP Removed | NEnd | RX | SA | | Crit | SFP Tx Fault | NEnd | RX | SA | | Crit | SFP Mismatch | NEnd | RX | SA | | Crit | Dying Gasp | NEnd | RX | SA | | Crit | LCP Fail | NEnd | RX | SA | | Crit | Link Deactivated | NEnd | RX | SA | | Minor | Remote Link Status Indica | NEnd | RX | SA | | Minor | Remote Critical Event | NEnd | RX | SA | | Minor | EFM Discovery Fail | NEnd | RX | SA | | Minor | MAC Table Full | NEnd | RX | SA |

RELATED COMMANDS almattr help condtypes show interface show interface $interface cpd-filters show interface $interface efm-oam show interface $interface stats show interface $interface thresholds Page 2-40


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show interface $interface cpd-filters Display disposition information for Control Protocol Disposition (CPD) filters on a specified interface.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname cpd-filters

ifname


GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid WAN and LAN interface names.

EXAMPLES --> show interface e100-lan-1 cpd-filters CPD Filters for: e100-lan-1 | Filter | Disposition | |------------------ |------------------ | | Custom | Discard | | EFM OAM | Peer |

RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show cpd-filters show flow $flow cpd-filters show system cpd-filters show system custom-cpd-filter sub-type show interface show interface $interface almattr show interface $interface efm-oam show interface $interface stats show interface $interface test diag show interface $interface thresholds

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show interface $interface efm-oam Display Ethernet First Mile - Operations, Administration and Maintenance (EFM-OAM) configuration and status information.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname efm-oam

ifname


GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid WAN and LAN interface names.

EXAMPLES --> show interface e100-lan-1 efm-oam EFM-OAM status for: e100-lan-1 EFM-OAM State: Disabled Local EFM-OAM Configuration: Remote OAM Loopback Link Event Variable Retrieval Unidirectional

Mode : Support : Support : Support : Support :

Active Enabled Disabled Disabled Disabled

Mode : Support : Support : Support : Support :

Unknown Disabled Disabled Disabled Disabled

Remote EFM-OAM Configuration: Remote OAM Loopback Link Event Variable Retrieval Unidirectional Local EFM-OAM Status: Status : Link Fault : Receiving EFM Packets : Critical Event : Loopback State :

Down Yes Yes No None

Remote EFM-OAM Status: Status : Unknown

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Loopback State : Link Fault : Critical Event : Dying Gasp :

Unknown Yes No No

RELATED COMMANDS show interface show interface $interface almattr show interface $interface cpd-filters show interface $interface stats show interface $interface test diag show interface $interface thresholds

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show interface $interface stats Display interface PM statistics information.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname stats montype bin timeperiod

ifname montype bin

timeperiod

Mandatory interface identifier. Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all BINs associated with the given montype. Time period bin (15min or 1day).

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names. To display montypes for a given interface, use the help montypes command.

EXAMPLES To show all montypes and bins for an interface:

--> show interface e100-lan-1 stats all all 1day Statistics (1day) for E100 Interface: e100-lan-1 Current [0]: 2006-01-03 ABR-RX: ABR-TX: ABRRL-RX: ABRRL-TX: APFD: AUFD: ESBF: ESBP: ESBS: ESC: ESCAE: ESDE: ESF: ESFS: ESJ: ESMF: ESMP:

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00:00:00 145 145 0 0 0 0 0 0 64000 0 0 0 0 1000 0 0 0


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ESO: ESOP: ESP: ESP64: ESP65: ESP128: ESP256: ESP512: ESP1024: ESP1519: ESUF: ESUP: FFD-RX: L2CPFD: L2CPFP: LBC: OPT: OPR:

64000 0 1000 1000 0 0 0 0 0 0 1000 0 0 0 0 0 0 0

To show the current bin of a specific montype for an interface:

--> show interface e100-lan-1 stats apfd current 1day Statistics (1day) for E100 Interface: e100-lan-1 Current[0]: APFD: 0

RELATED COMMANDS clear stats help montypes show flow $flow stats show interface show interface $interface almattr show interface $interface cpd-filters show interface $interface efm-oam show interface $interface test diag show interface $interface thresholds show probe $probe stats show remote-authentication server show stats

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show interface $interface test diag Display interface test diagnostic status/results.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname test diag

ifname



EXAMPLES Displays the following test diagnostic results when a test is in progress:

--> show interface e100-lan-1 test diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: In progress - please wait Cable Points: Cable Cable Cable Cable Cable


1 2 3 4 5

-

Not Not Not Not Not


Displays the following test diagnostic results when a test has completed, and cable points are not defined:

--> show interface e100-lan-1 test diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32

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Results: Cable - (Pair 1) Cable - (Pair 2) Auto-Negotiation Auto-Negotiation Loopback NE - Pass




1 2 3 4 5

-

Not Not Not Not Not


Displays the following test diagnostic results when a test has completed, and cable points are defined:

--> show interface e100-lan-1 test diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable - (Pair 1) Cable - (Pair 2) Auto-Negotiation Auto-Negotiation Loopback NE - Pass




1 2 3 4 5

-

2.32 meters - First floor cabinet 10.13 meters - Second floor cabinet 24.2 meters - Customer premise Not defined Not defined

RELATED COMMANDS cable-point-n diag no cable-point-n show diag show interface

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show interface $interface thresholds Display interface threshold information.

SECURITY Retrieve

LEVEL any

S YNTAX

show interface ifname thresholds timeperiod

ifname timeperiod

Mandatory interface identifier. Time period bin (15min or 1day).


EXAMPLES --> show interface e100-lan-1 thresholds 1day Thresholds (1day) for E100 Interface: e100-lan-1 | Monitored Type |-----------------| APFD | AUFD | ABR-RL | ABR-RX | ABR-TX | BT-RX | ESBF | ESBP | ESBS | ESC | ESCAE | ESDE | ESF | ESFS

| Locn |-----| NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd | NEnd

| Dirn |-----| RX | RX | RX | RX | RX | RX | RX | RX | RX | RX | RX | RX | RX | RX

| Time Period |Threshold | |------------- |---------- | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 0 | | 1 Day | 3557280 | | 1 Day | 3557280 | | 1 Day | 3557280 | | 1 Day | 0 |

<... output truncated...>

RELATED COMMANDS show interface threshold

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show ip

show ip Display system IP address, mask and default router information.

SECURITY Retrieve

LEVEL any

S YNTAX

show ip GUIDELINES N/A

EXAMPLES --> show ip System IP Information: IP Address : 10.10.36.85 Subnet Mask : 255.255.240.0 Default Gateway : 10.10.32.1

RELATED COMMANDS ip-address ip-gateway

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show ip access-list system Display system IP Access Control List (ACL) entries.

SECURITY Retrieve

LEVEL any

S YNTAX

show ip access-list system GUIDELINES Specifying show ip routes dynamic displays dynamic routing table entries. Specifying show ip routes static displays static routing table entries. The “advert” status column in the show ip routes static output identifies whether this route is advertised using Routing Information Protocol (RIP).

EXAMPLES -->show ip access-list system Permitted System Access List: Entry Id -----1 2 3 4 5 6 7 8 9 10

IP/Network Address --------------10.10.15.211 10.10.15.212 10.10.15.213 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.0

Network Mask ----------------255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255

Active? -------Yes Yes No No No No No No No No

RELATED COMMANDS access-list system show mgmttnl

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show ip routes

show ip routes Display IP routing table entries.

SECURITY Retrieve

LEVEL any

S YNTAX

show ip routes {dynamic | static}

dynamic

Show dynamic ip routes.

static

Show static ip routes.

GUIDELINES Specifying show ip routes dynamic displays dynamic routing table entries. Specifying show ip routes static displays static routing table entries. The “advert” status column in the show ip routes static output identifies whether this route is advertised using Routing Information Protocol (RIP).

EXAMPLES -->show ip routes dynamic IP Routing Table: | Destination | Netmask | NextHop | Interface | |------------------ |------------------ |------------------ |---------------- | | 10.10.32.0 | 255.255.240.0 | 0.0.0.0 | mgmt-lan | | 0.0.0.0 | 0.0.0.0 | 10.10.32.1 | mgmt-lan |

--> show ip routes static Static IP Routes: | Destination | Netmask | NextHop/Iface | Advert | Metric | |--------------- |--------------- |--------------- |--------- |--------- | | 0.0.0.0 | 0.0.0.0 | 10.10.32.1 | False | 1 |

RELATED COMMANDS add ip route no ip route

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show lag

show lag Display LAG aggregator information. SECURITY Retrieve

LEVEL any

S YNTAX

show lag lag-1 GUIDELINES N/A

EXAMPLES --> show lag lag-1

Link Aggregator: lag-1 LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA : Actor Aggregate Capable : Actor System Mac Address : Actor System ID : Actor System Priority : Actor Admin Key : Actor Operation Key : Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Octets Frames Frames

Page 2-52

Tx Rx Tx Rx

OK : OK : OK : OK :

Enabled Enabled Disabled LAG-1 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 50 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a Enabled 00:0B:90:00:40:49 00:0B:90:00:40:48 32768 1000 1000 00:0B:90:00:40:48 32768 1000 50 (tens of microseconds) 0 0 0 0


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show lag

Frames Discarded On Tx : 0 Frames Discarded On Rx : 0 Frames With Tx Errors : 0 LAG Member Status: | Priority |---------| 1 | 2

| Source | Source Status | State |------------- |-------------- |--------| E1000 [WAN-1] | Normal | Active | E1000 [WAN-2] | Normal | Standby

| Collecting | Distributing |---------- |------------| Yes | Yes | No | No

RELATED COMMANDS add lag actor-sysprio adminstate collector-max-delay lag-control lagname no lag

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show lagport lag-port-n Display LAG port information. SECURITY Retrieve

LEVEL any

S YNTAX

show lag lag-n port GUIDELINES N/A

EXAMPLES --> show lagport lag-port-1 LAG Port: lag-port-1 Actor Selected Aggregator ID : 1 Actor Attached Aggregator ID : 1 Actor Aggregate Capable : True Actor System ID : 00:0B:90:00:40:48 Actor System Priority : 32768 Actor Admin Key : 1000 Actor LACP Control : Enabled Actor Port : 1 Actor Port Priority : 1 Actor Admin State : LACP Active, LACP Short Actor Operation Key : 1000 Actor Operation State : LACP Active, LACP Short, Aggregation, Synchronization, Collecting, Distributing Partner Admin System ID : Partner Admin System Priority : Partner Admin Key : Partner Admin Port : Partner Admin Port Priority : Partner Admin State : Partner Operation System ID : Partner Operation System Priority : Partner Operation Key : Partner Operation Port : Partner Operation Port Priority : Partner Operation State : Partner Collector Max Delay :

00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 50 (tens of microseconds)

LACP PDUs Rx Count : 2 LACP PDUs Tx Count : 67518 Marker PDUs Rx Count : 0

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Marker PDUs Tx Count : 0 Marker Response PDUs Rx Count : 0 Marker Response PDUs Tx Count : 0 Debug Rx State : Debug Last Rx Time : Debug Mux State : Debug Mux Reason : Debug Actor Churn State : Debug Partner Churn State : Debug Actor Churn Count : Debug Partner Churn Count : Debug Actor Sync Transition Count : Debug Partner Sync Transition Count : Debug Actor Change Count : Debug Partner Change Count :

Current 2007-08-30,14:03:30 Distributing (Partner.Coll == TRUE) No Churn No Churn 2 1 1 0 0 0

RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout

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show ma

show ma Display Maintenance Association (MA) information.

SECURITY Retrieve

LEVEL Any

S YNTAX

show ma maid maid

Maintenance Association (MA) identifier. Format is: mdid maid ma. Example: ma-1-1.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid MA names.

EXAMPLES --> show ma ma-1-1 Maintenance Association: ma-1-1 Name Format: Name: CM Interval: Primary VID: MEP List: MIP Creation Control: Sender ID Control:

String Testing 100 MiliSeconds 1 3 Defer None

RELATED COMMANDS add ma add md no ma show cfm-config-errors show cfm system show defmdl show md show mep show mep $mep almattr show mips

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show md

show md Display Maintenance Domain (MD) information.

SECURITY Retrieve

LEVEL A ny

S YNTAX

show md mdid mdid Maintenance Domain (MD) identifier. Format is: md. Example: md-1.

mdid

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid MD names.

EXAMPLES --> show md md-1 Maintenance Domain: md-1 Name Format: Name: Level: MIP Creation Control: Sender ID Control:

String Albuquerque 1 None None

RELATED COMMANDS add md no md show cfm-config-errors show cfm system show ma show mep show mep $mep almattr show mips

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show mep

show mep Display Maintenance End Point (MEP) information.


LEVEL Any

S YNTAX

show mep mepid mepid

mdid -maid-mepid Maintenance End Point identifier. Format is mep. Example: mep-1-3-1.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names, Maintenance Domain IDs, Maintenance Association IDs and Maintenance End Point IDs.

EXAMPLES --> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation : Port ID: MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority : Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : Next Loopback Transaction ID : Good LBR's Received : Out Of Order LBR's Received : Mismatched LBR's Received : LBR's Transmitted :

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Up Enabled True e1000-lan-5 00:0b:90:00:44:24 5 1 MAC Status not transmitted Null 2.5 secs 10 secs 154 0 0 0 No No Yes Yes 1 0 0 0 0


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show mep

Next Linktrace Transaction ID : Unexpected LTR's :

779249013 0

Last Misconnection CCM Message: Last Error CCM Message: 01,80,c2,00,00,00,00,0b,90,00,40,4f,81,00,00,01 88,b7,00,01,03,46,00,00,3b,70,00,01,04,0b,41,6c 62,75,71,75,65,72,71,75,65,03,02,00,00,00,00,00 00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00 00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00 00,00,00,00,00,00,00,00,00,00,00,00,00,42,dd,6e 9a

Remote Maintenance End Points: | MEP-ID | State | Up-Time | MAC | RDI | Port Status | I/F Status | |---------- |------ |------- |----------------- |---------- |------------ |------------ | | mep-2-2-1 | Failed | 3197 | 00:00:00:00:00:00 | False | None | None |

RELATED COMMANDS add ma add md add mep almattr ccm-interval cfm-ethertype generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm-config-errors show cfm system show defmdl show ma show md show mep $mep almattr show mips vlanprio

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show mep $mep almattr Display alarm attribute information for a specified Maintenance End Point (MEP).

SECURITY Retrieve

LEVEL any

S YNTAX

show mep mepid almattr

mepid

Maintenance End Point (MEP) identifier.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid MEP IDs.

EXAMPLES --> show mep mep-1-1-3 almattr Alarm Attributes for: mep-1-1-3 | Ntfcn | Condition | | | Srv | | Code | Description | Locn | Dirn | Eff | |------- |--------------------------- |------ |------ |----- | | Minor | Crossconnect CCM | NEnd | RX | SA | | Minor | Erroneous CCM | NEnd | RX | SA | | Minor | Some Remote MEP CCM | NEnd | RX | SA | | Minor | Some MAC Status | NEnd | RX | SA | | Minor | Some RDI | NEnd | RX | SA |

RELATED COMMANDS almattr help condtypes show cfm-config-errors show cfm system show defmdl show interface show interface $interface almattr show ma show md show mep show mips show system almattr

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show mips

show mips Display Connectivity Fault Management (CFM) default Maintenance Intermediate Point (MIP) level information.

SECURITY Retrieve

LEVEL any

S YNTAX

show mips GUIDELINES N/A

EXAMPLES --> show mips Maintenance domain Intermediate Points: | Port | MD Level | - -------------- | - --------| E100 [LAN-1] | 2 | E100 [LAN-2] | 2 | E100 [LAN-3] | 2 | E100 [LAN-4] | 2 | E1000 [LAN-5] | 2 | E100 [LAN-2] | 0 | E100 [LAN-3] | 0 | E100 [LAN-4] | 0 | E1000 [LAN-5] | 0

| Source | Primary VID | - ------------ | - -----------| DEFMD-1 | 1 | DEFMD-1 | 1 | DEFMD-1 | 1 | DEFMD-1 | 1 | DEFMD-1 | 1 | MA-1-1 | 4095 | MA-1-1 | 4095 | MA-1-1 | 4095 | MA-1-1 | 4095

| | | | | | | | | | |

RELATED COMMANDS show cfm system show cfm-config-errors show defmdl show ma show md show mep show mep $mep almattr

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show mgmttnl

show mgmttnl Display Management Tunnel information on the specified interface.

SECURITY Retrieve

LEVEL any

S YNTAX

show mgmttnl ifname

ifname

Mandatory interface name.

GUIDELINES Management tunnels allow the system to be managed from a remote location over the specified WAN or LAN interface. Management tunnels can be MAC or VLAN-based. Management tunnel traffic shares the interface bandwidth with other user traffic, but is guaranteed to receive 200 kbps of the interface bandwidth (management traffic cannot be starved by user traffic). In MAC-based management tunnel mode, the system monitors for frames arriving whi ch match the MAC address of the interface. Such frames are forwarded to the system processor for execution. The system will also monitor for ARP broadcast requests on the interface. If the ARP request matches the IP address of the interface tunnel or the system IP address, the system processor will respond to the ARP request. Other ARP requests (customer traffic) on the interface are forwarded normally and are ignored by the processor. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Mode : Encapsulation : Tunnel VLAN ID : Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address : Subnet Mask : MAC Address : DHCP : RIPv2 : ACL Inbound Filtering :

VLAN Based Ethernet 4095 Enabled 4095 0.0.0.0 255.255.255.0 00:0B:90:00:60:A1 Disabled Disabled Disabled

RELATED COMMANDS dhcp encapsulation

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show mgmttnl

ip-address mode ping ripv2 show ip access-list system tracert tunnel-stag tunnel-stag-vid tunnel-vid

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show policer $policer stats Display policer PM statistics information.

SECURITY Retrieve

LEVEL Configure Flow

S YNTAX

show policer {egress | ingress} policerid stats montype bin timeperiod Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0. Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all BINs associated with the given montype. Time period bin (15min or 1day).

policerid montype bin

timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid interface, flow and policer identifier naming conventions. To display montypes for a policer use the help montypes command.

EXAMPLES To show all montypes and bins for a policer:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> show policer ingress pol-2-4-0 stats all current 1day Statistics (1day) for Ingress Policer: pol-2-4-0 Current[0]: ABR : FMG : FMRD : FMY : FMYD :

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To show the current bin of a specific montype for a policer:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> show policer ingress pol-2-4-0 stats ABR current 1day Statistics (1day) for Ingress Policer: pol-2-14-0 Current[0]: ABR : 0

RELATED COMMANDS add policer clear stats help montypes no policer policer show flow show flow $flow stats show flows show interface $interface stats show policer $policer stats show stats

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show policer $policer thresholds Display policer PM threshold information.

SECURITY Retrieve


S YNTAX

show policer {egress | ingress} policerid thresholds timeperiod

policerid timeperiod

Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0. Time period bin (15min or 1day).

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid interface, flow and policer identifier naming conventions.

EXAMPLES --> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> show policer ingress pol-2-4-0 thresholds 1day Thresholds (1day) for Policer: pol-2-4-0 | Monitored Type | Locn |------------------- |----| ABR | NEnd | FMG | NEnd | FMRD | NEnd | FMY | NEnd | FMYD | NEnd

| Dirn | Time Period | Threshold | |----- |------------ |---------- | | RX | 1 Day | 0 | | RX | 1 Day | 0 | | RX | 1 Day | 0 | | RX | 1 Day | 0 | | RX | 1 Day | 0 |

RELATED COMMANDS add policer no policer policer show flow $flow thresholds show flow show flows show interface $interface thresholds show policer $policer stats

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show power-supply

show power-supply Displays configuration information on a specified power supply unit.

SECURITY Retrieve

LEVEL any

S YNTAX

show power-supply psuid Power Supply identifier psu-1 ( or psu-2).

psuid

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid power supply names.

EXAMPLES To display psu-1 information:

--> show power-supply psu-1 Power Supply Unit: psu-1 Assigned State : Administrative State : Operational State : Serial Number : Part Number : Date of Manufacture :

Enabled Enabled Enabled n/a n/a n/a

RELATED COMMANDS adminstate almattr assignstate help condtypes show conditions show interface

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show probe

show probe This command displays ESA probe information.

SECURITY Retrieve

LEVEL any

S YNTAX

show probe probeid

probeid

Probe identifier (1 to 32 characters - no spaces).

GUIDELINES Probe ID is case sensitive.

EXAMPLES To display an ESA probe:

--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout : History Interval : History Bins : Distribution Interval : Distribution Bins :

Active e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 ICMP Timestamp Flow VLAN 1 0 TOS 0 100 bytes 500 100 seconds 10 seconds 5 seconds 15 minutes 16 15 minutes 16

Round Trip Delay :

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show probe

Min : 0 Max : 100 Bins : 10

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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show probe $probe distribution Display distribution information for an ESA Probe.

SECURITY Retrieve

LEVEL any

S YNTAX

show probe probeid distribution disttype bin show probe probeid distribution montype bin

probeid

Probe identifier (1 to 32 characters - no spaces). Probe ID is case sensitive. Distribution Type. Can specify a single distribution type or ALL. Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all bins associated with the given montype.

disttype montype bin

GUIDELINES To display distypes for an entity, use the help disttypes probe command. To display montypes for an entity, use the help montypes command.

EXAMPLES To show all distributions for a probe:

--> show probe Houston distribution all all Distribution for: ESA Probe: Houston Current [0]: RT-DELAY[1] RT-DELAY[2] RT-DELAY[3] RT-DELAY[4] RT-DELAY[5] RT-DELAY[6] RT-DELAY[7] RT-DELAY[8] RT-DELAY[9] RT-DELAY[10]

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To show the current bin of a specific distribution type for a probe:

--> show probe Houston distribution rt-delay current Distribution for: ESA Probe: Houston Current [0]: RT-DELAY[1] RT-DELAY[2] RT-DELAY[3] RT-DELAY[4] RT-DELAY[5] RT-DELAY[6] RT-DELAY[7] RT-DELAY[8] RT-DELAY[9] RT-DELAY[10]

: : : : : : : : : :

0 0 0 0 0 0 0 0 0 0

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state

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svc-type threshold vlanid vlanprio

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show probe $probe stats Display PM statistics information for an ESA Probe.

SECURITY Retrieve

LEVEL any

S YNTAX

show probe probeid stats montype bin

probeid

Probe identifier (1 to 32 characters - no spaces). Probe ID is case sensitive. Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all bins associated with the given montype.

montype bin

GUIDELINES To display montypes for an entity, use the help montypes command.

EXAMPLES To show all montypes and bins for a probe: --> show probe Houston stats all all Statistics for ESA Probe: Houston Current [0]: P2R-PKT R2P-PKT P2R-ERR-PKT R2P-ERR-PKT LOST-PKT LATE-PKT SEQ-GAPS OUTOFSEQ-ERR P2R-LOST-PKTS R2P-LOST-PKTS P2R-SYNC-ERR MIN-RTDELAY MAX-RTDELAY

1539 1539 0 0 0 0 0 0 0 0 0 0 35


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To show the current bin of a specific montype for a probe:

--> show probe Houston stats p2r-pkt current

Current[0]: P2R-PKT: 0

RELATED COMMANDS help montypes show probe show probe $probe thresholds show sched esa show sched esa activity threshold clear stats show flow $flow stats show interface $interface stats show stats

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show probe $probe thresholds Display ESA Probe threshold information.

SECURITY Retrieve

LEVEL any

S YNTAX

show probe probeid thresholds

probeid

Probe identifier (1 to 32 characters - no spaces). Probe ID is case sensitive.

GUIDELINES N/A

EXAMPLES --> show probe Houston thresholds Thresholds for ESA Probe: Houston | Monitored Type |-----------------| P2R-PKT | R2P-PKT | P2R-ERR-PKT | R2P-ERR-PKT | LOST-PKT

| Locn | Dirn | Time Period |Threshold |---- |----- |----------- |--------| NA | NA | 1 Day | 12 | NA | NA | 1 Day | 0 | NA | NA | 1 Day | 0 | NA | NA | 1 Day | 0 | NA | NA | 1 Day | 0

| | | | | | |


RELATED COMMANDS help montypes show flow $flow thresholds show interface $interface thresholds show probe show queue $queue thresholds threshold threshold (probe)

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show proxyarp

show proxyarp Display the Proxy ARP setting for system.

SECURITY Retrieve

LEVEL any

S YNTAX

show proxyarp GUIDELINES If enabled, the system will respond to ARP requests on behalf of subtending devices connected to the management network which this system knows about. Proxy ARP allows a system to act as a Gateway No de for communications to other systems which are accessible via IP. If disabled, the system will not respond to ARP requests on behalf of other nodes even if this device has IP connectivity to the other node.

EXAMPLES --> show proxyarp Proxy ARP Information: Proxy ARP: Disabled Proxy ARP Table: | IP Address | MAC Address | Interface | |------------------ |------------------ |------------------ |

RELATED COMMANDS show arp show system proxyarp

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show queue $queue stats Display queue PM statistics information.

SECURITY Retrieve


S YNTAX

show queue queueid stats montype bin timeperiod Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0 Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all BINs associated with the given montype. Time period bin (15min or 1day).

queueid montype bin

timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid interface, flow and queue identifier naming conventions. To display montypes for a queue use the help montypes command.

EXAMPLES To show all montypes and bins for a queue:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> show queue que-2-4-0 stats all all 1day Statistics (1day) for Queue: que-2-4-0 Current[0]: ABRRL : BT: BTD : FD: FTD :

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To show the current bin of a specific montype for a queue:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> show queue que-2-4-0 stats ABRRL current 1day Statistics (1day) for Queue: que-2-4-0 Current[0]: ABRRL : 0

RELATED COMMANDS add queue clear queue $queue stats help montypes no queue queue show flow show flow $flow stats show flows show interface $interface stats show policer $policer stats show stats

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show queue $queue thresholds Display interface threshold information for a queue.

SECURITY Retrieve


S YNTAX

show queue queueid thresholds timeperiod Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0 Time period bin (15min or 1day).

queueid timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names, and flow and queue identifiers.

EXAMPLES --> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> show queue que-2-4-0 thresholds 1day Thresholds (1day) for Queue: que-2-4-0 | Monitored Type | Locn |------------------- |----| ABRRL | NEnd | BT | NEnd | BTD | NEnd | FD | NEnd | FTD | NEnd

| Dirn | Time Period | Threshold | |----- |------------ |---------- | | RX | 1 Day | 0 | | RX | 1 Day | 0 | | RX | 1 Day | 0 | | RX | 1 Day | 3 | | RX | 1 Day | 0 |

RELATED COMMANDS help montypes show flow $flow thresholds show interface $interface thresholds show probe $probe thresholds threshold threshold (probe)

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show reflector

show reflector This command allows you display an ESA reflector information.

SECURITY Retrieve

LEVEL any

S YNTAX

show reflector reflectorid

reflectorid

Reflector identifier (1 to 32 characters - no spaces). Reflector ID is case sensitive.

GUIDELINES N/A

EXAMPLES To display an ESA reflector:

--> show reflector fitsimmons ESA Reflector: fitsimmons Administrative State : Associated Port : IP Address : Subnet Mask :

Enabled E100 [LAN-1] 120.22.222.2 255.255.0.0

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe

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show reflector

no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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show remote-authentication Display remote authentication information.

SECURITY Retrieve

LEVEL any

S YNTAX


GUIDELINES N/A

EXAMPLES --> show remote-authentication Remote Authentication: Authentication Protocol : Radius Authentication Type : PAP NAS IP Address : 10.10.1.1

RELATED COMMANDS adminstate authprotocol authtype clear stats port nas-ip-address port priority retries secret show remote-authentication server timeout tracert

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show remote-authentication server Display remote authentication server status information. When authprotocol is set to radius, this command will also display RADIUS server PM counts.

SECURITY Retrieve

LEVEL any

S YNTAX

show remote-authentication server serverid

serverid

Remote Authentication server identifier. Valid entries for serverid are: server-1, server-2 or server-3.

GUIDELINES N/A

EXAMPLES To display remote authentication server information for RADIUS ( authprotocol is set to radius):

--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Enabled 10.10.1.2 1812 First 3 3 **************** 0 0 0 0 0 0 0

RADIUS PM counts (Requests Sent, etc.) are only applicable where authprotocol is set to radius.

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To display remote authentication server information for TACACS+ ( authprotocol is set to tacacs-plus):

--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret :

Enabled 10.10.1.2 49 First 3 3 ****************

RELATED COMMANDS adminstate authprotocol authtype clear stats help montypes port nas-ip-address port priority retries secret show flow $flow stats show interface $interface stats show probe $probe stats show remote-authentication show stats timeout tracert

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show running-config

show running-config Display the running configuration for the entire system.

SECURITY Retrieve

LEVEL any

S YNTAX

show running-config

GUIDELINES This command provides the ability to capture a current FSP 150CC configuration which may be exported or copied, edited and re-played to other FSP 150CCs. The output consists of a sequence of input commands required to duplicate the configuration (starting from the FSP 150CC default configuration). Text shown as “remark #” are comments that do not need to be stripped out prior to re-playing to other FSP 150CCs because they will be ignored by the system. To replay a configuration, run the edited output to the FSP 150CC main level CLI prompt of a like FSP 150CC variant set to its default configuration. Upon completion of the command sequence, save the configuration by using the database save command, then reboot the FSP 150CC because some commands require a reboot to take affect.

EXAMPLES --> show running-config remark # remark # Preamble remark # remark # remark # End Preamble remark # remark # remark # System remark # configure system sysname "FSP150CCf-825" serial enable telnet enable web enable snmp-dying-gasp disable

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show running-config

clock timezone utc remark # clock set sntpclient mode disable security-banner "This is a private system. Unauthorized access or use may lead to prosecution." almattr minor unsavedcfgdata near-end receive non-service-affecting almattr minor schedping near-end receive non-service-affecting almattr minor sntp near-end receive non-service-affecting almattr minor snmpdg near-end receive non-service-affecting exit configure system jumbo-frame enable exit remark # remark # Custom CPD Filter remark # configure system cpd-filter custom mac 00:00:00:00:00:00 00:00:00:00:00:00 ether-type 0x0000 0x0000 sub-type 0x00 0x00 exit exit remark # remark # Scheduled Ping remark # configure sched ping frequency 1 severity minor threshold 1 exit remark # remark # SNMP remark # configure snmp exit

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show running-config

remark # remark # Remote Authentication remark # configure remote-authentication authprotocol none authtype pap exit remark # remark # Remote Authentication Server remark # configure remote-authentication server server-1 ip-address 0.0.0.0 port 1812 timeout 3 retries 3 priority first adminstate disable

exit

exit remark # remark # Remote Authentication Server remark # configure remote-authentication server server-2 ip-address 0.0.0.0 port 1812 timeout 3 retries 3 priority second adminstate disable

exit

exit remark # remark # Remote Authentication Server remark # configure remote-authentication server server-3

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show running-config

ip-address 0.0.0.0 port 1812 timeout 3 retries 3 priority third adminstate disable

exit

exit remark # remark # ECPA Stream remark # configure ecpa stream ecpa-stream-1 include-in-test true rate 10000000 destmac 00:0B:90:00:00:01 frame-size 64 ip-version v4 payload random frame-type untagged cos-mode tos priority 0 exit remark # remark # ECPA Stream remark # configure ecpa stream ecpa-stream-2 include-in-test false rate 10000000 destmac 00:0B:90:00:00:01 frame-size 64 ip-version v4 payload random frame-type vlan vlan 4094 vlanprio 1 cos-mode tos priority 0 exit

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show running-config

remark # remark # ECPA Stream remark # configure ecpa stream ecpa-stream-3 include-in-test false rate 10000000 destmac 00:0B:90:00:00:01 frame-size 64 ip-version v4 payload random frame-type vlan vlan 4094 vlanprio 2 cos-mode tos priority 0 exit remark # remark # Interface: mgmt-lan remark # configure interface mgmt-lan adminstate enable speed auto dhcp enable ripv2 disable no ip access-group system in exit remark # remark # Interface: e100-lan-3 remark # configure interface e100-lan-3 assignstate enable speed auto description "ETHERNET-LAN" media copper evc-mode tls portmode Connection-oriented circuit-name LAN-3 ingress-ebs 0 ingress-cbs 1

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show running-config

ingress-eir 0 ingress-cir 1024000 ingress-buffersize 128 egress-limiting disable flowcontrol receive disable flowcontrol send disable tagged-frame enable ctag push 3-0 enable stag none no propagate-fault qq-ethertype 0x8100 cpd-filter efm-oam discard threshold port ABR-RX 15min 0 threshold port ABR-TX 15min 0 threshold port ABRRL-RX 15min 0 threshold port ABRRL-TX 15min 0 threshold port APFD 15min 0 threshold port AUFD 15min 0 threshold port BT-RX 15min 0 threshold port BTD-RX 15min 0 threshold port BTD-TX 15min 0 threshold port ESBF 15min 0 threshold port ESBP 15min 0 threshold port ESBS 15min 0 threshold port ESC 15min 0 threshold port ESCAE 15min 37055 threshold port ESDE 15min 37055 threshold port ESF 15min 37055 threshold port ESFS 15min 0 threshold port ESJ 15min 0 threshold port ESMF 15min 0 threshold port ESMP 15min 0 threshold port ESO 15min 0 threshold port ESOP 15min 37055 threshold port ESP 15min 0 threshold port ESP64 15min 0 threshold port ESP65 15min 0 threshold port ESP128 15min 0 threshold port ESP256 15min 0 threshold port ESP512 15min 0 threshold port ESP1024 15min 0

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show running-config

threshold port ESP1519 15min 0 threshold port ESUF 15min 0 threshold port ESUP 15min 37055 threshold port FD-RX 15min 0 threshold port FD-TX 15min 0 threshold port FFD-RX 15min 0 threshold port FMG-RX 15min 37055 threshold port FMG-TX 15min 0 threshold port FMRD-RX 15min 0 threshold port FMRD-TX 15min 0 threshold port FMY-RX 15min 0 threshold port FMY-TX 15min 0 threshold port FMYD-RX 15min 0 threshold port FMYD-TX 15min 0 threshold port FTD-RX 15min 0 threshold port FTD-TX 15min 37055 threshold port L2CPFD 15min 0 threshold port L2CPFP 15min 0 threshold port LBC 15min 0 threshold port OPR 15min -80 threshold port OPT 15min -80 threshold port ABR-RX 1day 0 threshold port ABR-TX 1day 0 threshold port ABRRL-RX 1day 0 threshold port ABRRL-TX 1day 0 threshold port APFD 1day 0 threshold port AUFD 1day 0 threshold port BT-RX 1day 0 threshold port BTD-RX 1day 0 threshold port BTD-TX 1day 0 threshold port ESBF 1day 0 threshold port ESBP 1day 0 threshold port ESBS 1day 0 threshold port ESC 1day 0 threshold port ESCAE 1day 3557280 threshold port ESDE 1day 3557280 threshold port ESF 1day 3557280 threshold port ESFS 1day 0 threshold port ESJ 1day 0 threshold port ESMF 1day 0 threshold port ESMP 1day 0

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show running-config

threshold port ESO 1day 0 threshold port ESOP 1day 3557280 threshold port ESP 1day 0 threshold port ESP64 1day 0 threshold port ESP65 1day 0 threshold port ESP128 1day 0 threshold port ESP256 1day 0 threshold port ESP512 1day 0 threshold port ESP1024 1day 0 threshold port ESP1519 1day 0 threshold port ESUF 1day 0 threshold port ESUP 1day 3557280 threshold port FD-RX 1day 0 threshold port FD-TX 1day 0 threshold port FFD-RX 1day 0 threshold port FMG-RX 1day 3557280 threshold port FMG-TX 1day 0 threshold port FMRD-RX 1day 0 threshold port FMRD-TX 1day 0 threshold port FMY-RX 1day 0 threshold port FMY-TX 1day 0 threshold port FMYD-RX 1day 0 threshold port FMYD-TX 1day 0 threshold port FTD-RX 1day 0 threshold port FTD-TX 1day 3557280 threshold port L2CPFD 1day 0 threshold port L2CPFP 1day 0 threshold port LBC 1day 0 threshold port OPR 1day -80 threshold port OPT 1day -80 almattr critical lnkdn near-end receive service-affecting almattr major rxjabber near-end receive service-affecting almattr minor rfi near-end receive service-affecting almattr minor autonegdupunknown near-end receive service-affecting almattr critical sfpremoved near-end receive service-affecting almattr critical sfptxfault near-end receive service-affecting almattr critical sfpmismatch near-end receive service-affecting almattr critical dyinggasp near-end receive service-affecting almattr critical lcpfail near-end receive service-affecting almattr critical lnkdeactivated near-end receive service-affecting almattr minor efmrls near-end receive service-affecting

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show running-config

almattr minor efmrce near-end receive service-affecting almattr minor efmfail near-end receive service-affecting almattr minor mactablefull near-end receive service-affecting adminstate enable exit <... output truncated...>

RELATED COMMANDS database save database copy ftp database restore database backup database clear reboot show running-config interface

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show running-config interface Display the running configuration for the management LAN, WAN or a specific LAN interface.

SECURITY Retrieve

LEVEL any

S YNTAX

show running-config interface infname

GUIDELINES This command provides the ability to capture a current FSP 150CC configuration which may be edited and re-played to other FSP 150CCs. The output file consists of a sequence of input commands required to duplicate the configuration (starting from the default configuration). The output is a configuration file that can be copied to a remote server via FTP. Text shown as “ remark #” are comments only and should not be used as commands to rebuild or create a configuration. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid management LAN, WAN and LAN interface names.

EXAMPLES --> show running-config interface e100-lan-1 remark # remark # Interface: e100-lan-1 remark # configure interface e100-lan-1 assignstate enable speed auto description "ETHERNET-LAN" media copper portmode Connection-less circuit-name LAN-1 bridge-aging-time 300 bridge-table-size 4095 bridge-action flood queue que-1-0 128 queue que-1-1 128 queue que-1-2 128 queue que-1-3 128 queue que-1-4 128 queue que-1-5 128

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queue que-1-6 128 queue que-1-7 128 no propagate-fault qq-ethertype 0x8100 cpd-filter efm-oam discard threshold port ABR-RX 15min 0 threshold port ABR-TX 15min 0 threshold port ABRRL-RX 15min 0 threshold port ABRRL-TX 15min 0 threshold port APFD 15min 0 threshold port AUFD 15min 0 threshold port BT-RX 15min 0 threshold port BTD-RX 15min 0 threshold port BTD-TX 15min 0 threshold port ESBF 15min 0 threshold port ESBP 15min 0 threshold port ESBS 15min 0 threshold port ESC 15min 0 threshold port ESCAE 15min 37055 threshold port ESDE 15min 37055 threshold port ESF 15min 37055 threshold port ESFS 15min 0 threshold port ESJ 15min 0 threshold port ESMF 15min 0 threshold port ESMP 15min 0 threshold port ESO 15min 0 threshold port ESOP 15min 37055 threshold port ESP 15min 0 threshold port ESP64 15min 0 threshold port ESP65 15min 0 threshold port ESP128 15min 0 threshold port ESP256 15min 0 threshold port ESP512 15min 0 threshold port ESP1024 15min 0 threshold port ESP1519 15min 0 threshold port ESUF 15min 0 threshold port ESUP 15min 37055 threshold port FD-RX 15min 0 threshold port FD-TX 15min 0 threshold port FFD-RX 15min 0 threshold port FMG-RX 15min 37055

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threshold port FMG-TX 15min 0 threshold port FMRD-RX 15min 0 threshold port FMRD-TX 15min 0 threshold port FMY-RX 15min 0 threshold port FMY-TX 15min 0 threshold port FMYD-RX 15min 0 threshold port FMYD-TX 15min 0 threshold port FTD-RX 15min 0 threshold port FTD-TX 15min 37055 threshold port L2CPFD 15min 0 threshold port L2CPFP 15min 0 threshold port LBC 15min 0 threshold port OPR 15min -80 threshold port OPT 15min -80 threshold port ABR-RX 1day 0 threshold port ABR-TX 1day 0 threshold port ABRRL-RX 1day 0 threshold port ABRRL-TX 1day 0 threshold port APFD 1day 0 threshold port AUFD 1day 0 threshold port BT-RX 1day 0 threshold port BTD-RX 1day 0 threshold port BTD-TX 1day 0 threshold port ESBF 1day 0 threshold port ESBP 1day 0 threshold port ESBS 1day 0 threshold port ESC 1day 0 threshold port ESCAE 1day 3557280 threshold port ESDE 1day 3557280 threshold port ESF 1day 3557280 threshold port ESFS 1day 0 threshold port ESJ 1day 0 threshold port ESMF 1day 0 threshold port ESMP 1day 0 threshold port ESO 1day 0 threshold port ESOP 1day 3557280 threshold port ESP 1day 0 threshold port ESP64 1day 0 threshold port ESP65 1day 0 threshold port ESP128 1day 0 threshold port ESP256 1day 0

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threshold port ESP512 1day 0 threshold port ESP1024 1day 0 threshold port ESP1519 1day 0 threshold port ESUF 1day 0 threshold port ESUP 1day 3557280 threshold port FD-RX 1day 0 threshold port FD-TX 1day 0 threshold port FFD-RX 1day 0 threshold port FMG-RX 1day 3557280 threshold port FMG-TX 1day 0 threshold port FMRD-RX 1day 0 threshold port FMRD-TX 1day 0 threshold port FMY-RX 1day 0 threshold port FMY-TX 1day 0 threshold port FMYD-RX 1day 0 threshold port FMYD-TX 1day 0 threshold port FTD-RX 1day 0 threshold port FTD-TX 1day 3557280 threshold port L2CPFD 1day 0 threshold port L2CPFP 1day 0 threshold port LBC 1day 0 threshold port OPR 1day -80 threshold port OPT 1day -80 almattr critical lnkdn near-end receive service-affecting almattr major rxjabber near-end receive service-affecting almattr minor rfi near-end receive service-affecting almattr minor autonegdupunknown near-end receive service-affecting almattr critical sfpremoved near-end receive service-affecting almattr critical sfptxfault near-end receive service-affecting almattr critical sfpmismatch near-end receive service-affecting almattr critical dyinggasp near-end receive service-affecting almattr critical lcpfail near-end receive service-affecting almattr critical lnkdeactivated near-end receive service-affecting almattr minor efmrls near-end receive service-affecting almattr minor efmrce near-end receive service-affecting almattr minor efmfail near-end receive service-affecting almattr minor mactablefull near-end receive service-affecting adminstate enable exit configure interface e100-lan-1

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exit configure interface e100-lan-1 assignstate enable exit remark # remark # Management Tunnel: e100-lan-1 remark # configure mgmttnl e100-lan-1 mode disable exit remark # remark # Interface: e100-lan-1 remark # test interface e100-lan-1 exit

RELATED COMMANDS database save database copy ftp database restore database backup database clear reboot show running-config

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show sched esa

show sched esa This command allows you to display scheduled ESA activity status.

SECURITY Retrieve

LEVEL Any

S YNTAX

show sched esa GUIDELINES N/A

EXAMPLES To display scheduled ESA activity status:

--> show sched esa ESA Schedule: | Activity | Status | Probes | |------------------ |------------------ |---------------------------- | | test2 | Active | beckncall |

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority

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show sched esa

response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa activity state svc-type threshold vlanid vlanprio

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show sched esa activity Display scheduled ESA activity information.

SECURITY Retrieve

LEVEL any

S YNTAX

show sched esa activity id

id

ESA activity identifier (1 to 32 characters - no spaces). Activity ID is case sensitive.

GUIDELINES N/A

EXAMPLES

--> show sched esa activity test1 ESA Scheduled Activity: test1 State : Start Time : Duration : Interval :

Active 2006-02-25 15:47:47 30 0

Probes : beckncall

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity

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no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa state svc-type threshold vlanid vlanprio

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show sched ping

show sched ping Display scheduled ping information.

SECURITY Retrieve

LEVEL any

S YNTAX

show sched ping

GUIDELINES N/A

EXAMPLES

--> show sched ping Scheduled Ping: Frequency : Ping Attempts : Response Threshold : Alarm Severity :

1 4 1 Minor

Results: | IP Address | Responses | Status | |------------------ |------------ |-------------- | | 10.10.36.25 | 4 | Enabled | | | | Disabled | | | | Disabled | | | | Disabled |

RELATED COMMANDS frequency no pingaddr-n pingaddr-n severity threshold

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show snmp

show snmp Display SNMP settings.

SECURITY Retrieve

LEVEL any

S YNTAX

show snmp GUIDELINES This command displays the Community Names and the SNMP Trap Host destination addresses configured on the system.

EXAMPLES Displaying an SNMP Trap Host destination addresses configured on the system when SNMP Dying Gasp is not enabled or an SNMP Dying Gasp interface has not been resolved:

--> show snmp SNMP Community Names: public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations: Address - 10.10.1.1:162,

Community - v3RO, Tag - trap

Displaying an SNMP Trap Host destination addresses configured on the system when SNMP Dying Gasp is enabled where an SNMP Dying Gasp interface has been resolved:

--> show snmp SNMP Community Names: public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations: Address - 10.10.1.1:162, Community - v3RO, Tag - trap Selected for SNMP DG on interface - Wan

RELATED COMMANDS access-level add v3user auth-password auth-protocol

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show snmp

communityname no communityname no traphost no v3user show snmp v3user show snmp vacmgroups snmp-dying-gasp traphost

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show snmp v3user

show snmp v3user Display SNMP V3 user information.

SECURITY Retrieve

LEVEL any

S YNTAX

show snmp v3user v3username GUIDELINES V3username must be a valid V3 user name. V3username is case sensitive. To display a list of all SNMP V3 users, enter show snmp v3user ?

EXAMPLES To display all SNMP V3 users:

--> show snmp v3user ? v3RO v3RW super nVision v3super

Snmp Snmp Snmp Snmp Snmp

V3 V3 V3 V3 V3

User User User User User

To display specific SNMP V3 user information:

--> show snmp v3user nVision SNMP V3 USM User: nVision Authentication Type : Authentication Protocol : Privacy Type : Privacy Protocol :

None None None None

VACM Group : nVisionTarget

RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname no communityname

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show snmp v3user

no traphost no v3user show snmp show snmp vacmgroups snmp-dying-gasp traphost

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show snmp vacmgroups Display SNMP VACM groups.

SECURITY Retrieve

LEVEL any

S YNTAX

show snmp vacmgroups GUIDELINES N/A

EXAMPLES --> show snmp vacmgroups SNMP V3 VACM Groups: | Group Name | |-------------------------- | | super | | v3supergroup | | nVisionTarget | | v3ReadAllGroup | | v3WriteAllGroup |

RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname no communityname no traphost no v3user show snmp show snmp v3user snmp-dying-gasp traphost

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show sntpclient

show sntpclient Display Simple Network Timing Protocol (SNTP) configuration information.

SECURITY Retrieve

LEVEL any

S YNTAX

show sntpclient GUIDELINES Displays current SNTP client settings.

EXAMPLES --> show sntpclient SNTP Client Information: Mode : Active Server : Available Unicast SNTP Servers :

Anycast 10.10.34.251 0.0.0.0 0.0.0.0

RELATED COMMANDS no sntpclient server sntpclient mode sntpclient server

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show software

show software Display software status information.

SECURITY Retrieve

LEVEL any

S YNTAX

show software

GUIDELINES N/A

EXAMPLES --> show software Active Standby ---------------------------------------------Software Version 1.1.49 1.1.56 Software Checksum 0x1F4A23F1 0x1F6E6728 Partition in use: Active Software Validated: Yes

-->

RELATED COMMANDS reboot show software copy show software mirror show software upgrade software copy ftp software mirror software upgrade software validate

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show software copy

show software copy Display software copy status information.

SECURITY Retrieve

LEVEL any

S YNTAX

show software copy

GUIDELINES N/A

EXAMPLES Example for a software copy in progress:

--> show software copy Software File Transfer: Status: Software copy in progress. Writing to flash: 22% (1177408 of 5293075) --> Example for a completed software copy process:

--> show software copy Software File Transfer: Status: Software copy complete. -->

RELATED COMMANDS reboot show software show software mirror show software upgrade software copy ftp software mirror software upgrade software validate

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show software mirror Display the software mirror status.


LEVEL any

S YNTAX


GUIDELINES N/A

EXAMPLES Example for a software mirror in progress:

--> show software mirror Software Mirror: Status: Software mirror in progress: 14% complete. --> Example for a software mirror that has completed:

--> show software mirror Software mirror: Status: No software mirror in progress. -->

RELATED COMMANDS reboot show software show software copy show software upgrade software copy ftp software mirror software upgrade software validate

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show software upgrade Display the software upgrade status.


LEVEL any

S YNTAX


GUIDELINES N/A

EXAMPLES Example for a software upgrade in progress (with scheduled upgrade rebo ot timer, no validation timer scheduled):

--> show software upgrade Software Upgrade: Software upgrade scheduled at 11-12-2006 13:42:00 Validation timer is scheduled at 00:00:00 after reboot --> Example for a software upgrade that has successfully completed and has not yet rebooted:

--> show software upgrade Software Upgrade: Status: Software upgrade in progress. Writing to flash: 100% (3728227 of 3728227) --> Example for a software upgrade that has completed its reboot:

--> show software upgrade Software Upgrade: Status: No software upgrade scheduled -->

RELATED COMMANDS reboot show software show software copy

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show software mirror software copy ftp software mirror software upgrade software validate

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show stats

show stats Display PM statistics information for the current entity.

SECURITY Retrieve

LEVEL Configure Interface Configure Flow Configure Probe

S YNTAX

show stats montype bin timeperiod show stats montype bin Monitored Parameter Type. Can specify a single MONTYPE or ALL. Allows a user to identify the current bin (current or 0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. The value “ALL” is a valid value that is used to retrieve all bins associated with the given montype. Time period bin (15min or 1day). This option is not available for Probes.

montype bin

timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers. To display montypes for an entity, use the help montypes command. For Remote Authentication server statistics, use the show remote-authentication server command.

EXAMPLES To show all montypes and bins for an interface:

--> configure interface e100-lan-1 config:if(e100)--> show stats all all 1day Statistics (1day) for E100 Interface: e100-lan-1 Current [0]: APFD: AUFD: ABR-RL: ABR-RX: ABR-TX: BT-RX: ESBF: ESBP: ESBS: ESC:

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0 0 0 145 145 0 0 0 64000 0


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show stats

ESCAE: ESDE: ESF: ESFS: ESJ: ESMF: ESMP: ESO: ESOP: ESP: ESP64: ESP65: ESP128: ESP256: ESP512: ESP1024: ESP1519: ESUF: ESUP: FD-RX: FD-TX: FTD-RX: FTD-TX: L2CPFD: L2CPFP: LBC: OPT: OPR:

0 0 0 1000 0 0 0 64000 0 1000 1000 0 0 0 0 0 0 1000 0 0 0 0 0 0 0 0 0 0

Historical[1]: 2005-12-26 00:00:00 APFD: 0 AUFD: 0 ABR-RL: 0 ABR-RX: 0 ABR-TX: 0 BT-RX: 0 ESBF: 0 ESBP: 0 ESBS: 0 ESC: 0 ESCAE: 0 <... output truncated...>

To show the current bin of a specific montype for an interface:

--> configure interface e100-lan-1 config:if(e100)--> show stats apfd current 1day

Current[0]: APFD: 0 To show all montypes and bins for a flow:

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show stats

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-1 config:flow--> show stats all all 1day Statistics (1day) for Flow: fid-2-1 Current [0]: ABR-RX: ABR-TX: ABRL-RX: ABRL-TX: ABR-RL-RX: ABRL-RL-RX: BS-TX: BSL-TX: BT-RX: BTL-RX: BTD-RX: BTDL-RX: FD-RX: FD-TX: FDL-RX: FDL-TX: FTD-RX: FTD-TX: FTDL-RX: FTDL-TX:

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Historical[1]: 2005-12-26 00:00:00 ABR-RX: 0 ABR-TX: 0 ABRL-RX: 0 ABRL-TX: 0 ABR-RL-RX: 0 ABRL-RL-RX: 0 BS-TX: 0 BSL-TX: 0 BT-RX: 0 <... output truncated...>

To show all montypes and bins for a probe: --> configure esa config:esa--> probe Houston config:probe--> show stats all all Statistics for ESA Probe: Houston Current [0]: P2R-PKT R2P-PKT P2R-ERR-PKT

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show stats

R2P-ERR-PKT LOST-PKT LATE-PKT SEQ-GAPS OUTOFSEQ-ERR P2R-LOST-PKTS R2P-LOST-PKTS P2R-SYNC-ERR MIN-RTDELAY MAX-RTDELAY

0 0 0 0 0 0 0 0 0 0


To show the current bin of a specific montype for a probe:

--> configure esa config:esa--> probe Houston config:probe--> show stats P2R-PKT current

Current[0]: P2R-PKT: 0

RELATED COMMANDS clear stats help montypes show flow $flow stats show interface $interface stats show probe $probe stats show remote-authentication server

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show syslog

show syslog Display syslog host information and current System Log contents.

SECURITY Retrieve

LEVEL any

S YNTAX

show syslog GUIDELINES The “Host” field in the command output identifies the IP address of the syslog host to which all syslogs are transmitted. The “System Log Contents” is a circular buffer holding the most recent 500 autonomous event reports generated by the system.

EXAMPLES --> show syslog System Log Information: Host: 10.10.34.55 System Log Contents: Dec 27 13:45:54 : TCA:STS3C-1-1:MT=UAS-PFE,TMPER=15MIN,LOCN=FE,DIRN=RX,MONVAL=10 Dec 27 13:45:54 : TCA:STS3C-1-1:MT=UAS-PFE,TMPER=1DAY,LOCN=FE,DIRN=RX,MONVAL=10 Dec 27 14:00:01 : TCA:OC3-1:MT=LBC,TMPER=15MIN,LOCN=NE,DIRN=RX,MONVAL=2147483647 Dec 27 14:00:01 : TCA:OC3-1:MT=OPT,TMPER=15MIN,LOCN=NE,DIRN=TX,MONVAL=2147483647 Dec 27 14:00:01 : TCA:OC3-1:MT=OPT,TMPER=15MIN,LOCN=NE,DIRN=TX,MONVAL=2147483647 Dec 27 14:00:01 : TCA:OC3-1:MT=OPR,TMPER=15MIN,LOCN=NE,DIRN=RX,MONVAL=2147483647 Dec 27 14:00:01 : TCA:OC3-1:MT=OPR,TMPER=15MIN,LOCN=NE,DIRN=RX,MONVAL=2147483647 Dec 27 14:00:10 : TCA:STS3C-1-1:MT=UAS-PFE,TMPER=15MIN,LOCN=FE,DIRN=RX,MONVAL=10 Dec 27 14:15:01 : TCA:OC3-1:MT=LBC,TMPER=15MIN,LOCN=NE,DIRN=RX,MONVAL=2147483647 Dec 27 14:15:01 : TCA:OC3-1:MT=OPT,TMPER=15MIN,LOCN=NE,DIRN=TX,MONVAL=2147483647

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show syslog

RELATED COMMANDS autolog flush no syslogclient server syslogclient server

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show system

show system Display general system information.

SECURITY Retrieve

LEVEL any

S YNTAX

show system GUIDELINES Displays current system settings.

EXAMPLES --> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :

WAN Type : Jumbo Frame : Location : Contact : Proxy ARP : SNMP Dying Gasp :

FSP150CCf-825 CC-825 RRGSJ 1.1.64 11.0 FCOV060600051 200-00188-01 2006-04-04 E1000 Enabled Conference Center Johnny Coltraine Disabled Disabled

Serial Port : Telnet (port 23) : SSH (port 22) : Web Interface :

Enabled Enabled Enabled Enabled

System Up Time : Validation Timer : Time Remaining :

16 hours 55 minutes 16 seconds Disabled 0

Unsaved Config Data :

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show system

RELATED COMMANDS contact database save location proxyarp serial show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner snmp-dying-gasp software copy ftp sysname telnet validation-timer web

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show system almattr

show system almattr Display system alarm attribute information.

SECURITY Retrieve

LEVEL any

S YNTAX

show system almattr

GUIDELINES N/A

EXAMPLES --> show system almattr Alarm Attributes for: system | Ntfcn | Condition | | | Code | Description | Locn | Dirn |------ |-------------------------- |----- |----| Minor | Unsaved Configuration Dat | NEnd | RX | Minor | Scheduled Ping Failed | NEnd | RX | Minor | SNTP server not found | NEnd | RX | Minor | SNMP Dying Gasp Trap Host | NEnd | RX

| Srv | | Eff | |---- | | NSA | | NSA | | NSA | | NSA |

RELATED COMMANDS almattr help condtypes show conditions show interface $interface almattr show system show system cpd-filters show system custom-cpd-filter show system security-banner

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show system cpd-filters Display system level Control Protocol Disposition (CPD) filter information.

SECURITY Retrieve

LEVEL any

S YNTAX


GUIDELINES N/A

EXAMPLES To show all system CPD filters:

--> show system cpd-filters CPD Filters: CPD Filter 1: CPD Filter 2: CPD Filter 3: CPD Filter 4: CPD Filter 5: CPD Filter 6: CPD Filter 7: CPD Filter 8: CPD Filter 9: CPD Filter 10: CPD Filter 11: CPD Filter 12: CPD Filter 13: CPD Filter 14: CPD Filter 15: CPD Filter 16:

Tunnel EFM OAM Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined Not Defined

Filter Details: Tunnel: No details available. EFM OAM: MAC Address: Ether Type: Sub Type:

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RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show system show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner sub-type

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show system custom-cpd-filter Display custom Control Protocol Disposition (CPD) filter information.

SECURITY Retrieve

LEVEL any

S YNTAX


GUIDELINES N/A

EXAMPLES To show system level custom CPD filter:

--> show system custom-cpd-filter Custom CPD Filter Information: MAC Address: Ether Type: Sub Type:

00:0B:90:02:09:00 Mask: FF:FF:FF:FF:FF:FF 79CD Mask: D 1 Mask: DD

RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show system show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner sub-type

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show system private-key-md5 Display MD-5 hash of the private system key information.

SECURITY Retrieve

LEVEL any

S YNTAX


GUIDELINES Private Key is part of management traffic security. The private key is a 1024 bit randomly generated number programed into the device at the factory. This key is used to generate an encrypted checksum that is appended to the IP header of datagrams using the HTTPS, SSH protocol. This show command retrieves an MD-5 hash (MD-5 is defined in RFC 1321) of the private key to indicate to the user that the key exists. The key itself is not retrievable. This feature is not implemented in Release 1.1, so the CLI show command returns the following example.

EXAMPLES To show system private key MD-5 hash:

--> show system private-key-md5 Private Key Information: Error:

Unable to read key hash

RELATED COMMANDS show system show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner

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show system security-banner Display system security banner information.

SECURITY Retrieve

LEVEL any

S YNTAX


GUIDELINES N/A

EXAMPLES --> show system security-banner System Security Banner: This is a private system. Unauthorized access or use may lead to prosecution.

RELATED COMMANDS security-banner

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show test ecpa

show test ecpa Display Etherjack Connection Performance Analyzer (ECPA) test results.

SECURITY Retrieve

LEVEL any

S YNTAX

show test ecpa

GUIDELINES N/A

EXAMPLES --> show test ecpa ECPA Test: e100-lan-1

Status : Injector : Frames : Duration :

Stopped Ingress 0 0

Stream: ecpa-stream-1 Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority : Frames Transmitted : Frames Received : Frames Received Good CRC : Frames Received Bad CRC : Out Of Sequence Errors : Number Of Sequence Gaps : Non-ECPA Frames : Minimum Delay : Maximum Delay : Average Delay :

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Untagged 64 00:0B:90:00:00:01 V4 Random 10000000 4094 0 TOS 0 0 443 443 0 1 0 407 11501 us 47645405 us 4294967295 us


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show test ecpa

RELATED COMMANDS destmac ecpa frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa firstfrm stop ecpa vlan vlanprio

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show test ecpa firstfrm Display Etherjack Connection Performance Analyzer (ECPA) first frame information.

SECURITY Retrieve

LEVEL any

S YNTAX

show test ecpa firstfrm ecpastream

ecpastream

ECPA stream number.

GUIDELINES Valid entries for ecpastream are: ecpa-stream-1, ecpa-stream-2 or ecpa-stream-3.

EXAMPLES --> show test ecpa firstfrm ecpa-stream-1 ECPA First Frame: ecpa-stream-1 Frame Header: Frame Type : VLAN ID/Prio : Destination MAC Address : Ethertype : Source MAC Address : Frame Check Sequence : TPID :

Ethernet Type II 01:80:C2:00:00:01 0x8808 00:0B:90:02:09:23 0xa3ecdf45

Packet Details: Packet decode unsupported ethertype Raw Packet Data: 0000: 0010: 0020: 0030:

01 20 00 00

80 0b 00 00

c2 00 00 00

00 00 00 00

00 00 00 00

01 00 00 00

00 00 00 00

0b 00 00 00

90 00 00 00

02 00 00 00

09 00 00 00

23 00 00 00

88 00 00 a3

08 00 00 ec

00 00 00 df

01 00 00 45

...........#.... ............... ................ ...............E

RELATED COMMANDS destmac ecpa frame-size

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frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa stop ecpa vlan vlanprio

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show this

show this Display the entity information at the current command level.

SECURITY Retrieve

LEVEL any

S YNTAX

show this

GUIDELINES N/A

EXAMPLES The following example shows the results of a show this command while in Configure Interface e100 level:

config:if(e100)--> show this E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled MAC Address : 00:0B:90:02:09:23 Media : Copper MTU : 2000 Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Port Type : Associated Port Id: External Host MAC Address : External Host IP Address (1) : External Host IP Address (2) : EVC Mode : Ingress CIR : Ingress PIR: Ingress Buffer Size : Egress Rate Limiting : Egress CIR : Egress PIR : Egress Buffer Size : Transport Tag Control : Match Receive Priority : Transport VLAN ID :

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Regular 0 00:00:00:00:00:00 0.0.0.0 Mask: 255.255.255.255 0.0.0.0 Mask: 255.255.255.255 Transparent 0 1000000 1000000 Disabled 0 1000000 1000000 Push Enabled n/a


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show this

Priority VLAN ID: Outer Tag Ethertype : Port VLAN ID : Priority VLAN ID: Acceptable Frame Policy : Egress VLAN Trunking : COS Map Mode : DLCI :

1 0x8100 n/a 1 None Disabled None 100

Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback Type : Swap SA/DA :

None 0 1 None n/a

RELATED COMMANDS All

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show thresholds

show thresholds Display interface threshold information for the current entity.

SECURITY Retrieve

LEVEL Configure Interface Configure Flow Configure Probe

S YNTAX

show thresholds timeperiod show thresholds

timeperiod

Time period bin (15min or 1day). This option is not available for Probes.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES Example for a LAN interface:

--> configure interface e100-lan-1 config:if(e100)--> show thresholds 1day Thresholds (1day) for E100 Interface: e100-lan-1 | Monitored Type | Locn | Dirn | Time Period |Threshold |------------------ |---- |----- |----------- |--------| ABR-RX | NEnd | RX | 1 Day | 0 | ABR-TX | NEnd | TX | 1 Day | 0 | ABRRL-RX | NEnd | RX | 1 Day | 0 | ABRRL-TX | NEnd | TX | 1 Day | 0 | APFD | NEnd | RX | 1 Day | 0 | AUFD | NEnd | RX | 1 Day | 0 | BT-RX | NEnd | RX | 1 Day | 0 | BTD-RX | NEnd | RX | 1 Day | 0 | BTD-TX | NEnd | TX | 1 Day | 0 | ESBF | NEnd | RX | 1 Day | 0 | ESBP | NEnd | RX | 1 Day | 0 | ESBS | NEnd | RX | 1 Day | 0 | ESC | NEnd | RX | 1 Day | 5

| | | | | | | | | | | | | | |


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show thresholds

Example for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> show thresholds Thresholds for ESA Probe: Houston | Monitored Type |-----------------| P2R-PKT | R2P-PKT | P2R-ERR-PKT | R2P-ERR-PKT | LOST-PKT

| Locn | Dirn | Time Period |Threshold |---- |----- |----------- |--------| NA | NA | 1 Day | 12 | NA | NA | 1 Day | 0 | NA | NA | 1 Day | 0 | NA | NA | 1 Day | 0 | NA | NA | 1 Day | 0

| | | | | | |


RELATED COMMANDS show flow $flow thresholds show interface $interface thresholds show probe $probe thresholds threshold threshold (probe)

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show user

show user Display non-secure information for a user account.

SECURITY Superuser

LEVEL any

S YNTAX

show user userid

userid

Valid user id. User ID is case sensitive. A valid userid contains 6 to 10 alphanumeric characters. Special characters * # % are allowed. Spaces are not allowed.

GUIDELINES Displays non-secure information on the specified user account. Entering a space follow ed by a question mark “ ?” will display all users.

EXAMPLES To show all users:

--> show user ? covaro1

User

johnnybgood

User

To show information on a specific user:

--> show user johnnybgood User Information: johnnybgood Access Level: GUI Timeout: Comment:

Retrieve 30 margaritaville

RELATED COMMANDS access-level add user comment gui-login-timeout no user exit help

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show user

home logout password quit user password

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show vlan-table

show vlan-table Display Connectivity Fault Management (CFM) VLAN table.

SECURITY Retrieve

LEVEL any

S YNTAX

show vlan-table GUIDELINES N/A

EXAMPLES --> show vlan-table CFM VLAN Table: Primary VID | VID List - ------------ | - -------------------------------------------------1 5, 10 2 3, 4

RELATED COMMANDS show cfm system show cfm-config-errors show ma show md show mep show mep $mep almattr show mips

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show vlan-table

2.3

General Commands

This section presents a summary of the general commands available in this release. The majority of the following commands are available under any hierarchy level.

Table 2-2 General Commands Summary Command

Description

database backup

Backup the running database to a file in preparation for remote copy.

database clear

Reset the configuration database for factory default conditions (requires reboot).

database copy ftp

Copy the configuration database from/to a remote server location via FTP.

database restore

Restore the running database from a backup file (requires reboot).

database save

Saves the running config database to backup non-volatile copy.

exit

Exit the current command hierarchy level.

help

Displays help on CLI operations.

help condtypes

List the valid condition types for an interface.


List the valid distribution types for an ESA Probe.

help montypes

List the valid monitored types for an interface.

home

Return to the top level of the command hierarchy.

logout

End the current user session and logout of the device.

ping

IP connectivity ping command.

quit

Same as logout.

reboot

Reboot the system processor.

software copy ftp

Initiate software copy via File Transfer Protocol (FTP).

software mirror

Overwrite the Standby Partition with the software version contained in the Active Partition.

software upgrade

Perform or Cancel software upgrade.

software validate

Validate a software upgrade that is in progress.

tracert

Trace route.

user password

Change user password.

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database backup

database backup Instructs the system to create a backup file containing the contents of the backup-config database. The backup file can then be copied to a remote server for safe storage by using the database copy ftp command.


LEVEL any

S YNTAX

database backup GUIDELINES The system maintains two copies of the configuration database: (a) a running-config which represents the current configuration, including any unsaved changes; (b) a backup-config which is maintained in volatile storage. The database backup command creates a file named “im.conf” on the file system. This file can then be transferred to a remote server by using the database copy ftp command. Prior to using the database backup command, the database must be saved using the database save command. System Processor Applications

Remote Server System bus

A

D E

A running config

B

backup config

C F

G Volatile Memory

Non-volatile Memory

im.conf File System

A: dynamic configuration data changes due to user command and system operations B: “database save” command operation C: “database backup” command operation D: “database copy ftp” to server command operation E: “database copy ftp” from server command operation F: “database restore” command operation (requires restart) G: “reboot” command operation or power-up action

WARNING — Using this command alone will not copy the running-config to the backup-config and will not prevent the loss of configuration settings over power loss and reboot conditions. Use the database save command or the eVision GUI interface to perform a non-volatile database backup. Refer to the database save command for instructions on saving the running-config to non-volatile storage prior to using the database backup command, then refer to the database copy ftp command to backup the database to a non-volatile remote location. 840-00029-02 Rev 1.0


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database backup

WARNING — Do not power off the NID during the database backup operation or the database may become corrupted.

EXAMPLES To create a backup file copy of the backup-config database:

--> database save --> database backup Backing up the database. Do not power down the system. -->

RELATED COMMANDS database clear database copy ftp database restore database save reboot show database show database copy

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database clear

database clear This command resets all system configuration settings to factory default settings both in the running-config and the backup-config databases. A reboot command is then required to reset all configuration settings in hardware. All configuration data changes will be lost. This operation resets the backup-config database to factory defaults and when you perform a reboot, causes the running-config to become factory default.


LEVEL any

S YNTAX

database clear GUIDELINES The system maintains two copies of the configuration database: (a) a running-config which represents the current configuration, including any unsaved changes; (b) a backup-config maintained in non-volatile store. The backup-config survives power loss and reboot conditions. The running-config is replaced with the backup-config following reboot. Refer to the database save command for instructions on saving the running-config to non-volatile store. The database clear command resets the system to factory defaults, including the backup-config. A reboot command must be entered for to make the changes take affect. This command should only be invoked if the user wants to clear all configuration data from the system and start over. All configuration data will be reset to factory defaults, including all IP address, mask and default router settings.

WARNING — This command should not be invoked on a remote system, as communication to the system might not be restored. The system communication settings are reset to default which may preclude communication to the device following a reboot.

WARNING — Do not power off the NID during the database clear operation or the database may become corrupted.

EXAMPLES --> database clear Clearing the configuration. Do not power down the system. Reboot required for changes to take effect. --> reboot

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RELATED COMMANDS database backup database copy ftp database restore database save reboot show database show database copy

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database copy ftp

database copy ftp Instructs the system to backup or restore the configuration database file to/from a remote server location via File Transfer Protocol (FTP).


LEVEL any

S YNTAX

database copy ftp {get | put} ipaddress username userpassword rfile

get

Copy the configuration database file from a remote server.

put ipaddress username userpassword

Copy the configuration database file to a remote server. IP address of the remote server. User name to access to the remote server. User password to access to the remote server.

rfile

Remote file name. This is the file name and path from the server root directory. The file name and path are case sensitive.

GUIDELINES To backup to a remote server: Use the database save command to save the database. Use the database backup command (which creates a file named “im.conf” on the file system). Then the configur ation database can be transferred to a remote server by using the database copy ftp command. To restore database from a remote server: Use the database copy ftp command to copy a backup configuration database file from a remote server, then use the database restore command to place the configuration in non-volatile memory (this requires a system restart).

System Processor Applications


A

D E

A running config

B

backup config

C F

G Volatile Memory

Non-volatile Memory

im.conf File System


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database copy ftp

To view status of the database copy progress, use the show database copy command.

WARNING — Using this command alone will not copy the running-config file or remote backup configuration file to the backup-config (non-volatile memory) and will not prevent the loss of configuration settings over power loss and reboot conditions. Use the database save command or the eVision GUI interface to perform a non-volatile database backup. Refer to the database save command for instructions on saving the running-config to non-volatile storage. Refer to the database backup command to backup the database to non-volatile memory prior to using the database copy ftp command to backup to a remote server loc ation, or use the database restore command after using the database copy ftp command to restore the database to non-volatile memory.

WARNING — Do not power off the NID during the database copy operation or the database may become corrupted.

EXAMPLES To create a backup file copy of the backup-config database to a remote server:

--> database save --> database backup Backing up the database. Do not power down the system. --> database copy ftp put 10.10.33.245 jcoltraine mypassword database/17jul06 --> show database copy Database File Transfer: Status: Database copy complete. -->

RELATED COMMANDS database backup database clear database restore database save reboot show database show database copy

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database restore

database restore Instructs the system to restore the backup-config database from the backup “im.conf” file. Once the backup-config is restored, the system then requires a reboot command to copy the backup-config to the running-config. This command can be used to restore the previous backup-config to running-config after performing unwanted provisioning changes, or after using the database copy ftp command.


LEVEL any

S YNTAX

database restore {active | standby}

active standby

Copy the configuration database file to the active partition. Copy the configuration database file to the standby partition.

Guidelines The system maintains two copies of the configuration database: (a) a running-config , in volatile memory, which represents the current configuration, including any unsaved configuration changes; (b) a backup-config which is maintained in non-volatile storage. Configuration changes made to the running-config and are not copied to the backup-config automatically. The running-config will not survive power loss and reboot conditions. To copy the running-config to the backup-config, use the database save command. The backup-config can be exported to a flat file by using the database backup command and transferred to a remote server for off-site storage by using the database copy ftp command. Similarly, an off-site backup-config can be copied to the file system by using the database copy ftp command and restored as the running-config by using the database restore command. Normally, the database file is restored to the active partition, then a reboot will make it the running configuration. If the standby option is used, a reboot will not change the running configuration. Instead, to make the restored database file the running configuration, a software upgrade with the preserve option is required to make it the running configuration. This will also make the software version in the standby partitio n the active software version.

WARNING — Do not power off the NID during the database restore operation or the database may become corrupted.

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database restore

System Processor Applications


A

D E

A running config

backup config

B

C F

G Volatile Memory

Non-volatile Memory

im.conf File System


The database restore command effectively imports a file into the backup-config. The reboot command must be executed to force the backup-config to be the running-config. When a backup database file is copied to the system, it is always copied to the filename “im.conf” in the system file memory. To copy the database backup-config file from a remote server, use the database copy ftp command.

EXAMPLES To restore the backup-config database from im.conf file and then reboot the system:

--> database restore active Restoring the configuration. Do not power down the system. Reboot required for changes to take effect. --> reboot Rebooting the system, please wait.

RELATED COMMANDS database backup database clear database copy ftp database save reboot show database show database copy

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database save

database save Instructs the system to save the running-config to the (non volatile store) backup-config database. The system maintains two copies of the configuration database: (a) a running-config which represents the current configuration, including any unsaved changes; (b) a backup-config maintained in non-volatile store. The backup-config survives power loss and reboot conditions. The running-config is replaced with the backup-config following reboot.


LEVEL any

S YNTAX

database save

GUIDELINES The system maintains two copies of the configuration database: (a) a running-config , in volatile memory, which represents the current configuration, including any unsaved changes; (b) a backup-config maintained in non-volatile storage. The backup-config survives power loss and reboot conditions. The running-config is replaced with the backup-config following reboot. System Processor Applications


A

D E

A running config

backup config

B

C F

G Volatile Memory

Non-volatile Memory

im.conf File System

A: dynamic configuration data changes due to user command and system operations B: “database save ” command operation C: “database backup” command operation D: “database copy ftp” to server command operation E: “database copy ftp” from server command operation F: “database restore” command operation (requires restart) G: “reboot” command operation or power-up action

WARNING — Do not power off the NID during the database save operation or the database may become corrupted.

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database save

EXAMPLES To save the running-config to the backup-config:

--> database save Saving configuration. Do not power down the system. -->

RELATED COMMANDS database backup database clear database copy ftp database restore reboot show database show database copy

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exit

exit The exit command is used to exit the current command hierarchy level and go back one level.

SECURITY Retrieve

LEVEL any

S YNTAX

exit GUIDELINES N/A

EXAMPLES config:flow--> exit config:if(e100)-->

RELATED COMMANDS help home logout quit

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help

help Entering help at any command level will provide an abbreviated description of general command help options.

SECURITY Retrieve

LEVEL any

S YNTAX

help GUIDELINES N/A

EXAMPLES config:sys--> help Entering ? at the top-level prompt will display a list of the command groups available. Typing one followed by a space and then hitting ? will show the subcommands within that group, and so on. Hitting ? halfway through a word shows all valid completions of that prefix. Hitting ? after a word shows a list of the words that can follow it. Hitting TAB halfway through a word completes it, if it is unique. The UP and DOWN cursor keys move back and forward through the command history. The LEFT and RIGHT cursor keys can be used for line-editing, and CTRL+A and CTRL+E move the cursor to the start and end of the line respectively. CTRL+X clears the entire line.

RELATED COMMANDS exit home logout quit help condtypes help disttypes probe help montypes

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help condtypes

help condtypes List the valid condition types for an entity.

SECURITY Retrieve

LEVEL any

S YNTAX YNTAX

help condtypes interface interfacetype help condtypes {cfm-mep | power-supply | system }

inte interf rfac acet etyp ype e

Inte Interf rfac ace e Typ Type, e, e.g. e.g., , e10 e1000-la lan. n.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface types.

EXAMPLES Example for a power supply:

--> help condtypes power-supply Condtypes for: power supply unit UNEQUIPPED PWRFAIL

Unequipped Power Fail

RELATED COMMANDS almattr help help disttypes probe help montypes show conditions show interface $interface almattr show mep $mep almattr show system almattr

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help disttypes probe List the valid distribution types for an ESA probe.

SECURITY Retrieve

LEVEL any

S YNTAX YNTAX


GUIDELINES N/A

EXAMPLES Example:

--> help disttypes probe

RT-DELAY OW-P2R-DELAY OW-R2P-DELAY OW-P2R-JITTER OW-R2P-JITTER

Round Trip Delay Probe To Reflector Reflector To To Pr Probe Probe To Reflector Reflector To To Pr Probe

One-Way On One-Way One-Way On One-Way

Transmit Delay Re Receive De Delay Transmit Jitter Re Receive Ji Jitter

RELATED COMMANDS add activity add probe add reflector clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample

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priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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help montypes

help montypes List the valid monitored types for an entity type.

SECURITY Retrieve

LEVEL any

S YNTAX YNTAX

help montypes interface interfacetype help montypes flow help montypes policer help montypes probe help montypes queue

inte interf rfac acet etyp ype e

Inte Interf rfac ace e Typ Type, e, e.g. e.g., , e10 e1000-la lan. n.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface types.

EXAMPLES Example for an e1000-wan-1 interface:

--> help montypes interface e1000-wan-1 Montypes for: oc3-wan ABR-RX ABR-TX

Average Bit Rate Received (ABR-RX) Average Bit Rate Transmitted (ABR-TX)


L2CPFD L2CPFP LOOKUPFAILS LBC OPT OPR

Layer 2 Control Protocol Frames Discarded (L2CPFD) Layer 2 Control Protocol Frames Processed (L2CPFP) Lookup Fail Counts (LOOKUPFAILS) Laser Bias Current (LBC) Optical Power Transmit (OPT) Optical Power Receive (OPR)

RELATED COMMANDS clear stats show flow $flow stats show interface $interface stats show probe $probe stats

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help montypes

show remote-authentication server show stats

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home

home The home command is used to exit the current level and go to the main (top) level of the command hierarchy.

SECURITY Retrieve

LEVEL any

S YNTAX YNTAX

home GUIDELINES N/A

EXAMPLES config:flow--> home -->

RELATED COMMANDS exit help logout quit

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logout

logout The logout command ends the current user session and logs out of the system.

SECURITY Retrieve

LEVEL any

S YNTAX YNTAX

logout GUIDELINES N/A

EXAMPLES config:flow--> logout Logging out.

RELATED COMMANDS exit help home quit

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ping

ping The ping command is used to verify IP connectivity to a specified host IP address.

SECURITY Maintenance

LEVEL any

S YNTAX YNTAX

ping address

address

IP address of a station to reach.

GUIDELINES The ping command operates by generating an ICMP Echo request message and listening for an ICMP Echo response packet. The results of the ICMP Echo request are displayed in the results.

EXAMPLES --> ping 192.168.10.167 Ping Result: 192.168.10.167 192.168.10.167 is alive

--> ping 192.168.11.100 Ping Result: 192.168.11.100 Ping request timed out for 192.168.11.100

RELATED COMMANDS

tracert

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quit

quit The quit command is the same as the logout command. It cancels the current user session and logs out of the system.

SECURITY Retrieve

LEVEL any

S YNTAX YNTAX

quit GUIDELINES N/A

EXAMPLES config:flow--> quit Logging out.

RELATED COMMANDS exit help home logout

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reboot

reboot Reboot the system. This command causes the system to restart. Any unsaved configuration data changes will be lost.


LEVEL any

S YNTAX YNTAX

reboot [save]

save

If this option is specified, the system performs a database save operation before performing the reboot.

GUIDELINES This command is used as stand-alone, or is required to complete a database clear or or database restore command. System Processor Applicati Applications ons


A

D E

A running config

B

backup config

C F

G Volatile Memory

Non-volatile Memory

im.conf File System

A: dynami dynamic c configur configuration ation data changes changes due due to user user comman command d and system operations operations B: “database save” command operation C: “database backup” command operation D: “database copy to server” operation (available only via HTTP interface) E: “database copy from server” operation (available only via HTTP interface) F: “database restore” command operation (requires restart) G: “reboot ” command operation or power-up action

WARNING — Unsaved configuration changes will be lost if not saved prior to performing a reboot action. To save configuration changes, enter the database save command prior to entering the reboot command, or specify the reboot save option.

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reboot

WARNING — Do not power off the NID during the reboot operation or the database may become corrupted.

EXAMPLES --> reboot save Saving the configuration. Do not power down the system. Rebooting the system, please wait.

RELATED COMMANDS database backup database clear database copy ftp database restore database save show database show database copy validation-timer

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software copy ftp

software copy ftp Perform a software copy via File Transfer Protocol (FTP).


LEVEL any

S YNTAX YNTAX

software copy ftp ipaddress username userpassword rfile

ipad ipaddr dres ess s user userna name me

IP addr addres ess s of of the the remo remote te serv server er. . User User name name to acce access ss to the the remo remote te serv server er. .

userpassword User password to access to the remote remote server. rfile file Remo Remote te fil file nam name. e. Thi This is is the the fi file nam name an and pa path fro from th the se server rver root directory. The file name will be of type “ccxxxnnnnn.tar”, where xxx is the FSP 150CC variant type and nnnnn is the software release number. The file name and path are case sensitive.

GUIDELINES Use the show software copy command to display software copy progress. Use the software upgrade command to initiate the software upgrade using the newly copied file.

WARNING — Do not power off the NID during the software update operation or the file transfer operation may become corrupted.

EXAMPLES To perform a software copy:

--> software copy ftp 10.10.33.245 jcoltraine mypassword Loads/CC8XX.1.1.84.tar --> show software copy Software File Transfer: Status: Software copy in progress. Writing to flash: 22% (1177408 of 5293075)

--> show software copy Software File Transfer: Status: Software copy complete.

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software copy ftp

RELATED COMMANDS show software show software copy show software mirror show software upgrade software mirror software upgrade software validate

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software mirror

software mirror Performing a software mirror will overwrite the Standby Partition with the software version contained in the Active Partition.


LEVEL any

S YNTAX

software mirror

GUIDELINES Use the show software mirror command to display software mirror progress. Use the show software command to display the software partition status.

EXAMPLES To perform a software validation:

--> software mirror --> show software mirror Software Mirror: Status: Software mirror in progress: 14% complete.

--> show software mirror Software mirror: Status: No software mirror in progress.

--> show software Active Standby ---------------------------------------------Software Version 1.1.84 1.1.84 Software Checksum 0x1F3263E1 0x1F3263E1

Partition in use: Active Software Validated: Yes

RELATED COMMANDS show software show software copy show software mirror

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software mirror

show software upgrade software copy ftp software upgrade software validate

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software upgrade

software upgrade Perform a software upgrade or cancel a software upgrade.


LEVEL any

S YNTAX

software upgrade date rebootdate time reboottime validation-timer valtimer preserve] [ [preserve] software upgrade now validation-timer valtimer

software upgrade time reboottime validation-timer valtimer [ preserve] software upgrade cancel

rebootdate reboottime valtimer preserve

Reboot date in dd-mm-yyyy format, e.g., 12-01-2007. Reboot time in hour:minutes, e.g., 14:10. Hour entry uses 24 hour clock. Validation timer in hour:minutes, e.g., 1:00, which is initiated after reboot. To disable the validation timer, enter 0:00. Use standby database during upgrade, if entered (optional).

GUIDELINES Use the show software upgrade command to display software upgrade progress. Prior to performing a software upgrade using this command, a file copy must first be performed (see the software copy ftp command). The preserve option is used only if the user desires to make the database file on the standby partition the running configuration. This will overwrite the current running configuration with whatever configuration information is contained in the standby partition’s database file. This option would usually be used only if a backup database file has been loaded to the standby partition using the database restore command.

WARNING — Do not power off the NID during the software update operation or the file update operation may become corrupted.

EXAMPLES To perform a software copy:

--> software upgrade time 19:58 validation-timer 1:30 Software upgrade will initiate at 03-01-2007 19:58:00. Validation timer set for 1 hours 30 minutes after reboot. --> show software upgrade

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software upgrade

Software Upgrade: Software upgrade scheduled at 03-01-2007 19:58:00 Validation timer is scheduled at 01:30:00 after reboot

WARNING — A reboot will cause the FSP 150CCf -825 to drop all traffic. Adhere to local practices when performing a reboot. Local practices may require you to ensure that the reboot will be performed during a scheduled maintenance window.

WARNING — Do not power down the NID during the upgrade operation or the file may become corrupted.

Note: The software upgrade will occur at the scheduled date/time. This will include a system reboot. The ADVA login screen will display once the reboot process has completed. Log back onto the FSP 150CC. Note that the current softwa re load is displayed in the ADVA log-in header. Verify the software load and partition in use (Standby) using the show software command. If a validation timer has been initiated, verity the validation timer is in effect: --> show software Active Standby ---------------------------------------------Software Version 1.1.84 1.1.82 Software Checksum 0x1F3D1FA7 0x1F3263E1

Partition in use: Standby Software Validated: No Validation timer: 00:56:05 (hh:mm:ss)

Test the new load prior to the expiration of the validation timer. If the new softw are load passes inspection, enter the software validate command prior to the expiration of the validation timer in order to cancel the validation tim er and implement the new software load. --> software validate Software version 1.1.84 has been made active. --> show software Active Standby ---------------------------------------------Software Version 1.1.82 1.1.84 Software Checksum 0x1F3263E1 0x1F3D1FA7

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RELATED COMMANDS show software show software copy show software mirror show software upgrade software copy ftp software mirror software validate

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software validate

software validate Validate a software upgrade that is in progress.


LEVEL any

S YNTAX

software validate

GUIDELINES Use the show software command to display software validation progress.

EXAMPLES To perform a software validation:

--> software validate --> show software Active Standby ---------------------------------------------Software Version 1.1.82 1.1.84 Software Checksum 0x1F3263E1 0x1F3D1FA7


RELATED COMMANDS show software show software copy show software mirror show software upgrade software copy ftp software mirror software upgrade

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tracert

tracert The tracert command records the route (the specific gateway computers at each hop) through the internet between the NID and a specified host. It also calculates and displays the amount of time each hop took.


LEVEL any

S YNTAX

tracert address

address

IP address of a station to reach.

GUIDELINES The tracert command operates by generating an ICMP packet , including in the packet a "time to live" (TTL) time limit value that is designed to be exceeded by the first router that receives it, which will return a Time Exceeded message. This enables traceroute to determine the time required for the hop to the first router. Increasing the time limit value, it re-sends the packet so that it will reach the second router in the path to the destination, which returns another Time Exceeded message, and so forth. Traceroute determines when the packet has reached the destination by including a port number that is outside the normal range. When it's received, a Port Unreachable message is returned, enabling traceroute to measure the time length of the final hop.

EXAMPLES

--> tracert 10.10.36.25 Trace Route Result: 10.10.36.25 traceroute to 10.10.36.25 (10.10.36.25), 5 hops max, 12 byte packets 1: 10.10.36.25 (10.10.36.25) 1 ms 0 ms --> tracert 10.10.34.210 Trace Route Result: 10.10.34.210 traceroute to 10.10.34.210 (10.10.34.210), 5 hops max, 12 byte packets 1: * * 2: * * 3: * * 4: * * 5: * * Host Unreachable!

RELATED COMMANDS

ping

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user password

user password Change the current user’s password.

SECURITY Retrieve

LEVEL any

S YNTAX

user password Enter new password: Again to verify:

newpassword

Valid passwords must be 6 to 10 characters long and consist of numbers (0...9), letters (a..z, A ..Z), must contain at least two non-alpha characters and at least one of the following special characters #%*. Spaces are not allowed. Example: covaro#1.

confpassword

Enter the password again to confirm the password entry.

GUIDELINES Enter a carriage return after typing the user password command, enter new password followed by a carriage return, enter password again followed by a carriage return to verify.

EXAMPLES --> user password Enter new password: ********* Again to verify: *********

RELATED COMMANDS access-level add user comment gui-login-timeout no user password show user

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user password

2.4

Configure System and User Commands

This section presents a summary of the general and system-level configuration commands available. The following commands are available under the configure system and configure user hierarchy, with the exception of:

• almattr , which also applies to configure interface hierarchy • help condtypes, which applies to any hierarchy Table 2-3 General System Configuration Commands Summary Command

Description

access-level

Set a user account security level.

access-list system

Edit an entry in the system Access Control List (ACL).

add user

Create a new user account.

almattr

Set alarm attributes.

autolog flush

Clear the system autonomous message log.

clock set

Set the system time and date.

clock timezone

Set the system time zone.

comment

Set the user account comment string.

contact

Set the system administrator contact information.

gui-login-timeout

Set the user GUI login timeout in minutes.

ip-address

Set the system IP address.

ip-gateway

Set the system default gateway.

jumbo-frame

Enable or disable jumbo frame support.

location

Set the system administrative location string.


Disable an entry in the system Access Control List (ACL)


Delete SNTP client server.

no syslogclient server Delete syslog client server.

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no user

Remove a user account (superuser only).

password

Specify a password for the user.

proxyarp

Change the proxy ARP setting.

security-banner

Change system security banner display information.

serial

Enable or disable RS-232 Serial port access.

snmp-dying-gasp

Enable or disable SNMP trap dying gasp.

sntpclient mode

Set the SNTP client operating mode.

sntpclient server

Add an SNTP client server.

syslogclient server

Add a syslog server.

sysname

Set the system name (hostname).

telnet

Enable or disable telnet access.


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Table 2-3 General System Configuration Commands Summary (Continued) Command

Description

validation-timer

Start or reset the safe mode validation timer.

web

Enable or disable web browser access to the system.

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access-level

access-level Edit a user account security level.

SECURITY Superuser

LEVEL Configure User

S YNTAX {maintenance | provisioning | retrieve | superuser} access-level userid

userid retrieve

Valid user account identifier. User ID is case sensitive. May only retrieve information. No set capabilities.

maintenance provisioning

Retrieve authorization plus maintenance commands. All authorizations, except account and user management.

superuser

No restrictions.

GUIDELINES To access configure user level, enter configure system followed by a carriage return, then enter user , followed by a space and the user name.

EXAMPLES --> configure system config:sys--> user johnnybgood config:sys:user--> access-level Superuser config:sys:user--> show user johnnybgood User Information: johnnybgood

Access Level: Superuser GUI Timeout: 30 Comment: margaritaville

RELATED COMMANDS add user comment gui-login-timeout no user password show user user password

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access-list system

access-list system Edit an entry in the system Access Control List (ACL).


LEVEL Configure System

S YNTAX

access-list system entryid address mask ACL Entry Identifier. Valid entries are 1 to 10. IP address of the permitted user, e.g., 10.10.1.1. IP mask, e.g., 255.255.255.0.

entryid address mask

GUIDELINES This command will automatically set the ACL entry to the Active state. To disable the ACL entry, use the no access-list system command.

EXAMPLES --> configure system config:sys--> access-list system 3 10.10.1.1 255.255.255.0 config:sys--> show ip access-list system Permitted System Access List: Entry Id -----1 2 3 4 5 6 7 8 9 10


Network Mask ----------------255.255.255.255 255.255.255.255 255.255.255.0 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255

Active? -------Yes Yes Yes No No No No No No No

RELATED COMMANDS ip access-group system in no access-list system no ip access-group system in show ip access-list system

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add user

add user Create a new user account. To delete a user, use the no user command.

SECURITY Superuser


S YNTAX {maintenance | provisioning | retrieve | superuser} add user userid password [comment]

userid

retrieve

New user account identifier. A valid userid contains 6 to 10 alphanumeric characters. Special characters * # % are allowed. Spaces are not allowed. Example: covaro1 Valid passwords must be 6 to 10 characters long and consist of numbers (0...9), letters (a..z, A ..Z), must contain at least two non-alpha characters and at least one of the following special characters: #%*. Spaces are not allowed. Example: covaro#1. May only retrieve information. No set capabilities.

maintenance provisioning

Retrieve authorization plus maintenance commands. All authorizations, except account and user management.

superuser comment

No restrictions. User comment text string, within quotes.

password

GUIDELINES GUI Timeout default is 30 (minutes). To edit the GUI Timeout, use the gui-login-timeout command.

EXAMPLES --> configure system config:sys--> add user waterboy cat*nip1 maintenance “Created by CLI” config:sys--> show user waterboy User Information: waterboy Access Level: Maintenance GUI Timeout: 30 Comment: Created by CLI

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RELATED COMMANDS access-level comment gui-login-timeout no user password show user user password

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almattr

almattr Edit alarm attributes for an entity.


LEVEL Configure System Configure Interface Configure Power-Supply Configure MEP

S YNTAX

almattr {critical | major | minor | not-alarmed | not-reported } condtype [location] direction servaffect

condtype

location

Condition type. Condition type value must match those defined for the interface. To view a list of valid condtypes for an entity, use the help condtypes command. Condtypes may be entered in lower case. Location (both, near-end, far-end or not-applicable). Location value must match those defined for the interface.

direction

Direction (receive or transmit). Direction value must match those defined for the interface.

servaffect

Service affect (non-service-affecting or service-affecting). Service affect value must match those defined for the interface.

GUIDELINES Contype, location, direction and servaffect must be a valid alarm attribute. Only the notification code can be modified. To determine the correct location, direction or service affect value for a specific condition type, use the show interface $interface almattr , show mep $mep almattr or show system almattr command. If the WAN AIS, LOS or RFI alarm notification code is set to not-reported or not-alarmed , then the Fault Propagation feature will not activate for that alarm attribute. See propagate-fault. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface, MEP and power supply names.

EXAMPLES --> configure interface e100-lan-1 config:if(e100)--> almattr minor rfi near-end receive service-affecting config:if(e100)--> show interface e100-lan-1 almattr

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almattr

Alarm Attributes for: e100-lan-1 | Ntfcn | Code |-----| Crit | Major | Minor | Minor | Crit | Crit | Crit

| Condition | | | Srv | | Description | Locn | Dirn | Eff | |-------------------------- |----- |----- |---- | | Link Down | NEnd | RX | SA | | RX Jabber | NEnd | RX | SA | | RFI | NEnd | RX | SA | | Auto Negotiation Duplex U | NEnd | RX | SA | | Dying Gasp | NEnd | RX | SA | | LCP Fail | NEnd | RX | SA | | Link Deactivated | NEnd | RX | SA |

RELATED COMMANDS help condtypes propagate-fault show conditions show interface $interface almattr show mep $mep almattr show system almattr

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autolog flush

autolog flush Clear the System Log buffer.



S YNTAX

autolog flush GUIDELINES The “System Log ” is a circular buffer holding the most recent 500 autonomous event reports generated by the system.

EXAMPLES --> configure system config:sys--> show syslog System Log Information: Host: 0.0.0.0 System Log Contents: Sep 2 13:51:31 : ALM:E100 [LAN-1]:NC=CR,CT=Link Down Unisolated,SE=ServiceAffec ting,LOCN=NE,DIRN=RX Sep 2 13:51:34 : ALM:E100 [LAN-1]:NC=CR,CT=Link Down Cable Removed,SE=ServiceAf fecting,LOCN=NE,DIRN=RX

config:sys--> autolog flush config:sys--> show syslog System Log Information: Host: 0.0.0.0 System Log Contents:

RELATED COMMANDS no syslogclient server show syslog syslogclient server

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clock set

clock set Manually set the system time.



S YNTAX

clock set hh:mm:ss [day month year ]

hh:mm:ss

Time in hours, minutes, seconds format. The time parameter uses the 24-hour clock.

day month year

Current day. Current month (by number). Current year (4 digits).

GUIDELINES Normally, the system time is set manually only when there is no other external time source available to the system. If Network Timing Protocol (NTP) is enabled, the system clock is set automatically if the system has a connection to a valid NTP server.

EXAMPLES --> configure system config:sys--> clock set 16:44:00 21 9 2005 config:sys--> show clock Date/Time: 21 09 2005 16:44:05 Timezone: UTC

RELATED COMMANDS clock timezone show clock

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clock timezone

clock timezone Set the system clock timezone for display purposes. To set the time to Coordinated Universal Time (UTC), use the default parameter (UTC).



S YNTAX

clock timezone zone

zone

Name of the timezone. Valid entries are shown in Table 2-4. Default is utc.

GUIDELINES The system maintains time based on the local clock. Changing the timezone during normal operation may cause performance monitoring windows and similar time-based attributes to be marked invalid. The system supports daylight savings time and will automatically adjust the time according to US time change patterns if a daylight savings timezone attribute is specified.

Table 2-4 Time Zone Options Time Zone Name

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Valid Zone Entry

Alaska Standard

akst

Atlantic Daylight

adt

Atlantic Standard

ast

Azores

at

Baghdad

bt

Brazil Standard

bra

British Summer

bst

Central Australian Daylight

cadt

Central Australian Standard

cast

Central European

cet

China Coast

cct

Eastern Australian Daylight

eadt

Eastern Australian Standard

east

Eastern Europe, Russia Zone 1

eet


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clock timezone

Table 2-4 Time Zone Options (Continued) Time Zone Name

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French Summer

fst

French Winter

fwt

Greenwich Mean

gmt

Guam Standard

gst

Hawaii Standard

hst

Indian Standard

inst

International Date Line East

idle

International Date Line West

idlw

Israeli Daylight

idt

Israeli Standard

ist

Iran

it

Japan Standard

jst

Java

jt

Korean Daylight

kdt

Korean Standard

kst

Middle European

met

Middle European Summer

mest

Middle European Winter

mewt

Newfoundland Daylight

ndt

Newfoundland Standard

nfst

Newfoundland

nft

Nome

nt

North Sumatra

nst

New Zealand Daylight

nzdt

New Zealand Standard

nzst

Russian Volga

usz3

Russian Ural

usz4

Russian West-Siberian

usz5

Russian Yenisei

usz6

Swedish Summer

sst

Swedish Winter

swt

US Central Daylight

cdt

US Central Standard

cst


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clock timezone

Table 2-4 Time Zone Options (Continued) Time Zone Name

Valid Zone Entry

US Eastern Daylight

edt

US Eastern Standard

est

US Mountain Daylight

mdt

US Mountain Standard

mst

US Pacific Daylight

pdt

US Pacific Standard

pst

Universal (Coordinated)

utc

West Africa

wat

West Australian Daylight

wadt

West Australian Standard

wast

Western European

wet

Yukon Daylight

ydt

Yukon Standard

yst

EXAMPLES --> configure system config:sys--> clock timezone cst config:sys--> show clock System Time: Date/Time: 21 09 2005 16:44:05 Timezone: CST

RELATED COMMANDS clock set show clock

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comment

comment Edit the user account comment string.

SECURITY Superuser


S YNTAX

comment comment

comment

User comment text string - maximum 64 characters in length, enclosed within quotes (“ “). To remove the comment information, specify a null string in the argument: comment ““.


EXAMPLES --> configure system config:sys--> user waterboy config:sys:user--> comment “Created by CLI” config:sys:user--> show user waterboy config:sys--> show user waterboy User Information: waterboy Access Level: Maintenance GUI Timeout: 30 Comment: Created by CLI

RELATED COMMANDS access-level add user gui-login-timeout no user password show user user password

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contact

contact Specify the name of a person responsible for the administrati on of the system. Contact information can be a string up to 24 characters in length.



S YNTAX

contact info

info

A text string up to 24 characters in length. Text string must be enclosed on quotes (“ “). To remove the contact information, specify a null string in the argument: contact ““.

GUIDELINES The system contact entry should specify the name and contact information of the individual responsible for the administration of the system.

EXAMPLES --> configure system config:sys--> contact "Tech Support (800)709-7138 [email protected]" config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture : WAN Type : Jumbo Frame : Location : Contact : Proxy ARP : SNMP Dying Gasp : Serial Port : Telnet (port 23) : SSH (port 22) :

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FSP150CCf-825 CC-825 RRGSJ 1.1.64 11.0 FCOV060600051 200-00188-01 2006-04-04 E1000 Enabled Conference Center Tech Support (800)709-7138 [email protected] Disabled Disabled Enabled Enabled Enabled


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contact

Web Interface : System Up Time : Validation Timer : Time Remaining : Unsaved Config Data :

Enabled 16 hours 55 minutes 16 seconds Disabled 0 True

RELATED COMMANDS location show system sysname

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gui-login-timeout

gui-login-timeout Edit a user GUI login timeout in minutes.

SECURITY Superuser (to edit another user’s GUI login timeout) Retrieve (to edit own GUI login timeout)


S YNTAX

gui-login-timeout minutes User GUI timeout in minutes (0-99). Entering 0 disables timeout. Default is 30 (minutes).

minutes


EXAMPLES --> configure system config:sys--> user johnnybgood config:sys:user--> gui-login-timeout 15 config:sys:user--> show user johnnybgood User Information: johnnybgood Access Level: Retrieve GUI Timeout: 15 Comment: margaritaville

RELATED COMMANDS access-level add user comment no user password show user user password

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ip-address

ip-address To manually configure the system’s IP address and subnet mask settings. To set the management tunnel IP address and subnet mask. To edit the Remote Authentication server IP address.


LEVEL Configure System Configure Mgmttnl Configure Remote Authentication Server

S YNTAX

ip-address address mask

address

IP address.

mask

Subnet mask.

GUIDELINES In systems which do not have DHCP enabled the user must manually set the network IP address, subnet mask and default gateway settings. See also the ip-gateway command. For non-DHCP management tunnels: the user must manually set the IP address and subnet mask. The IP address must be specified only in the “ethernet” management tunnel encapsulation mode. For Remote Authentication Server : subnet mask entry is not used.

EXAMPLES --> configure system config:sys--> ip-address 172.34.88.191 255.255.255.0 config:sys--> ip-gateway nexthop 172.34.88.254 config:sys--> show ip System IP Information: IP Address : Subnet Mask : Default Gateway :

172.34.88.191 255.255.255.0 172.34.88.254

To enter the management tunnel IP address and subnet mask on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> encapsulation ethernet config:mgmttnl(e1000)--> ip-address 10.10.1.1 255.255.255.0

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ip-address

config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Mode : Encapsulation : Tunnel VLAN ID : Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address : Subnet Mask : MAC Address : DHCP : RIPv2 : ACL Inbound Filtering :


To enter the IP address for Remote Authentication server server-1:

-->configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> ip-address 10.10.34.206 config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Disabled 10.10.36.206 1813 First 3 3 **************** 0 0 0 0 0 0 0


RELATED COMMANDS adminstate authprotocol authtype clear stats

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ip-address

dhcp encapsulation ip-gateway mode nas-ip-address port priority retries ripv2 secret show ip show mgmttnl show remote-authentication server timeout tracert tunnel-stag tunnel-stag-vid tunnel-vid

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ip-gateway

ip-gateway To manually configure the system’s IP gateway or default router settings.



S YNTAX

ip-gateway nexthop gateway ip-gateway interface ifname

gateway

Default gateway or default router IP address.

ifname

Defines the interface for the gateway.

GUIDELINES In systems which do not have DHCP enabled the user must manually set the network IP address, subnet mask and default gateway settings. See also the ip-address command. Interfaces supported are the management LAN port, client data ports and network interface ports. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> configure system config:sys--> ip-address 172.34.88.191 255.255.255.0 config:sys--> ip-gateway nexthop 172.34.88.254 config:sys--> show ip System IP Information: IP Address : Subnet Mask : Default Gateway :

172.34.88.191 255.255.255.0 172.34.88.254

RELATED COMMANDS ip-address show ip

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jumbo-frame

jumbo-frame Enable or disable jumbo frame support.



S YNTAX

jumbo-frame {enable | disable} GUIDELINES N/A

EXAMPLES To enable jumbo frame support:

--> configure system config:sys--> jumbo-frame enable config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :


FSP150CCf-825 CC-825 RRGSJ 1.1.64 11.0 FCOV060600051 200-00188-01 2006-04-04 E1000 Enabled 3rd floor, Room 321-data-closet Tech Support Disabled Disabled






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jumbo-frame

RELATED COMMANDS contact database save location proxyarp show system show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner snmp-dying-gasp software copy ftp sysname telnet validation-timer web

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location

location Specify the physical location of the system.



S YNTAX

location info

info

A text string up to 24 characters in length. Text string must be enclosed on quotes (“ “). To remove the contact information, specify a null string in the argument: contact ““.

GUIDELINES The system location entry should specify where the system is located with enough detail so that operations personnel can easily identify the device.

EXAMPLES To setup a location:

--> configure system config:sys--> location “Covaro, 3rd floor, Room 321-data closet” config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :

WAN Type : Jumbo Frame :

Location : Contact : Proxy ARP : SNMP Dying Gasp : Serial Port : Telnet (port 23) : SSH (port 22) :

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location

Web Interface : System Up Time : Validation Timer : Time Remaining : Unsaved Config Data :

Enabled 16 hours 55 minutes 16 seconds Disabled 0 True

RELATED COMMANDS contact database save proxyarp serial show system show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner snmp-dying-gasp software copy ftp sysname telnet validation-timer web

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no access-list system Disable an entry in the system Access Control List (ACL).



S YNTAX

access-list system entryid ACL Entry Identifier. Valid entries are 1 to 10.

entryid

GUIDELINES This command will set the ACL entry to the Inactive state. To enable the ACL entry, use the access-list system command.

EXAMPLES --> configure system config:sys--> no access-list system 3 config:sys--> show ip access-list system Permitted System Access List: Entry Id -----1 2 3 4 5 6 7 8 9 10


Network Mask ----------------255.255.255.255 255.255.255.255 255.255.255.0 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255 255.255.255.255

Active? -------Yes Yes No No No No No No No No

RELATED COMMANDS access-list system ip access-group system in no ip access-group system in show ip access-list system

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no sntpclient server Remove a server from the list of Simple Network Time Protocol (SNTP) servers.



S YNTAX

no sntpclient server address

address

IP address of the Time Server.

GUIDELINES SNTP is a simpler, client-only version of the Simple Network Time Protocol (SNTP). SNTP clients receive the time from NTP servers. SNTP time is typically accurate to within 100 milliseconds. The system supports a maximum of two timeserver entries in the server list.

EXAMPLES To remove a unicast server from the server list:

--> configure system config:sys--> no sntpclient server 10.10.34.1 config:sys--> show sntpclient SNTP Client Information: Mode : Active Server : Available Unicast SNTP Servers :

unicast 0.0.0.0 0.0.0.0 0.0.0.0

RELATED COMMANDS show sntpclient sntpclient mode sntpclient server

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no syslogclient server

no syslogclient server Removes a syslog client server.



S YNTAX

no syslogclient server GUIDELINES Syslog is an event reporting protocol which allows systems to report the occurrence of several different types of events to a central server. All events reported to the syslog server are also maintained in a circular buffer on the system, referred to as an Automatic Output (AO) buffer. This buffer can be queried and cleared by related commands. Event reports are stored in the AO buffer regardless of whether a Syslog server is provisioned.

EXAMPLES To remove the Syslog server from the system:

--> configure system config:sys--> no syslogclient server config:sys--> show syslog System Log Information: Host: 0.0.0.0 System Log Contents:

RELATED COMMANDS autolog flush show syslog syslogclient server

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no user

no user Delete a user.

SECURITY Superuser


S YNTAX

no user userid

userid

User account identifier. The User ID is case sensitive.

GUIDELINES Use the show user ? command to display all users.

EXAMPLES --> configure system config:sys--> show user ? covaro1 johnnybgood waterboy

User User User

config:sys--> no user waterboy config:sys--> show user ? covaro1 johnnybgood

User User

RELATED COMMANDS access-level add user comment gui-login-timeout password show user user password

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password

password Edit a user password.

SECURITY Superuser (to edit another user’s password) Retrieve (to edit own password)


S YNTAX

password password

password

Valid passwords must be 6...10 characters long and consist of numbers (0...9), letters (a..z, A ..Z), must contain at least two non-alpha characters and at least one of the following special characters: #%*. Spaces are not allowed.


EXAMPLES --> configure system config:sys--> user johnnybgood config:sys:user--> password johnnyb#1

RELATED COMMANDS access-level add user comment gui-login-timeout no user show user user password

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proxyarp

proxyarp Enable or disable the system to perform as a Proxy ARP agent on the management LAN interface. Address Resolution Protocol (ARP) allows hosts on an Ethernet LAN to discover the destination MAC address of another host on the LAN given the destination host’s IP address. A host which needs to communicate with another host on the LAN, but knows only it’s IP address issues an ARP broadcast layer 2 PDU with the destination host’s IP address in the message body. All hosts on the LAN receive the ARP PDU and if the IP address in the PDU matches the receiver’s IP address, that host will reply to the ARP PDU sender. The originating host then learns the MAC address of the destination from the ARP reply. A system which functions as a proxy ARP agent will “pretend” to be the destination station for another IP address and will reply to ARP request PDUs on behalf of the rea l host. In this manner, it is possible to extend a virtual LAN across management tunnels to remote network elements, without the remote NE having to connect physically to the local management LAN of the proxy ARP agent.



S YNTAX

proxyarp {enable | disable | cache flush} GUIDELINES A system which acts as a proxy ARP agent is said to be a “gateway” node. The typical configuration involves a gateway node connected directly to a management LAN via the local management LAN port. The gateway node communicates with one or more remote nodes via management tunnels and acts as the proxy ARP agent for the remote nodes. When a host on the local management LAN issues an ARP request PDU with the IP address of one of the remote nodes, the gateway node responds to the ARP request on behalf of the remote node. The originating host then knows to send packets destined to the remote node’s IP address to the gateway node. The gateway node will then forward the packets to the remote destination node via layer 3 routing. Proxy ARP is useful when remote nodes belong to the same IP subnet, but are not physically located on the same LAN segment. When you replace a NID or install a new NID on your network, the gateway node might not find the new device because it's relying on data in the ARP cache that is now outdated. In this case, you should flush the gateway node’s proxy ARP cache by using the proxyarp cache flush command.

EXAMPLES To enable proxy ARP:

--> configure system config:sys--> proxyarp enable config:sys--> show proxyarp Proxy ARP Information:

Proxy ARP: Enabled Proxy ARP Table:

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proxyarp

| IP Address | MAC Address | Interface | |------------------ |------------------ |------------------ |

To disable proxy ARP:

--> configure system config:sys--> proxyarp disable config:sys--> show proxyarp Proxy ARP Information:

Proxy ARP: Disabled Proxy ARP Table: | IP Address | MAC Address | Interface | |------------------ |------------------ |------------------ |

To flush ARP cache:

--> configure system config:sys--> proxyarp cache flush config:sys--> show proxyarp Proxy ARP Information: Proxy ARP: Enabled Proxy ARP Table: | IP Address | MAC Address | Interface | |------------------ |------------------ |------------------ |

RELATED COMMANDS show arp show proxyarp show system

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security-banner

security-banner Specify the system security banner display information. This command defines a custom security banner which is displayed whenever a user logs onto the system. This banner is displa yed on CLI and web browser logins. The system ships with a default security banner as shown below.



S YNTAX

security-banner info

info

A text string up to 512 characters in length. Text string must be enclosed on quotes (“ “). To clear the security banner information, specify a null string in the argument: security-banner ““.

GUIDELINES The system security entry should specify the desired warning for unauthorized persons accessing the NID. To clear the security banner display, enter the command without any parameters. The banner supports all printable characters, including control characters, such as new line.

EXAMPLES To setup the security banner:

--> configure system config:sys--> security-banner “This is a private system. Unauthorized access may lead to prosecution.” config:sys--> show system security-banner System Security Banner: This is a private system. Unauthorized access or use may lead to prosecution.

RELATED COMMANDS show system security-banner

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serial

serial Enable or disable RS-232 Serial port access to the system.



S YNTAX

serial {enable | disable} GUIDELINES The serial port cannot be enabled via the serial port and must be enabled by using a telnet session, SSH session, the eVision web browser or SNMP.

EXAMPLES To disable the serial port:

--> configure system config:sys--> serial disable The serial port has been disabled. To enable the serial port:

--> configure system config:sys--> serial enable config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :

WAN Type : Jumbo Frame : Location : Contact :

FSP150CCf-825 CC-825 RRGSJ 1.1.64 11.0 FCOV060600051 200-00188-01 2006-04-04 E1000 Enabled 3rd floor, Room 321-data-closet Tech Support

Proxy ARP : SNMP Dying Gasp :

Disabled Disabled

Serial Port : Telnet (port 23) :

Enabled Enabled

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serial

SSH (port 22) : Web Interface : System Up Time : Validation Timer : Time Remaining : Unsaved Config Data :

Enabled Enabled 16 hours 55 minutes 16 seconds Disabled 0 True

RELATED COMMANDS contact database save location proxyarp show system show system almattr show system cpd-filters show system custom-cpd-filter show system security-banner snmp-dying-gasp software copy ftp sysname telnet validation-timer web

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snmp-dying-gasp

snmp-dying-gasp Enable or disable SNMP trap dying gasp.



S YNTAX

snmp-dying-gasp {enable | disable} GUIDELINES When enabled, SNMP dying gasp messages are sent on resolved interfaces. To set up the SNMP Dying Gasp feature, first create the appropriate MAC- or VLAN-based management tunnel. Then configure SNMP Target addresses on the FSP 150CC. Then en able SNMP Dying Gasp at the system level using this command. Once an SNMP target address has been configured and resolved, the SNMP Trap Dying Gasp Interface will display via the show snmp command, indicating that the SNMP Dying Gasp feature is operational. Note that it will take up to 10 minutes for a trap host to be resolved after enablin g SNMP Dying Gasp.

EXAMPLES To disable SNMP Dying Gasp:

--> configure system config:sys--> snmp-dying-gasp disable config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :

WAN Type : Jumbo Frame : Location : Contact : Proxy ARP : SNMP Dying Gasp : Serial Port : Telnet (port 23) : SSH (port 22) : Web Interface : System Up Time :

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snmp-dying-gasp

Validation Timer : Time Remaining : Unsaved Config Data :

Disabled 0 True

To enable SNMP Dying Gasp:

--> configure system config:sys--> snmp-dying-gasp enable config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :


FSP150CCf-825 CC-825 RRGSJ 1.1.64 11.0 FCOV060600051 200-00188-01 2006-04-04 E1000 Enabled Conference Center Tech Support (800)709-7138 [email protected]


Disabled Enabled






True

Once an SNMP Dying Gasp target address has been resolved (after 10 minutes) the following will display:

config:sys--> show snmp SNMP Community Names: public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations:

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snmp-dying-gasp

Address - 10.10.1.1:162, Community - v3RO, Tag - trap Selected for SNMP DG on interface - Wan

RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname contact location no communityname no traphost no v3user ping proxyarp serial show mgmttnl show snmp show snmp v3user show snmp vacmgroups show system sysname telnet tracert traphost validation-timer web

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sntpclient mode

sntpclient mode Configure the Simple Network Time Protocol (SNTP) operating mode and enable or disable SNTP operations. There are two modes to choose from, and each mode has enable and disable options. In Unicast mode, the system uses a specified unicast server IP address to synchronize the client time with the server. The system attempts to contact the specified server in the association list in order to receive a timestamp when the sntpclient sync command is issued. Unicast server IP addresses are specified with the sntpclient server command. In Anycast mode, the system sends time synchronized broadcast packets to the network and subsequently expects a reply from a valid timeserver. The system then uses the first rep ly it receives to establish a link for future sync operations in unicast mode. The first responding server will be added to the server association list. The system ignores any later replies from servers after the first one is received. The enabled anycast mode takes precedence over any entries currently in the unicast associations list when the sntpclient sync command is issued.



S YNTAX

sntpclient mode {anycast | disable | unicast}

anycast

disable unicast

The SNTP client sends time synchronized broadcast packets to the network and expects a reply from a valid timeserver. The client then uses the first reply it receives to establish a link for future sync operations in unicast mode. This server will then be added to the server list. The client ignores any later replies from servers after the first one is received. Disables the operation mode specified. This mode uses a unicast server IP address specified in the server list.

GUIDELINES SNTP is a simpler, client-only version of the Network Time Protocol (NTP). SNTP clients receive the time from NTP servers. SNTP time is typically accurate to within 100 milliseconds. sntpclient mode unicast causes the system to attempt to contact the specified time server entered in the server list with the sntpclient server command.

sntpclient mode anycast causes the system to broadcast to the network and expect a reply from a timeserver. If a reply is received, the timeserver is added to the server list and is used for time synch operations. sntpclient mode disable prevents the system from issuing broadcast messages for network time servers. If the system was in anycast mode and had established an association with an anycast timeserver, the timeserver is removed from the association list. In this case, it unicast is enabled, and a unicast server address is specified in the server list, the system attempts to use the specified unicast server.

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EXAMPLES To disable anycast operation:

--> configure system config:sys--> sntpclient mode disable config:sys--> show sntpclient SNTP Client Information:

Mode : Active Server : Available Unicast SNTP Servers :

Disabled 0.0.0.0 0.0.0.0 0.0.0.0

To enable anycast mode operation:

--> configure system config:sys--> sntpclient mode anycast config:sys--> show sntpclient SNTP Client Information:

Mode : Active Server : Available Unicast SNTP Servers :

Anycast 10.10.34.1 0.0.0.0 0.0.0.0

To enable unicast operation:

--> configure system config:sys--> sntpclient mode unicast config:sys--> sntpclient server 10.10.34.1 config:sys--> sntpclient server 10.10.34.2 config:sys--> show sntpclient SNTP Client Information: Mode : Active Server : Available Unicast SNTP Servers :

unicast 0.0.0.0 10.10.34.1 10.10.34.2

To remove a unicast server from the server list:

--> configure system config:sys--> no sntpclient server 10.10.34.2 config:sys--> show sntpclient SNTP Client Information: Mode : Active Server : Available Unicast SNTP Servers :

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RELATED COMMANDS no sntpclient server show sntpclient sntpclient server

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sntpclient server

sntpclient server Configure the system to use Simple Network Time Protocol (SNTP) to request and accept Netw ork Time Protocol (NTP) traffic from a time server. Remove a server from the list of NTP servers with the no sntpclient server option. A maximum of two time servers are supported. The system also supports anycast mode to dynamically discover time servers.



S YNTAX

sntpclient server address

address

IP address of the Time Server.

GUIDELINES SNTP is a simpler, client-only version of the Network Time Protocol (NTP). SNTP clients receive the time from NTP servers. SNTP time is typically accurate to within 100 milliseconds. The system supports a maximum of two timeserver entries in the server list. Prior to using this command, the sntp client mode must be set using the sntpclient mode command.

EXAMPLES To add an SNTP server to the unicast list:

--> configure system config:sys--> sntpclient mode unicast config:sys--> sntpclient server 10.10.34.1 config:sys--> show sntpclient SNTP Client Information: Mode : Active Server : Available Unicast SNTP Servers :

unicast 0.0.0.0 10.10.34.1 0.0.0.0

RELATED COMMANDS no sntpclient server show sntpclient sntpclient mode

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syslogclient server

syslogclient server Configure the system with the IP address of a syslog server where all syslog events generated by the system are sent. The system supports a single syslog server entry. To remove a syslog server use the no syslogclient server option.



S YNTAX

syslogclient server address

address

IP address of the Syslog Server.

GUIDELINES Syslog is an event reporting protocol which allows systems to report the occurrence of several different types of events to a central server. All events reported to the syslog server are also maintained in a circular buffer on the system, referred to as an Automatic Output (AO) buffer. This buffer can be queried and cleared by related commands. Event reports are stored in the AO buffer regardless of whether a Syslog server is provisioned.

EXAMPLES To add a Syslog server to the system:

--> configure system config:sys--> syslogclient server 10.10.32.1 config:sys--> show syslog System Log Information: Host : 10.10.32.1 System Log Contents: Sep 22 18:30:10 : TCA:T1 [WAN]:MT=SES-L,TMPER=15MIN,LOCN=NE,DIRN=RX,MONVAL=10 Sep 22 18:31:05 : TCA:T1 [WAN]:MT=ES-L,TMPER=15MIN,LOCN=NE,DIRN=RX,MONVAL=65

RELATED COMMANDS autolog flush no syslogclient server show syslog

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sysname

sysname Set the system name. This is the name which the system displays in command prompts. The default sysname is the FSP 150CC variant name.



S YNTAX

sysname sysname

sysname

The sysname must start with a letter, end with a letter or digit, and have as interior characters only letters, digits, and hyphens. Names can be up to 64 characters. Upper and lower case characters are allowed.

GUIDELINES The sysname must start with a letter, end with a letter or digit, and have as interior characters only letters, digits, and hyphens.

EXAMPLES --> configure system config:sys--> sysname Dallas config:sys--> show system System Information:

System Name: Model :

Dallas CC-825


RELATED COMMANDS contact location proxyarp serial show system snmp-dying-gasp software copy ftp telnet validation-timer web

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telnet

telnet Enable or disable telnet (TCP port 23) access to the system.



S YNTAX

telnet {enable | disable}

GUIDELINES Telnet uses TCP port 23 to access the system. In more secure management environments it may be desirable to disable TCP port 23 and use Secure Shell (SSH) (TCP Port 22) instead.

EXAMPLES To enable Telnet:

--> configure system config:sys--> telnet enable config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture : WAN Type : Jumbo Frame : Location : Contact :

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True

RELATED COMMANDS contact location proxyarp serial show system snmp-dying-gasp sysname telnet validation-timer web

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validation-timer

validation-timer Enable or disable the safe mode validation timer. The validation timer provides a safety check against changing configurations which cause loss of communication to a remote node. The Validation Timer enables you to make changes to configuration parameters without committing them to non-volatile storage. If you make a mistake or enter a value which causes you to lose communications, the system will revert to the current settings after the Safety Timeout period.



S YNTAX

validation-timer start timeout validation-timer stop [save]

start stop

Starts the validation timer. Stops or cancels an active validation timer.

timeout

Specifies the length of the validation timer, in minutes. If not specified, the default timer is 5 (minutes). The valid range of timeout is from 1 to 10 (minutes). Save the configuration after stopping the validation timer.

save

GUIDELINES When making changes to configurations of remote nodes, especially to parameters which may affect communications, the Validation Timer provides a safety net in the event that a configuration change causes the system to lose communication. If the timer is not reset by the user prior to it expiring, the system will revert back to the previous saved configuration changes once the timer expires. The timer is reset or canceled using the validation-timer stop command. The time is reset or cancelled and then the configuration is saved using the validation-timer stop save command.

EXAMPLES To start validation timer:

--> configure system config:sys--> validation-timer start 6 config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :

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E1000 Enabled Conference Center Tech Support (800)709-7138 [email protected] Disabled Disabled




16 hours 55 minutes 16 seconds Enabled 6


True

To stop validation timer:

--> configure system config:sys-->validation-timer stop config:sys-->show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :


FSP150CCf-825 CC-825 RRGSJ 1.1.64 11.0 FCOV060600051 200-00188-01 2006-04-04 E1000 Enabled Conference Center Tech Support (800)709-7138 [email protected] Disabled Disabled





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validation-timer


True

RELATED COMMANDS contact database save location proxyarp serial show system snmp-dying-gasp software copy ftp sysname telnet web

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web

web Enable or disable web browser (eVision) access to the system.



S YNTAX

web {enable | disable}

GUIDELINES N/A

EXAMPLES To enable web browser access:

--> configure system config:sys--> web enable config:sys--> show system System Information: System Name : Model : CLEI Code : Software Version : Hardware Revision : Serial Number : Part Number : Date of Manufacture :




Disabled Disabled





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web


True

RELATED COMMANDS contact database save location proxyarp serial show system snmp-dying-gasp sysname telnet validation-timer

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2.5

Configure Communications Commands

This section presents a summary of the System Communications commands available in this release. The following commands are available at at the configure communications hierarchy.

Table 2-5 Communications Configuration Commands Summary Command

Description

add arp

Add a static ARP entry to the ARP table.

add ip route

Add a static IP route to the routing table.

arp cache flush

Clear the system ARP cache entries.

no arp

Delete a static ARP entry.

no ip route

Delete a static route from the IP routing table.

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add arp

add arp Add an IP Address to the Address Resolution Protocol (ARP) table. To delete an arp entry, use the no arp command.


LEVEL Configure Communications

S YNTAX

add arp ifname address mac

ifname address

Mandatory interface identifier. IP address.

mac

MAC address.


EXAMPLES To add an ARP address to the WAN interface:

--> configure communications config:comm--> add arp e1000-wan-1 10.10.1.1 AA:BB:CC:DD:EE:FF config:comm--> show arp Proxy ARP Information: Proxy ARP: Disabled ARP Table: | IP Address | MAC Address | Interface |Static | |------------------ |------------------ |------------------ |-------------- | | 10.10.32.10 | 00:B0:D0:25:FB:BC | mgmt-lan | false | | 10.10.36.163 | 00:0B:90:00:08:31 | mgmt-lan | false | | 10.10.33.237 | 00:08:A1:0D:9D:A0 | mgmt-lan | false | | 10.10.33.244 | 00:08:A1:2A:78:04 | mgmt-lan | false | | 10.10.1.1 | AA:BB:CC:DD:EE:FF | e1000-wan-1 | true | | 10.10.32.1 | 00:0A:B7:16:63:80 | mgmt-lan | false |

RELATED COMMANDS arp cache flush no arp show arp

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add ip route

add ip route This command allows you to create a static IP route entry in the system routing table. This is used for management network connectivity. To delete an IP static route, use the no ip route command.



S YNTAX

add ip route address mask interface ifname {advertise | no-advertise}[metric] add ip route address mask nexthop gateway {advertise | no-advertise} [metric]

address mask

IP address of a subnet. Subnet mask.

ifname

Interface name.

gateway advertise no-advertise

IP address of next hop gateway. Advertise this route using routing protocols. Do not advertise this route using routing protocols.

metric

Assign this cost (or metric) to the route. If not specified, the metric assigned to the route is “1”.

GUIDELINES N/A

EXAMPLES To add an ARP address for the WAN interface:

--> configure communications config:comm--> add ip route 10.10.1.0 255.255.255.0 interface e1000-wan-1 no-advertise config:comm--> show ip routes static Static IP Routes: | Destination | Netmask | NextHop/Iface | Advert | Metric | |--------------- |------------------ |---------------- |--------- |--------- | | 0.0.0.0 | 0.0.0.0 | 10.10.32.1 | False | 1 | | 10.10.1.0 | 255.255.255.0 | e1000-wan-1 | False | 1 }

RELATED COMMANDS no ip route show ip routes

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arp cache flush

arp cache flush This command flushes (clears) all entries in the ARP cache table, allowing the system to re-learn IP-address to MAC-address relationships.



S YNTAX

arp cache flush GUIDELINES The Address Resolution Protocol (ARP) function maintains a cache of (IP-address, MAC-address) tuples which the device has seen on its management network. The ARP cache supports aging; entries are deleted if they have not been used within 5 minutes. In some deployments it may be desirable to force the deletion of these entries to force the device to re-discover the (IP-address, MAC-address) relationship.

EXAMPLES --> show arp Proxy ARP Information: Proxy ARP: Disabled ARP Table: | IP Address | MAC Address |------------------ |-----------------| 10.10.32.1 | 00:0A:B7:16:63:80 | 10.10.34.185 | 00:07:E9:D5:10:14

| Interface |Static | |------------------ |-------------- | | mgmt-lan | false | | mgmt-lan | false |

--> configure communications config:comm--> arp cache flush config:comm--> show arp Proxy ARP Information: Proxy ARP: Disabled ARP Table: | IP Address | MAC Address | Interface |Static | |------------------ |------------------ |------------------ |-------------- | | 10.10.32.1 | 00:0A:B7:16:63:80 | mgmt-lan | false |

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arp cache flush

RELATED COMMANDS add arp no arp show arp

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no arp

no arp This command allows you to delete an IP Address from the Address Resolution Protocol (ARP) table.



S YNTAX no arp ifname address

ifname address

Mandatory interface identifier. IP address.

GUIDELINES N/A

EXAMPLES To delete an ARP address from the WAN interface:

--> configure communications config:comm--> no arp e1000-wan-1 10.10.1.1 config:comm--> show arp Proxy ARP Information: Proxy ARP: Disabled ARP Table: | IP Address | MAC Address |------------------ |-----------------| 10.10.32.10 | 00:B0:D0:25:FB:BC | 10.10.36.163 | 00:0B:90:00:08:31 | 10.10.33.237 | 00:08:A1:0D:9D:A0 | 10.10.33.244 | 00:08:A1:2A:78:04 | 10.10.32.1 | 00:0A:B7:16:63:80

| Interface |Static | |------------------ |-------------- | | mgmt-lan | false | | mgmt-lan | false | | mgmt-lan | false | | mgmt-lan | false | | mgmt-lan | false |

RELATED COMMANDS add arp arp cache flush show arp

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no ip route

no ip route Deletes a route from the routing table.



S YNTAX YNTAX

no ip route address mask interface ifname {advertise | no-advertise}[metric] no ip route address mask nexthop gateway {advertise | no-advertise} [metric]

address mask

IP address of a a subnet. Subnet mask.

ifname gateway

Interface name. IP address of next hop gateway.

advertise

Advertise th this ro route us using ro routing pr protocols.

no-a no-adv dver erti tise se metric

Do not not adv adver erti tise se thi this s rout route e usin using g rout routin ing g prot protoc ocol ols. s. Assign this cost (or metric) to the route. If not specified, the metric assigned to the route is “1”.

GUIDELINES This command requires the route to be explicitly identified in order to be deleted.

EXAMPLES Delete a route:

config:comm--> no ip route 10.10.1.0 255.255.255.0 interface e1000-wan-1 config:comm--> show ip routes static Static IP Routes: | Destination | Netmask | NextHop/Iface | Advert | Metric | |----|--------------------- |----|-------------------------- |----|----------------------- |----|----------- |----|----------- | | 0.0.0.0 | 0.0.0.0 | 10.10.32.1 | False | 1 |

RELATED COMMANDS add ip route show ip routes

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no ip route

2.6

Con onfi figu gure re Ma Mana nage geme ment nt Tun unne nell Com Comma mand nds s

This section defines the management tunnel configuration commands available. These commands are available under the configure mgmttnl hierarchy.

Table 2-6 Configure Management Tunnel Commands Summary Command

Description

dhcp

Configure DHCP settings (see dhcp, on Page 3-47 ).

encapsulation

Define the encapsulation mode for the tunnel.

ip acces access-g s-grou roup p system system in in

Enable Enable Acc Access ess Cont Control rol List List (ACL) (ACL) funct function ion on on the speci specifie fied d management tunnel.

ip-address

Set the IP address of the management tunnel (see ip-address, on Page 2-191).

mode

Define the operating mode.

no ip access-group system in Disable Access Access Control List (ACL) function from the specified specified management tunnel. ripv2

Enable or disable RIP v2 packets (see ripv2, on Page 3-127).

tunnel-stag

Enable or disable management tunnel S-Tag used in a VLAN-based management tunnel.

tunnel-stag-vid

Set the WAN port management tunnel outer VLAN identifier (S-Tag) (S-Tag) used in a VLAN-based management tunnel.

tunnel-vid

Set the LAN or WAN port management tunnel inner VLAN identifier (C-Tag) used in a VLAN-based management tunnel.

Note:

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encapsulation

encapsulation Set the management tunnel encapsulation mode for a specified interface.


LEVEL Configure Mgmttnl

S YNTAX YNTAX

encapsulation {ethernet | ppp}

ethernet ethernet Enable Enable ethernet ethernet encapsulat encapsulation ion on the specified specified interfa interface. ce. ppp ppp

Enab Enable le Poin Pointt-to to-P -Poi oint nt Prot Protoc ocol ol (PPP (PPP) ) on on the the spec specif ifie ied d int inter erfa face ce. .

GUIDELINES When ethernet encapsulation mode is enabled, the IP address/mask must be specified. When the ppp encapsulation mode is selected, the IP address/mask is not relevant. In “ppp” mode, the system utilizes the keep-alive feature of the PPP protocol to ensure / determine that a connection exists to the remote system. If the keep-alive fails, the system raises and alert. (This feature is not available in the “ethernet” mode.)

This option is only available if mode is set to disable or vlan. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To enable ethernet encapsulation on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> encapsulation ethernet config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Tunnel Mode : Encapsulation : Tunnel Tunnel VLAN ID : Tunnel Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address Address : Subnet Mask : MAC Address Address : DHCP : RIPv2 : ACL Inbound Filtering :

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RELATED COMMANDS dhcp mode ip-address ripv2 show mgmttnl tunnel-stag tunnel-stag-vid tunnel-vid

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mode

mode Set the operating mode of the management tunnel. Management tunnels can be MAC address-based or VLAN-based. A management tunnel can also be completely disabled using this command.



S YNTAX YNTAX

mode {disable | mac | vlan}

disa disabl ble e

Disa Disabl ble e man manag agem emen ent t tun tunne nel. l.

mac vlan lan

MAC-based ma management tu tunnel mode. VLAN VLAN-base based d man mana ageme gement nt tunne unnel l mo mode (def (defa ault) ult). .

GUIDELINES In “mac” mode, the MAC address of the interface is used as the address mechanism of the management tunnel. Management tunnel frames are sent sen t and received using the MAC address of the interface. inter face. There is no other traffic separation from customer traffic. In “vlan” mode, the man agement tunnel traffic is separated from customer tra ffic via VLAN. The management tunnel VLAN can be specified once “vlan” tunnel mode is selected. The management traffic VLAN is specified using the tunnel-vid command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To enable MAC Based management tunnel mode on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> mode vlan config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1

Tunnel Tunnel Mode : Encapsulation : Tunnel Tunnel VLAN ID : Tunnel Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address Address : Subnet Mask : MAC Address Address : DHCP : RIPv2 : ACL Inbound Filtering :

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mode

RELATED COMMANDS dhcp encapsulation mode ip-address ripv2 show mgmttnl tunnel-stag tunnel-stag-vid tunnel-vid

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tunnel-stag

tunnel-stag Enables or disables the WAN port management tunnel outer VLAN identifier (S-Tag) used in a VLAN-based management tunnel.



S YNTAX YNTAX

tunnel-stag {disable | enable}

disable disable

Disable Disable S-Tag S-Tag VLAN identifier identifier use on the the manage management ment tunnel. tunnel.

enable enable

Enable Enable S-Tag S-Tag VLAN VLAN iden identif tifier ier use on the manage managemen ment t tunne tunnel. l.

GUIDELINES This option is only available if management tunnel mode is set to “vlan.” To set the S-Tag VLAN ID, use the tunnel-stag-vid command Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To enable the management tunnel S-Tag VLAN ID use on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> tunnel-stag enable config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Tunnel Mode : Encapsulation : Tunnel Tunnel VLAN ID : Tunnel Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address Address : Subnet Mask : MAC Address Address : DHCP : RIPv2 : ACL Inbound Filtering :



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tunnel-stag

mode ip-address ripv2 show mgmttnl tunnel-stag-vid tunnel-vid

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tunnel-stag-vid

tunnel-stag-vid Set the WAN port manag ement tunnel outer VLAN identifier (S-Tag) (S-Tag) used in a VLAN-based VLAN-based manageme management nt tunnel.



S YNTAX YNTAX

tunnel-stag-vid vlanid

vlan vlanid id

Mana Manage geme ment nt tun tunne nel l VLAN VLAN ID. ID. Val Valid id ent entri ries es are are 1 to 4095.

GUIDELINES This option is only available if management tunnel mode is set to “vlan” and tunnel-stag is set to the enabled state. The system will not allow other customer traffic to share the same VLAN. Frames which share the same outer VLAN tag as the management tunnel are discarded and counted. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To enter the management tunnel S-Tag VLAN ID on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> tunnel-stag-vid 4095 config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Tunnel Mode : Encapsulation : Tunnel Tunnel VLAN ID : Tunnel Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address Address : Subnet Mask : MAC Address Address : DHCP : RIPv2 : ACL Inbound Filtering :


RELATED COMMANDS dhcp

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tunnel-stag-vid

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tunnel-vid

tunnel-vid Set the LAN or WAN port management tunnel inner VLAN identifier (C-Tag) used in in a VLAN-base VLAN-based d management tunnel.



S YNTAX YNTAX

tunnel-vid vlanid

vlan vlanid id

Mana Manage geme ment nt tun tunne nel l VLAN VLAN ID. ID. Val Valid id ent entri ries es are are 1 to 4095.

GUIDELINES This option is only available if management tunnel mode is set to “vlan”. The system will not allow other customer traffic to share the same VLAN. Frames which share the same inner VLAN tag as the management tunnel are discarded and counted. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To enter the management tunnel VLAN ID on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> tunnel-vid 4095 config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Tunnel Mode : Encapsulation : Tunnel Tunnel VLAN ID : Tunnel Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address Address : Subnet Mask : MAC Address Address : DHCP : RIPv2 : ACL Inbound Filtering :

VLAN Based Ethernet 4095 Disabled 4095 0.0.0.0 0.0.0.0 255.255.255.0 255.255.255.0 00:0B:90:00:60:A1 00:0B:90:00:60:A1 Disabled Disabled Disabled Disabled Disabled


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tunnel-vid

mode ip-address ripv2 show mgmttnl tunnel-stag tunnel-stag-vid

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2.7

Configure SNMP Commands

This section defines the SNMP configuration commands available. These commands are available under the configure snmp hierarchy.

Table 2-7 SNMP Configuration Commands Summary Command

Description

access-level

Edit an SNMP V3 user access level.

add v3user

Create an SNMP V3 user.

auth-password

Edit an SNMP V3 user authentication password.

auth-protocol

Edit an SNMP V3 user authentication protocol.

communityname

Set a communityname.

no communityname

Delete a communityname. communityname.

no traphost

Delete a trap host from the system.

no v3user

Delete an SNMP V3 user.

traphost

Set a trap host to receive SNMP traps from the system.

Default SNMP users are shown in Table 2-8.

Table 2-8 SNMP Default Users User User Name Name

Auth Authen enti tica cati tion on Authentication Type Protocol

Privacy Type

Privacy Protocol

VACM Group

Password

v3RO

None

None

None

None

v3ReadAllGroup

None

v3RW

None

None

None

None

v3WriteAllGroup

None

super

None

None

None

None

v3WriteAllGroup

None

nVision

None

None

None

None

nVisionTarget

None

v3super

Authentication

HMAC-MD5

None

None

v3supergroup

v3userpwd

v3desuser

Authentication

HMAC-MD5

Privacy

DES

v3desgroup

v3despwd

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access-level

access-level Edit an SNMP V3 user access level.


LEVEL Configure V3 User

S YNTAX

access-level vacmgroup SNMP V3 VACM group. Valid default entries are super, v3supergroup, nVisionTarget, v3ReadAllGroup, v3WriteAllGroup. Valid V3 VACM groups may be displayed by using the show snmp vacmgroups command.

vacmgroup

GUIDELINES Valid V3 VACM groups may be displayed by using the show snmp vacmgroups command. Use the show snmp v3user to display SNMP V3 users.

EXAMPLES --> configure snmp config:snmp--> v3user test config:snmp:v3user--> access-level v3supergroup Setting test auth usmNoAuthProtocol, group v3supergroup config:snmp:v3user--> show snmp v3user test SNMP V3 USM User: test Authentication Type : Authentication Protocol : Privacy Type : Privacy Protocol :

None None None None

VACM Group : v3supergroup

RELATED COMMANDS add v3user auth-password auth-protocol communityname no communityname

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access-level

no traphost no v3user show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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add v3user

add v3user Create a new SNMP V3 user. To delete an SNMP V3 user, use the no v3user command.


LEVEL Configure SNMP

S YNTAX

add v3user name noauth-nopriv vacmgroup add v3user name auth-nopriv hmac-md5 password vacmgroup

name noauth-nopriv auth-nopriv hmac-md5 password

vacmgroup

New V3 user identifier. A valid V3 user name contains 1 to 32 alphanumeric characters. Enter noauth-nopriv authtype if no MD5 authentication is used. Enter auth-nopriv authtype and hmac-md5 authentication protocol if MD5 authentication is used. V3 user password. Valid entry is 6 to 32 characters, no spaces. This option is only applicable if MD5 Authentication is used (auth-nopriv hmac-md5 ). SNMP V3 VACM group. Valid default entries are super, v3supergroup, nVisionTarget, v3ReadAllGroup, v3WriteAllGroup. Valid V3 VACM groups may be displayed by using the show snmp vacmgroups command.


EXAMPLES --> configure snmp config:snmp--> add v3user test noauth-nopriv super config:snmp--> show snmp v3user test SNMP V3 USM User: test Authentication Type : Authentication Protocol : Privacy Type : Privacy Protocol :

None None None None

VACM Group : super

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add v3user

--> configure snmp config:snmp--> add v3user test auth-nopriv secret super config:snmp--> show snmp v3user test SNMP V3 USM User: test Authentication Type : Authentication Protocol : Privacy Type : Privacy Protocol :

Authentication HMAC-MD5 None None

VACM Group : super

RELATED COMMANDS access-level auth-password auth-protocol communityname no communityname no traphost no v3user show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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auth-password

auth-password Edit an SNMP V3 user authentication password.



S YNTAX

auth-password oldpassword newpassword

newpassword

New SNMP V3 user password. Valid entry is 6 to 32 characters, no spaces.

GUIDELINES This command is only applicable if MD5 Authentication is used for that SNMP V3 user ( auth-nopriv is set - see the add v3user command). Default password for v3super is v3userpwd.

EXAMPLES --> configure snmp config:snmp--> v3user test config:snmp:v3user--> auth-password secret newsecret

RELATED COMMANDS access-level add v3user auth-protocol communityname no communityname no traphost no v3user show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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auth-protocol

auth-protocol Edit an SNMP V3 user authentication protocol.



S YNTAX

auth-protocol none auth-protocol hmac-md5 password

none hmac-md5

Enter none if no MD5 authentication is used. Enter hmac-md5 if MD5 authentication is used.

password

V3 user password. Valid entry is 6 to 32 characters, no spaces. This option is only applicable if MD5 Authentication is used (hmac-md5).


EXAMPLES --> configure snmp config:snmp--> v3user test config:snmp:v3user--> auth-protocol none Setting test1 auth usmNoAuthProtocol, group super config:snmp:v3user--> show snmp v3user test SNMP V3 USM User: test Authentication Type : None Authentication Protocol : None Privacy Type : None Privacy Protocol : None VACM Group : super

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auth-protocol

--> configure snmp config:snmp--> v3user test config:snmp:v3user--> auth-protocol hmac-md5 secret config:snmp:v3user--> show snmp v3user test SNMP V3 USM User: test Authentication Type : Authentication Protocol : Privacy Type : Privacy Protocol :

Authentication HMAC-MD5 None None

VACM Group : v3supergroup

RELATED COMMANDS access-level add v3user auth-password communityname no communityname no traphost no v3user show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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communityname

communityname This command allows you to create an SNMP community name. A community name acts as a password for the specified community, and is used to authenticate information sent between a manager and an agent. The name is sent in every packet between the manager and the agent. The read and write options determines whether information is read-only or read-write by a manager. Use the no communityname command to remove a community entry.



S YNTAX

communityname name {read-only | read-write}

name

The SNMP name of a community. The name is a string of up to 255 characters (no spaces).

read-only

Sets the access rights of the community/manager to read-only.

read-write

Sets the access rights of the community/manager to read-write.

GUIDELINES Factory defaults include two pre-programmed community names: (1) public (read-only), (2) sysadmin (read-write).

EXAMPLES To add a community name to the system:

--> configure snmp config:snmp--> communityname monitor read-only config:snmp--> show snmp SNMP Community Names:

Monitor { v1v2cRO } public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations: Address - 10.10.1.1:162,


RELATED COMMANDS access-level add v3user auth-password auth-protocol

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communityname

no communityname no traphost no v3user show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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no communityname

no communityname The no communityname command is used to remove an SNMP community entry.



S YNTAX

no communityname name

name

The SNMP name of a community. The name is a string of up to 255 characters (no spaces).

GUIDELINES Factory defaults include two pre-programmed community names: (1) public (read-only), (2) sysadmin (read-write).

EXAMPLES To remove a community name from the system:

--> configure snmp config:snmp--> no communityname monitor config:snmp--> show snmp SNMP Community Names: public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations: Address - 10.10.1.1:162,


RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname no traphost no v3user show snmp show snmp v3user show snmp vacmgroups

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no communityname

show system snmp-dying-gasp traphost

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no traphost

no traphost The no traphost command allows you to remove an IP address from the SNMP trap reporting table.



S YNTAX

no traphost ipaddress[:portnumber ]

ipaddress

The IP address of the server hosting the SNMP trap receiver.

portnumber

An optional entry specifying the TCP port number used when sending the report. This is the TCP port the trap receiver is listening on. The default port is 162.

GUIDELINES N/A

EXAMPLES To delete a trap destination:

--> configure snmp config:snmp--> no traphost 10.10.1.1:162 config:snmp--> show snmp SNMP Community Names: Monitor { v1v2cRO } public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations:

RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname no communityname no v3user show snmp

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no traphost

show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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no v3user

no v3user Delete an SNMP V3 user.



S YNTAX

no v3user name

name

SNMP V3 user identifier.

GUIDELINES Use the show snmp v3user ? command to display all SNMP V3 users.

EXAMPLES --> configure snmp config:snmp--> show snmp v3user ? test v3RO v3RW super nVision v3super

Snmp Snmp Snmp Snmp Snmp Snmp

V3 V3 V3 V3 V3 V3

User User User User User User

config:sys--> no snmp v3user test config:sys--> show snmp v3user ? v3RO v3RW super nVision v3super

Snmp Snmp Snmp Snmp Snmp

V3 V3 V3 V3 V3

User User User User User

RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname no communityname

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no v3user

no traphost show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp traphost

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traphost

traphost This command allows you to set up an SNMP trap destination. A trap is a message sent by the SNMP agent to a specified IP address to indicate the occurrence of a significant event, such as a specifically defined condition or a threshold that was exceeded. The traphost command allows you to add the IP address of an SNMP manager where traps are to be sent. The no traphost allows you to remove an IP address from the trap reporting table.



S YNTAX

traphost ipaddress[: portnumber ] snmpversion credentials

ipaddress

The IP address of the server hosting the SNMP trap receiver.

portnumber

An optional entry specifying the TCP port number used when sending the report. This is the TCP port the trap receiver is listening on. The default port is 162. snmpversion The SNMP version (1, 2c or 3). credentials Defines the security credentials for the target IP address. Valid entries are public and sysadmin.

GUIDELINES To ensure proper reception of traps, ensure that the SNMP version and community names match those of the tra p receiver. The community name must be entered (via the communityname command) before a credential can be selected.

EXAMPLES To add a new trap destination:

--> configure snmp config:snmp--> traphost 10.10.1.1:162 3 public config:snmp--> show snmp SNMP Community Names: Monitor { v1v2cRO } public { v1v2cRO } sysadmin { v1v2cRW } SNMP Target Destinations: Address - 10.10.1.1:162,

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traphost

RELATED COMMANDS access-level add v3user auth-password auth-protocol communityname no communityname no traphost no v3user show snmp show snmp v3user show snmp vacmgroups show system snmp-dying-gasp

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2.8

Configure Remote Authentication Commands

This section defines the Remote Authentication configuration commands available. Up to 3 Remote Authentication servers may be provisioned: server-1, server-2 and server-3. These commands are available under the configure remote-authentication and configure remote-authentication server hierarchies.

Table 2-9 Remote Authentication Configuration Commands Summary Command

Description

adminstate

Edit the Remote Authentication server administration state. See adminstate, on Page 3-17.

authprotocol

Set the Remote Authentication Protocol.

authtype

Edit a specified Remote Authentication Protocol type.

ip-address

Edit Remote Authentication server ip address (see ip-address, on Page 2-191).

nas-ip-address

Edit Remote Authentication NAS IP address.

port

Edit the UDP port to use when communicating with the Remote Authentication server.

priority

Edit the priority of the Remote Authentication server in servicing requests.

retries

Edit the number of tries that will be attempted with this Remote Authentication server.

secret

Edit the shared secret used for authenticating the NID with this Remote Authentication server.

timeout

Edit the timeout in seconds after which communication with this Remote Authentication server fails.

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authprotocol

authprotocol Set Remote Authentication Protocol.


LEVEL Configure Remote Authentication

S YNTAX

authprotocol {none | radius | tacacs-plus}

none radius

No remote authentication protocol RADIUS remote authentication protocol.

tacacs-plus TACACS+ remote authentication protocol.

GUIDELINES N/A

EXAMPLES --> configure remote-authentication

config:rem-auth--> authprotocol radius config:rem-auth--> show remote-authentication Remote Authentication:

Authentication Protocol : Radius Authentication Type : PAP NAS IP Address : n/a

RELATED COMMANDS adminstate authtype clear stats port nas-ip-address port priority retries secret show remote-authentication show remote-authentication server timeout

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authtype

authtype Set Remote Authentication Protocol type.



S YNTAX

authtype {chap | pap}

chap

The Challenge-Handshake Authentication Protocol (CHAP) will be used to interact with the Remote Authentication server and the attributes UserId, Chap-Challenge and Chap-Password will be sent.

pap

The Password Authentication Protocol(PAP) will be used to interact with the Remote Authentication server and the attributes UserId and Password will be sent.

GUIDELINES This command is applicable only if authprotocol is set to either radius or tacacs-plus.

EXAMPLES --> configure remote-authentication

config:rem-auth--> authtype pap config:rem-auth--> show remote-authentication Remote Authentication: Authentication Protocol : Radius Authentication Type : PAP NAS IP Address : n/a

RELATED COMMANDS adminstate authprotocol port nas-ip-address port priority retries secret show remote-authentication show remote-authentication server timeout

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nas-ip-address

nas-ip-address To edit the Remote Authentication Network Access Security server IP address.



S YNTAX

nas-ip-address address

address

Network Access Security server IP address.

GUIDELINES This command is only applicable if authprotocol is set to radius.

EXAMPLES --> configure remote-authentication config:rem-auth--> nas-ip-address 10.10.10.10 config:rem-auth--> show remote-authentication Remote Authentication: Authentication Protocol : Radius Authentication Type : PAP

NAS IP Address : 10.10.10.10 RELATED COMMANDS adminstate authprotocol authtype clear stats port port priority retries secret show remote-authentication show remote-authentication server timeout

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port

port Edit the Remote Authentication server port. This command identifies the UDP port to use when communicating with the Remote Authentication server.


LEVEL Configure Remote Authentication Server

S YNTAX

port portnum

portnum

UDP port to use when communicating with the Remote Authentication server. The valid range is 0...65535. Default is 1812 if authprotocol is set to radius or none, default is 49 if authprotocol is set to tacacs-plus.

GUIDELINES N/A

EXAMPLES To enter the port number for Remote Authentication server server-1:

--> configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> port 1813 config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Disabled 10.10.36.206 1813 First 3 3 **************** 0 0 0 0 0 0 0


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port

RELATED COMMANDS adminstate authprotocol authtype clear stats port nas-ip-address priority retries secret show remote-authentication show remote-authentication server timeout

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priority

priority This command sets the priority of the Remote Authentication server in servicing requests.



S YNTAX

priority prio Valid values are first, second and third. The default is first.

prio

GUIDELINES Multiple servers may have the same priority value. Random ordering will be chosen for those servers with equal priority values.

EXAMPLES To enter the IP address for Remote Authentication server server-1:

--> configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> priority 1 config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Disabled 10.10.36.206 1813 First 3 3 **************** 0 0 0 0 0 0 0


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priority

RELATED COMMANDS adminstate authprotocol authtype clear stats port nas-ip-address port retries secret show remote-authentication show remote-authentication server timeout

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retries

retries This command sets the number of tries that will be attempted with this Remote Authentication server.



S YNTAX

retries maxtries

maxtries

The maximum number of tries that will be attempted with this server. The valid range is 1...99. A value of zero disables interaction with this server. Default is 3.

GUIDELINES N/A

EXAMPLES To enter the maximum retries for Remote Authentication server server-1:

--> configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> retries 3 config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Disabled 10.10.36.206 1813 First 3 3 **************** 0 0 0 0 0 0 0


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retries

RELATED COMMANDS adminstate authprotocol authtype clear stats port nas-ip-address port priority secret show remote-authentication show remote-authentication server timeout

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secret

secret This command sets the shared secret used for authenticating the NID with the Remote Authentication server.



S YNTAX

secret secret

secret

Valid entry is a string of up to 64 characters, within quotes.

GUIDELINES N/A

EXAMPLES To enter the port number for Remote Authentication server server-1:

--> configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> secret “this is the best kept secret in the world” config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Disabled 10.10.36.206 1813 First 3 3 ************************************** 0 0 0 0 0 0 0


RELATED COMMANDS 840-00029-02 Rev 1.0


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secret

adminstate authprotocol authtype clear stats port nas-ip-address port priority retries show remote-authentication show remote-authentication server timeout

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timeout

timeout This command sets the timeout in seconds after which communication with this Remote Authentication server fails.



S YNTAX

timeout seconds

seconds

Valid range is 1...99 (in seconds). Default is 3.

GUIDELINES This command is only applicable if authprotocol is set to radius.

EXAMPLES To enter the timeout for Remote Authentication server server-1:

-->configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> timeout 3 config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Secret : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Note:

Disabled 10.10.36.206 1813 First 3 3 **************** 0 0 0 0 0 0 0


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timeout

RELATED COMMANDS adminstate authprotocol authtype clear stats port nas-ip-address port priority retries secret show remote-authentication show remote-authentication server

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2.9

Configure Scheduled Ping Commands

This section defines the Scheduled Ping configuration commands available. These commands are available under the configure sched ping hierarchy.

Table 2-10 Scheduled Ping Configuration Commands Summary Command

Description

frequency

Set the scheduled ping frequency for attempts, in minutes.

no pingaddr-n

Delete a ping address.

pingaddr-n

Enter a ping address, enable or disable a ping address identifier.

severity

Set the alarm severity level should a ping fail.

threshold

Set the scheduled ping failure threshold level.

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frequency

frequency The frequency command allows you to enter the frequency of the scheduled ping feature, in minutes. This entry applies to all IP addresses entered for the scheduled ping feature.


LEVEL Configure Sched Ping

S YNTAX

frequency minutes

minutes

The frequency of attempts for the scheduled ping feature, in minutes. Valid entries are 1 to 1440.

GUIDELINES N/A

EXAMPLES To enter a ping frequency:

--> configure sched ping config:schedping--> frequency 120 config:schedping--> show sched ping Scheduled Ping:

Frequency : Ping Attempts : Response Threshold : Alarm Severity :

120 4 1 Minor


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frequency

RELATED COMMANDS no pingaddr-n pingaddr-n severity threshold show sched ping

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no pingaddr-n

no pingaddr-n The no pingaddr command allows you to remove an IP address from the scheduled ping feature.



S YNTAX

no pingaddr-n

n

The ping address identifier. Up to four ping addresses can be defined (n= 1 to 4).

GUIDELINES N/A

EXAMPLES To enter a ping address:

--> configure sched ping config:schedping--> no pingaddr-1 config:schedping--> show sched ping Scheduled Ping: Frequency : Ping Attempts : Response Threshold : Alarm Severity :

120 4 1 Minor


RELATED COMMANDS frequency pingaddr-n severity threshold show sched ping

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pingaddr-n

pingaddr-n The pingaddr command allows you to add an IP address to the scheduled ping feature or enable/disable a ping address identifier. Up to 4 ping addresses may be specified.



S YNTAX

pingaddr-n {enable | disable} pingaddr-n address ipaddress

n enable disable

The ping address identifier. Up to four ping addresses can be defined (n= 1 to 4). Enable scheduled ping for pingaddr-n. Disable scheduled ping for pingaddr-n.

ipaddress

The IP address for the scheduled ping feature.

GUIDELINES Up to four ping addresses can be defined. The desired ping address number (pingaddr-n) must first be enabled before an address can be assigned to it.

EXAMPLES To enter a ping address:

--> configure sched ping config:schedping--> pingaddr-1 enable config:schedping--> pingaddr-1 address 10.10.36.25 config:schedping--> show sched ping Scheduled Ping: Frequency : Ping Attempts : Response Threshold : Alarm Severity :

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pingaddr-n

RELATED COMMANDS frequency no pingaddr-n severity threshold show sched ping

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severity

severity The severity command allows you to provision the alarm severity level of the scheduled ping feature, should a ping attempt exceed the provisioned threshold level. Should an alarm threshold be reached, the alarm raised will be Scheduled Ping Failed. This entry applies to all IP addresses entered for the scheduled ping feature.



S YNTAX

severity almlevel

almlevel

The alarm severity level for the scheduled ping feature, should a ping attempt exceed the provisioned threshold level. Valid entries are critical, major, minor, not-reported or not-alarmed .

GUIDELINES N/A

EXAMPLES To enter a scheduled ping alarm severity:

--> configure sched ping config:schedping--> severity major config:schedping--> show sched ping Scheduled Ping: Frequency : Ping Attempts : Response Threshold : Alarm Severity :

120 4 1 Major


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severity

RELATED COMMANDS frequency no pingaddr-n pingaddr-n threshold show sched ping

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threshold

threshold The threshold command allows you to provision the failure threshold level of the scheduled ping feature. If a ping attempt exceeds the provisioned threshold level, an alarm may be raised, depending on the severity provisioned. This entry applies to all IP addresses entered for the scheduled ping feature.



S YNTAX

threshold level

level

The response failure threshold level for the scheduled ping feature. Should a ping attempt exceed the provisioned threshold level, an alarm is raised, depending on the provisioned severity level. Valid entries are 1 to 4.

GUIDELINES N/A

EXAMPLES To enter a scheduled ping threshold level:

--> configure sched ping config:schedping--> threshold 2 config:schedping--> show sched ping Scheduled Ping: Frequency : Ping Attempts : Response Threshold : Alarm Severity :

120 4 2 Major


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threshold

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2.10

Configure Link Aggregation Group Commands

This section defines the Link Aggregation Group (LAG) configuration commands available. These commands are available under the configure lags, configure lag and configure lag port hierarchies.

Table 2-11 Configure LAG Command Summary Command

Description

actor-lacp-activity

Edit LAG port actor LACP activity.

actor-lacp-control


actor-lacp-timeout


actor-lacp-timeout

Edit LAG port actor port priority.

actor-sysprio

Edit LAG actor system priority. Edit LAG port actor system priority.

add lag

Create a Link Aggregation Group (LAG).

adminstate

Edit the LAG administration state. See adminstate, on Page 3-17.

collector-max-delay


lag-control

Edit Link Aggregation Control Protocol (LACP) control.

lagname

Edit LAG name.

linkstatus-trap

Edit LAG link status trap.

loopback-port facility

Activate a constant loopback on a LAG port facility. See loopback-port, on Page 4-10.

loopback-port-timed

Activate a timed looopback on a LAG port facility. See loopback-port-timed, on Page 4-12.

loopback-vlan facility

Activate a LAG port VLAN loopback. See loopback-vlan, on Page 4-16.

no lag

Delete a LAG.

partner-adminkey


partner-adminport




partner-adminsysid








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actor-lacp-activity

actor-lacp-activity Edit LAG port actor LACP activity. SECURITY Provisioning

LEVEL Configure LAG Port

S YNTAX

actor-lacp-activity {active | passive}

active passive

Sets LACP control value to the active state. Sets LACP control value to the passive state.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> actor-lacp-activity active config:lag_port--> show lagport lag-port-1

LAG Port: lag-port-1 Actor Selected Aggregator ID : 1 Actor Attached Aggregator ID : 1 Actor Aggregate Capable : True Actor System ID : 00:0B:90:00:40:48 Actor System Priority : 32768 Actor Admin Key : 1000 Actor LACP Control : Enabled Actor Port : 1 Actor Port Priority : 1 Actor Admin State : LACP Active, LACP Short Actor Operation Key : 1000 Actor Operation State : LACP Active, LACP Short, Aggregation, Synchronization, Collecting, Distributing Partner Admin System ID : Partner Admin System Priority : Partner Admin Key : Partner Admin Port :

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actor-lacp-activity

Partner Admin Port Priority : Partner Admin State : Partner Operation System ID : Partner Operation System Priority : Partner Operation Key : Partner Operation Port : Partner Operation Port Priority : Partner Operation State : Partner Collector Max Delay : LACP LACP Marker Marker Marker Response Marker Response

PDUs PDUs PDUs PDUs PDUs PDUs

Rx Tx Rx Tx Rx Tx

Count : Count : Count : Count : Count : Count :

Debug Rx State : Debug Last Rx Time : Debug Mux State : Debug Mux Reason : Debug Actor Churn State : Debug Partner Churn State : Debug Actor Churn Count : Debug Partner Churn Count : Debug Actor Sync Transition Count : Debug Partner Sync Transition Count : Debug Actor Change Count : Debug Partner Change Count :

1 LACP Active, LACP Short 00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 50 (tens of microseconds) 2 67518 0 0 0 0 Current 2007-08-30,14:03:30 Distributing (Partner.Coll == TRUE) No Churn No Churn 2 1 1 0 0 0

RELATED COMMANDS actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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actor-lacp-control

actor-lacp-control Edit LAG port actor LACP control. SECURITY Provisioning


S YNTAX

actor-lacp-control {enabled | disabled }

enabled disabled

Enables the port from participating as an “Active” port in the LAG. Disables the port from participating as an “Active” port in the LAG.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> actor-lacp-control enabled config:lag_port--> show lagport lag-port-1


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actor-lacp-control



Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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actor-lacp-timeout

actor-lacp-timeout Edit LAG port actor LACP timeout. SECURITY Provisioning


S YNTAX

actor-lacp-timeout {long | short}

long short

Sets long LAG port Actor LACP Timeout control value. Sets short LAG port Actor LACP Timeout control value.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> actor-lacp-timeout short config:lag_port--> show lagport lag-port-1


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actor-lacp-timeout



Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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actor-portprio

actor-portprio Edit LAG port actor port priority. SECURITY Provisioning


S YNTAX

actor-portprio prio

prio

Actor Port Priority is used to determine which of the ports participating in the LAG has higher priority. A lower value implies higher priority. Valid range is 0-65535.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> actor-portprio 1 config:lag_port--> show lagport lag-port-1

LAG Port: lag-port-1 Actor Selected Aggregator ID : 1 Actor Attached Aggregator ID : 1 Actor Aggregate Capable : True Actor System ID : 00:0B:90:00:40:48 Actor System Priority : 32768 Actor Admin Key : 1000 Actor LACP Control : Enabled Actor Port : 1 Actor Port Priority : 1 Actor Admin State : LACP Active, LACP Short Actor Operation Key : 1000 Actor Operation State : LACP Active, LACP Short, Aggregation, Synchronization, Collecting, Distributing Partner Admin System ID : 00:0B:90:00:40:48 Partner Admin System Priority : 32768 Partner Admin Key : 1000

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actor-portprio

Partner Admin Port : Partner Admin Port Priority : Partner Admin State : Partner Operation System ID : Partner Operation System Priority : Partner Operation Key : Partner Operation Port : Partner Operation Port Priority : Partner Operation State : Partner Collector Max Delay : LACP LACP Marker Marker Marker Response Marker Response


Rx Tx Rx Tx Rx Tx



1 1 LACP Active, LACP Short 00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 50 (tens of microseconds) 2 67518 0 0 0 0 Current 2007-08-30,14:03:30 Distributing (Partner.Coll == TRUE) No Churn No Churn 2 1 1 0 0 0

RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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actor-sysprio

actor-sysprio Edit LAG actor system priority or edit LAG port actor system priority. SECURITY Provisioning

LEVEL Configure LAG Configure LAG Port

S YNTAX

actor-sysprio sysprio

sysprio

The Actor System Priority value is used to determine which of two Aggregators participating in a LAG assumes the “primary” role. A lower value implies higher priority. Valid range is 0 to 65535.

GUIDELINES N/A

EXAMPLES To edit LAG actor system priority:

--> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> actor-sysprio 32768 config:lag--> show lag lag- 1

Link Aggregator: lag-1 LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA :

Enabled Enabled Disabled LAG-1 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 50 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a

Actor Aggregate Capable : Enabled

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actor-sysprio

Actor System Mac Address : Actor System ID : Actor System Priority : Actor Admin Key : Actor Operation Key : Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Tx OK : Octets Rx OK : Frames Tx OK : Frames Rx OK : Frames Discarded On Tx : Frames Discarded On Rx : Frames With Tx Errors :

00:0B:90:00:40:49 00:0B:90:00:40:48 32768 1000 1000 00:0B:90:00:40:48 32768 1000 50 (tens of microseconds) 0 0 0 0 0 0 0

LAG Member Status: | Priority |---------| 1 | 2



To edit LAG port actor system priority:

--> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> actor-sysprio 32768 config:lag_port--> show lagport lag-port-1

LAG Port: lag-port-1 Actor Selected Aggregator ID : 1 Actor Attached Aggregator ID : 1 Actor Aggregate Capable : True Actor System ID : 00:0B:90:00:40:48 Actor System Priority : 32768 Actor Admin Key : 1000 Actor LACP Control : Enabled Actor Port : 1 Actor Port Priority : 1 Actor Admin State : LACP Active, LACP Short Actor Operation Key : 1000 Actor Operation State : LACP Active, LACP Short, Aggregation, Synchronization, Collecting, Distributing

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actor-sysprio

Partner Admin System ID : Partner Admin System Priority : Partner Admin Key : Partner Admin Port : Partner Admin Port Priority : Partner Admin State : Partner Operation System ID : Partner Operation System Priority : Partner Operation Key : Partner Operation Port : Partner Operation Port Priority : Partner Operation State : Partner Collector Max Delay : LACP LACP Marker Marker Marker Response Marker Response


Rx Tx Rx Tx Rx Tx



00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 50 (tens of microseconds) 2 67518 0 0 0 0 Current 2007-08-30,14:03:30 Distributing (Partner.Coll == TRUE) No Churn No Churn 2 1 1 0 0 0

RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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add lag

add lag Create a Link Aggregation Group (LAG). SECURITY Provisioning

LEVEL Configure LAGs

S YNTAX add lag lagid lagname lacpcontrol adminstate lacpcontrol primaryinterface secondaryinterface sysprio collectormaxdelay linkupdowntrap

lagid

Sets the Link Aggregation Group (LAG) identificatifier. Only lag-1 is supported as a valid entry. Text string containing a locally significant name for the Aggregator. Valid entry must be up to 255 characters long and consist of a-z, A-Z, 0-9, and _@#$%^*-+=:;.?(){}[]|? Spaces are not allowed.

lagname

lacpcontrol

adminstate

primaryinterface

Detemines whether or not the Link Aggregation Control Protocol (LACP) is enabled or disabled for the LAG. When disabled, the LAG will ignore LACP frames for the purpose of selecting the “active” link, and will select its “active” link solely upon the status of the two WAN links. Valid entries are enabled or disabled . Enables or disables LAG, or places the LAG group in the testing state. Valid entries are disable, enable or testing. Selects the Primary Member of the LAG. Only valid entry is WAN identifier e1000-wan-1.

secondaryinterface Selects the Secondary Member of the LAG. Only valid entry is WAN identifier e1000-wan-2. sysprio Actor system priority. The Actor System Priority value is used to determine which of two Aggregators participating in a LAG assumes the “primary” role. A lower value implies higher priority. Valid entry is 0 to 65535. collectormaxdelay Collector Maximum Delay. Collector Max Delay (in tens of microseconds) which will be sent to the LAG partner via LACP. Valid entry is 0 to 65535. linkupdowmtrap

Link Up/Dowm Trap. Enables or disables Link up/down notification. Valid entries are enabled or disabled .

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags

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add lag

config:lags--> add lag lag-1 lag-1 enabled enable e1000-wan-1 e1000-wan-2 32768 50 enabled config:lags--> show lag lag-1 Link Aggregator: lag-1 LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA : Actor Aggregate Capable : Actor System Mac Address : Actor System ID : Actor System Priority : Actor Admin Key : Actor Operation Key : Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Tx OK : Octets Rx OK : Frames Tx OK : Frames Rx OK : Frames Discarded On Tx : Frames Discarded On Rx : Frames With Tx Errors :

Enabled Enabled Disabled LAG-1 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 50 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a Enabled 00:0B:90:00:40:49 00:0B:90:00:40:48 32768 1000 1000 00:0B:90:00:40:48 32768 1000 50 (tens of microseconds) 0 0 0 0 0 0 0




RELATED COMMANDS actor-sysprio adminstate lag-control

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lagname linkstatus-trap no lag show lag

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collector-max-delay

collector-max-delay Edit LAG collector max delay.


LEVEL Configure LAG

S YNTAX

collector-max-delay cmdelay

cmdelay

Collector Max Delay (in tens of microseconds) which will be sent to the LAG partner via LACP. Valid range is 50 to 65535.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> collector-max-delay 100 config:lag--> show lag lag-1

Link Aggregator: lag-1 LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA : Actor Aggregate Capable : Actor System Mac Address : Actor System ID : Actor System Priority : Actor Admin Key : Actor Operation Key :

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Enabled Enabled Disabled LAG-1 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 100 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a Enabled 00:0B:90:00:40:49 00:0B:90:00:40:48 32768 1000 1000


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Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Tx OK : Octets Rx OK : Frames Tx OK : Frames Rx OK : Frames Discarded On Tx : Frames Discarded On Rx : Frames With Tx Errors :

00:0B:90:00:40:48 32768 1000 50 (tens of microseconds) 0 0 0 0 0 0 0




RELATED COMMANDS actor-sysprio adminstate lag-control lagname linkstatus-trap show lag

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lag-control

lag-control Edit Link Aggregation Control Protocol (LACP) control. Detemines whether or not LACP is enabled or disabled for the LAG.


LEVEL Configure LAG

S YNTAX

lag-control {enabled | disabled }

enabled disabled

Enable use of LACP frames for the purpose of selecting the “active” link. When disabled, the LAG will ignore LACP frames for the purpose of selecting the “active” link, and will select its “active” link solely upon the status of the two WAN links.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> lag-control enabled config:lag--> show lag lag-1

Link Aggregator: lag-1

LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA :

Enabled Enabled Disabled LAG-1 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 50 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a

Actor Aggregate Capable : Enabled Actor System Mac Address : 00:0B:90:00:40:49

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lag-control

Actor System ID : Actor System Priority : Actor Admin Key : Actor Operation Key : Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Tx OK : Octets Rx OK : Frames Tx OK : Frames Rx OK : Frames Discarded On Tx : Frames Discarded On Rx : Frames With Tx Errors :

00:0B:90:00:40:48 32768 1000 1000 00:0B:90:00:40:48 32768 1000 50 (tens of microseconds) 0 0 0 0 0 0 0




RELATED COMMANDS actor-sysprio adminstate collector-max-delay lagname linkstatus-trap show lag

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lagname

lagname Edit LAG name.


LEVEL Configure LAG

S YNTAX

lagname lagname

lagname

Text string containing a locally significant name for the Aggregator. Valid entry must be up to 255 characters long and consist of a-z, A-Z, 0-9, and _@#$%^*-+=:;.?(){}[]|? Spaces are not allowed.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> lagname justsoyoucantell config:lag--> show lag lag-1

Link Aggregator: lag-1 LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA : Actor Aggregate Capable : Actor System Mac Address : Actor System ID : Actor System Priority :

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Enabled Enabled Disabled justsoyoucantell 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 50 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a Enabled 00:0B:90:00:40:49 00:0B:90:00:40:48 32768


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Actor Admin Key : 1000 Actor Operation Key : 1000 Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Tx OK : Octets Rx OK : Frames Tx OK : Frames Rx OK : Frames Discarded On Tx : Frames Discarded On Rx : Frames With Tx Errors :





RELATED COMMANDS actor-sysprio adminstate collector-max-delay lag-control linkstatus-trap show lag

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linkstatus-trap

linkstatus-trap Edit LAG link status trap notification. SECURITY Provisioning

LEVEL Configure LAG

S YNTAX linkstatus-trap {enabled | disabled }

enabled disabled

Enables link status notification. Disables link status notification.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> linkstatus-trap enabled config:lag--> show lag lag-1

Link Aggregator: lag-1 LACP Control : Adminsitration State : Operational State : LAG Name : LAG Description : Last Op-State Change Time : Data Rate : System Collector Max Delay : Collector Max Delay : Link Status Trap : Associated Ports : Active Port : Loopback : Swap SA/DA : Actor Aggregate Capable : Actor System Mac Address : Actor System ID : Actor System Priority : Actor Admin Key :

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Enabled Enabled Disabled LAG-1 1:1 Protection only 2007-08-29,20:30:37 1,000,000,000 50 (tens of microseconds) 50 (tens of microseconds) Enabled e1000-wan-1, e1000-wan-2 e1000-wan-1 None n/a Enabled 00:0B:90:00:40:49 00:0B:90:00:40:48 32768 1000


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linkstatus-trap

Actor Operation Key : 1000 Partner System ID : Partner System Priority : Partner Operation Key : Partner Collector Max Delay : Octets Tx OK : Octets Rx OK : Frames Tx OK : Frames Rx OK : Frames Discarded On Tx : Frames Discarded On Rx : Frames With Tx Errors :





RELATED COMMANDS actor-sysprio adminstate collector-max-delay lag-control lagname show lag

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no lag

no lag Delete a Link Aggregation Group (LAG). SECURITY Provisioning

LEVEL Configure LAGs

S YNTAX

no lag lag-1 GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> no lag lag-1 config:lags--> show lag lag-1 Error: Specified node not found by path

RELATED COMMANDS add lag show lag

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partner-adminkey

partner-adminkey Edit LAG port partner administration key. SECURITY Provisioning


S YNTAX

partner-adminkey adminkey

adminkey

Defines the LAG port partner’s administration key. Valid range is 0 to 65535.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-adminkey 1000 config:lag_port--> show lagport lag-port-1


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partner-adminkey



Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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partner-adminport

partner-adminport Edit LAG port partner administration port number. SECURITY Provisioning


S YNTAX

partner-adminport portnum

portnum

Defines the LAG port partner administration port number. Valid range is 0 to 65535.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-adminport 1 config:lag_port--> show lagport lag-port-1


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partner-adminport



Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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partner-adminportprio Edit LAG port partner administration port priority. SECURITY Provisioning


S YNTAX

partner-adminportprio portprio

portprio

Defines the priority value of the LAG port partner. Valid range is 0 to 65535.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-adminportprio 1 config:lag_port--> show lagport lag-port-1


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Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminsysid partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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partner-adminsysid

partner-adminsysid Edit LAG port partner administration system ID. SECURITY Provisioning


S YNTAX

partner-adminsysid partnerid

partnerid

Defines the MAC address that uniquely identifies the partner system for the LAG.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-adminsysid 00:0B:90:00:40:48 config:lag_port--> show lagport lag-port-1

LAG Port: lag-port-1 Actor Selected Aggregator ID : 1 Actor Attached Aggregator ID : 1 Actor Aggregate Capable : True Actor System ID : 00:0B:90:00:40:48 Actor System Priority : 32768 Actor Admin Key : 1000 Actor LACP Control : Enabled Actor Port : 1 Actor Port Priority : 1 Actor Admin State : LACP Active, LACP Short Actor Operation Key : 1000 Actor Operation State : LACP Active, LACP Short, Aggregation, Synchronization, Collecting, Distributing

Partner Admin System ID : Partner Admin System Priority : Partner Admin Key : Partner Admin Port :

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partner-adminsysid



Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysprio partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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partner-adminsysprio Edit LAG port partner administration system priority. SECURITY Provisioning


S YNTAX

partner-adminsysprio sysprio

sysprio

Identifies the Partner Administration System Priority value. Valid range is 0 to 65535. An entry of 0 indicates that there is no partner member.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-adminsysprio 32768 config:lag_port--> show lagport lag-port-1

LAG Port: lag-port-1 Actor Selected Aggregator ID : 1 Actor Attached Aggregator ID : 1 Actor Aggregate Capable : True Actor System ID : 00:0B:90:00:40:48 Actor System Priority : 32768 Actor Admin Key : 1000 Actor LACP Control : Enabled Actor Port : 1 Actor Port Priority : 1 Actor Admin State : LACP Active, LACP Short Actor Operation Key : 1000 Actor Operation State : LACP Active, LACP Short, Aggregation, Synchronization, Collecting, Distributing Partner Admin System ID : 00:0B:90:00:40:48 Partner Admin System Priority : 32768 Partner Admin Key : 1000

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Partner Admin Port : Partner Admin Port Priority : Partner Admin State : Partner Operation System ID : Partner Operation System Priority : Partner Operation Key : Partner Operation Port : Partner Operation Port Priority : Partner Operation State : Partner Collector Max Delay : LACP LACP Marker Marker Marker Response Marker Response


Rx Tx Rx Tx Rx Tx



1 1 LACP Active, LACP Short 00:0B:90:00:40:48 32768 1000 1 1 LACP Active, LACP Short 50 (tens of microseconds) 2 67518 0 0 0 0 Current 2007-08-30,14:03:30 Distributing (Partner.Coll == TRUE) No Churn No Churn 2 1 1 0 0 0

RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-lacp-activity partner-lacp-timeout show lagport lag-port-n

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partner-lacp-activity Edit LAG port partner LACP activity. SECURITY Provisioning


S YNTAX

partner-lacp-activity {active | passive} Sets Partner LACP control value to the active state.

active passive

Sets Partner LACP control value to the passive state.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-lacp-activity active config:lag_port--> show lagport lag-port-1


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Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-timeout show lagport lag-port-n

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partner-lacp-timeout Edit LAG port partner LACP timeout. SECURITY Provisioning


S YNTAX

partner-lacp-timeout {long | short} Sets long LAG port Partner LACP Timeout control value.

long short

Sets short LAG port Partner LACP Timeout control value.

GUIDELINES N/A

EXAMPLES --> configure protection-groups config:pg--> configure lags config:lags--> lag lag-1 config:lag--> port lag-port-1 config:lag_port--> partner-lacp-timeout short config:lag_port--> show lagport lag-port-1


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Rx Tx Rx Tx Rx Tx




RELATED COMMANDS actor-lacp-activity actor-lacp-control actor-lacp-timeout actor-portprio actor-sysprio partner-adminkey partner-adminport partner-adminportprio partner-adminsysid partner-adminsysprio partner-lacp-activity show lagport lag-port-n

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Chapter 3 EOS Ethernet Service Commands

3.1

Overview

This section defines the physical Ethernet interface and service configuration commands available. These commands are available under the configure interface and configure flow hierarchy.

Table 3-1 Interface and Service Configuration Commands Summary Command

Description

accept

Define the interface’s acceptable frame policy.

add ce-vlan

Add a VLAN member to a flow.

add flow

Create a new flow on a UNI.

add policer

Add a Policer to a connection-oriented flow with Multi COS.

add queue

Add a Queue to a connection-oriented flow with Multi COS.

adminstate

Change the administrative state of the interface.

assignstate

Assign or un-assign the interface.

bridge-action

Set MAC-Bridge action when table is full.

bridge-aging-time

Set aging time for MAC-Bridge table entries.

bridge-table-size

Set MAC-Bridge table size.


Clear PM statistics counters for a policer.


Clear PM statistics counters for a queue.

clear stats

Clear PM statistics counters for an entity.

cos-mode

Set the Class Of Service (COS) mode for a connection-oriented VLAN port.

cpd-filter

Set the Control Protocol Disposition filter for an interface or flow.

cpd-filter custom

Set the custom Control Protocol Disposition filter for an interface or flow.

circuit-name

Set the circuit name.

ctag

Set the C-Tag for the service.

ctag-ethertype

Set the C-Tag Type for the WAN.

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Table 3-1 Interface and Service Configuration Commands Summary (Continued) Command

Description

description

Set the text description for the UNI.

dhcp

Enable or disable DHCP on the interface.

ed-cosmap

Edit the Class Of Service (COS) Map.

egress-buffersize

Set the egress buffer size for a flow or interface.

egress-cbs

Set the egress Committed Burst Size (CBS) for a service.

egress-cir

Set the egress Committed Information Rate for a flow or interface.

egress-ebs


egress-eir


egress-limiting

Enable or disable egress limiting.

egress-pop-vid

Set pop PVID on egress frames.

ether-type

Set custom CPD filter ethertype and mask.

evc-mode

Set the EVC mode to Transparent or Flow-VLAN.

flowcontrol

Enable or disable 802.3x flow control on the interface.

flush bridge-table

Flush MAC-Bridge table entries.

ingress-buffersize

Set the ingress buffer size for a flow or interface.

ingress-cbs


ingress-cir

Set the ingress Committed Information Rate for a flow or interface.

ingress-ebs


ingress-eir


ingress-push-pvid

Set push PVID on ingress.


Enable Access Control List (ACL) function on the specified management tunnel.

local-link-id

Set the local link id for remote fault propagation messages.

mac

Set the custom CPD filter mac address and mask.

media

Set the media type of copper/fiber interfaces.

no ce-vlan

Remote a CE VLAN from a flow.

no cpd-filter

Remove a CPD filter.

no flow

Delete a flow from a UNI.


Disable Access Control List (ACL) function from the specified management tunnel.

no policer

Remove a Policer from a connection-oriented flow with Multi COS.

no propagate-fault

Clear fault propagation.

no queue

Remove a Queue from a a connection-oriented flow with Multi COS.

no remote-link-ids

Remove Remote Link Id association from interface.

policer

Edit a Policer.

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Table 3-1 Interface and Service Configuration Commands Summary (Continued) Command

Description

portmode

Set the port mode.

port-vlan-tag

Set a port’s default VLAN tag value.

prio-vlan-id

Set the VLAN ID to be used for priority-tagged frames in client ports.

propagate-fault

Set the fault propagation mode for an interface.

qq-ethertype

Set the outer Ethertype value for stacked-tag frames.

queue

Set the egress queue buffer size.

remote-link-ids

Map Remote Link Ids in fault propagate message to interface.

ripv2

Enable or disable RIPv2 routing protocol messages for management tunnels.

speed

Set the interface speed.

stag

Set the S-Tag for the service.

stag-ethertype

Set the S-Tag type for the WAN.

sub-type

Set custom CPD filter subtype and mask.

tagged-frame

Set tagged frame support.

threshold

Set the Threshold Crossing Alert (TCA) level for an interface, flow, policer or queue.

trunking

Enable or disable VLAN trunking for a multi-flow VLAN port.

untagged-frame

Set untagged frame support.

untagged-traffic

Set this flow to handle untagged frames.

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accept

accept Set the acceptable frame policy for an interface. This defines which frames are accepted.



S YNTAX

accept {all | vlan}

all vlan

Set acceptable frame policy to all frames. Set acceptable frame policy to only vlan frames.

GUIDELINES This option is only valid when the port EVC Mode is set to multi-flow. The Acceptable Frame Policy allows an interface to accept all frames or only VLAN-tagged frames. When set to all, the port accepts both tagged and untagged frames. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To configure the acceptable frame policy at the port:

--> configure interface e100-lan-1 config:if(e100)--> accept all config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Port VLAN ID : 1-0 Priority VLAN ID: 1 Acceptable Frame Policy : All <... output truncated...>

RELATED COMMANDS adminstate almattr assignstate cos-mode cpd-filter

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accept

cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface speed threshold trunking

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add ce-vlan

add ce-vlan Add a customer VLAN member to a flow. To remove a VLAN member from a flow, use the no ce-vlan option.



S YNTAX

add ce-vlan member member

The VLAN member format specifies VLAN ID and Priority, separated by a ‘-’ (dash). The Priority value is optional. Valid VLAN ID values are 0..4095. Valid Priority values are 0..7. If the Priority value is not specified, all priority values for that VLAN ID are accepted. A maximum of 64 members can be defined for a single flow. If no value is supplied, this flow becomes the default flow for the port, i.e., all the VLAN IDs that don’t belong to any other flow on the port belongs to this flow. Multiple members are not allowed.

GUIDELINES This option is only valid when EVC Mode is set to multi-flow and a flow has been defined. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface and flow identifiers.

EXAMPLES To add a VLAN member:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-1 config:flow--> add ce-vlan 2-2 config:flow--> show flow fid-2-1 Flow: fid-2-1 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions :

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Bank#103 Regular Disabled None 0 0 Enabled None 0 0 Disabled Disabled


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add ce-vlan

VLAN Members : 100-1,100-2,100-3, 2-2 Ingress Policers | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0


RELATED COMMANDS adminstate cos-mode egress-buffersize egress-cir egress-limiting ingress-buffersize ingress-cir no ce-vlan no flow show flow port-vlan-tag prio-vlan-id show flow show flows untagged-traffic

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add flow

add flow Add a flow to an interface. To remove a flow, use the no flow option.



S YNTAX

add flow flowid circuitname co {single | multi} cir eir cbs ebs buffersize ctag ctagctrl [vidoptprio] stag stagctrl [vidprio] [members] add flow flowid circuitname cl cir eir cbs ebs buffersize ctag push [vidoptprio] stag push [vidprio] [members]

flowid

circuitname

Defines the Flow Identifier (FID) for this flow. Up to 400 flows can be created for the system. Each of the four 10/100 Ethernet Client interfaces can support a maximum of 100 flows. The LAN-5 1 Gb Ethernet Client interface can support a maximum of 400 flows. Flow format is fid-port-flowid. Example: fid-1-3. Defines the circuit name.

cl co multi

Connection-less. Connection-oriented. Multi COS. Enables Multi Class Of Service (COS).If Enabled, up to 8 Ingress Policers and 8 Egress Policers may be provisioned. Multi COS can only be set to the Enabled state if COS Map Mode is set to anything other than None for the facility.

single

Single COS. Disables Multi Class Of Service (COS). If Disabled, one Ingress Policer and one Egress Policer are provisionable.

cir

Defines the ingress committed information rate for this flow identifier. Entry is in bps. If Single COS is set, one Ingress CIR setting is allowed for the FID. If Multi COS is set, then up to 8 Ingress CIR Policer Settings are allowed. If LAN port CIRs on the (this value CIRs on the

speed < WAN port speed, then the sum of all Ingress LAN port may be <= to 1.10 times the speed of the LAN is designated as LPS* below). The sum of all Ingress LAN port may not exceed the speed of the WAN port.

Where the sum of all Ingress CIRs on the LAN port + the sum of all Ingress EIRs on the LAN port = Ingress PIR (Peak Information Rate) for the LAN port: Ingress PIR must be <= LPS* or the WAN port speed, whichever is less. The sum of Ingress PIRs of all ports/flows/policers must not exceed the speed of the WAN. The combined Ingress CIR of all transparent service/flows plus the size of the WAN management tunnel (if present) and/or WAN EFM-OAM (if enabled) cannot exceed the speed of the WAN. (WAN management tunnel utilizes 256 Kbps. WAN EFM-OAM, if enabled, utilizes 64 Kbps. If both a WAN management tunnel is provisioned and WAN EFM-OAM is enabled, 256 Kbps is utilized.)

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add flow

eir

Defines the ingress Excess Information Rate for this flow identifier. Entry is in bps. If Ingress CIR is set to 0, then an Ingress EIR value of 0 cannot be entered. If Ingress CIR is set to 0, then an Ingress EIR value of 64 Kbps or greater must be entered (if a value of 1 bps through a value less than 64 Kbps is entered, then the value will automatically be rounded up to 64 Kbps). If Single COS is set, one Ingress EIR setting is allowed for the FID. If Multi COS is set, then up to 8 Ingress EIR Policer Settings are allowed. (See cir for definition of LPS* and Ingress PIR): Ingress PIR must be <= LPS* or the WAN port speed, whichever is less. The sum of Ingress PIRs of all ports/flows/policers must not exceed the speed of the WAN.

cbs

Defines the Ingress Committed Burst Size (CBS) for this flow, in bps. If Single COS is set, one Ingress CBS setting is allowed for the FID. If Multi COS is set, then up to 8 Ingress CBS Policer Settings are allowed. CBS cannot be less than CIR in

bytes/millisecond. ebs

Defines the Ingress Excess Burst Size (EBS) for this flow, in bps. If Multi COS is set to the Disabled state, one Ingress EBS setting is allowed for the FID. If Multi COS is set to the Enabled state, then up to 8 Ingress EBS Policer Settings are allowed. EBS cannot

be less than CIR in bytes/millisecond. EBS cannot be less than EIR in bytes/millisecond. buffersize

ctagctrl

vidoptprio

Defines the Ingress buffer size, in Kilobytes. This resource is allocated in 64 K Byte segments. User input is allocated in 64 K Byte increments - rounded up to the next closest segment. Buffer Size cannot be less than Ingress CBS. This option is only available if single COS is set. If multi COS is set, use the add queue command to add the buffersize for a policer. Defines the behavior of the C-Tag VLAN ID (to be specified). Options available for connection-oriented flows are none, push, pushvid , swaptag and swapvid . The only option available for connection-less flows is push. If flow Type is set to Default and C-Tag Control is set to None, no other FIDs can be added to this port. If C-Tag Control is set to None, then C-Tag VLAN ID cannot be entered. If C-Tag Control is set to None, Swap VID or Push VID, C-Tag VLAN Priority cannot be entered. Defines the C-Tag VLAN ID and optional priority. If C-Tag Control is set to None, then C-Tag VLAN ID cannot be entered. All C-Tag and S-Tag VLAN ID-Priority tuple values must not conflict on the WAN port. (For example: A service with C-Tag PUSH 100-0, S-Tag PUSH 100-0 will conflict with another service with the same C-Tag and S-Tag. A service with C-Tag PUSH 100-0, S-Tag None will conflict with another service with C-Tag None, S-Tag PUSH 100-0. A TLS service with C-Tag PUSH 100-0, S-Tag NONE will conflict with a Flow with VLAN Member 100-0, C-Tag NONE and S-Tag NONE.)

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add flow

stagctrl

Defines the behavior of the S-Tag VLAN ID (to be specified). Options available for connection-oriented flows are none and push. The only option available for connection-less flows is push. Defines the S-Tag VLAN Priority. Valid entries are 0 through 7. If S-Tag Control is set to None, S-Tag VLAN Priority cannot be entered.

vidprio

All C-Tag and S-Tag VLAN ID-Priority tuple values must not conflict on the WAN port (see S-Tag VLAN ID). members

VLAN members. The VLAN member format is VLAN ID-Priority. The valid values for VLAN ID are 0..4095. Valid values for Priority are “null” or 0..7. If the Priority value is not specified, all the priority values for that VLAN ID belongs to the Flow Identifier (FID). A maximum of 64 members can be defined for a given FID. If no value is supplied, this FID becomes the default FID for the port, i.e., all the VLAN IDs that don’t belong to any other FID on the port belongs to this FID. To enter multiple members, enter a comma between each member, without spaces, i.e., 200-2,300-2.

GUIDELINES This option is only valid when the EVC Mode of the interface is set to multi-flow, and the administration state of the interface is enabled. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To add a connection-oriented flow:

--> configure interface e100-lan-2 config:if(e100)--> add flow fid-2-1 FID-1 co single 1024000 0 1 0 128 ctag push 100-1 stag push 200-2 100-1,100-2 config:if(e100)--> show flow fid-2-1 Flow: fid-2-1 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions : VLAN Members :

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FID-1 Regular Disabled Push 100 1 Enabled Push 200 2 Disabled Disabled 100-1,100-2


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RELATED COMMANDS add policer add queue adminstate cos-mode egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid no flow port-vlan-tag prio-vlan-id qq-ethertype show flow show flow $flow cpd-filters show flow $flow stats show flow $flow thresholds show flows speed threshold trunking

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add policer

add policer Add an ingress or egress policer to a flow. To remove a policer from a flow, use the no policer command. To edit a policer, use the policer command.



S YNTAX

add policer egress policerid cir eir cbs ebs add policer ingress policerid cir eir cbs ebs queueid policerid cir

Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0. Defines the ingress committed information rate for this flow identifier. Entry is in bps. If Single COS is set, one Ingress CIR setting is allowed for the FID. If Multi COS is set, then up to 8 Ingress CIR Policer Settings are allowed. If LAN port speed < WAN port speed, then the sum of all Ingress CIRs on the LAN port may be <= to 1.10 times the speed of the LAN (this value is designated as LPS* below). The sum of all Ingress CIRs on the LAN port may not exceed the speed of the WAN port. Where the sum of all Ingress CIRs on the LAN port + the sum of all Ingress EIRs on the LAN port = Ingress PIR (Peak Information Rate) for the LAN port: Ingress PIR must be <= LPS* or the WAN port speed, whichever is less. The sum of Ingress PIRs of all ports/flows/policers must not exceed the speed of the WAN. The combined Ingress CIR of all transparent service/flows plus the size of the WAN management tunnel (if present) and/or WAN EFM-OAM (if enabled) cannot exceed the speed of the WAN. (WAN management tunnel utilizes 256 Kbps. WAN EFM-OAM, if enabled, utilizes 64 Kbps. If both a WAN management tunnel is provisioned and WAN EFM-OAM is enabled, 256 Kbps is utilized.)

eir


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cbs




be less than CIR in bytes/millisecond. EBS cannot be less than EIR in bytes/millisecond. Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0

queueid

GUIDELINES If Multi COS is Enabled, then up to 8 Ingress Policers and 8 Egress Poicers are allowed. A maximum of 100 policing flows may be created per 10/100 Ethernet LAN port (LAN-1 to LAN 4). A maximum of 400 policing flows may be created for the 1 G Ethernet LAN port (LAN-5). A maximum of 400 policing flows may be created per system. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface, flow, policer and queue identifiers.

EXAMPLES To add a Policer:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> add policer egress pol-2-4-1 1024000 0 1 0 config:flow--> show flow fid-2-4

show flow fid-2-4 Flow: fid-2-4 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions : VLAN Members :


Total Ingress CIR: 1024000 (bps) Maximum Ingress EIR: 0 (bps)

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add policer

Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID | BufferSize (KB) | |----- |---------| 0 | 128 Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) |----- |---------| 0 | 1024000 | 1 | 1024000


RELATED COMMANDS cos-mode no policer show flow

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add queue

add queue Add a queue to a flow. To remove a queue from a flow, use the no queue command. To edit a queue, use the queue command.



S YNTAX

add queue queueid buffersize Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0

queueid

buffersize Defines the queue buffer size, in Kilobytes. This resource is allocated in 64 K Byte segments. User input is allocated in 64 K Byte increments - rounded up to the next closest segment. Buffer Size cannot be less than CBS. This option is only available if multi COS is set.

GUIDELINES If Multi COS is Enabled, then up to 8 Ingress/Egress Policers/Queues are allowed. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface, flow and queue identifiers.

EXAMPLES To add a queue:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> add queue que-2-4-1 128 config:flow--> show flow fid-2-4

show flow fid-2-4 Flow: fid-2-4 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic :

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Egress Rate Limiting : Enabled CPD Dispositions : VLAN Members : 444-1 Total Ingress CIR: 1024000 (bps) Maximum Ingress EIR: 0 (bps) Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID |----| 0 | 1

| BufferSize (KB) | |---------| 128 | 128

Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) |----- |---------| 0 | 1024000 | 1 | 1024000


RELATED COMMANDS cos-mode no queue queue show flow show flows

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adminstate

adminstate Set the administrative state of an interface or service. The administrative state controls the generation of alarms and event reports. When an entity is in the administratively enabled state, it is fully operational. To set the administration state of a Maintenance End Point, see adminState .


LEVEL Configure Interface Configure LAG Aggregator Configure Power-Supply Configure Remote Authentication Server Test Interface

S YNTAX

adminstate {enable | disable | testing}

enable

Set administrative state to enabled. Interface or service is fully operational. Alarms will be generated if faults are detected. Traffic is enabled.

disable

Set administrative state to disable. Interface or service is down. No alarms are generated. The port or service may still carry traffic. Set administrative state to testing. Applies to interface entities only. No alarms are generated. The interface may be placed in loopback mode, or port diagnostics may be executed.

testing

GUIDELINES The Administrative state is different than the Operational state of an entity. An entity can be Administratively enabled, but may be Operationally disabled by a fault or condition. Some provisioning operations cannot be performed on a service or an interface entity unless it is placed in the disable state. An interface must be placed in the testing state prior to execution of diagnostics or prior to operating loopbacks on the port. The setting cannot be changed from the testing state if the facility is in loopback state. The loopback must be released before changing from the testing state. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid entity names.

EXAMPLES To configure a port to administrative disable state:

--> configure interface e100-lan-1 config:if(e100)--> adminstate disable config:if(e100)--> show interface e100-lan-1

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adminstate

E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Disabled Operational State : Enabled <... output truncated...>

To configure a Remote Authentication server to administrative enabled state:

--> configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> adminstate enable config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1

Administrative State : IP Address : Port : Priority : Timeout : Retries : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets : Error Packets : Timeouts :

Enabled 0.0.0.0 1812 First 3 3 0 0 0 0 0 0 0

RELATED COMMANDS adminState assignstate authprotocol authtype clear stats diag ip-address loopback-port loopback-port-timed loopback swap-address loopback-vlan nas-ip-address port priority

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adminstate

retries secret show interface show lag show power-supply show remote-authentication show remote-authentication server timeout

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assignstate

assignstate Enable or disable the “assign” state of an interface or service. The disabled state disables traffic on a service or interface while maintaining all interface configuration parameters. In the disabled state, no traffic is carried. In the enabled state, the interface or service operates normally.


LEVEL Configure Interface Configure Power-Supply

S YNTAX

assignstate {enable | disable}

enable

disable

Set assign state to enabled (in service). Interface or service is fully operational (in service). Alarms will be generated if faults are detected. Set assign state to disable. Port or service is down (no traffic) but maintains all configuration settings. No alarms are generated. Disable state is not allowed if the Administate is set to Testing.

GUIDELINES The assign state may be used to temporarily disable traffic on an interface or service for non-paymen t of account. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface and power supply names.

EXAMPLES To configure the port to the out of service state:

--> configure interface e100-lan-2 config:if(e100)--> assignstate disable config:if(e100)--> show interface e100-lan-2 E100 Interface: e100-lan-2 Description : ETHERNET-LAN Assigned State : Disabled Administrative State : Enabled Operational State : Disabled <... output truncated...>

RELATED COMMANDS adminstate show interface show power-supply

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bridge-action

bridge-action Set the bridge action for a connection-less LAN port.



S YNTAX

bridge-action { block | flood }

block

Block when bridge table is full.

flood

Flood when bridge table is full.

GUIDELINES This option is only applicable to connection-less Flow VLAN interfaces. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To block when bridge table is full:

--> configure interface e100-lan-3 config:if(e100)--> bridge-action block config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State : MAC Address : Media : MDIX Type : MTU : Interface Speed : Negotiated Speed :

Circuit Name : Port Mode :

ETHERNET-LAN Enabled Enabled Enabled 00:0B:90:00:44:25 Copper Auto 2000 Auto Negotiating LAN-3 Connection-less

Bridge Aging Time : 300 Bridge Action : Block Bridge Table Size : 4095 Outer Tag Ethertype : 0x8100 Fault Propagation :

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bridge-action

Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

0 3 3 None n/a


RELATED COMMANDS accept adminstate almattr assignstate bridge-action bridge-aging-time bridge-table-size cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show bridge-table show interface speed threshold trunking

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bridge-aging-time

bridge-aging-time Set the bridge aging time for a connection-less LAN port.



S YNTAX

bridge-aging-time secs

secs

Number of seconds for bridge aging time, in seconds. Forwarding entry will be removed from the forwarding table after an inactivity time represented by this entry. Valid range is 10 to 1000000 (sec). Default is 300 (sec).


EXAMPLES To set the bridge aging time:

--> configure interface e100-lan-3 config:if(e100)--> bridge-aging-time 300 config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State : MAC Address : Media : MDIX Type : MTU : Interface Speed : Negotiated Speed :

Circuit Name : Port Mode :

ETHERNET-LAN Enabled Enabled Enabled 00:0B:90:00:44:25 Copper Auto 2000 Auto Negotiating LAN-3 Connection-less

Bridge Aging Time : 300 Bridge Action : Block Bridge Table Size : 4095 Outer Tag Ethertype : 0x8100

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bridge-aging-time

Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

None 0 3 3 None n/a



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bridge-table-size

bridge-table-size Set the bridge table size for a connection-less LAN port.



S YNTAX

bridge-table-size tblsz MAC forwarding table size. Valid range is 1 to 4095. Default is 4095.

tblsz


EXAMPLES To set the bridge table size:

--> configure interface e100-lan-3 config:if(e100)--> bridge-table-size 4095 config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State : MAC Address : Media : MDIX Type : MTU : Interface Speed : Negotiated Speed :

Circuit Name : Port Mode : Bridge Aging Time : Bridge Action : Bridge Table Size : Outer Tag Ethertype : Fault Propagation : Fault Propagation Delay : Local Link ID :

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ETHERNET-LAN Enabled Enabled Enabled 00:0B:90:00:44:25 Copper Auto 2000 Auto Negotiating LAN-3 Connection-less 300 Block 4095 0x8100 None 0 3


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bridge-table-size

Remote Link IDs : Loopback : Swap SA/DA :

3 None n/a



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clear policer $policer stats Clear PM statistics counters for a policer.



S YNTAX

clear policer {egress | ingress} policerid stats bin timeperiod Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0. Current bin (0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. This option is not available for Remote Authentication server. Time period bin (15min or 1day). This option is not available for Probes or Remote Authentication server.

policerid bin

timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid interface, flow and policer identifier naming conventions.

EXAMPLES To clear Policer statistics counters:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> clear policer ingress pol-2-4-0 stats 0 1day config:flow--> show policer ingress pol-2-4-0 stats all current 1day Statistics (1day) for Ingress Policer: pol-2-4-0 Current[0]: ABR : FMG : FMRD : FMY : FMYD :

0 0 0 0 0

RELATED COMMANDS clear queue $queue stats clear stats help montypes show policer $policer stats

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clear queue $queue stats Clear PM statistics counters for a queue.



S YNTAX

clear queue queueid stats bin timeperiod Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0 Current bin (0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. This option is not available for Remote Authentication server. Time period bin (15min or 1day). This option is not available for Probes or Remote Authentication server.

queueid bin

timeperiod

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid interface, flow and queue identifier naming conventions.

EXAMPLES To clear Policer statistics counters:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> clear queue que-2-4-0 stats 0 1day config:flow--> show queue que-2-4-0 stats all all 1day Statistics (1day) for Queue: que-2-4-0 Current[0]: ABRRL : BT: BTD : FD: FTD :

0 0 0 0 0

RELATED COMMANDS clear policer $policer stats clear stats help montypes show queue $queue stats

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clear stats

clear stats Clear PM statistics counters for an entity.


LEVEL Configure Interface Configure Flow Configure Remote Authentication Server Configure Probe

S YNTAX

clear stats bin timeperiod clear stats bin clear stats

bin

timeperiod

Current bin (0), previous bin (1) or one of the historical bins (2 to 32), 32 being the oldest bin. This option is not available for Remote Authentication server. Time period bin (15min or 1day). This option is not available for Probes or Remote Authentication server.

GUIDELINES No bin or timeperiod entries are required for Remote Authentication (RADIUS) server counters. For Remote Authentication Server, this command is only applicable if authprotocol is set to radius. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for valid interface and flow identifier naming conventions.

EXAMPLES To clear LAN statistics counters:

--> configure interface e100-lan-1 config:if(e100)--> clear stats 1 1day config:if(e100)--> show interface e100-lan-1 stats all 1 1day Statistics (1day) for E100 Interface: e100-lan-1 Historical [1]: 2006-01-03 APFD: AUFD: ABR-RL: ABR-RX: ABR-TX: BT-RX: ESBF: ESBP: ESBS:

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00:00:00 0 0 0 0 0 0 0 0 0


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clear stats

ESC: ESCAE: ESDE: ESF: ESFS: ESJ: ESMF: ESMP: ESO: ESOP: ESP: ESP64: ESP65: ESP128: ESP256: ESP512: ESP1024: ESP1519: ESUF: ESUP: FD-RX: FD-TX: FTD-RX: FTD-TX: L2CPFD: L2CPFP: LBC: OPT: OPR:

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

To clear Remote Authentication (RADIUS) server statistics counters:

--> configure remote-authentication config:rem-auth--> server server-1 config:rem-auth-svr--> clear stats config:rem-auth-svr--> show remote-authentication server server-1 Remote Authentication Server: server-1 Administrative State : IP Address : Port : Priority : Timeout : Retries : Requests Sent : Retransmissions : Accept Packets : Reject Packets : Challenge Packets :

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Enabled 0.0.0.0 1812 First 3 3 0 0 0 0 0


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Error Packets : 0 Timeouts : 0

Note:


--> configure esa config:esa--> probe Houston config:probe--> clear stats 0 config:probe--> show stats all 0 Statistics for ESA Probe: Houston Current [0]: P2R-PKT R2P-PKT P2R-ERR-PKT R2P-ERR-PKT LOST-PKT LATE-PKT SEQ-GAPS OUTOFSEQ-ERR P2R-LOST-PKTS R2P-LOST-PKTS P2R-SYNC-ERR MIN-RTDELAY MAX-RTDELAY

0 0 0 0 0 0 0 0 0 0 0 0 0


RELATED COMMANDS help montypes show flow $flow stats show interface $interface stats show probe $probe stats show remote-authentication server show stats

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cos-mode

cos-mode Set the class of service (COS) mode for a connection-oriented VLAN port. This setting identifies the COS mode used to maps frames to the low latency or normal latency queues. It may also be used to re-map 802.1p priority bits on incoming frames. Set Class of Service mode for an Etherjack Connection Performance Analyzer diagnostic test stream.


LEVEL Configure Interface Configure ECPA Stream

S YNTAX

cos-mode {8021p | dscp | none | tos}

8021p dscp none tos

8021P default COS mapping table is created as shown in Table 3-3. DSCP default COS mapping table is created as shown in Table 3-2. No class of service (all frames are equal priority). TOS default COS mapping table is created as shown in Table 3-4.

GUIDELINES The Class of Service priority mapping table defines the latency characteristics applied to an ingress frame based on the priority classification method in effect. The classification method can be set to one of: TOS, 802.1p or DSCP. When the cos-mode is set to anything other than none, a COS Mapping Table is created. This table contains an entry corresponding to each numeric value of the CoS parameter. For TOS and 802.1p modes, the table contains eight entries; for DSCP mode, the table contains 64 entries. Each entry in the mapping table defines whether an ingress frame with that CoS value is treated with normal or low latency emission priority. In addition, a table entry can specify how to map between the CoS value and the 802.1p bits for the frame. This allows 802.1p bit re-mapping. This option is only applicable when the port is in multi-flow EVC mode. A COS Map Mode table can be changed only if there are no flows defined on the UNI. The mapping table is edited with the ed-cosmap command. Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names. The following tables identify the default COS Mapping Tables for 8081P (8021P), DSCP and TOS.

Table 3-2 DSCP Default COS Mapping Table

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Index

PRIO Control

New Priority Bits

Latency

0 to 31

None

N/A

NRML

32 to 63

None

N/A

LO


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Table 3-3 8021P Default COS Mapping Table Index

PRIO Control

New Priority Bits

Latency

0

None

N/A

NRML

1

None

N/A

NRML

2

None

N/A

NRML

3

None

N/A

NRML

4

None

N/A

NRML

5

None

N/A

LO

6

None

N/A

LO

7

None

N/A

LO

Table 3-4 TOS Default COS Mapping Table Index

PRIO Control

New Priority Bits

Latency

0

None

N/A

NRML

1

None

N/A

NRML

2

None

N/A

NRML

3

None

N/A

NRML

4

None

N/A

NRML

5

None

N/A

LO

6

None

N/A

LO

7

None

N/A

LO

EXAMPLES To set the class of service mode for a multi-flow VLAN port:

--> configure interface e100-lan-2 config:if(e100)--> cos-mode none config:if(e100)--> show interface e100-lan-2 E100 Interface: e100-lan-2 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Port VLAN ID: 100-2 Priority VLAN ID : 1 Acceptable Frame Policy : All

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cos-mode

Egress VLAN Trunking : Enabled COS Map Mode : None <... output truncated...>

To set the class of service mode for an ECPA stream: --> configure ecpa stream ecpa-stream-1 config:stream--> cos-mode tos config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :


RELATED COMMANDS cosmap-mode ed-cosmap show cosmap show ecpa stream show interface

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cpd-filter

cpd-filter Set the Control Protocol Disposition (CPD) for a WAN, LAN or Flow.


LEVEL Configure Interface Configure Flow

S YNTAX

cpd-filter protocol(discard | pass | peer)

protocol

discard

pass peer

The CPD filter to edit. Valid entries are: bpdu, bridge-group, cisco-group, custom , efm-oam , garp-group, gmrp, gvrp, lacp, lacp-marker, lan-bridge and port-based . When set to Discard, the CPD frames are discarded and counted. In order to set a flow to discard , the corresponding port must be set to peer for that protocol type. When set to Pass, the CPD frames are transported transparently through the system. When set to Peer, the CPD frames are counted and forwarded. The option of Peer is not applicable to a flow or lacp.

GUIDELINES The sum of all management tunnels plus a ll Control Protocol Disposition (CPD) filters cannot exceed 16. To delete a CPD filter, use the no cpd-filter command. Default has WAN EFM-OAM set to Peer and all LAN interfaces have EFM-OAM set to Discard. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To enter a LAN cpd filter disposition:

--> configure interface e100-lan-1 config:if(e100)--> cpd-filter bpdu discard config:if(e100)--> show interface e100-lan-1 cpd-filters CPD Filters for: e100-lan-1 | Filter | Disposition | |------------------ |------------------ | | Custom | Discard | | BPDU | Discard | | EFM OAM | Peer |

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cpd-filter

RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show cpd-filters show flow $flow cpd-filters show interface $interface cpd-filters show system cpd-filters show system custom-cpd-filter sub-type

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cpd-filter custom

cpd-filter custom Set the Control Protocol Disposition (CPD) custom filter for system, WAN, LAN or Flow.


LEVEL Configure Interface Configure Flow Configure System

S YNTAX

cpd-filter custom (discard | pass | peer)

discard

pass peer

When set to Discard, the CPD frames are discarded and counted. In order to set a flow to discard , the corresponding port must be set to peer for that protocol type. When set to Pass, the CPD frames are transported transparently through the system. When set to Peer, the CPD frames are counted and forwarded. The option of Peer is not available for a flow.

GUIDELINES Prior to setting the custom filter disposition, first create the custom filter parameters using the ether-type, mac and/or sub-type commands. The sum of all management tunnels plus all Control Protocol Disposition (CPD) filters cannot exceed 16. To delete a CPD filter, use the no cpd-filter command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To enter a LAN custom cpd filter disposition:

--> configure interface e100-lan-1 config:if(e100)--> cpd-filter custom discard config:if(e100)--> show interface e100-lan-1 cpd-filters CPD Filters for: e100-lan-1 | Filter | Disposition | |------------------ |------------------ | | Custom | Discard | | BPDU | Discard | | EFM OAM | Peer |

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cpd-filter custom

RELATED COMMANDS cpd-filter ether-type mac no cpd-filter show cpd-filters show flow $flow cpd-filters show interface $interface cpd-filters show system cpd-filters show system custom-cpd-filter sub-type

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circuit-name

circuit-name Set the circuit name.



S YNTAX

circuit-name circuitname

circuitname

Assigns a circuit name to the port. Allowed characters are: a-z, A-Z, 0-9, and _@#$%^*-+=:;.?(){}[]|? Spaces are not allowed.


EXAMPLES To configure the circuit name of a port:

--> configure interface e100-lan-1 config:if(e100)--> circuit-name BankOne config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State :


MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled

Circuit Name : BankOne Port Mode : Connection-oriented <... output truncated...>

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circuit-name

RELATED COMMANDS show flow show interface

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ctag

ctag Edit a C-Tag control option of an interface or flow.


LEVEL Configure Flow Configure Interface

S YNTAX

ctag {none | push | pushvid | swaptag | swapvid } {vidoptprio} {disable | enable}

vidoptprio

Defines the C-Tag VLAN ID and optional priority. If C-Tag Control is set to None, then C-Tag VLAN ID cannot be entered. All C-Tag and S-Tag VLAN ID-Priority tuple values must not conflict on the WAN port. (For example: A service with C-Tag PUSH 100-0, S-Tag PUSH 100-0 will conflict with another service with the same C-Tag and S-Tag. A service with C-Tag PUSH 100-0, S-Tag None will conflict with another service with C-Tag None, S-Tag PUSH 100-0. A TLS service with C-Tag PUSH 100-0, S-Tag NONE will conflict with a Flow with VLAN Member 100-0, C-Tag NONE and S-Tag NONE.)

disable enable

Disable matching of C-Tag priority to Receive priority. This option is only allowed if C-Tag Control is set to Push. Enable matching of C-Tag priority to Receive priority. This option is only allowed if C-Tag Control is set to Push.

GUIDELINES Defines the C-Tag control/behavior of the C-Tag VLAN ID (to be specified). Options available for connection-oriented flows are none, push, pushvid, swaptag and swapvid. Options available for a LAN port are none and push. The only option available for connection-less flows is push. If flow Type is set to Default and C-Tag Control is set to None, no other FIDs can be added to this port. If C-Tag Control is set to None, then C-Tag VLAN ID cannot be entered. If C-Tag Control is set to None, Swap VID or Push VID, C-Tag VLAN Priority cannot be entered. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To edit a C-Tag control option of a flow:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow --> ctag push 7-0 enable config:flow --> show flow fid-2-4

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ctag

Flow: fid-2-4 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority :

FID-1 Regular Enabled Push 7 0 Enabled Push 7 0


RELATED COMMANDS ctag-ethertype show flow show interface stag stag-ethertype

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ctag-ethertype

ctag-ethertype Set the WAN C-Tag Ethertype.



S YNTAX

ctag-ethertype ethertype ethertype Ethertype setting specified in hex (e.g., 0x8100).

GUIDELINES Although not defined in the IEEE standards, several vendors allow a different Ethertype value to be used to identify frames which contain stacked VLAN tags. This feature allows the WAN interface to be configured to conform to such non-standard third party vendor interfaces for all traffic. When a frame with stacked VLAN tags is transmitted on the interface, the Ethertype value in the frame header is set to the value specified by the qq-ethertype parameter. Frames containing only a single VLAN tag are transmitted with the IEEE standard Ethertype of “0x8100”. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid WAN interface names.

EXAMPLES To set the network outer tag ethertype:

--> configure interface e1000-wan-1 config:if(e1000)--> ctag-ehtertype 0x8100 config:if(e1000)--> show interface e1000-wan-1 E1000 WAN Interface: e1000-wan-1 Administrative State Operational State : Physical Address : Media : MTU : Interface Speed : Negotiated Speed : MDIX Type : Flowcontrol Receive : FlowControl Send : S-Tag Ethertype C-Tag Ethertype Fault Propagation : Fault Propagation Delay :

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ctag-ethertype

Loopback : Swap SA/DA :

None n/a


RELATED COMMANDS ctag show interface qq-ethertype stag stag-ethertype

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description

description Provide a text string to identify the User Network Interface (UNI) represented by the physical port. This string helps you to remember which customer and service is associated with a port.



S YNTAX

description [string ]

string

A text string - maximum 64 characters in length, within quotes. To remove the description information, specify a null string in the argument: description ““.

GUIDELINES Provide enough information for troubleshooting and circuit location. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To enter a LAN port circuit description:

--> configure interface e100-lan-1 config:if(e100)--> description “Bank of Texas, 100 W. Main, Dallas, VPN cct 15” config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1

Description : Bank of Texas, 100 W. Main, Dallas, VPN cct 15 Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...>

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description

cpd-filter cpd-filter custom ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface speed tagged-frame threshold trunking untagged-frame

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dhcp

dhcp Enable or disable Dynamic Host Configuration Protocol (DHCP) on the management LAN (mgmt-lan) interface or on the management tunnel associated with a LAN or WAN port.


LEVEL Configure Interface Configure Mgmttnl

S YNTAX

dhcp {enable | disable}

enable disable

Enable DHCP on the specified interface. Disable DHCP on the specified interface.

GUIDELINES At the configure interface level, this option is only applicable for the management LAN interface (mgmt-lan). At the configure mgmttnl level, DHCP can be enabled or disabled on a customer LAN or WAN port which has a defined management tunnel. Only one interface on the system may have DHCP enabled. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To disable DHCP on the management LAN interface:

--> configure interface mgmt-lan config:if(mgmt)--> dhcp disable config:if(mgmt)--> show interface mgmt-lan Management Tunnel: mgmt-lan Administrative State : Operational State : MAC Address : MTU : Interface Speed : Negotiated Speed : DHCP : RIPv2 :

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dhcp

To disable DHCP on the WAN interface:

-->configure mgmttnl e1000-wan-1 config:mgmttnl(e1000)--> dhcp disable config:mgmttnl(e1000)--> show mgmttnl e1000-wan-1 Management Tunnel: e1000-wan-1 Tunnel Mode : Encapsulation : Tunnel VLAN ID : Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address : Subnet Mask : MAC Address : DHCP : RIPv2 : ACL Inbound Filtering :


RELATED COMMANDS encapsulation ip-address mode ripv2 show interface show mgmttnl tunnel-vid

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ed-cosmap

ed-cosmap Edit the class of service (COS) map for a multi-flow VLAN port. The COS map table maps frames to the low latency or the normal latency service queues. It may also be used to re-map 802.1p priority bits on incoming frames.



S YNTAX

ed-cosmap index COSlevel COSmap prio

index

COSlevel COSmap

prio

Incoming COS mapping table index selection. The following ranges of Indexes are: 0...7 if cos-mode is set to 802.1P or TOS, 0...63 if cos-mode is set to DSCP. This parameter defines the new priority: 0...7. Priority Control. Valid entries are swap and none. This parameter controls the behavior of the Priority portion of the frame. If none is entered, the incoming priority bits are left unchanged. If swap is entered, the incoming priority bits are changed by the value specified in the PRIO parameter. New priority bits. This parameter defines the priority bits to be used. Valid only if prioctrl is set to swap. Valid entries are 0 to 7.

GUIDELINES The Class of Service priority mapping table defines the latency characteristics applied to an ingress frame based on the priority classification method in effect. The classification method can be set to one of: TOS, 802.1p or DSCP. When the cos-mode is set to anything other than none, a COS Mapping Table is created. This table contains an entry corresponding to each numeric value of the CoS parameter. For TOS and 802.1p modes, the table contains eight entries; for DSCP mode, the table contains 64 entries. Each entry in the mapping table defines whether an ingress frame with that CoS value is treated with normal or low latency emission priority. In addition, a table entry can specify how to map between the CoS value and the 802.1p bits for the frame. This allows 802.1p bit re-mapping. This option is only applicable when the port is in multi-flow EVC mode. A COS Map Mode table can be changed only if there are no flows defined on the UNI. The following tables identify the default COS Mapping Tables for 8081P (8021P), DSCP and TOS. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

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ed-cosmap

Table 3-5 8021P Default COS Mapping Table Index

PRIO Control

New Priority Bits

Latency

0

None

N/A

NRML

1

None

N/A

NRML

2

None

N/A

NRML

3

None

N/A

NRML

4

None

N/A

NRML

5

None

N/A

LO

6

None

N/A

LO

7

None

N/A

LO

Table 3-6 DSCP Default COS Mapping Table Index

PRIO Control

New Priority Bits

Latency

0 to 31

None

N/A

NRML

32 to 63

None

N/A

LO

Table 3-7 TOS Default COS Mapping Table Index

PRIO Control

New Priority Bits

Latency

0

None

N/A

NRML

1

None

N/A

NRML

2

None

N/A

NRML

3

None

N/A

NRML

4

None

N/A

NRML

5

None

N/A

LO

6

None

N/A

LO

7

None

N/A

LO

EXAMPLES To set the class of service mode:

--> configure interface e100-lan-2 config:if(e100)--> ed-cosmap 0 2 swap 3 config:if(e100)--> show cosmap e100-lan-2

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ed-cosmap

Interface COS Map: e100-lan-2 | Index |----------| 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7

| Prio Control | New Priority | Policer COS | |------------- |------------- |------------- | | Swap | 3 | 2 | | none | -1 | 1 | | none | -1 | 2 | | none | -1 | 3 | | none | -1 | 4 | | none | -1 | 5 | | none | -1 | 6 | | none | -1 | 7 |

RELATED COMMANDS cos-mode cosmap-mode show cosmap

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egress-buffersize

egress-buffersize Set the egress buffersize for a UNI or EVC. This is specified in bytes.



S YNTAX

egress-buffersize buffersize

buffersize Defines the buffer size, in Kilobytes, for the normal latency queue. Valid range: 64 to 33400 Kilobytes.

GUIDELINES Buffersize is specified at the port level for a Transparent mode interface. Buffersize is specified at the flow level for a Multi-flow service. Buffersize specifies the amount of buffer memory which is allocated to a service’s normal latency queue. If dual-CoS mode is enabled, the size of the low latency queue is fixed at 64 kB. The amount of buffer memory is fixed for each system. Buffer memory should be allocated fairly across all interfaces on the system. The amount of buffer assigned to a service dictates the amount of bursting supported on the service and larger buffer sizes will translate into larger delays for packets should the buffer become full. This option is only available if egress-limiting is set to enable. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To configure a port buffersize:

--> configure interface e100-lan-1 config:if(e100)--> egress-buffersize 128 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128

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egress-buffersize

Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-cir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface speed threshold tagged-frame threshold trunking untagged-frame

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egress-cbs

egress-cbs Set the egress Committed Burst Size (CBS) for a service in bits per second.



S YNTAX

egress-cbs cbs

cbs

Defines the egress Committed Burst Size (CBS) for this service (in bps). This option is only available if Egress Rate Limiting is set to the Enabled state.

GUIDELINES This option is only available if egress-limiting is set to enable. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To set a port egress CBS:

--> configure interface e100-lan-1 config:if(e100)--> egress-cbs 1 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13

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egress-cbs

Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-ebs egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-cir ingress-ebs ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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egress-cir

egress-cir Set the egress Committed Information Rate (CIR) for a service in bits per second. Egress limiting allows control over the bandwidth of egress traffic toward the customer LAN port.



S YNTAX

egress-cir cir cir

Defines the egress Committed Information Rate (CIR) for this service (in bps). This option is only available if Egress Rate Limiting is set to the Enabled state. Egress CIR must not exceed the speed of the LAN.


EXAMPLES To set a port egress CIR:

--> configure interface e100-lan-1 config:if(e100)--> egress-cir 1024000 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128

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egress-cir


RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-ebs egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-cir ingress-ebs ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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egress-ebs

egress-ebs Set the egress Excess Burst Size (CBS) for a service in bits per second.



S YNTAX

egress-ebs ebs

ebs

Defines the egress Egress Burst Size (EBS) for this service (in bps). This option is only available if Egress Rate Limiting is set to the Enabled state.


EXAMPLES To set a port egress EBS:

--> configure interface e100-lan-1 config:if(e100)--> egress-ebs 13 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13

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egress-ebs

Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-cir egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-cir ingress-ebs ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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egress-eir

egress-eir Set the egress Excess Information Rate (EIR) for a service in bits per second. Egress limiting allows control over the bandwidth of egress traffic toward the customer LAN port.



S YNTAX

egress-eir eir

eir

Defines the egress Excess Information Rate (EIR) for this service (in bps). This option is only available if Egress Rate Limiting is set to the Enabled state. If Egress CIR is set to 0, then an Egress EIR value of 0 cannot be entered. If Egress CIR is set to 0, then an Egress EIR value of 64 Kbps or greater must be entered (if a value of 1 bps through a value less than 64 Kbps is entered, then the value will automatically be rounded up to 64 Kbps). Where Egress CIR + Egress EIR = Egress PIR (Peak Information Rate): Egress PIR must not exceed the speed of the LAN.


EXAMPLES To set a port egress CIR:

--> configure interface e100-lan-1 config:if(e100)--> egress-eir 99008000 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000

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egress-eir

Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-cir egress-ebs egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-cir ingress-ebs ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow

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egress-eir

show interface speed threshold tagged-frame threshold trunking untagged-frame

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egress-limiting

egress-limiting Enable or disable egress limiting for an interface. Egress limiting allows the operator to control the bandwidth of egress traffic transmitted toward the customer LAN port. The operator can assign egress rate limits independent of the ingress rate limits to create asymmetric flows.



S YNTAX

egress-limiting {enable | disable}

enable

Enable egress-limiting for the interface.

disable Disable egress-limiting for the interface.

GUIDELINES If egress-limiting is set to enable, then egress-buffersize, egress-cbs, egress-cir , egress-ebs and egress-eir options may be provisioned. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To set egress-limiting at the port:

--> configure interface e100-lan-3 config:if(e100)--> egress-limiting disable config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State :



EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled

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egress-limiting

Egress CIR : Egress EIR: Egress CBS : Egress EBS : Egress Buffer Size :

1024000 99008000 1 13 128

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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egress-pop-vid

egress-pop-vid Enable or disable pop port VLAN ID on egress frames.



S YNTAX

egress-pop-vid {enable | disable}

enable

Enable pop port VLAN ID on egress frames.

disable

Disable pop port VLAN ID on egress frames. Default is disable.

GUIDELINES This option is only available for ports in Flow VLAN mode ( evc-mode is set to multi-flow). Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.


--> configure interface e100-lan-1 config:if(e100)--> egress-pop-vid disable config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Push PVID On Ingress : Enabled Pop PVID On Egress : Disabled Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

None 0 2 None n/a

RELATED COMMANDS accept adminstate

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egress-pop-vid

almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting evc-mode flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface speed threshold tagged-frame threshold trunking untagged-frame

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ether-type

ether-type Set the custom Control Protocol Disposition (CPD) filter ethertype and mask.


LEVEL Configure CPD Filter Custom

S YNTAX

ether-type ethertype mask

ethertype

Ethertype in hexidecimal, e.g. 79CD

mask

Etherype mask in hexidecimal, e.g. 000D

GUIDELINES An active custom filter cannot be edited.

EXAMPLES To enter a custom cpd filter ethertype and mask:

--> configure system config:sys--> cpd-filter custom config:cpd--> ether-type 79CD 000D config:cpd--> show system custom-cpd-filter Custom CPD Filter Information: MAC Address: Ether Type: Sub Type:


RELATED COMMANDS cpd-filter cpd-filter custom mac no cpd-filter show cpd-filters show flow $flow cpd-filters show interface $interface cpd-filters show system cpd-filters show system custom-cpd-filter sub-type

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evc-mode

evc-mode Set the Ethernet Virtual Circuit (EVC) mode for a UNI.



S YNTAX {multi-flow | tls} evc-mode

multi-flow Multi-flow Virtual LAN (VLAN) service. tls Transparent LAN Service (TLS).

GUIDELINES

WARNING — Changing EVC Mode on a port will drop all traffic on the port, including Management Tunnel connectivity and Maintenance End Points.

In transparent mode, all frames are treated equally without regar d to VLAN, priority or other classification features. In this mode, all frames belong to the same group and are forwarded on a single service definition. All service parameters are associated with the UNI. In multi-flow mode, frames may be classified into one or more flows on the basis of VLAN or priority classification . Service parameters are associated with each flow. When changing evc-mode to multi-flow, the default is Connection-oriented multi-flow VLAN mode. To change to Connection-less multi-flow VLAN mode, first change the evc-mode, then change the portmode to Connection-less . Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set EVC mode:

--> configure interface e100-lan-1 config:if(e100)--> evc-mode tls config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State : MAC Address :

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evc-mode

Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Circuit Name : Port Mode :

EVC Mode :

LAN-3 Connection-oriented

Transparent


RELATED COMMANDS accept adminstate almattr assignstate bridge-action bridge-aging-time bridge-table-size cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid flowcontrol ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface

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evc-mode

speed threshold tagged-frame threshold trunking untagged-frame

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flowcontrol

flowcontrol Set the flow control (IEEE 802.3x PAUSE frames) on an Ethernet interface. Both transmit and receive directions can be set independently.



S YNTAX

flowcontrol {receive | send } {enable | disable}

receive

send

enable disable

Selects the receive direction flow control setting. This defines whether the interface will honor flow control frames from the remote Ethernet device. Selects the send direction flow control setting. This defines whether the interface will generate flow control frames in response to diminishing internal buffer resources. Enables flow control generation or reception. Disables flow control generation or reception.

GUIDELINES IEEE 802.3x flow control or PAUSE frames can be used to regulate the amount of traffic received on an Ethernet interface. Combined with traffic rate calculation mechanisms, PAUSE frames provide a rudimentary means of limiting bandwidth on a Transparent LAN service. A port can be configured to generate flow control frames based on the bandwidth allocated to the service. If the customer sends more traffic, the port will issue PAUSE frames to rate limit the customer traffic to the defined bandwidth. A port can also be configured to respond to PAUSE frames from a customer. When so enabled, a port will honor PAUSE frame requests from a client and will suspend transmission. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To disable flow control in both send and receive directions:

--> configure interface e100-lan-1 config:if(e100)--> flowcontrol receive disable config:if(e100)--> flowcontrol send disable config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : Assigned State : Administrative State : Operational State : MAC Address :

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flowcontrol

Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Disabled 802.3 PAUSE Control Send : Disabled <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface speed threshold trunking

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flush bridge-table

flush bridge-table Clear a MAC bridge filtering and forwarding tables.



S YNTAX

flush bridge-table

GUIDELINES This command is used to clear a MAC bridge table from a connection-less Flow VLAN interface. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To flush a MAC bridge table:

--> configure interface e100-lan-3 config:if(e100)--> flush bridge-table config:if(e100)--> show bridge-table forward List of Forwarding Entries: ------------------------------------------------------------------Index MAC C-TAG S-TAG SrcPort -------------------------------------------------------------------

RELATED COMMANDS bridge-action bridge-aging-time bridge-table-size show bridge-table

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ingress-buffersize

ingress-buffersize Set the ingress buffersize for a UNI or EVC. This is specified in bytes.



S YNTAX

ingress-buffersize buffersize

buffersize Defines the buffer size, in Kilobytes, for the normal latency queue. Valid range: 64 to 33400 Kilobytes.

GUIDELINES Buffersize is specified at the port level for a Transparent mode interface. Buffersize is specified at the flow level for a Multi-flow service. Buffersize specifies the amount of buffer memory which is allocated to a service’s normal latency queue. If dual-CoS mode is enabled, the size of the low latency queue is fixed at 64 kB. The amount of buffer memory is fixed for each system. Buffer memory should be allocated fairly across all interfaces on the system. The amount of buffer assigned to a service dictates the amount of bursting supported on the service and larger buffer sizes will translate into larger delays for packets should the buffer become full. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To configure a port buffersize:

--> configure interface e100-lan-1 config:if(e100)--> ingress-buffersize 64000 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled

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ingress-buffersize

Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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ingress-cbs

ingress-cbs Set the ingress Committed Burst Size (CBS) for a service in bits per second.



S YNTAX

ingress-cbs cbs

cbs

Defines the ingress Committed Burst Size (CBS) for this service (in bps).


EXAMPLES To set a port ingress CBS:

--> configure interface e100-lan-1 config:if(e100)--> ingress-cbs 1 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

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ingress-cbs

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-cir egress-ebs egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir ingress-ebs ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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ingress-cir

ingress-cir Set the ingress Committed Information Rate (CIR) for a service in bits per second.



S YNTAX

ingress-cir cir

cir

Defines the ingress Committed Information Rate (in bps) for this service. If LAN port speed < WAN port speed, then an Ingress CIR value of 0 to 1.10 times the speed of the LAN may be entered (this value is designated as LPS* below). Ingress CIR may not exceed the speed of the WAN port. Where Ingress CIR + Ingress EIR = Ingress PIR (Peak Information Rate): Ingress PIR must be <= LPS* or the WAN port speed, whichever is less. The combined Ingress CIR of all transparent service/flows plus the size of the WAN management tunnel (if present) and/or WAN EFM-OAM (if enabled) cannot exceed the speed of the WAN. (WAN management tunnel utilizes 256 Kbps. WAN EFM-OAM, if enabled, utilizes 64 Kbps. If both a WAN management tunnel is provisioned and WAN EFM-OAM is enabled, 256 Kbps is utilized.)


EXAMPLES To set a port ingress CIR:

--> configure interface e100-lan-1 config:if(e100)--> ingress-cir 1024000 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled

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ingress-cir

Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-cir egress-ebs egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-ebs ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype

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ingress-cir

remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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ingress-ebs

ingress-ebs Set the ingress Excess Burst Size (CBS) for a service in bits per second.



S YNTAX

ingress-ebs ebs ebs

Defines the ingress Egress Burst Size (EBS) for this service (in bps). This option is only available if Egress Rate Limiting is set to the Enabled state.


EXAMPLES To set a port ingress EBS:

--> configure interface e100-lan-1 config:if(e100)--> ingress-ebs 0 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1 Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

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ingress-ebs

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-cir egress-ebs egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-cir ingress-eir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface speed threshold tagged-frame threshold trunking untagged-frame

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ingress-eir

ingress-eir Set the ingress Excess Information Rate (EIR) for a service in bits per second.



S YNTAX

ingress-eir eir

eir

Defines the ingress Excess Information Rate (EIR) for this service (in bps). If Ingress CIR is set to 0, then an Ingress EIR value of 0 cannot be entered. If Ingress CIR is set to 0, then an Ingress EIR value of 64 Kbps or greater must be entered (if a value of 1 bps through a value less than 64 Kbps is entered, then the value will automatically be rounded up to 64 Kbps). Where Ingress CIR + Ingress EIR = Ingress PIR (Peak Information Rate): Ingress PIR must be <= LPS* or the WAN port speed, whichever is less.


EXAMPLES To set a port ingress CIR:

--> configure interface e100-lan-1 config:if(e100)--> ingress-eir 0 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled Ingress CIR: 1024000 Ingress EIR : 0 Ingress CBS : 1

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ingress-eir

Ingress EBS : 0 Ingress Buffer Size : 128 Egress Rate Limiting : Disabled Egress CIR : 1024000 Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cbs egress-cir egress-ebs egress-eir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cbs ingress-cir ingress-ebs ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show flow show interface

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ingress-eir

speed threshold tagged-frame threshold trunking untagged-frame

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ingress-push-pvid

ingress-push-pvid Set Push port VLAN ID on Ingress.



S YNTAX {enable | disable} ingress-push-pvid

enable disable

Enable push port VLAN ID on ingress (default). Disable push port VLAN ID on ingress.

GUIDELINES This option is only available for ports in Connection-oriented Flow VLAN mode ( evc-mode is set to multi-flow and portmode is set to Connection-oriented ). Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set push port VLAN ID on ingress:

--> configure interface e100-lan-1 config:if(e100)--> ingress-push-pvid enable config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Push PVID On Ingress : Enabled Pop PVID On Egress : Disabled Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback Type : Swap SA/DA :

None 0 2 None n/a


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ingress-push-pvid

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode flowcontrol ingress-buffersize ingress-cir local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface speed threshold tagged-frame threshold trunking untagged-frame

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ip access-group system in Enable Access Control List (ACL) on the management LAN interface or a management tunnel.



S YNTAX

ip access-group system in GUIDELINES This option is available on the management LAN interface as well as on management tunnels. Refer to Entity Naming Conventions, on Page 1-7 for a list of valid interface names for each product type. The system supports the defining of up to 10 IP addresses or subnetworks and Network Masks using the access-list system command. Individual IP address/subnetwork addresses can be disabled using the no access-list system command. The ACL list can be viewed using the show ip access-list system command. To disable ACL on a management tunnel or the management LAN interface, use the no ip access-group system in command.

EXAMPLES To enable ACL on the management LAN interface:

--> configure interface mgmt-lan config:if(mgmt)--> ip access-group system in config:if(mgmt)--> show interface mgmt-lan Management Tunnel: mgmt-lan Administrative State : Operational State : MAC Address : MTU : Interface Speed : Negotiated Speed : DHCP : RIPv2 : ACL Inbound Filtering :

Enabled Enabled 00:0B:90:00:60:A0 1500 Auto 100 Mb Full Duplex Disabled Disabled Enabled

To enable ACL on the WAN management tunnel interface:

--> configure mgmttnl e1000-wan-1 config:mgmttnl(e1000-wan)--> ip access-group system in config:mgmttnl(e1000-wan)--> show mgmttnl e1000-wan-1

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Management Tunnel: e1000-wan-1 Tunnel Mode : Encapsulation : Tunnel VLAN ID : Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address : Subnet Mask : MAC Address : DHCP : RIPv2 : ACL Inbound Filtering :

VLAN Based Ethernet 4095 Enabled 4095 0.0.0.0 255.255.255.0 00:0B:90:00:60:A1 Disabled Disabled Enabled

RELATED COMMANDS access-list system dhcp encapsulation ip-address mode no ip access-group system in no access-list system show interface show ip access-list system show mgmttnl tunnel-stag tunnel-stag-vid tunnel-vid

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local-link-id

local-link-id Set the Local Link ID value for a LAN port for use in Remote Link Down fault propagation messages to indicate a failure on this port.



S YNTAX

local-link-id id

id

Defines the Local Link ID for the LAN port to indicate which port is faulted. Valid entries are: 1 to 5.

GUIDELINES Local Link ID is only configurable if Fault Propagation is set to “Send EFM RLD Msg”. Fault propagation allows the system to send an IEEE 802.3ah EFM message on the WAN port in response to a failure detected on a client LAN port. This EFM message is referred to as a “Remote Link Down” message and contains a single parameter, the “local link id”, indicating which port is experiencing the fault. On the remote system receiving this message, the “local link id” parameter is used to map the fault to one of the remote client LAN ports. In this manner, a system can “propagate” a link fault fro m a local client LAN port to a remote client LAN port. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set a LAN port to propagate an EFM-RLD message:

--> configure interface e100-lan-1 config:if(e100)--> local-link-id 1 --> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Fault Propagation : None Fault Propagation Delay : 0 Local Link ID : 1 Remote Link IDs : Loopback : None Swap SA/DA : n/a <... output truncated...>

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local-link-id

RELATED COMMANDS propagate-fault remote-link-ids show interface

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mac

mac Set the custom Control Protocol Disposition (CPD) filter MAC address and mask.



S YNTAX

mac mac mask

mac mask

MAC address. Mask.


EXAMPLES To enter a custom cpd filter MAC address and mask:

--> configure system config:sys--> cpd-filter custom config:cpd--> mac 00:0B:90:02:09:00 FF:FF:FF:FF:FF:FF config:cpd--> show system custom-cpd-filter Custom CPD Filter Information:

MAC Address: Ether Type: Sub Type:


RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show cpd-filters show flow $flow cpd-filters show interface $interface cpd-filters show system show system cpd-filters show system custom-cpd-filter sub-type

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media

media Define the physical interface operating mode for an Ethernet interface. Some Ethernet ports can operate in electrical (copper) mode or in optical (fiber) mode.



S YNTAX

media {fiber | copper}

fiber

Select the optical media mode for an interface.

copper

Select the electrical media mode for an interface.

GUIDELINES Not all Ethernet interfaces support both media types. For those ports which support only copper or fiber, the media command is ignored. Some dual-mode Ethernet ports can auto-detect the media type based on which interface is “active” when a port is configured. The media command can be used to override this automatic detection, if desired. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names for ports supporting both copper and fiber interfaces.

EXAMPLES To set a Gigabit Ethernet port to operate in optical mode only:

--> configure interface e1000-lan-5 config:if(e1000)--> media copper config:if(e1000)--> show interface e100-lan-5 E1000 Interface: e1000-lan-5 Description : Assigned State : Administrative State : Operational State :


MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled <... output truncated...>

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media

RELATED COMMANDS show interface speed trunking

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no ce-vlan

no ce-vlan Delete a client VLAN member from a flow.



S YNTAX

no ce-vlan member member

VLAN member. The VLAN member format is VLAN ID-Priority. The valid values for VLAN ID are 0..4095. Valid values for Priority are “null” or 0..7. Multiple members are not allowed.

GUIDELINES This option is only valid when EVC Mode is set to multi-flow. The last VLAN member cannot be deleted. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To delete a VLAN member:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-1 config:flow--> no ce-vlan 2-2 config:flow--> show flow fid-2-1 Flow: fid-2-1 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions : VLAN Members :

Bank#103 Regular Disabled None 0 0 Enabled None 0 0 Disabled Disabled 100-1,100-2,100-3


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no ce-vlan


RELATED COMMANDS add ce-vlan no flow show flow

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no cpd-filter

no cpd-filter Delete a Control Protocol Disposition (CPD) protocol type for a WAN, LAN or Flow.



S YNTAX

no cpd-filter protocol

protocol

The CPD filter to delete. Valid entries are: bpdu, bridge-group, cisco-group, custom , efm-oam , garp-group, gmrp, gvrp, lacp, lacp-marker, lan-bridge and port-based .

GUIDELINES A CPD filter cannot be deleted if it is applied to another interface or flow (where it is set to Peer or Discard). Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To enter a LAN cpd filter disposition:

--> configure interface e100-lan-1 config:if(e100)--> no cpd-filter lacp config:if(e100)--> show interface e100-lan-1 cpd-filters CPD Filters for: e100-lan-1 | Filter | Disposition | |------------------ |------------------ | | Custom | Discard | | BPDU | Discard | | EFM OAM | Peer |

RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac show cpd-filters show flow $flow cpd-filters show interface $interface cpd-filters

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no cpd-filter

show system cpd-filters show system custom-cpd-filter sub-type

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no flow

no flow Delete a flow from a UNI.



S YNTAX

no flow flowid

flowid

port-flowid Flow Identifier (FID). Flow format is fid. Example: fid-1-3.

GUIDELINES This command is used to delete a single flow from a multi-flow UNI. To delete all flows from an interface and convert it to a transparent UNI, the evc-mode command can be applied against the UNI. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To delete a flow:

--> configure interface e100-lan-2 config:if(e100)--> no flow fid-2-3 config:if(e100)--> show flows Flows: | Name | Interface | Ingress CIR | Ingress EIR | Flow Type | |------------ |-------------- |-------------- -------------- |-------------- | | fid-2-1 | e100-lan-2 | 100000000 | 100000000 | Regular | | fid-2-2 | e100-lan-2 | 0 | 10000 | Regular | | fid-3-1 | e100-lan-3 | 10000 | 10000 | Regular | | fid-3-2 | e100-lan-3 | 0 | 10000 | Regular |

RELATED COMMANDS add flow no ce-vlan show flow show flows

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no ip access-group system in Disable Access Control List (ACL) on the management LAN interface or a management tunnel.



S YNTAX

no ip access-group system in GUIDELINES This option is available on the management LAN interface as well as on management tunnels. Refer to Entity Naming Conventions, on Page 1-7 for a list of valid interface names for each product type. The system supports the defining of up to 10 IP addresses or subnetworks and Network Masks using the access-list system command. Individual IP address/subnetwork addresses can be disabled using the no access-list system command. The ACL list can be viewed using the show ip access-list system command. To enable ACL on a management tunnel or the management LAN interface, use the ip access-group system in command.

EXAMPLES To disable ACL on the management LAN interface:

--> configure interface mgmt-lan config:if(mgmt)--> no ip access-group system in config:if(mgmt)--> show interface mgmt-lan Management Tunnel: mgmt-lan Administrative State : Operational State : MAC Address : MTU : Interface Speed : Negotiated Speed : DHCP : RIPv2 : ACL Inbound Filtering :

Enabled Enabled 00:0B:90:00:60:A0 1500 Auto 100 Mb Full Duplex Disabled Disabled Disabled

To disable ACL on the WAN management tunnel interface:

--> configure mgmttnl e1000-wan-1 config:mgmttnl(e1000-wan)--> no ip access-group system in config:mgmttnl(e1000-wan)--> show mgmttnl e1000-wan-1

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Management Tunnel: e1000-wan-1 Tunnel Mode : Encapsulation : Tunnel VLAN ID : Tunnel S-Tag : Tunnel S-Tag VLAN ID : IP Address : Subnet Mask : MAC Address : DHCP : RIPv2 : ACL Inbound Filtering :


RELATED COMMANDS access-list system dhcp encapsulation ip-address ip access-group system in mode no access-list system show interface show ip access-list system show mgmttnl tunnel-stag tunnel-stag-vid tunnel-vid

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no policer

no policer Remove an ingress or egress policer from a flow. To add a policer to a flow, use the add policer command. To edit a policer, use the policer command.



S YNTAX

no policer {egress | ingress} policerid queueid

Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface, flow and queue identifiers.

EXAMPLES To remove a Policer:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> no policer egress pol-2-4-1 config:flow--> show flow fid-2-4




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no policer

Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID | BufferSize (KB) | |----- |---------| 0 | 128 Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) |----- |---------- |---------- |----------- |---------| 0 | 1024000 | 0 | 1 | 0

RELATED COMMANDS add policer cos-mode show flow

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no propagate-fault

no propagate-fault Disable the WAN or LAN Facility Fault Propagation (WFFP, LFFP) option.



S YNTAX

no propagate-fault GUIDELINES Fault propagation is used to propagate a fault between from a WAN to LAN port, or from a LAN to WAN port. This command disables fault propagation on the selected port. For instance, to disable LAN port fault pr opagation, enter this command against the LAN interface. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To disable a LAN port fault propagation:

--> configure interface e100-lan-1 config:if(e100)--> no propagate-fault --> show interface e100-lan-1 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State :


MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Circuit Name : Port Mode : EVC Mode : Tagged Frame Support : Untagged Frame Support : Ingress CIR: Ingress EIR : Ingress CBS : Ingress EBS : Ingress Buffer Size :

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LAN-3 Connection-oriented Transparent Enabled Enabled 1024000 0 1 0 128


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no propagate-fault

Egress Rate Limiting : Egress CIR : Egress EIR: Egress CBS : Egress EBS : Egress Buffer Size : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match Receive Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Outer Tag Ethertype :

Disabled 1024000 99008000 1 13 128 Push 3 0 Enabled Push 3 0 0x8100

Fault Propagation : None Fault Propagation Delay : 120 Local Link ID : 3 Remote Link IDs: 1,2,3 Loopback : None Swap SA/DA : n/a

RELATED COMMANDS propagate-fault show interface

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no queue

no queue Remove a queue from a flow. To add a queue to a flow, use the add queue command. To edit a queue, use the queue command.



S YNTAX

no queue queuerid policerid

Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0.


EXAMPLES To remove a Policer:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> no policer egress pol-2-4-1 config:flow--> show flow fid-2-4




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no queue

Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID | BufferSize (KB) | |----- |---------| 0 | 128 Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) |----- |---------- |---------- |----------- |---------| 0 | 1024000 | 0 | 1 | 0

RELATED COMMANDS add queue cos-mode queue show flow

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no remote-link-ids

no remote-link-ids Delete all Remote Link IDs associated with a LAN port. This function is related to LAN port remote fault propagation.



S YNTAX

no remote-link-ids GUIDELINES Fault propagation allows the system to send an IEEE 802.3ah EFM message on the WAN port in response to a failure detected on a client LAN port. This EFM message is referred to as a “Remote Link Down” message and contains a single parameter, the “local link id”, indicating which port is experiencing the fault. On the remote system receiving this message, the “local link id” parameter is used to map the fault to one of the remote client LAN ports. In this manner, a system can “propagate” a link fault fro m a local client LAN port to a remote client LAN port. The remote link id parameter on the remote LAN port tells the port which Remote Link Down id it is to respond to. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To delete LAN port remote link IDs:

--> configure interface e100-lan-1 config:if(e100)--> no remote-link-ids config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Fault Propagation : Fault Propagation Delay : Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

None 0 1 None n/a

RELATED COMMANDS remote-link-ids show interface

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policer

policer Edit an ingress or egress policer to a flow. To remove a policer from a flow, use the no policer command. To add a policer to a flow, use the add policer command.



S YNTAX

policer {egress | ingress} policerid cir eir cbs ebs policerid

Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0.

cir

Defines the ingress committed information rate for this flow identifier. Entry is in bps. If Single COS is set, one Ingress CIR setting is allowed for the FID. If Multi COS is set, then up to 8 Ingress CIR Policer Settings are allowed. If LAN port speed < WAN port speed, then the sum of all Ingress CIRs on the LAN port may be <= to 1.10 times the speed of the LAN (this value is designated as LPS* below). The sum of all Ingress CIRs on the LAN port may not exceed the speed of the WAN port. Where the sum of all Ingress CIRs on the LAN port + the sum of all Ingress EIRs on the LAN port = Ingress PIR (Peak Information Rate) for the LAN port: Ingress PIR must be <= LPS* or the WAN port speed, whichever is less. The sum of Ingress PIRs of all ports/flows/policers must not exceed the speed of the WAN. The combined Ingress CIR of all transparent service/flows plus the size of the WAN management tunnel (if present) and/or WAN EFM-OAM (if enabled) cannot exceed the speed of the WAN. (WAN management tunnel utilizes 256 Kbps. WAN EFM-OAM, if enabled, utilizes 64 Kbps. If both a WAN management tunnel is provisioned and WAN EFM-OAM is enabled, 256 Kbps is utilized.)

eir


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policer

cbs




be less than CIR in bytes/millisecond. EBS cannot be less than EIR in bytes/millisecond. GUIDELINES If Multi COS is Enabled, then up to 8 Ingress Policers and 8 Egress Poicers are allowed. A maximum of 100 policing flows may be created per 10/100 Ethernet LAN port (LAN-1 to LAN 4). A maximum of 400 policing flows may be created for the 1 G Ethernet LAN port (LAN-5). A maximum of 400 policing flows may be created per system. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface, flow and policer identifiers.

EXAMPLES To edit a Policer:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> policer egress pol-2-4-1 1024000 0 1 0 config:flow--> show flow fid-2-4




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policer

Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID | BufferSize (KB) | |----- |---------| 0 | 128 Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) |----- |---------| 0 | 1024000 | 1 | 1024000


RELATED COMMANDS add policer cos-mode no policer show flow

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portmode

portmode Set the Ethernet Virtual Circuit (EVC) port mode for a UNI port.



S YNTAX } portmode {Connection-less | Connection-oriented

Connection-less Connection-oriented

Set the port mode to Connection-less flow VLAN mode. Set the port mode to Connection-oriented mode.

GUIDELINES

WARNING — Changing Port Mode on a port will drop all traffic on the port, including Management Tunnel connectivity and Maintenance End Points.

To change a port mode from Connection-oriented multi-flow VLAN mode to Connection-less , evc-mode must first be set to transparent LAN service ( tls) then change the portmode to Connection-less . Use the evc-mode command to change a Connection-oriented Transparent LAN service to Connection-oriented multi-flow VLAN.

Connection-oriented and Connection-less options require initial capitalization. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> configure interface e100-lan-3 config:if(e100)--> portmode Connection-oriented config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State : MAC Address : Media : MDIX Type : MTU : Interface Speed :

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ETHERNET-LAN Enabled Enabled Enabled 00:0B:90:02:09:23 Copper Auto 2000 Auto


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portmode

Negotiated Speed : 802.3 PAUSE Control Receive : 802.3 PAUSE Control Send : Circuit Name : Port Mode : EVC Mode :

Negotiating Enabled Enabled LAN-3 Connection-oriented Transparent


RELATED COMMANDS accept cos-mode ed-cosmap evc-mode port-vlan-tag prio-vlan-id show interface

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port-vlan-tag

port-vlan-tag Set the default port VLAN tag for a multi-flow service port. This is the VLAN which is assigned to an any untagged frames arriving on the port.



S YNTAX

port-vlan-tag vlanid-prio

vlanid-prio

Port VLAN ID and priority value assigned to untagged frames. Valid VLAN ID range: 1 to 4095. Valid priority bits: 0 to 7.

GUIDELINES This option is only applicable when the port is in multi-flow EVC mode. This parameter specifies the VLAN ID and priority bit settings used in the 802.1Q header which is pushed on an untagged ingress frame. This parameter is often referred to as the port VLAN or the default VLAN assigned to a port. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set the port vlan tag:

--> configure interface e100-lan-1 config:if(e100)--> port-vlan-tag 100-2 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Port VLAN ID: 100-2 Priority VLAN ID: 1 Acceptable Frame Policy : All <... output truncated...>

RELATED COMMANDS accept cos-mode ed-cosmap

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port-vlan-tag

egress-pop-vid evc-mode ingress-push-pvid portmode prio-vlan-id show interface

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prio-vlan-id

prio-vlan-id Set the priority VLAN ID for a multi-flow VLAN port. This is the VLAN ID used to replace the NULL VLAN ID of incoming priority tagged frames.



S YNTAX

prio-vlan-id priovlanid

priovlanid

Defines the Priority VLAN ID. This is the VLAN ID used to replace the NULL VLAN ID of the priority tagged frames. If the value is not specified by the user, the default will be the VID part of the Port VLAN ID attribute. Valid entry for priority VLAN ID is 0 to 4095.

GUIDELINES This parameter specifies the VLAN ID which is used to replace the null (zero) VLAN ID in the 802.1Q header of an incoming priority-tagged frame. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set the port vlan tag:

--> configure interface e100-lan-1 config:if(e100)--> prio-vlan-id 1 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Port VLAN ID: 100-2 Priority VLAN ID: 1 Acceptable Frame Policy : All <... output truncated...>

RELATED COMMANDS accept cos-mode

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prio-vlan-id

ed-cosmap egress-pop-vid evc-mode ingress-push-pvid portmode port-vlan-tag show interface

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propagate-fault

propagate-fault Define the WAN and LAN Facility Fault Propagation (WFFP, LFFP) mode. Fault propagation is used to notify downstream / upstream equipment about failures occurring on the LAN / WAN interface on this node. To disable the propagate fault function, use the no propagate-fault option.



S YNTAX

propagate-fault {ais | efm | rai | shutdown} propagate-fault delay seconds

ais

Propagate Alarm Indication Signal (AIS). Valid only on FSP 150CCt-312, FSP 150CCt-512, FSP 150CCs-624 and FSP 150CCs-925.

efm

Propagate Ethernet First Mile - Remote Link Down (EFM-RLD) message.

rai

Propagate Remote Alarm Indication (RAI) signal. Valid only on FSP 150CCt-312, FSP 150CCt-512, FSP 150CCs-624 and FSP 150CCs-925. Set the propagation delay. Valid entries are 0 to 3600 (seconds). A fault propagation mode must be set prior to setting the delay.

seconds

shutdown Shutdown the LAN or WAN interface.

GUIDELINES

All LAN ports must be set consistently, otherwise individual LAN port(s) may be set to None (see the no propagate-fault option). If the WAN AIS, LOS or RFI alarm notification code is set to not-reported or not-alarmed , then the Fault Propagation feature will not activate for that alarm attribute. Note that AIS default notification code for the FSP 150CCt-312, FSP 150CCt-512, FSP 150CCs-624 and FSP 150CCs-925 products are set to not-alarmed . The AIS notification code for these products will need to be changed from their defaults in order to activate the Fault Propagation feature when an AIS is detected. See almattr . Fault Propagation enables the system to propagate a fault from a LAN port to the WAN port and vice-versa. Faul t Propagation can be enabled in either direction. For example:

Customer Equipment

Link Down

Customer Equipment

Network Network

Shutdown AIS (DS3) RAI (DS3) EFM Remote Link Down (id)

Link Down AIS RAI EFM Remote Link Down (id)

Shutdown

Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

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EXAMPLES To set a LAN port to propagate an EFM-RLD message:

--> configure interface e100-lan-3 config:if(e100)--> propagate-fault efm config:if(e100)--> propagate-fault delay 120 config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State :


MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Circuit Name : Port Mode : EVC Mode : Tagged Frame Support : Untagged Frame Support : Ingress CIR: Ingress EIR : Ingress CBS : Ingress EBS : Ingress Buffer Size : Egress Rate Limiting : Egress CIR : Egress EIR: Egress CBS : Egress EBS : Egress Buffer Size : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match Receive Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Outer Tag Ethertype :

LAN-3 Connection-oriented Transparent Enabled Enabled 1024000 0 1 0 128 Disabled 1024000 99008000 1 13 128 Push 3 0 Enabled Push 3 0 0x8100

Fault Propagation : EFM Fault Propagation Delay : 120 Local Link ID : 3 Remote Link IDs: 1,2,3 Loopback : None

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propagate-fault

Swap SA/DA :

n/a

RELATED COMMANDS local-link-id remote-link-ids show interface

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qq-ethertype

qq-ethertype Set the Stacked Ethertype value to be used to inter-operate with Queue-in-Queue frames with other vendors.



S YNTAX

qq-ethertype ethertype ethertype Ethertype setting specified in hex (e.g., 0x9100).

GUIDELINES Although not defined in the IEEE standards, several vendors allow a different Ethertype value to be used to identify frames which contain stacked VLAN tags. This feature allows an interface to be configured to conform to such non-standard third party vendor interfaces. When a frame with stacked VLAN tags is transmitted on the interface, the Ethertype value in the frame header is set to the value specified by the qq-ethertype parameter. Frames containing only a single VLAN tag are transmitted with the IEEE standard Ethertype of “0x8100”. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid LAN and WAN interface names.

EXAMPLES To set a WAN port qq-ethertype:

--> configure interface e100-lan-3 config:if(e100)--> ethertype 0x8100 config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State :


... output truncated...>

EVC Mode : Tagged Frame Support : Untagged Frame Support : Ingress CIR: Ingress EIR : Ingress CBS : Ingress EBS : Ingress Buffer Size : Egress Rate Limiting : Egress CIR :

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Transparent Enabled Enabled 1024000 0 1 0 128 Disabled 1024000


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qq-ethertype

Egress EIR: 99008000 Egress CBS : 1 Egress EBS : 13 Egress Buffer Size : 128 C-Tag Control : Push C-Tag VLAN ID : 3 C-Tag VLAN Priority : 0 C-Tag Match Receive Priority : Enabled S-Tag Control : Push S-Tag VLAN ID : 3 S-Tag VLAN Priority : 0 Outer Tag Ethertype : 0x8100 ... output truncated...>

RELATED COMMANDS ctag-ethertype qq-ethertype show interface stag-ethertype

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queue

queue Edit a queue. To remove a queue from a flow, use the no queue command. To add a queue, use the add queue command.



S YNTAX

queue queueid buffersize Queue identifier. Format is que- port -flowid -queueid. Example: que-2-4-0

queueid

buffersize Defines the queue buffer size, in Kilobytes. This resource is allocated in 64 K Byte segments. User input is allocated in 64 K Byte increments - rounded up to the next closest segment. Buffer Size cannot be less than CBS. This option is only available if multi COS is set.


EXAMPLES To edit a queue:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow--> queue que-2-4-1 200 config:flow--> show flow fid-2-4

show flow fid-2-4 Flow: fid-2-4 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority : C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority : Untagged Traffic : Egress Rate Limiting : CPD Dispositions :

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FID-4 Regular Enabled Push 7 0 Enabled Push 7 0 Disabled Enabled


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queue

VLAN Members : 444-1 Total Ingress CIR: 1024000 (bps) Maximum Ingress EIR: 0 (bps) Ingress Policers: | ID | CIR (bps) | EIR (bps) | CBS (KB) | EBS (KB) | Queue | |----- |---------- |---------- |----------- |---------- |-------| | 0 | 1024000 | 0 | 1 | 0 | 0 QOS Queues: | ID |----| 0 | 1

| BufferSize (KB) | |---------| 200 | 128

Total Egress CIR: 2048000 (bps) Maximum Egress EIR: 0 (bps) Egress Policers: | ID | CIR (bps) |----- |---------| 0 | 1024000 | 1 | 1024000


RELATED COMMANDS add queue cos-mode no queue show flow

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remote-link-ids

remote-link-ids Set the Remote Link ID(s) used in propagating faults from the EFM RLD (Remote Link Down) messages. Multiple link ids may be specified to cause fault propagation from multiple remote ports. To delete all remote link IDs, use the no remote-link-ids option.



S YNTAX

remote-link-ids rlinkids

rlinkids Defines the Remote Link ID(s) to be used for matching against the Link ID in the RLD (Remote Link Down) message (1 to 5, use comma delimiting for multiple IDs, e.g., 1,2,3).

GUIDELINES The remote link id associates a remote port to the local por t for fault propagation, as shown below. More than one remote link id can be configured to allow multiple remote ports to control fault propagation on the local port.

Customer Equipment

Network Network

Shutdown

Customer Equipment

remote link ids = (2)

local link id = 2 Link Down EFM Remote Link Down (2)

EFM Remote Link Down (2)

Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set a LAN port remote link IDs:

--> configure interface e100-lan-1 config:if(e100)--> remote-link-ids 1,2,3 config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : Assigned State : Administrative State :

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ETHERNET-LAN Enabled Enabled


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remote-link-ids

Operational State : Enabled <... output truncated...> Fault Propagation : None Fault Propagation Delay : 0 Local Link ID : 1 Remote Link IDs: 1, 2, 3 Loopback Type : None Swap SA/DA : n/a

RELATED COMMANDS local-link-id propagate-fault show interface

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ripv2

ripv2 Enable or disable Routing Information Protocol V2 (RIPV2) packets on the management LAN interface or a management tunnel.



S YNTAX

ripv2 {disable | enable}

disable enable

Disable sending and receiving of RIPV2 packets (default). Enable sending and receiving RIPV2 packets.

GUIDELINES This option is available on the management LAN interface as well as on management tunnels. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names. For management tunnels where RIP is enabled, under a Denial of Service attack scenario, RIP PDUs will likely be discarded, resulting in all RIP learned routes being withdrawn from the routing table. On the GNE, this will have the affect of losing the route to the SNE.

EXAMPLES To disable RIPV2 packets on the management LAN interface:

--> configure interface mgmt-lan config:if(mgmt)--> ripv2 disable config:if(mgmt)--> show interface mgmt-lan Management Tunnel: mgmt-lan Administrative State : Operational State : MAC Address : MTU : Interface Speed : Negotiated Speed : DHCP : RIPv2 :

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Enabled Enabled 00:0B:90:00:60:A0 1500 Auto 100 Mb Full Duplex Disabled Disabled


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ripv2

RELATED COMMANDS dhcp encapsulation mode ip-address show interface tunnel-vid

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speed

speed Configure the operating speed and duplex operating mode of an Ethernet interface.



S YNTAX

speed {10full | 10half |100full |100half | auto | auto1000full | auto100full | auto100half | auto10full | auto10half}

10full

10 Mbps, full duplex.

10half 100full

10 Mbps, half duplex. 100 Mbps, full duplex.

100half auto

100 Mbps, half duplex. Enable auto-negotiation to automatically select the speed /duplex settings.

auto1000full 1 Gbps, auto-negotiation, full duplex. auto100full 100 Mbps, auto-negotiation, full duplex. auto100half auto10full auto10half

100 Mbps, auto-negotiation, half duplex. 10 Mbps, auto-negotiation, full duplex. 10 Mbps, auto-negotiation, half duplex.

GUIDELINES When set to auto, the interface will advertise all available speeds up to the highest line rate supported on the interface. For example, a Gigabit Ethernet interface (in 1000BT mode) will advertise that it can communicate at 10 Mbps, 100 Mbps and 1000 Mbps. The remote device will negotiate to the highest rate it can support. Note: not all interfaces on all ADVA devices support the full range of auto-negotiation speeds. When media is set to fiber , speed can only be changed if the port assignstate is set to disable. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To configure an interface to use only 100 Mbps:

--> configure interface e100-lan-3 config:if(e100)--> speed 100full config:if(e100)--> show interface e100-lan-3 E100 Interface: e100-lan-3 Description : Assigned State : Administrative State : Operational State :

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speed

MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto 100 Mb Full Duplex Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled <... output truncated...>

RELATED COMMANDS accept adminstate almattr assignstate cos-mode cpd-filter cpd-filter custom description ed-cosmap egress-buffersize egress-cir egress-limiting egress-pop-vid evc-mode ingress-buffersize ingress-cir ingress-push-pvid local-link-id media port-vlan-tag portmode prio-vlan-id propagate-fault qq-ethertype remote-link-ids show interface threshold trunking

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stag

stag Edit an S-Tag control option of an interface or flow.


LEVEL Configure Flow Configure Interface

S YNTAX

stag {none | push} {vidoptprio}

vidoptprio

Defines the S-Tag VLAN ID and optional priority. If S-Tag Control is set to None, then S-Tag VLAN ID cannot be entered. All C-Tag and S-Tag VLAN ID-Priority tuple values must not conflict on the WAN port. (For example: A service with C-Tag PUSH 100-0, S-Tag PUSH 100-0 will conflict with another service with the same C-Tag and S-Tag. A service with C-Tag PUSH 100-0, S-Tag None will conflict with another service with C-Tag None, S-Tag PUSH 100-0. A TLS service with C-Tag PUSH 100-0, S-Tag NONE will conflict with a Flow with VLAN Member 100-0, C-Tag NONE and S-Tag NONE.)

GUIDELINES Defines the S-Tag control/behavior of the C-Tag VLAN ID (to be specified). Options available for a LAN port and connection-oriented flows are none and push. The only option available for connection-less flows is push. I If S-Tag Control is set to None, S-Tag VLAN Priority cannot be entered. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names and flow identifiers.

EXAMPLES To edit a S-Tag control option of a flow:

--> configure interface e100-lan-2 config:if(e100)--> flow fid-2-4 config:flow --> stag push 7-0 config:flow --> show flow fid-2-4 Flow: fid-2-4 Circuit Name : Flow Type : Multi-COS : C-Tag Control : C-Tag VLAN ID : C-Tag VLAN Priority :

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FID-1 Regular Enabled Push 7 0


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stag

C-Tag Match RX Priority : S-Tag Control : S-Tag VLAN ID : S-Tag VLAN Priority :

Enabled Push 7 0


RELATED COMMANDS ctag ctag-ethertype show flow show interface stag-ethertype

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stag-ethertype

stag-ethertype Set the WAN S-Tag Ethertype.



S YNTAX

stag-ethertype ethertype ethertype Ethertype setting specified in hex (e.g., 0x88A8).

GUIDELINES Although not defined in the IEEE standards, several vendors allow a different Ethertype value to be used to identify frames which contain stacked VLAN tags. This feature allows the WAN interface to be configured to conform to such non-standard third party vendor interfaces for all traffic. When a frame with stacked VLAN tags is transmitted on the interface, the Ethertype value in the frame header is set to the value specified by the qq-ethertype parameter. Frames containing only a single VLAN tag are transmitted with the IEEE standard Ethertype of “0x8100”. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid WAN interface names.

EXAMPLES To set the WAN S-Tag ethertype:

--> configure interface e1000-wan-1 config:if(e1000)--> stag-ehtertype 0x88S8 config:if(e1000)--> show interface e1000-wan-1 E1000 WAN Interface: e1000-wan-1 Administrative State Operational State : Physical Address : Media : MTU : Interface Speed : Negotiated Speed : MDIX Type : Flowcontrol Receive : FlowControl Send :

S-Tag Ethertype C-Tag Ethertype Fault Propagation : Fault Propagation Delay :

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Enabled Enabled 00:0B:90:02:09:21 Copper 9250 Auto 1000 Mb Full Duplex Negotiating Auto Disabled Disabled

0x88A8 0x8100 None 0


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stag-ethertype

Loopback : Swap SA/DA :

None n/a


RELATED COMMANDS ctag ctag-ethertype qq-ethertype show interface stag

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sub-type

sub-type Set the custom Control Protocol Disposition (CPD) filter sub type.



S YNTAX

sub-type subtype mask

subtype

Sub type (two digit Hexadecimal).

mask

Mask (two digit Hexadecimal).


EXAMPLES To enter a custom cpd filter sub type and mask:

--> configure system config:sys--> cpd-filter custom config:cpd--> sub-type 01 DD config:cpd--> show system custom-cpd-filter Custom CPD Filter Information: MAC Address: Ether Type: Sub Type:


RELATED COMMANDS cpd-filter cpd-filter custom ether-type mac no cpd-filter show cpd-filters show flow $flow cpd-filters show interface $interface cpd-filters show system cpd-filters show system custom-cpd-filter

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tagged-frame

tagged-frame Enable or disable tagged frame support.



S YNTAX

tagged-frame {disable | enable}

disable enable

Set this option to disable tagged frame support. Set this option to enable tagged frame support.

GUIDELINES This option is only applicable when the port is in transparent LAN mode. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set tagged frame support:

--> configure interface e100-lan-1 config:if(e100)--> tagged-frame enable config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : Assigned State : Administrative State : Operational State :


MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Circuit Name : Port Mode :

LAN-1 Connection-oriented

EVC Mode : Transparent Tagged Frame Support : Enabled Untagged Frame Support : Enabled

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RELATED COMMANDS show interface untagged-frame

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threshold

threshold Set the Threshold Crossing Alert (TCA) level for the current level interface port, flow, ingress policer or queue.



S YNTAX

threshold {flow | port} montype timeperiod value threshold policer {egress | ingress} policerid montype timeperiod value threshold queue queueid montype timeperiod value

policerid queueid montype timeperiod value

Policer identifier. Format is pol- port -flowid - policerid. Example: pol-1-3-0. Queue identifier. Format is que- port -flowid -queueid. Example: que-1-3-0. Monitored Parameter Type. Capitals are required. Time period bin (15min or 1day). TCA value.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names, and flow, policer and queue identifiers. To display a list of montypes for an entity, use the show thresholds command.

EXAMPLES Example for an E100 interface:

--> configure interface e100-lan-1 config:if(e100)--> threshold port ESC 1day 5 config:if(e100)--> show thresholds 1day Thresholds (1day) for E100 Interface: e100-lan-1 | Monitored Type |-----------------| ABR-RX | ABR-TX | ABRRL-RX | ABRRL-TX | APFD | AUFD | BT-RX | BTD-RX | BTD-TX | ESBF | ESBP | ESBS

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| Locn | Dirn | Time Period |Threshold |---- |----- |----------- |--------| NEnd | RX | 1 Day | 0 | NEnd | TX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | TX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | TX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | RX | 1 Day | 0 | NEnd | RX | 1 Day | 0

| | | | | | | | | | | | | |


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threshold

| ESC

| NEnd | RX

| 1 Day

| 5

|


RELATED COMMANDS show thresholds

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trunking

trunking Enable or disable egress vlan trunking for a multi-flow VLAN port. Defines the egress behavior for the port.



S YNTAX

trunking {disable | enable}

disable enable

Setting this option to disable delivers untagged frames to the CPE. Setting this option to enable delivers VLAN tagged frames to the CPE.

GUIDELINES This option is only applicable when the port is in multi-flow EVC mode. Disabling trunking will cause the system to strip all VLAN tags from a frame before transmitting on the interface. This ensures compatibility to older Ethernet devices which do no support VLANs. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set the egress VLAN trunking:

--> configure interface e100-lan-2 config:if(e100)--> trunking enable config:if(e100)--> show interface e100-lan-2 E100 Interface: e100-lan-2 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Enabled Operational State : Enabled <... output truncated...> Port VLAN ID: 100-2 Priority VLAN ID : 1 Acceptable Frame Policy : All Egress VLAN Trunking : Enabled COS Map Mode : None <... output truncated...>

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RELATED COMMANDS accept cos-mode description ed-cosmap egress-limiting egress-pop-vid evc-mode flowcontrol ingress-push-pvid port-vlan-tag portmode prio-vlan-id show interface speed threshold

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untagged-frame

untagged-frame Enable or disable untagged frame support.



S YNTAX

untagged-frame {disable | enable}

disable enable

Set this option to disable untagged frame support. Set this option to enable untagged frame support.

GUIDELINES This option is only applicable when the port is in transparent LAN mode or connection-oriented multi-flow EVC mode. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To set untagged frame support:

--> configure interface e100-lan-1 config:if(e100)--> untagged-frame enable config:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : Assigned State : Administrative State : Operational State :


MAC Address : 00:0B:90:02:09:23 Media : Copper MDIX Type : Auto MTU : 2000 Interface Speed : Auto Negotiated Speed : Negotiating 802.3 PAUSE Control Receive : Enabled 802.3 PAUSE Control Send : Enabled Circuit Name : Port Mode : EVC Mode : Tagged Frame Support :

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untagged-frame

Untagged Frame Support :

Enabled


RELATED COMMANDS show interface tagged-frame

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untagged-traffic

untagged-traffic Enable or disable a flow to handle untagged frames.



S YNTAX

untagged-traffic {enable | disable}

enable disable

Enable pop port VLAN ID on egress frames. Disable pop port VLAN ID on egress frames. Default is disable.

GUIDELINES This option is only available for ports in Flow VLAN mode ( evc-mode is set to multi-flow). Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface and flow identifiers.


--> configure interface e100-lan-1 config:if(e100)--> flow fid-2-1 config:flow--> untagged-traffic enable config:flow--> show flow fid-2-1 Flow: fid-2-1 Administrative State : Flow Type : Ingress CIR : Ingress PIR : Ingress Buffer Size : Egress Rate Limiting : Egress CIR : Egress PIR : Egress Buffer Size : COS Queue : ELLP : Transport Tag Control : Match Receive Priority : Transport Vlan ID : Transport Vlan Priority : DLCI : Untagged Traffic :

Enabled Regular 10000 10000 1000000 Disabled 10000 100000000 1000000 Single 0 None n/a n/a n/a n/a Enabled

CE VLAN List : 200-7,400-7,1345-7

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untagged-traffic

RELATED COMMANDS add ce-vlan cos-mode no ce-vlan no flow show flow port-vlan-tag prio-vlan-id

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Chapter 4 EOS Etherjack Testing Commands

4.1

Overview

This chapter contains the following EOS Etherjack testing command descriptions:

• Common Testing Commands • Loopback Commands • Etherjack Diagnostic Commands • Configure ECPA Stream Commands • ECPA Commands • ESA Commands • CFM Commands

4.2

Common Testing Commands

This section defines the common testing commands used. These commands are available under the Configure ECPA Stream, Configure Probe or Configure MEP hierarchies.

Table 4-1 Common Testing Commands Summary Command

Description

priority

Set the priority for an ECPA diagnostic test stream or ESA Probe.

vlanprio

Set the VLAN priority for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream, ESA Probe or Maintenance End Point (MEP).

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priority

priority Set the Class of Service priority for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream or Etherjack Service Assurance (ESA) Probe.


LEVEL Configure ECPA Stream Configure Probe

S YNTAX

priority prio prio

For ECPA Test Stream: Defines the priority value. When cos-mode is set to 8021p or TOS, the valid values are 0 to 7. When cos-mode is set to DSCP, the valid values are 0 to 63. Default is 0. For ESA Probe: Priority. Valid entry is 0 to 7 if cosmap-mode is set to tos, and 0 to 63 if cosmap-mode is set to dscp.

GUIDELINES For ECPA Test Stream: Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3. For ESA Probe: This command is only applicable when svc-type is set to vlan-tagged.

EXAMPLES To configure priority for an ECPA stream:

--> configure ecpa stream ecpa-stream-1 config:stream--> priority 0 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :

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To set the priority for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> priority 0 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority :

Active e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 UDP ECHO Transparent 1 0 TOS 0

Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :

64 bytes 100 10 seconds 10 seconds 5 seconds

History Interval : History Bins : Distribution Interval : Distribution Bins :

15 minutes 32 15 minutes 32

Round Trip Delay : Min : 0 Max : 100 Bins : 10

RELATED COMMANDS cos-mode destmac ecpa frame-size frame-type include-in-test ip-version payload rate show ecpa

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priority

show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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vlanprio

vlanprio Set the VLAN priority for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream, Etherjack Service Assurance (ESA) Probe or Maintenance End Point (MEP).


LEVEL Configure ECPA Stream Configure Probe Configure MEP

S YNTAX

vlanprio prio

prio

For ECPA Test Stream: This is the VLAN priority associated with the test stream. Valid entries are 0 to 7. Default is 0 for ecpa-stream-1, 1 for ecpa-stream-2 and 2 for ecpa-stream-3. For ESA Probe or MEP: This is the VLAN priority associated with the ESA Probe or MEP. Valid entries are 0 to 7.

GUIDELINES For ECPA Test Stream: Valid ECPA stream identifiers are: ecpa-stream-1 , ecpa-stream-2 and ecpa-stream-3. For ESA Probe: This option is only applicable when svc-type is set to vlan-tagged.

EXAMPLES To set an ESA Test Stream VLAN priority:

--> configure ecpa stream ecpa-stream-1 config:stream--> vlanprio 0 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate :

e100-lan-1 True Untagged 64 00:0B:90:00:00:01 V4 Random 10000000

VLAN ID : 4094

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vlanprio

VLAN Priority : 0 COS Map Mode : TOS Priority : 0

To set the ESA Probe VLAN priority:

--> configure esa config:esa--> probe Houston config:probe--> vlanprio 0 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority :

Active e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 UDP ECHO Flow VLAN 1 0 TOS 0

Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout 5

64 bytes 100 10 seconds 10 seconds seconds




To set a Maintenance End Point VLAN priority:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> vlanprio 0

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vlanprio

config:mep--> show this Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation : MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority : Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : CCM Misconnection Defect : Last Misconnection CCM Message : Last Error CCM Message :

Up Enabled True 00:0b:90:00:44:24 5 0 MAC Status not transmitted Null 2.5 secs 10 secs 154 0 0 0 False False True False False

Remote Maintenance End Points: | MEP-ID | State | Up-Time | MAC | RDI | Port Status | I/F Status | |---------- |------ |------- |----------------- |---------- |------------ |------------ | | mep-2-2-1 | Failed | 3197 | 00:00:00:00:00:00 | False | None | None |

RELATED COMMANDS add activity add probe add reflector ccm-interval adminstate clear distribution cosmap-mode cos-mode dead-interval destmac disthist-bins disthist-interval distribution

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vlanprio

ecpa frame-size frame-type help disttypes probe history-bins history-interval include-in-test ip-version no activity no probe no reflector packet-interval packet-size packets-per-sample payload priority rate response-timeout show distribution show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state stop ecpa svc-type threshold vlan vlanid

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4.3

Loopback Commands

This section defines the loopback commands available. These commands are available under the test interface hierarchy.

Table 4-2 Loopback Commands Summary Command

Description

loopback-port

Activate a constant loopback on a LAN/WAN/LAG port or activate a remote EFM-OAM loopback on a WAN port.

loopback-port-timed

Activate a timed loopback on a LAN/WAN/LAG port.

loopback swap-address loopback-vlan

Swap source address and destination address at the port loopback. Activate a VLAN loopback. on a LAN/WAN/LAG port or activate a remote EFM-OAM VLAN loopback on a WAN port..

no loopback-port

Release port loopback.

no loopback-vlan

Release VLAN loopback.

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loopback-port

loopback-port Activate a constant loopback on a LAN/WAN/LAG port or activate a remote EFM-OAM loopback on a WAN port.


LEVEL Test Interface Test LAG Port

S YNTAX

loopback-port {terminal | facility} swap-address {enable | disable} loopback-port efm-oam-remote swap-address {enable | disable}

terminal

Insert the loopback toward the NID.

facility enable

Insert the loopback toward the network/customer. Enable swapping of Source Address and Destination Address.

disable

Disable swapping of Source Address and Destination Address.

GUIDELINES Once activated, the loopback will not release until the no loopback-port command is sent. The target interface assignstate must be set to enable and the adminstate must first be set to test. When activating a Remote EFM-OAM loopback, the loopback includes management traffic, therefore management traffic is dropped while the EFM-OAM loopback is active. Since all EFM-OAM frames are still processed, when the Remote EFM-OAM loopback is released, management connectivity will also be restored. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names. For WAN interfaces when LAG is present, only a WAN-1 or WAN-2 loopback may be applied at a time. They cannot be applied simultaneously on WAN-1 and WAN-2.

EXAMPLES To activate a terminal loopback on a LAN port:

--> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> loopback-port terminal swap-address disable test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Description : ETHERNET-LAN Assigned State : Enabled Administrative State : Testing Operational State : Enabled <... output truncated...> Fault Propagation : Fault Propagation Delay :

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loopback-port

Local Link ID : Remote Link IDs : Loopback : Swap SA/DA :

1

Terminal Disabled

To activate a remote EFM-OAM loopback on a WAN port:

--> test interface e1000-wan-1 test:if(e1000)--> adminstate testing test:if(e1000)--> loopback-port efm-oam-remote swap-address disable test:if(e1000)--> show interface e1000-wan E1000 WAN Interface: e1000-wan-1 Administrative State : Testing Operational State : Enabled <... output truncated...> Fault Propagation : None Fault Propagation Delay : 0 Loopback : Remote EFM-OAM Swap SA/DA : Disabled <... output truncated...>

RELATED COMMANDS adminstate assignstate loopback-port-timed loopback swap-address loopback-vlan no loopback-port no loopback-vlan no loopback-vlan outer-tag show interface

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loopback-port-timed

loopback-port-timed Activat Activate e a timed timed loopba loopback ck on a LAN/WA LAN/WAN/LA N/LAG G port. port.


LEVEL Test Interface Inter face Test LAG Port

S YNTAX YNTAX

loopback-port-timed {terminal | facility} seconds swap-address {enable | disable}

terminal facility seconds

Insert the loopback toward the NID. Insert the loopback toward the network/customer. Activate th the lo loopback fo for th the nu number of of se seconds entered. Valid entry is 2 to 300 (seconds). Default is 60.

enable disable

Enable swapping of Source Address and Destination Address. Disable swapping of Source Address and Destination Address.

GUIDELINES The target interface assignstate must be set to enable and the adminstate must first be set to test. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names. For WAN interfaces when LAG is present, only a WAN-1 or WAN-2 loopback may be applied at a time. They cannot be applied simultaneously on WAN-1 and WAN-2.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> loopback-port-timed terminal 120 swap-address disable test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Desc Descri ript ptio ion n : ETHE ETHERN RNET ET-L -LAN AN Assi Assign gned ed Stat State e : Enab Enable led d Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Local Link ID : 1 Remote Remote Link IDs IDs : Loopba Loopback ck : Termin Terminal al Timed Timed Swa Swap SA SA/DA /DA : Dis Disabl abled

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RELATED COMMANDS adminstate assignstate loopback-port loopback swap-address loopback-vlan no loopback-port no loopback-vlan no loopback-vlan outer-tag show interface

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loopback swap-address Swap source address and destination address at the port loopback.


LEVEL Test Interface Inter face

S YNTAX YNTAX

loopback swap-address {enable | disable}

enable disable

Enable swapping of Source Address and Destination Address. Disable swapping of Source Address and Destination Address.

GUIDELINES This command is only applicable if Loopback is in the activated state via the loopback-port command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> loopback-port terminal swap-address disable test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Desc Descri ript ptio ion n : ETHE ETHERN RNET ET-L -LAN AN Assi Assign gned ed Stat State e : Enab Enable led d Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Local Link ID : 1 Remote Remote Link IDs IDs : Loop Loopba back ck : Term Termin inal al Swa Swap SA SA/DA /DA : Dis Disabl abled

test:if(e100)--> loopback swap-address enable test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Desc Descri ript ptio ion n:

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Assi Assign gned ed Stat State e : Enab Enable led d Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Local Link ID : 1 Remote Remote Link IDs IDs : Loop Loopba back ck : Term Termin inal al Swa Swap SA/D SA/DA A : Ena Enable bled

RELATED COMMANDS adminstate assignstate loopback-port loopback-port-timed loopback-vlan no loopback-port no loopback-vlan no loopback-vlan outer-tag show interface

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loopback-vlan

loopback-vlan Activate a VLAN VLAN loopback. loopback. on a LAN/WA LAN/WAN/LA N/LAG G port or activate activate a remote remote EFM-OA EFM-OAM M VLAN VLAN loopbac loopback k on a WAN WAN port..


LEVEL Test Interface Inter face Test LAG Port

S YNTAX YNTAX

loopback-vlan efm-oam-remote { {facility | terminal} swap-address {enable | disable} loopback-vlan vlanid

loopback-vlan {facility | terminal} swap-address {enable | disable} outer-tag outvidpro inner-tag invidpro

efm-oam-re efm-oam-remote mote

terminal

Insert Insert an EFM-OAM EFM-OAM loopbac loopback. k. This This option option is only only applica applicable ble to the WAN interface. The Outer-Tag VLAN tag that is to be looped back. The format is VID-PRIO. The valid values for VID are 0 to 4095 and valid values for PRIO are 0 to 7. This option is only applicable to the LAN interfaces. Insert the loopback toward the NID.

facility enable disable

Insert the loopback toward the network/customer. Enable swapping of Source Address and Destination Address. Disable swapping of Source Address and Destination Address.

outvi utvidp dpr ro

The Oute uter-Ta r-Tag g VLA VLAN N tag tag that that is to be loo loope ped d ba back. ck. The The for format mat is VID-PRIO. The valid values for VID are 0 to 4095 and valid values for PRIO are 0 to 7. This option is only applicable to the WAN interface.

invidpro

The In Inner-Tag VL VLAN ta tag th that is is to to be be lo looped ba back. Th The fo format is VID-PRIO. The valid values for VID are 0 to 4095 and valid values for PRIO are 0 to 7. This option is only applicable to the WAN interface.

vlanid

GUIDELINES Once activated, loopback will not release until the no loopback-vlan command is sent. The target interface assignstate must be set to enable and the adminstate must first be set to test. Up to 3 VLAN IDs can be looped back simultaneously. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names. For WAN interfaces when LAG is present, only a WAN-1 or WAN-2 loopback may be applied at a time. They cannot be applied simultaneously on WAN-1 and WAN-2.

EXAMPLES --> test interface e100-lan-1

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loopback-vlan

test:if(e100)--> adminstate testing test:if(e100)--> loopback-vlan 4094-0 terminal swap-address disable test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Desc Descri ript ptio ion n : ETHE ETHERN RNET ET-L -LAN AN Assi Assign gned ed Stat State e : Enab Enable led d Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Local Link ID : 1 Remote Remote Link IDs IDs : Loopba Loopback ck : Termin Terminal al VLAN (Outer (Outer VLAN ID: 4094-0) 4094-0) Swa Swap SA SA/DA /DA : Dis Disabl abled

RELATED COMMANDS adminstate assignstate loopback-port loopback-port-timed loopback swap-address no loopback-port no loopback-vlan no loopback-vlan outer-tag show interface

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no loopback-port

no loopback-port Release a port timed or constant loopback.



S YNTAX YNTAX

no loopback-port


EXAMPLES --> test interface e100-lan-1 test:if(e100)--> no loopback-port test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Desc Descri ript ptio ion n : ETHE ETHERN RNET ET-L -LAN AN Assi Assign gned ed Stat State e : Enab Enable led d Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Local Link ID : 1 Remote Remote Link IDs IDs : Loopback : None Swap SA/DA : n/a

RELATED COMMANDS adminstate assignstate loopback-port loopback-port-timed loopback swap-address loopback-vlan no loopback-vlan no loopback-vlan outer-tag show interface

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no loopback-vlan

no loopback-vlan Release VLAN loopback.



S YNTAX YNTAX

no loopback-vlan [vlanid ]

vlanid

VLAN tag that is to be released from loopback state. The format is VID-PRIO. The valid values for VID are 0..4095 and valid values for PRIO are 0..7.

GUIDELINES If no VLAN ID is entered, all vlan loopbacks will be released (including Outer Tag VLAN loopbacks, in the case of the WAN interface). The last VLAN ID cannot be released if entering a specific VLAN ID. For WAN interface: If entering a VLAN ID, this command releases the Inner tag vlan loopback. To release an individual outer tag vlan loopback, use the no loopback-vlan outer-tag command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> no loopback-vlan 4094-0 test:if(e100)--> show interface e100-lan-1 E100 Interface: e100-lan-1 Desc Descri ript ptio ion n : ETHE ETHERN RNET ET-L -LAN AN Assi Assign gned ed Stat State e : Enab Enable led d Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Local Link ID : 1 Remote Remote Link IDs IDs : Loopback : None Swap SA/DA : n/a

RELATED COMMANDS adminstate assignstate loopback-port

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no loopback-vlan

loopback-port-timed loopback swap-address loopback-vlan no loopback-port no loopback-vlan outer-tag show interface

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no loopback-vlan outer-tag Release an Outer Tag VLAN loopback on the WAN interface.



S YNTAX YNTAX

no loopback-vlan outer-tag [vlanid ] vlanid

VLAN tag that is to be released from loopback state. The format is VID-PRIO. The valid values for VID are 0 to 4095 and valid values for PRIO are 0 to 7.

GUIDELINES If no VLAN ID is entered, all Outer Tag vlan loopbacks will be released. The last VLAN ID cannot be released if entering a specific VLAN ID. To release all vlan loopbacks, including Inner Tag VLAN loopbacks, use the no loopback-vlan command. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e1000-wan-1 test:if(e1000)--> no loopback-vlan outer-tag 4094-0 test:if(e1000)--> show interface e1000-wan-1 E100 Interface: e100-lan-1 Admi Admini nist stra rati tive ve Stat State e : Test Testin ing g Oper Operat atio iona nal l Stat State e : Enab Enable led d <... output truncated...> Faul Fault t Pro Propa paga gati tion on : None None Faul Fault t Prop Propag agat atio ion n Dela Delay y: 0 Loopba Loopback ck : Facili Facility ty VLAN Outer Outer VLAN VLAN ID: 4094-1) Swa Swap SA/D SA/DA A : Ena Enable bled <... output truncated...>

RELATED COMMANDS adminstate assignstate loopback-port loopback-port-timed loopback swap-address loopback-vlan no loopback-port show interface

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4.4

Eth the erjack Diagnostic Commands

This section defines the available Etherjack diagnostic commands. commands. These commands are available under the test interface hierarchy.

Table 4-3 Etherjack Diagnostic Commands Commands Summary Command

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Description

cable-point-n

Enter/edit cable point benchmark.

diag

Perform Etherjack diagnostic.

no cable-point-n

Delete a cable point benchmark.


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cable-point-n

cable-point-n Provide a text string to identify/edit the cable segment point captured during diagnostics for the cable benchmark feature. The cable length benchmark feature provides a means to save and recall up to 5 cable segment lengths during the installation process. When subsequent cable length tests are executed, they can be compared to the original installation. installation. With the original cable length(s) captured, the test operator can quickly determine if a cable open connection is located at a particular patch panel, possibly preventing the need to dispatch maintenance per sonnel to the remote site. To delete an existing cable point benchmark, use the no cable-point-n command.



S YNTAX YNTAX

cable-point-n length string

n leng length th

stri string ng

Cable point identifier. Up to five cable points can be defined (n= 1 to 5). Cabl Cable e len lengt gth h of of the the cabl cable e poi point nt to be desc descri ribe bed, d, e.g. e.g., , 2.32 (meters). Decimal is allowed. The length to be entered here is identified as the exact cable length output of the diagnostic test used to determine the cable length of the specified segment. A tex text t str strin ing g - maxi maximu mum m 24 24 cha chara ract cter ers s in in len lengt gth, h, with within in quot quotes es. . To To remove the description information, specify a null string in the argument: description ““.

GUIDELINES A diagnost diagnostic ic test test must must first first be performe performed d on the specific specific open segment using the diag command. Provide enough information for troubleshooting and segment termination location. To display cable benchmark information, use the show diag or show interface $interface test diag command. Benchmark cable lengths should be captured during the installation process. When subsequent cable length tests are executed, they can be compared to the original installation. With the original cable length(s) captured, the test operator can quickly determine if a cable open connection is located at a particular patch panel and possibly prevent dispatching personnel to the remote site. The Cable Benchmark feature provides a way to save and recall the value(s) of original cable lengths. The operator can store up to 5 cable segment lengths in the system. Each cable segment can be named with a text string to physically describe the segment (up to 24 characters) by using this command. Five cable segments are supported for each Ethernet LAN and WAN port. Each cable span is displayed with a starting and ending distance. For example, Span 1 might be 0 - 25 meters and Span 2 might be 25 - 75 meters, and so on. The operator must measure cable segments sequentially and assign them to the benchmark database. The operator can delete stored segments. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

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EXAMPLES To enter a cable point benchmark:

--> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> diag all test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable Fault - Open Cable Fault - Open Auto-Negotiation Auto-Negotiation Loopback NE - Pass

Circuit - (Pair 1) - 2.32 meters Circuit - (Pair 2) - 2.32 meters OK - Far End Auto-Neg Enabled Speed : 100Mbps - Full Duplex



1 2 3 4 5

-

Not Not Not Not Not


test:if(e100)--> cable-point-1 2.32 "First floor cabinet" test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable Fault - Open Cable Fault - Open Auto-Negotiation Auto-Negotiation Loopback NE - Pass

Circuit - (Pair 1) - 2.32 meters Circuit - (Pair 2) - 2.32 meters OK - Far End Auto-Neg Enabled Speed : 100Mbps - Full Duplex

Cable Points: Cable Point 1 - 2.32 meters - First floor cabinet Cable Point 2 - Not defined

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cable-point-n

Cable Point 3 - Not defined Cable Point 4 - Not defined Cable Point 5 - Not defined

RELATED COMMANDS adminstate assignstate diag no cable-point-n show diag show interface $interface test diag

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diag

diag Run Etherjack diagnostic on a LAN port.



S YNTAX | lpbkne} diag {all | cable | autoneg

all cable

Perform all LAN diagnostic steps, including cable benchmark test. Perform cable diagnostic step (copper interfaces only).

autoneg lpbkne

Perform Ethernet auto-negotiation test. Perform a port loopback test.

GUIDELINES The target interface adminstate must first be set to testing. To capture a benchmark cable length, enter diag all when testing the open segment. Then use the cable-point-n command to enter the segment length and description. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> diag all Example test results when testing is in progress: test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: In progress - please wait Cable Points: Cable Cable Cable Cable Cable

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1 2 3 4 5

-

Not Not Not Not Not



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diag

Example test results when testing is complete: test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable - (Pair 1) Cable - (Pair 2) Auto-Negotiation Auto-Negotiation Loopback NE - Pass




1 2 3 4 5

-

Not Not Not Not Not


test:if(e100)--> adminstate enable

RELATED COMMANDS adminstate assignstate cable-point-n no cable-point-n show diag show interface $interface test diag

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no cable-point-n

no cable-point-n Delete a cable segment point that was captured during diagnostics for the cable benchmark feature.



S YNTAX

no cable-point-n

n

Cable point identifier. Up to five cable points can be defined (n= 1 to 5).

GUIDELINES Provide enough information for troubleshooting and segment termination location. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES To delete a cable point benchmark:

--> test interface e100-lan-1 test:if(e100)--> no cable-point-4 test:if(e100)--> show diag Diagnostic Test: e100-lan-1 Test Type: All Test Time: 2006-01-03 12:48:32 Results: Cable Fault - OK Cable Fault - OK Auto-Negotiation - OK - Far End Auto-Neg Enabled Auto-Negotiation - Speed : 100Mbps - Full Duplex Loopback NE - Pass Cable Points: Cable Cable Cable Cable Cable

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1 2 3 4 5

-

2.32 meters - Outside cabinet 10.13 meters - First floor cabinet 124.2 meters - 23rd floor cabinet Not defined Not defined


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RELATED COMMANDS adminstate assignstate cable-point-n diag show diag show interface $interface test diag

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4.5

Configure ECPA Stream Commands

This section defines the configure Etherjack Connection Performance Analyzer (ECPA) stream commands available. These commands are available under the configure ecpa stream hierarchy. Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3. One ecpa stream is allowed for a LAN in transparent EVC mode and up to three streams are allowed for a LAN in Flow VLAN EVC mode.

Table 4-4 Configure ECPA Stream Commands Summary Command

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Description

cos-mode

Set the ECPA stream class of service mode (see cos-mode, on Page 3-32).

destmac

Set the ECPA stream destination MAC address.

frame-size

Set the ECPA stream frame size.

frame-type

Set the ECPA stream frame type.

include-in-test

Include or exclude an Etherjack Connection Performance Analyzer (ECPA) test stream for testing.

ip-version

Set the ECPA stream IP version.

payload

Set the ECPA stream payload.

priority

Set the ECPA stream priority level.

rate

Set the ECPA stream rate.

vlan

Set the ECPA stream vlan id.

vlanprio

Set the ECPA stream vlan priority (see vlanprio, on Page 4-5 ).


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destmac

destmac Set the destination MAC address for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.


LEVEL Configure ECPA Stream

S YNTAX

destmac address

address

Mandatory destination MAC address.

GUIDELINES This is the destination MAC address to be used in the packets generated for this stream. This only needs to be specified if the packets may be traversing a network that has many switches. In order to ensure that the packet reaches to proper destination, the destination mac address must be supplied here. For point to point networks, use the default destination mac address. Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3.

EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> destmac 00:0B:90:00:00:01 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :

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destmac

RELATED COMMANDS cos-mode ecpa frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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frame-size

frame-size Set frame size for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.



S YNTAX

frame-size bytes

bytes

The frame size to be used for this test stream. Valid entries are 64 to 1536 (in bytes). Default is 64 (bytes).

GUIDELINES Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3.

EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> frame-size 64 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :


RELATED COMMANDS cos-mode destmac ecpa frame-type

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frame-size

include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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frame-type

frame-type Set frame type for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.



S YNTAX

frame-type {untagged | vlan}

untagged

Untagged ethernet frame associated with this stream.

vlan

VLAN tagged ethernet frame associated with this stream.

GUIDELINES Default is vlan. Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3.

EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> frame-type untagged config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :

e100-lan-1 True

Untagged 64 00:0B:90:00:00:01 V4 Random 10000000 4094 0 TOS 0

RELATED COMMANDS cos-mode destmac ecpa frame-size

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frame-type

include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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include-in-test

include-in-test Include or exclude an Etherjack Connection Performance Analyzer (ECPA) test stream for testing.



S YNTAX

include-in-test {true | false}

true

Include this stream in the ECPA test.

false

Do not include this stream in the ECPA test.


EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> include-in-test true config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :


RELATED COMMANDS cos-mode destmac ecpa frame-size

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include-in-test

frame-type ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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ip-version

ip-version Set the IP version for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.



S YNTAX

ip-verson version

version

Identifies the IP version. Valid entries are v4 or v6


EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> ip-version v4 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :


RELATED COMMANDS cos-mode destmac ecpa frame-size frame-type

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ip-version

include-in-test payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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payload

payload Set the payload type for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.



S YNTAX

payload {random | fixed }

random

Defines a random payload pattern to be used during the ECPA test.

fixed

Defines a fixed payload pattern to be used during the ECPA test.

GUIDELINES Default is random. Valid ECPA stream identifiers are: ecpa-stream-1, ecpa-stream-2 and ecpa-stream-3.

EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> payload random config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :


RELATED COMMANDS cos-mode destmac ecpa

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payload

frame-size frame-type include-in-test ip-version priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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priority

priority Set the Class of Service priority for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.



S YNTAX

priority prio

prio

Defines the priority value. When cos-mode is set to 8021p or TOS, the valid values are 0 to 7. When cos-mode is set to DSCP, the valid values are 0 to 63. Default is 0.


EXAMPLES To configure priority for an ECPA stream:

--> configure ecpa stream ecpa-stream-1 config:stream--> priority 0 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :

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priority

RELATED COMMANDS cos-mode destmac ecpa frame-size frame-type include-in-test ip-version payload rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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rate

rate Set the bit rate at which packets should be sent for an ECPA stream.



S YNTAX

rate rate

rate

Defines the rate (in bps) at which packets should be sent.


EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> rate 10000000 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority :


RELATED COMMANDS cos-mode destmac ecpa frame-size frame-type

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rate

include-in-test ip-version payload priority show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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vlan

vlan Set the VLAN ID for an Etherjack Connection Performance Analyzer (ECPA) diagnostic test stream.



S YNTAX

vlan vid

vid

This is the VLAN ID associated with the test stream. A test stream can only have one VLAN tag defined. Valid entries are 1 to 4095. Default is 4094.


EXAMPLES --> configure ecpa stream ecpa-stream-1 config:stream--> vlan 4094 config:stream--> show ecpa stream ecpa-stream-1 ECPA Stream: ecpa-stream-1 Interface : Included In Test : : Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate :

VLAN ID : VLAN Priority : COS Map Mode : Priority :

e100-lan-1 True Untagged 64 00:0B:90:00:00:01 V4 Random 10000000

4094 0 TOS 0

RELATED COMMANDS cos-mode destmac ecpa

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vlan

frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlanprio

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vlan

4.6

ECPA Commands

This section defines the Etherjack Connection Performance Analyzer (ECPA) test commands available. These commands are available under the test interface hierarchy.

Table 4-5 ECPA Commands Summary Command

Description

ecpa

Perform ECPA diagnostic.

stop ecpa

Stop ECPA diagnostic.

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ecpa

ecpa Run Etherjack Connection Performance Analyzer (ECPA) test.



S YNTAX

ecpa injector {egress | ingress} monitor {egress | ingress} [numframes frames] ecpa injector {egress | ingress} monitor {egress | ingress} [duration seconds]

egress ingress numframes

seconds

Egress (outgoing) traffic in respect to the Client Ethernet port. Default is egress for monitor point. Ingress (incoming) traffic in respect to the Client Ethernet port. Default is ingress for injector point. Defines the length of the test in terms of the number of frames to be sent. Valid entries are 1 to 65535. If this attribute is not supplied, the test run according to the duration attribute. If this attribute is supplied, duration cannot be supplied. defines the length of the test in terms of seconds. Range is 1 to 3600 (seconds). If this attribute is supplied, numframes cannot be supplied.

GUIDELINES If neither the numframes or duration attribute is supplied (default), the test will run until stopped by using the stop ecpa command. The admin state for the interface must first be placed in the testing state. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> ecpa injector ingress monitor egress duration 120 test:if(e100)--> show test ecpa ECPA Test: e100-lan-1

Status : Injector : Monitor : Frames : Duration : Stream :

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In Progress Ingress Egress 0 120 ecpa-stream-1


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ecpa

Frame Type : Frame Size : Destination MAC Address : IP Version : Payload Type : Rate : VLAN ID : VLAN Priority : COS Map Mode : Priority : Frames Transmitted : Frames Received : Frames Received Good CRC : Frames Received Bad CRC : Out Of Sequence Errors : Number Of Sequence Gaps : Non-ECPA F rames : Minimum Delay : Maximum Delay : Average Delay :

Untagged 64 00:0B:90:00:00:01 V4 Random 10000000 4094 0 TOS 0 1787785 1388 1388 0 1 0 1287 11501 us 47645405 us 4294967 us

test:if(e100)--> adminstate enable

RELATED COMMANDS cos-mode destmac frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm stop ecpa vlan vlanprio

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stop ecpa

stop ecpa Stop Etherjack Connection Performance Analyzer (ECPA) test.



S YNTAX

stop ecpa GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names.

EXAMPLES --> test interface e100-lan-1 test:if(e100)--> adminstate testing test:if(e100)--> ecpa injector ingress monitor egress duration 120 test:if(e100)--> show test ecpa ECPA Test: e100-lan-1

Status : Injector : Monitor : Frames : Duration :

In Progress Ingress Egress 0 120


test:if(e100)--> stop ecpa test:if(e100)--> show test ecpa ECPA Test: e100-lan-1

Status : Injector : Monitor : Frames : Duration :

Stopped Ingress Egress 0 120


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stop ecpa

RELATED COMMANDS cos-mode destmac ecpa frame-size frame-type include-in-test ip-version payload priority rate show ecpa show ecpa firstfrm show ecpa stream show ecpa streams show test ecpa show test ecpa firstfrm vlan vlanprio

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4.7

ESA Commands

This section defines the Etherjack Service Assurance (ESA) test commands available. These commands are available under the configure probe, configure reflector , configure esa, scheduled esa and configure scheduled esa activity hierarchies.

Table 4-6 ESA Commands Summary Command

Page 4-54

Description

add activity

Create a scheduled ESA activity.

add probe

Create an ESA probe.

add reflector

Create an ESA reflector.

adminstate

Set the administration state for an ESA reflector (see adminstate, on Page 3-17).

clear distribution

Clear ESA Probe distribution counters.

cosmap-mode

Set the Class of Service mode for an ESA probe.

dead-interval

Set time (in seconds) after all ESA packets within a sample are sent.

disthist-bins

Set the number of distribution history bins for an ESA probe.

disthist-interval

Set the distribution history interval for an ESA probe.

distribution

Set the distribution thresholds and number of bins for an ESA probe.

history-bins

Set the number of history bins for an ESA probe .

history-interval

Set the history interval for an ESA probe.

no activity

Cancel a scheduled ESA activity.

no probe

Delete an ESA probe.

no reflector

Delete an ESA reflector.

packet-interval

Set packet interval for an ESA probe.

packet-size

Set packet size for an ESA probe.

packets-per-sample

Set the number of packets-per-sample for an ESA probe.

priority

Set the VLAN priority for an ESA probe (see priority, on Page 4-2).

response-timeout

Set the response timeout for an ESA probe.

state

Set ESA scheduled activity state.

svc-type

Set the ESA probe service type.

threshold

Set the PM threshold for an ESA probe monitor type.

vlanid

Set the ESA probe VLAN identifier.

vlanprio

Set the ESA probe VLAN priority (see vlanprio, on Page 4-5).


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add activity

add activity This command allows you to create an ESA scheduled activity.


LEVEL Scheduled ESA

S YNTAX

add activity id one-shot starttime duration probelist add activity id periodic starttime duration interval probelist

id one-shot

Activity identifier (1 to 32 characters - no spaces). Schedule a one time ESA activity.

periodic starttime

Schedule a periodic ESA activity. Time in hours, minutes, seconds format (hh:mm:ss) or now for immediate activation. The time parameter uses the 24-hour clock. Duration (in seconds). Valid entries are 0 (continuous) through 9999 (seconds) if Schedule Type of one-shot is entered, and valid entries are 60 through 9999 (seconds) if Schedule Type of periodic is entered.

duration

interval

Interval (in seconds). Valid entries are 1 through 99999. This option is only available for periodic activities. Probe list. Must contain a valid probe identifier. Multiple probes separated by commas.

probelist

GUIDELINES Probes entered in this command must not already be used in another activity.

EXAMPLES To create a one-shot scheduled ESA with a single probe:

--> configure sched esa config:schedesa--> add activity test2 one-shot now 30 beckncall Start: now config:schedesa--> show sched esa activity test2 ESA Scheduled Activity: test2 State : Start Time : Duration : Interval :

Active 2006-02-25 15:47:47 30 0

Probes : beckncall

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add activity

To create a one-shot scheduled ESA with two probes:

--> configure sched esa config:schedesa--> add activity test2 one-shot now 30 Houston,Austin Start: now config:schedesa--> show sched esa activity test2 ESA Scheduled Activity: test2 State : Start Time : Duration : Interval :

Active 2006-02-25 15:47:47 30 0

Probes : Houston Austin

To create a periodic scheduled ESA:

--> configure sched esa config:schedesa--> add activity testing periodic 15:15:15 120 60 Houston config:schedesa--> show sched esa activity Houston

ESA Scheduled Activity: testing State : Start Time : Duration : Interval :

Active 2006-02-25 15:15:15 120 60

Probes : Houston

RELATED COMMANDS add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins

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history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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add probe

add probe This command allows you to create an ESA probe.


LEVEL Configure ESA

S YNTAX

add probe id ifname srcaddress srcmask destaddress destmask protocol [histinterval histbins disthistinterval disthistbins]

id

Probe identifier (1 to 32 characters - no spaces). This is a user specified unique identifier associated with a Probe. Interface name. This is the Ethernet service port to which the monitored service belongs.

ifname srcaddress

Source (Probe) IP address. This is a user specified IP address, uniquely associated with an ESA Probe instance. This is the IP address to be used in UDP Echo, ICMP Echo or ICMP Timestamp request. The IP address must not overlap with any non-ESA related subnet provisioned within the NID. If more than one Probe IP address resides on the same subnet, they must all be created on the same EVC.

srcmask destaddress

Source (Probe) Subnet mask. Destination (Reflector) IP address. This is a user specified IP address, which is the ESA Reflector’s IP address. This is the IP address to be used in UDP Echo, ICMP Echo or ICMP Timestamp request. Destination (Reflector) Subnet mask. Protocol. Valid entries are: icmp-echo, icmp-timestamp or udp-echo. ICMP Echo measures the round-trip delay. ICMP Timestamp measures the round-trip delay, one-way delay as well the one-way jitter. UDP Echo measures the round-trip delay. History Interval (in minutes). Valid entries are 5 to 60. Default is 15. Number of History Bins (up to a maximum of 32 bins for FSP 150CCd-811, FSP 150CCf-814, FSP 150CCf-815, FSP 150CCs-624 and FSP 150CCs-925; up to a maximum of 16 bins for FSP 150CCd-410, FSP 150CCf-411, FSP 150CCt-312 and FSP 150CCt-512).

destmask protocol

histinterval histbins

disthistinterval Distribution History Interval (in minutes). Valid entries are 5 to 60. Default is 15. disthistbins Number of Distribution History Bins (up to a maximum of 32 bins for FSP 150CCd-811, FSP 150CCf-814, FSP 150CCf-815, FSP 150CCs-624 and FSP 150CCs-925; up to a maximum of 16 bins for FSP 150CCd-410, FSP 150CCf-411, FSP 150CCt-312 and FSP 150CCt-512).

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add probe

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names for the FSP 150CC variant.

EXAMPLES To add an ESA probe for the e100-lan-1 interface:

--> configure esa config:esa--> add probe Houston e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35

255.255.240.0 icmp-timestamp 15 16 15 16 config:esa--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority :

Active e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 ICMP Timestamp Flow VLAN 1 0 TOS 0






RELATED COMMANDS add activity add reflector adminstate clear distribution cosmap-mode dead-interval

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add probe

disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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add reflector

add reflector This command allows you to create an ESA reflector.


LEVEL Configure ESA

S YNTAX

add reflector id ifname address mask

id

Reflector identifier (1 to 32 characters - no spaces). This is a user specified unique identifier associated with a Reflector.

ifname

Interface name. This is the Ethernet service port to which the monitored service belongs. Reflector IP address. This is a user specified IP address, uniquely associated with an ESA Reflector instance. The IP address must not overlap with any non-ESA related subnet provisioned within the NID. Reflector Subnet mask.

address

mask

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names for the FSP 150CC variant.

EXAMPLES To add an ESA reflector for the e100-lan-1 interface:

--> configure esa config:esa--> add reflector fitsimmons 120.22.222.2 255.255.0.0 config:esa--> show reflector fitsimmons ESA Reflector: fitsimmons Administrative State : Associated Port : IP Address : Subnet Mask :

Enabled E100 [LAN-1] 120.22.222.2 255.255.0.0

RELATED COMMANDS add activity add probe adminstate clear distribution cosmap-mode

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add reflector

dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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clear distribution

clear distribution Clear one or all distribution counters associated with an ESA Probe.



S YNTAX

clear distribution bins

bins

Distribution History Bin number, or all.

GUIDELINES N/A

EXAMPLES To clear all distribution counters for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> clear distribution all config:probe--> show distribution all all Distribution for: ESA Probe: Houston Current [0]: RT-DELAY[0] : Historical[1]: 14:45 RT-DELAY[0] : Historical[2]: 15:00 RT-DELAY[0] : Historical[3]: 15:15 RT-DELAY[0] : Historical[4]: 15:30 RT-DELAY[0] : Historical[5]: 15:45 RT-DELAY[0] : Historical[6]: 16:00 RT-DELAY[0] : Historical[7]: 16:15 RT-DELAY[0] :

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clear distribution

RELATED COMMANDS add activity add probe add reflector adminstate cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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cosmap-mode

cosmap-mode This command identifies the priority classification mechanism for Etherjack Service Assurance traffic.



S YNTAX

cosmap-mode {dscp | none | tos}

dscp none

DSCP priority classification. No priority classification (all frames are equal priority).

tos

TOS priority classification.

GUIDELINES This command is only applicable if there is no active ESA schedule associated with this Probe.

EXAMPLES To set the class of service mapping mode for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> cosmap-mode tos config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :

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Active e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 UDP ECHO Transparent 1 0 TOS 0 64 bytes 100 10 seconds 10 seconds 5 seconds


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cosmap-mode




RELATED COMMANDS add activity add probe add reflector adminstate cos-mode dead-interval disthist-bins disthist-interval distribution ed-cosmap help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show cosmap show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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dead-interval

dead-interval Set time (in seconds) after all ESA packets within a sample are sent.



S YNTAX

dead-interval time Dead interval time (in seconds). Valid entries are 1 through 99999. Default is 10.

time


EXAMPLES To set the dead interval time for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> dead-interval 10 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :


History Interval : 15 minutes

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dead-interval

History Bins : 32 Distribution Interval : 15 minutes Distribution Bins : 32 Round Trip Delay : Min : 0 Max : 100 Bins : 10

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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disthist-bins

disthist-bins Set number of Distribution History Bins.



S YNTAX

disthist-bins bins Number of Distribution History Bins (up to a maximum of 32 bins for FSP 150CCd-811, FSP 150CCf-814, FSP 150CCf-815, FSP 150CCs-624 and FSP 150CCs-925; up to a maximum of 16 bins for FSP 150CCd-410, FSP 150CCf-411, FSP 150CCt-312 and FSP 150CCt-512). Default is 16.

bins


EXAMPLES To set number of distribution history bins for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> disthist-bins 32 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :

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disthist-bins




RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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disthist-interval

disthist-interval Set Distribution History Interval (in minutes). This is the amount of time between distribution

history bins, e.g., 15 minutes.



S YNTAX

disthist-interval minutes

minutes

Distribution history bin interval (in minutes). Valid entries are 5 through 60. Default is 15.


EXAMPLES To set the distribution history interval for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> disthist-interval 15 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :

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disthist-interval




RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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distribution

distribution Set the distribution thresholds and number of bins for an ESA Probe.



S YNTAX

distribution {ow-p2r-delay | ow-p2r-jitter | ow-r2p-delay | ow-r2p-jitter | rt-delay} {bins | max | min} num

ow-p2r-delay

Set minimum one-way transmit delay threshold. This option is only available if icmp-timestamp is set for protocol type (see add probe).

ow-p2r-jitter

Set minimum one-way transmit jitter threshold. This option is only available if icmp-timestamp is set for protocol type (see add probe). Set minimum one-way receive delay threshold. This option is only available if icmp-timestamp is set for protocol type (see add probe). Set minimum one-way receive jitter threshold. This option is only available if icmp-timestamp is set for protocol type (see add probe).

ow-r2p-delay

ow-r2p-jitter

rt-delay bins

Set minimum round trip delay threshold. Set maximum number of bins.

max min

Set maximum delay threshold. Set minimum delay threshold.

num

Number of bins or threshold. Valid entries for number of bins are 1 to 10 (default is 10). Valid entries for maximum delay threshold is -2147483647 to 2147483647. The entry must be greater than the entry for Min. Round Trip Delay. Default for maximum threshold is 100. Valid entries for minimum delay threshold is -2147483647 to 2147483647. The entry must be greater than the entry for Min. Round Trip Delay. Default for minimum threshold is 0.


EXAMPLES To set the distribution threshold for an ESA Probe:

--> configure esa config:esa--> probe Houston

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distribution

config:probe--> distribution rt-delay min -44444 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority :

Active e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 UDP ECHO Transparent 1 0 TOS 0






RELATED COMMANDS add activity add probe add reflector adminstate cosmap-mode clear distribution dead-interval disthist-bins disthist-interval help disttypes probe history-bins history-interval no activity no probe

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distribution

no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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history-bins

history-bins Set the number of History Bins.



S YNTAX

history-bins bins

bins

Number of History Bins (up to a maximum of 32 bins for FSP 150CCd-811, FSP 150CCf-814, FSP 150CCf-815, FSP 150CCs-624 and FSP 150CCs-925; up to a maximum of 16 bins for FSP 150CCd-410, FSP 150CCf-411, FSP 150CCt-312 and FSP 150CCt-512). Default is 16.


EXAMPLES To set the number of history bins for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> history-bins 32 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :

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history-bins




RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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history-interval

history-interval Set History Interval (in minutes). This is the amount of time between history bins, e.g., 15 minut es.



S YNTAX

history-interval minutes

minutes

History bin interval (in minutes). Valid ranges are 5 to 60. Default is 15.


EXAMPLES To set the history interval for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> history-interval 15 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout :


History Interval : 15 minutes

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history-interval


RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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no activity

no activity This command allows you to delete an ESA scheduled activity.


LEVEL Scheduled ESA

S YNTAX YNTAX

no activity id

id

ESA activity identifier (1 to 32 characters - no spaces).

GUIDELINES The ESA scheduled activity state must be set to the suspend by using the state command prior to using this command to delete the activity.

EXAMPLES To delete an ESA scheduled activity:

--> configure sched esa config:schedesa--> activity Test1 config:activity--> state suspend config:activity--> show sched esa activity Test1 ESA Scheduled Activity: test1 State : Start Time : Duration Duration : Interval Interval :

Suspended Suspended 2006-02-25 15:47:47 30 0

Probes Probes : beckncall beckncall

config:activity--> exit config:esa--> no activity Test1 config:esa--> show sched esa ESA Schedule: | Activity | Status | Probes | |--------|------------------------- |--------|------------------------- |--------|------------------------------------------- |

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no activity

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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no probe

no probe This command allows you to delete an ESA probe.


LEVEL Configure ESA

S YNTAX YNTAX

no probe id

id

Reflector identifier (1 to 32 characters - no spaces).

GUIDELINES N/A

EXAMPLES To delete an ESA probe:

--> configure esa config:esa--> no probe beckncall config:esa--> show probe ? Houston

ESA Probe

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no reflector Page 4-82


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no probe

packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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no reflector

no reflector This command allows you delete an ESA reflector information.


LEVEL Configure ESA

S YNTAX YNTAX

no reflector id

id

Reflector identifier (1 to 32 characters - no spaces).

GUIDELINES N/A

EXAMPLES To delete an ESA reflector:

--> configure esa config:esa--> no reflector fitsimmons config:esa--> show reflector ? Houston

ESA Probe

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe

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no reflector

packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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packet-interval

packet-interval Set Packet Interval (in milliseconds). This is the amount of time between packets, e.g., 15 milliseconds.



S YNTAX YNTAX

packet-interval msec

msec sec

Pack Packet et inte interv rva al (in mill illisec iseco onds) nds). . Vali alid entr entrie ies s are are 1 through 99999. Default is 100.


EXAMPLES To set the packet interval for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> packet-interval 10 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol Protocol : Service Type : VLAN VLAN ID : VLAN Priori Priority ty : COS Map Mode : Priority Priority : Packet Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout Timeout :

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Active Active e100-lan-1 e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 UDP ECHO Transparent Transparent 1 0 TOS 0 64 bytes 100 10 seconds seconds 10 seconds seconds 5 seconds seconds


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packet-interval

History Interval Interval : History History Bins : Distribution Interval Interval : Distributi Distribution on Bins :

15 minutes minutes 32 15 minutes minutes 32

Round Round Trip Delay : Min Min : 0 Max : 100 100 Bins Bins : 10

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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packet-size

packet-size Set Packet size of each sample (in bytes).



S YNTAX YNTAX

packet-size bytes

bytes

Packet si size (i (in by bytes). Va Valid en entries ar are 64 through 1500. Default is 100.


EXAMPLES To set the packet size for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> packet-size 64 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol Protocol : Service Type : VLAN VLAN ID : VLAN Priori Priority ty : COS Map Mode : Priority Priority :

Packet Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout Timeout :

Active Active e100-lan-1 e100-lan-1 34.34.34.34 255.255.240.0 35.35.35.35 255.255.240.0 UDP ECHO Transparent Transparent 1 0 TOS 0

64 bytes 100 10 seconds seconds 10 seconds seconds 5 seconds seconds

History Interval Interval : 15 minutes minutes

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packet-size

History History Bins : 32 Distribution Interval Interval : 15 minutes minutes Distributi Distribution on Bins : 32 Round Round Trip Delay : Min Min : 0 Max : 100 100 Bins Bins : 10

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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packets-per-sample

packets-per-sample Set the number of Packets per sample.



S YNTAX YNTAX

packets-per-sample packets

pack packet ets s

Pack Packet et size size (in (in byte bytes) s). . Vali Valid d ent entri ries es are are 1 through 99999. Default is 500.


EXAMPLES To set the number of packets per sample for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> packets-per-sample 100 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol Protocol : Service Type : VLAN VLAN ID : VLAN Priori Priority ty : COS Map Mode : Priority Priority : Packet Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout Timeout :



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packets-per-sample

History History Bins : 32 Distribution Interval Interval : 15 minutes minutes Distributi Distribution on Bins : 32 Round Round Trip Delay : Min Min : 0 Max : 100 100 Bins Bins : 10

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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response-timeout

response-timeout Set the amount of time to wait for a response (in seconds).



S YNTAX YNTAX

response-timeout secs

secs secs

Resp Respon onse se time timeou out t (in (in seco second nds) s). . Pack Packet ets s rece receiv ived ed afte after r this this time timeou out t are considered lost. Valid entries are 1 through 99999. Default is 5.


EXAMPLES To set the response timeout for an ESA Probe:

--> configure esa config:esa--> probe Houston config:probe--> response-timeout 5 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol Protocol : Service Type : VLAN VLAN ID : VLAN Priori Priority ty : COS Map Mode : Priority Priority : Packet Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout Timeout :



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response-timeout


RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanid vlanprio

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state

state Set the ESA Scheduled Activity or Reflector service state.


LEVEL Configure Scheduled ESA Activity Configure Reflector

S YNTAX

state {resume | suspend }

resume

Resume ESA Scheduled Activity.

suspend

Suspend ESA Scheduled Activity.

GUIDELINES For ESA Scheduled Activity, the ESA scheduled activity state must be set to the suspend prior to deleting the activity using the no activity command.

EXAMPLES To set the ESA scheduled activity service state:

--> configure sched esa config:schedesa--> activity Test1 config:activity--> state suspend config:activity--> show sched esa activity Test1 ESA Scheduled Activity: test1

State : Start Time : Duration : Interval :

Suspended 2006-02-25 15:47:47 30 0

Probes : beckncall

To set a Reflector service state:

--> configure esa config:esa--> reflector Chicago config:reflector--> state suspend config:reflector--> show reflector Chicago

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state

ESA Reflector: Chicago

State : Associated Port : IP Address : Subnet Mask :

Suspended E100 [LAN-1] 112.112.112.112 255.255.255.0

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity svc-type threshold vlanid vlanprio

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svc-type

svc-type Set the ESA Probe service type.



S YNTAX

svc-type {untagged | vlan-tagged }

untagged

Set untagged ESA service type.

vlan-tagged Set VLAN-tagged ESA service type.


EXAMPLES To set the ESA Probe service type:

--> configure esa config:esa--> probe Houston config:probe--> svc-type untagged config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout 5

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RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state threshold vlanid vlanprio

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threshold

threshold Set the Threshold Crossing Alert (TCA) level for an ESA probe.



S YNTAX

threshold montype value montype value

Monitored Parameter Type. Capitals are required. TCA value.

GUIDELINES To display a list of montypes for an entity, use the show thresholds command.

EXAMPLES Example:

--> configure esa config:esa--> probe Houston config:probe--> threshold P2R-PKT 12 config:probe--> show thresholds Thresholds (1day) for ESA Probe: Houston | Monitored Type | Locn | Dirn | Time Period |Threshold | |------------------ |---- |----- |----------- |--------- | | P2R-PKT | NA | NA | 1 Day | 12 | | R2P-PKT | NA | NA | 1 Day | 0 | | P2R-ERR-PKT | NA | NA | 1 Day | 0 | | R2P-ERR-PKT | NA | NA | 1 Day | 0 | | LOST-PKT | NA | NA | 1 Day | 0 | <... output truncated...>

RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins

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threshold

disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity show thresholds state svc-type vlanid vlanprio

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vlanid

vlanid ESA Probe Virtual LAN identifier. Provides the ability to monitor a specific service.



S YNTAX

vlanid vlanid

vlanid

Defines the ESA Probe VLAN ID. Valid entry for VLAN ID is 1 to 4095.

GUIDELINES This option is only applicable when svc-type is set to vlan-tagged.

EXAMPLES To set the ESA Probe vlan identifier:

--> configure esa config:esa--> probe Houston config:probe--> vlanid 1 config:probe--> show probe Houston ESA Probe: Houston State : Associated Port : Probe IP Address : Probe Subnet Mask : Reflector IP Address : Reflector Subnet Mask : Protocol : Service Type : VLAN ID : VLAN Priority : COS Map Mode : Priority : Packet Size : Packets Per Sample : Packet Interval : Dead Interval : Response Timeout 5

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RELATED COMMANDS add activity add probe add reflector adminstate clear distribution cosmap-mode dead-interval disthist-bins disthist-interval distribution help disttypes probe history-bins history-interval no activity no probe no reflector packet-interval packet-size packets-per-sample priority response-timeout show distribution show probe show probe $probe distribution show probe $probe stats show probe $probe thresholds show reflector show sched esa show sched esa activity state svc-type threshold vlanprio

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vlanid

4.8

CFM Commands

This section defines the Connectivity Fault Management (CFM) configuration commands available. These commands are available under the configure cfm, configure md, configure ma and configure mep hierarchies.

Table 4-7 CFM Configuration Commands Summary Command

Description

add ma

Add a Maintenance Association (MA).

add md

Add a Maintenance Domain (MD).

add mep

Add a Maintenance End Point (MEP) to an MA.

add mep-id

Add a Maintenance End Point (MEP) Identifier to an MA.

add vlan-entry


adminState


almattr

Edit Alarm Attributes (see almattr, on Page 2-180)

ccm-interval

Set the Continuity Check Message (CCM) interval for an MA.

cfm-ethertype

Set Connectivity Fault Management (CFM) ethertype.



cfm-portn-cbs


cfm-portn-cir


cfm-portn-ebs

Set Expected Burst Size for CFM Port 1 or Port 2

cfm-portn-eir




cfm-service-cbs


cfm-service-cir


cfm-service-ebs


cfm-service-eir


generate-ccm

Generate Continuity Check Message (CCM).

linktrace


loopback


lowest-alarmprio

Set the lowest alarm priority level for a Maintenance End Point (MEP).

md-level

Set the MD Level for the system default level or a specific Default MD.

mhf-creation

Set the MIP Half Function (MHF) Creation Control for an MD or MA.

multicast-mac

Set the Connectivity Fault Management (CFM) multicast MAC address.

no ma

Remove a Maintenance Association (MA).

no md

Remove a Maintenance Domain (MD).

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Table 4-7 CFM Configuration Commands Summary (Continued) Command

Description

no mep

Remove a Maintenance End Point (MEP).

no mep-id

Remove a Maintenance End Point identifier from an MA.

no vlan-entry


primary-vid

Set the MEP primary VID

vlanprio

Set the VLAN priority for an MEP (see vlanprio, on Page 4-5).

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add ma

add ma Add a Maintenance Association (MA). To remove a Maintenance Association, use the no ma command.


LEVEL Configure MD

S YNTAX | string | vpnid } maname {default | defer | add ma maid {integer | primary-vid explicit | none} ccminterval ma_primaryvid vidlist meplist

maid integer primary-vid string vpnid

maid Maintenance Association identifier. Format is ma mdid . Example: ma-1-1. Integer name entry will be entered in the following name variable. Primary VLAN Identifier entry will be entered in the following name variable. A character string entry will be entered in the following name variable.

VPN Identifier entry will be entered in the following name variable.

maname

Maintenance Association name identified by integer (if Format Type integer is entered) or by Primary VLAN ID (if Format Type primaryvid is entered) or by character string (if Format Type string is entered) or by VPN Identifier (if Format Type vpnid is entered). If Format Type string is entered, allowed characters are: a-z, -Z, 0-9, and _@#$%^*-+=:;.?(){}[]|? Spaces are not allowed. A Set default MIP Creation Contol.

default defer explicit

Set defer MIP Creation Contol. Set explicit MIP Creation Contol.

none ccminterval

Set no MIP Creation Contol. Continuity Check Message (CCM) interval. Valid entries are 100ms, 10ms, 300hz, 10min, 10sec, 1min or 1sec.

ma_primaryvid Primary VLAN Identifier. Valid entries are 1 to 4095. vidlist

VLAN Identifier list. Valid entries are 1 to 4095. Additional entries are separated by commas. Example: 10,11,12.

meplist

Maintenance End Point Identifier list. Valid entries are 1 to 4095. Additional entries are separated by commas. Example: 10,11,12.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain, Maintenance Association and Maintenance End Point identifiers.

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add ma

EXAMPLES To add a Maintenance Association:

--> configure cfm config:cfm--> md md-1 config:md--> add ma ma-1-1 string Testing Defer 10ms 1 3 config:md--> show ma ma-1-1 Maintenance Association: ma-1-1 Name Format: Name: CM Interval: Primary VID: MEP List: MIP Creation Control: Sender ID Control:


RELATED COMMANDS add md add mep add mep-id add vlan-entry ccm-interval mhf-creation no ma no mep no mep-id show ma show md show mep show mips

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add md

add md Add a Maintenance Domain (MD). To remove a Maintenance Domain, use the no md command.


LEVEL Configure CFM

S YNTAX

add md mdid {dnsname | macaddress | string} mdname mdlevel {default | explicit | none} add md mdid noname mdlevel {default | explicit | none} mdid mdid Maintenance Domain identifier. Format is md. Example: md-1. dnsname DNS Name entry will be entered in the following name variable. macaddress MAC address entry will be entered in the following name variable.

noname string mdname

No name will be entered. A character string entry will be entered in the following name variable. Maintenance Domain name identified by string (if Format Type string is entered) or by DNS Name (if Format Type dnsname is entered) or by MAC address (if Format Type macaddress is entered). If Format Type string or dnsname is entered, allowed characters are: a-z, A -Z, 0-9, and _@#$%^*-+=:;.?(){}[]|? Spaces are not allowed.

mdlevel

If Format Type macaddress is entered, the entry must contain Hexadecimal characters. Maintenance Domain level. Valid entries are 0 to 7.

default

Set default MIP Creation Contol.

explicit none

Set explicit MIP Creation Contol. Set no MIP Creation Contol.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain identifiers.

EXAMPLES To add a Maintenance Domain:

--> configure cfm config:cfm--> add md md-1 string Albuquerque 1 none config:cfm--> show md md-1 Maintenance Domain: md-1 Name Format: Name:

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add md

Level: MIP Creation Control: Sender ID Control:

1 None None

RELATED COMMANDS add ma add mep add mep-id add vlan-entry mhf-creation no ma no md show ma show md

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add mep

add mep Add a Maintenance End Point (MEP). To remove a Maintenance End Point, use the no mep command.


LEVEL Configure MA

S YNTAX

add mep mepid {up | down} infname admin ccmgen mep_primaryvid prio almpriority mepid up down infname admin ccmgen

mdid -maid-mepid Maintenance End Point identifier. Format is mep. Example: mep-1-3-1. MEP direction set to up. MEP direction set to down. Interface name. Valid interfaces are mgmt-lan, LANs and WAN. Administrative state. Valid entries are enable and disable.

Continuity Check Message (CCM) generation state.Valid entries are enable and disable.

mep_primaryvid Primary VLAN Identifier. Valid entries are 0 to 4095. An entry of 0 will use the MA’s priimary VID. prio Virtual LAN priority. Valid entries are 0 to 7. almpriority Alarm priority. Valid entries are: err-ccm , macstatus, nodefect, rdi, rem-ccm and xcon-ccm .

GUIDELINES An associated MEP Identifier must first be created in the MA (see add mep-id). Only one MEP may be created per MA. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid interface names, Maintenance Domain IDs, Maintenance Association IDs and Maintenance End Point IDs.

EXAMPLES To add a Maintenance End Point:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> add mep-id 1 config:ma--> add mep mep-2-2-1 up e1000-lan-5 enable enable 5 1 macstatus config:ma--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation :

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Port ID : MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority : Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : Transmit LBM Status : Transmit LBM Result OK : Next Loopback Transaction ID : Good LBR’s Received : Out Of Order LBR’s Received : Mismatched LBR’s Received : LBR’s Transmitted : Transmit LTM Status : Transmit LTM Result OK : Next Linktrace Transaction ID : Unexpected LTR’s :

e1000-lan-5 00:0b:90:00:44:24 5 1 MAC Status not transmitted Null 2.5 secs 10 secs 154 0 0 0 No No Yes No False False 1 0 0 0 0 False False 1 0

Last Misconnection CCM Message : Last Error CCM Message : Remote Maintenance End Points: | MEP-ID | State | Up-Time | MAC | RDI | Port Status | I/F Status | |---------- |------ |------- |----------------- |------ |------------ |------------ | | mep-2-2-1 | Failed | 3197 | 00:00:00:00:00:00 | No | None | None |

RELATED COMMANDS adminState add ma add md add mep-id add vlan-entry almattr generate-ccm linktrace loopbacklowest-alarmprio no ma

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add mep

no md no mep no mep-id primary-vid show ma show md show mep vlanprio

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add mep-id

add mep-id Add a Maintenance End Point (MEP) Identifier to a Maintenance Association. To remove a MEP ID, use the no mep-id command.


LEVEL Configure MA

S YNTAX

add mep-id mepid mepid

Maintenance End Point identifier. Valid entries are 1 to 8191. Multiple MEP IDs may be separated by a comma. Example: 5,6,7.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain identifiers, Maintenance Association identifiers and Maintenance End Point identifiers.

EXAMPLES To add a Maintenance End Point identifier:

--> configure cfm config:cfm--> md md-1 config:md--> ma ma-1-1 config:ma--> add mep-id 5,6,7 config:ma--> show ma ma-1-1 Maintenance Association: ma-1-1 Name Format: Name: CM Interval: Primary VID: MEP List: MIP Creation Control: Sender ID Control:

String Testing 100 MiliSeconds 1 3,4,5,6,7 Defer None

RELATED COMMANDS add ma add md add mep add vlan-entry ccm-interval no ma

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add mep-id

no md no mep no mep-id show ma show md show mep

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add vlan-entry

add vlan-entry Add a VLAN entry to the CFM VLAN Table. To remove a VLAN entry, use the no vlan-entry command.


LEVEL Configure CFM

S YNTAX

add vlan-entry vidlist primvid vidlist primvid

CFM VLAN ID list. Valid entries are 1 to 8191. Multiple VLAN IDs may be separated by a comma. Example: 5,6,7. Primary VLAN ID. Valid entries are 1 to 4095.

GUIDELINES N/A

EXAMPLES To add VLAN entries:

--> configure cfm config:cfm--> add vlan-entry 5,10 1 config:cfm--> add vlan-entry 3,4 2 config:cfm--> show vlan-table CFM VLAN Table: Primary VID - -----------1 2

| VID List | - -------------------------------------------------| 5, 10 | 3, 4

RELATED COMMANDS add ma add md add mep add mep-id no vlan-entry show vlan-table

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adminState

adminState Set the administrative state of a Maintenance End Point (MEP). When an entity is in the administratively enabled state, it is fully operational.


LEVEL Configure MEP

S YNTAX

adminstate {enable | disable}

enable disable

Set administrative state to enabled. Interface or service is fully operational. Set administrative state to disable. Interface or service is down.


EXAMPLES To configure a MEP administrative state to enable:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> adminState enable config:mep--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : Up State : Enabled CCM Generation : Enabled Port ID: e1000-lan-5 MAC Address : 00:0b:90:00:44:24 Primary VID : 5 VLAN Priority : 1 Fault Alarm Priority : MAC Status Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted :

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Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : Transmit LBM Status : Transmit LBM Result OK : Next Loopback Transaction ID : Good LBR's Received : Out Of Order LBR's Received : Mismatched LBR's Received : LBR's Transmitted : Transmit LTM Status : Transmit LTM Result OK : Next Linktrace Transaction ID : Unexpected LTR's :

0 0 0 No No Yes Yes False False 1 0 0 0 0 False False 779249013 0

Last Misconnection CCM Message: Last Error CCM Message: 01,80,c2,00,00,00,00,0b,90,00,40,4f,81,00,00,01 88,b7,00,01,03,46,00,00,3b,70,00,01,04,0b,41,6c 62,75,71,75,65,72,71,75,65,03,02,00,00,00,00,00 00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00 00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00 00,00,00,00,00,00,00,00,00,00,00,00,00,42,dd,6e 9a

Remote Maintenance End Points: | MEP-ID | State | Up-Time | MAC | RDI | Port Status | I/F Status | |---------- |------ |------- |----------------- |------- |------------ |----------- | | mep-2-2-1 | Failed | 3197 | 00:00:00:00:00:00 | No | None | None |

RELATED COMMANDS adminState almattr generate-ccm linktrace loopback lowest-alarmprio primary-vid show mep

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ccm-interval

ccm-interval Edit a Maintenance Association (MA) Continuity Check Message (CCM) interval.


LEVEL Configure MA

S YNTAX

ccm-interval ccminterval ccminterval

Continuity Check Message (CCM) interval. Valid entries are 10min, 10sec, 1min or 1sec.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain and Maintenance Association identifiers.

EXAMPLES To add a Maintenance Association:

--> configure cfm config:cfm--> md md-1 config:md--> ma ma-1-3 config:ma--> ccm-interval 10min config:ma--> show ma ma-1-3 Maintenance Association: ma-1-3 Name Format: Name: CM Interval: Primary VID: MEP List: VID List: MIP Creation Control:

String Test3MA 10 Minutes 5 13,14,15 10,11,12 None

RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr cfm-ethertype

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ccm-interval

generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-ethertype

cfm-ethertype Set the system Connectivity Fault Management (CFM) ethertype.


LEVEL Configure CFM

S YNTAX

cfm-ethertype ethertype

ethertype

Ethertype in hexidecimal, e.g. 0x88B7

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management ethertype:

--> configure cfm config:cfm--> cfm-ethertype 0x88B7 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: Service Queue CIR: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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320,000,000 bps

Counts: Counts: Counts: Counts: Counts: Counts: Counts:

0 0 0 0 0 0 0

Service Queue EIR: Service Queue CBS: Service Queue EBS: Service Queue BufferSize: Service Used CIR:

0 1 0 1 0

Port Port Port Port

Discard Discard Discard Discard Discard Discard Discard

0x88B7 01:80:C2:00:00:0X

[WAN-1] [WAN-1] [WAN-1] [WAN-1]

Queue Queue Queue Queue

CIR: EIR: CBS: EBS:

bps KB KB KB bps

320,000,000 bps 0 bps 1 KB 0 KB


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Port [WAN-1] Queue BufferSize: Port [WAN-1] Queue Used CIR:

1 KB 0 bps

Port [WAN-2] Queue CIR: Port [WAN-2] Queue EIR: Port [WAN-2] Queue CBS: Port [WAN-2] Queue EBS: Port [WAN-2] Queue BufferSize: Port [WAN-2] Queue Used CIR:

320,000,000 bps 0 bps 1 KB 0 KB 1 KB 0 bps

RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id no vlan-entry show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-portn-buffersize Set the system Connectivity Fault Management (CFM) buffer size for Port 1 (WAN-1) or Port 2 (WAN-2).


LEVEL Configure CFM

S YNTAX

cfm-portn-buffersize buffersize

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. buffersize Buffersize in KB. Valid entries are 1 through 1,410,064 n

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management buffersize for Port 1 (WAN-1):

--> configure cfm config:cfm--> cfm-port1-buffersize 5 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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0x88B7 01:80:C2:00:00:0X 0 0 0 0 0 0 0

Service Queue CIR: Service Queue EIR: Service Queue CBS: Service Queue EBS: Service Queue BufferSize: Service Used CIR:


Port [WAN-1] Queue CIR: Port [WAN-1] Queue EIR: Port [WAN-1] Queue CBS:

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Port [WAN-1] Queue EBS: Port [WAN-1] Queue BufferSize: Port [WAN-1] Queue Used CIR:

0 KB 5 KB 0 bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-portn-cbs

cfm-portn-cbs Set the system Connectivity Fault Management (CFM) Committed Burst Size (CBS) for Port 1 (WAN-1) or Port 2 (WAN-2).


LEVEL Configure CFM

S YNTAX

cfm-portn-cbs cbs

n

cbs

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Committed Burst Size in KB. Valid entries are 1 through 1024

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management CBS for Port 1 (WAN-1):

--> configure cfm config:cfm--> cfm-port1-cbs 5 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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0x88B7 01:80:C2:00:00:0X 0 0 0 0 0 0 0



Port [WAN-1] Queue CIR: Port [WAN-1] Queue EIR:

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cfm-portn-cbs

Port [WAN-1] Queue CBS: Port [WAN-1] Queue EBS: Port [WAN-1] Queue BufferSize: Port [WAN-1] Queue Used CIR:

5 0 1 0

KB KB KB bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-portn-cir

cfm-portn-cir Set the system Connectivity Fault Management (CFM) Committed Information Rate (CIR) for Port 1 (WAN-1) or Port 2 (WAN-2).


LEVEL Configure CFM

S YNTAX

cfm-portn-cir cir

n

cir

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Committed Information Rate in bps. Valid entries are 1 through 8000000

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management CIR for Port 1 (WAN-1):

--> configure cfm config:cfm--> cfm-port1-cir 1000 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]




Port [WAN-1] Queue CIR:

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cfm-portn-cir

Port [WAN-1] Queue EIR: Port [WAN-1] Queue CBS: Port [WAN-1] Queue EBS: Port [WAN-1] Queue BufferSize: Port [WAN-1] Queue Used CIR:

0 1 0 1 0

bps KB KB KB bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-portn-ebs

cfm-portn-ebs Set the system Connectivity Fault Ma nagement (CFM) Expected Burst Size (EBS) for Port 1 (WAN-1) or Port 2 (WAN-2).


LEVEL Configure CFM

S YNTAX

cfm-portn-ebs ebs

n

ebs

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Expected Burst Size in KB. Valid entries are 1 through 1024

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management EBS for Port 1 (WAN-1):

--> configure cfm config:cfm--> cfm-port1-ebs 5 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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cfm-portn-ebs


1 5 1 0

KB KB KB bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-portn-eir

cfm-portn-eir Set the system Connectivity Fault Management (CFM) Expected Information Rate (EIR) for Port 1 (WAN-1) or Port 2 (WAN-2).


LEVEL Configure CFM

S YNTAX

cfm-portn-eir eir

n

eir

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Expected Information Rate in bps. Valid entries are 0 through 1,410,065,407

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management EIR for Port 1 (WAN-1):

--> configure cfm config:cfm--> cfm-port1-eir 5000 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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Port [WAN-1] Queue CIR:

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cfm-portn-eir

Port [WAN-1] Queue EIR: Port [WAN-1] Queue CBS: Port [WAN-1] Queue EBS: Port [WAN-1] Queue BufferSize: Port [WAN-1] Queue Used CIR:

5000 bps 1 KB 0 KB 1 KB 0 bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-service-buffersize Set the service Connectivity Fault Management (CFM) buffer size .


LEVEL Configure CFM

S YNTAX

cfm-service-buffersize buffersize

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. buffersize Buffersize in KB. Valid entries are 1 through 2,115,098 n

GUIDELINES N/A

EXAMPLES To enter the service Connectivity Fault Management buffersize:

--> configure cfm config:cfm--> cfm-service-buffersize 5 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-portn-buffersize cfm-ethertype cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-cbs cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-service-cbs

cfm-service-cbs Set the service Connectivity Fault Management (CFM) Committed Burst Size (CBS).


LEVEL Configure CFM

S YNTAX

cfm-service-cbs cbs

n

cbs

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Committed Burst Size in KB. Valid entries are 1 through 1024

GUIDELINES N/A

EXAMPLES To enter the service Connectivity Fault Management CBS:

--> configure cfm config:cfm--> cfm-service-cbs 5 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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cfm-service-cbs


0 KB 1 KB 0 bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cir cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-service-cir

cfm-service-cir Set the service Connectivity Fault Management (CFM) Committed Information Rate (CIR).


LEVEL Configure CFM

S YNTAX

cfm-service-cir cir

n

cir

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Committed Information Rate in bps. Valid entries are 1 through 1,410,065,407

GUIDELINES N/A

EXAMPLES To enter the service Connectivity Fault Management CIR:

--> configure cfm config:cfm--> cfm-service-cir 500000000 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]



Service Queue CIR: Service Queue EIR: Service Queue CBS: Service Queue EBS: Service Queue BufferSize: Service Used CIR: Port [WAN-1] Queue CIR: Port [WAN-1] Queue EIR:

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cfm-service-cir


1 0 1 0

KB KB KB bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-ebs cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-service-ebs

cfm-service-ebs Set the service Connectivity Fault Management (CFM) Expected Burst Size (EBS).


LEVEL Configure CFM

S YNTAX

cfm-service-ebs ebs

n

ebs

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Expected Burst Size in KB. Valid entries are 1 through 1024

GUIDELINES N/A

EXAMPLES To enter the service Connectivity Fault Management EBS:

--> configure cfm config:cfm--> cfm-service-ebs 50 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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cfm-service-ebs


0 KB 1 KB 0 bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-eir generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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cfm-service-eir

cfm-service-eir Set the service Connectivity Fault Management (CFM) Expected Information Rate (EIR).


LEVEL Configure CFM

S YNTAX

cfm-service-eir eir

n

eir

This entry designates the Port number associated with WAN-1 or WAN-2. n= 1 or 2. Expected Information Rate in bps. Valid entries are 0 through 2115098112

GUIDELINES N/A

EXAMPLES To enter the service Connectivity Fault Management EBS:

--> configure cfm config:cfm--> cfm-service-eir 5000 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address: [LAN-1] [LAN-2] [LAN-3] [LAN-4] [LAN-5] [WAN-1] [WAN-2]

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cfm-service-eir


1 0 1 0

KB KB KB bps



RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs generate-ccm lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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generate-ccm

generate-ccm Edit a Maintenance End Point (MEP) Continuity Check Message (CCM) setting.


LEVEL Configure MEP

S YNTAX

generate-ccm {enable | disable} enable disable

Enable Continuity Check Message (CCM) generation. Disable Continuity Check Message (CCM) generation.


EXAMPLES To edit a Maintenance End Point CCM generation state:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> generate-ccm enable config:mep--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation : Port ID: MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority : Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect :

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generate-ccm

Remote MEP CCM Defect : CCM Error Defect : Transmit LBM Status : Transmit LBM Result OK : Next Loopback Transaction ID : Good LBR’s Received : Out Of Order LBR’s Received : Mismatched LBR’s Received : LBR’s Transmitted : Transmit LTM Status : Transmit LTM Result OK : Next Linktrace Transaction ID : Unexpected LTR’s :

Yes No False False 1 0 0 0 0 False False 1 0


RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype lowest-alarmprio multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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linktrace

linktrace Perform a Maintenance End Point (MEP) linktrace.


LEVEL Configure MEP

S YNTAX | linktrace { mac | mep}{destmac | mepID}{TTL}{true| false}{egress_id}| rem-ccm xcon-ccm }

mac mep dest_mac mepID TTL true false egress_id

The The The The The

linktrace will be to a MAC address. linktrace will be to a mepID. destination MAC address if linktrace is to a MAC. remote mep ID if linktrace is to a mep. TTL number for this linktrace. Valid entries are 1 to 255

The LTM transmit flag is set to true. The LTM transmit flag is set to false. The egress ID. Valid entry is 8 octets, e.g. 00:00:00:0B:90:00:41:2B


EXAMPLES To perform a Maintenance End Point linktrace:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> linktrace mac 00:0B:90:03:A5:23 1 false 00:00:00:0B:90:00:40:4B config:mep--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation : Port ID: MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority : Fault Network Address :

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linktrace

Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : Transmit LBM Status : Transmit LBM Result OK : Next Loopback Transaction ID : Good LBR’s Received : Out Of Order LBR’s Received : Mismatched LBR’s Received : LBR’s Transmitted : Transmit LTM Status : Transmit LTM Result OK : Next Linktrace Transaction ID : Unexpected LTR’s :

Null 2.5 secs 10 secs 154 0 0 0 No No Yes No False False 1 0 0 0 0 True True 2 0


RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm multicast-mac no ma no md no mep no mep-id show cfm system show ma

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linktrace

show md show mep $mep almattr vlanprio

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loopback

loopback Perform a Maintenance End Point (MEP) loopback.


LEVEL Configure MEP

S YNTAX

loopback {mac | mep}{destmac | mepID}{tx_count}{datatlv_len}{all-ones | all-zeros | alternate}{prio}{false | true} mac mep dest_mac mepID tx_count

The linktrace will be to a MAC address. The linktrace will be to a mepID. The destination MAC address if linktrace is to a MAC.

The remote mep ID if linktrace is to a mep. The number of LBMs to transmit for this loopback. Valid entries are 1 to 50 datatlv_len The number of padding bytes in the LBM data TLV. Valid entries are 0 to 1461 all-ones Data pattern set to all ones. all-zeros Data pattern set to all zeros. alternate

Data pattern set to alternating ones and zeros.

prio false

VLAN priority. Valid entries are 0 to 7 LBM VLAN drop enable set to false.

true

LBM VLAN drop enable set to true.


EXAMPLES To perform a Maintenance End Point loopback:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> loopback mac 00:0B:90:03:A5:23 1 0 alternate 0 false config:mep--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation :

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loopback

Port ID: MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority :

e100-lan-1 00:0b:90:00:44:24 5 1 MAC Status

Fault Network Address : not transmitted Current Fault State : Null Fault Activation Time : 2.5 secs Fault Reset Time : 10 secs Total CCM's Transmitted : 154 Total CCM's Received : 0 Out Of Sequence CCM's Received : 0 CCM Errors Received : 0 Received RDI Defect : No Received MAC Defect : No Remote MEP CCM Defect : Yes CCM Error Defect : No Transmit LBM Status : True Transmit LBM Result OK : True Next Loopback Transaction ID : 9 Good LBR’s Received : 0 Out Of Order LBR’s Received : 0 Mismatched LBR’s Received : 0 LBR’s Transmitted : 0 Transmit LTM Status : False Transmit LTM Result OK : True Next Linktrace Transaction ID : 2 Unexpected LTR’s : 0 Last Misconnection CCM Message : Last Error CCM Message : Remote Maintenance End Points: | MEP-ID | State | Up-Time | MAC | RDI | Port Status | I/F Status | |---------- |------ |------- |----------------- |------ |------------ |------------ | | mep-2-2-1 | Failed | 3197 | 00:00:00:00:00:00 | No | None | None |

RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm multicast-mac no ma

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loopback

no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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lowest-alarmprio

lowest-alarmprio Edit a Maintenance End Point (MEP) alarm priority.


LEVEL Configure MEP

S YNTAX | macstatus | nodefect | rdi | rem-ccm | xcon-ccm } lowest-alarmprio {err-ccm

err-ccm macstatus nodefect rdi rem-ccm xcon-ccm

The error CCM and higher defects trigger an alarm. The error MAC status and higher defects trigger an alarm. No defects (no alarms). The error RDI and higher defects trigger an alarm. The error Remote CCM and higher defects trigger an alarm. The error XCON CCM and higher defects trigger an alarm.


EXAMPLES To edit a Maintenance End Point alarm priority:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> lowest-alarmprio macstatus config:mep--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : State : CCM Generation : Port ID: MAC Address : Primary VID : VLAN Priority : Fault Alarm Priority : Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time :

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lowest-alarmprio

Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect : Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : Transmit LBM Status : Transmit LBM Result OK : Next Loopback Transaction ID : Good LBR’s Received : Out Of Order LBR’s Received : Mismatched LBR’s Received : LBR’s Transmitted : Transmit LTM Status : Transmit LTM Result OK : Next Linktrace Transaction ID : Unexpected LTR’s :

154 0 0 0 No No Yes No False False 1 0 0 0 0 False False 1 0


RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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md-level

md-level Edit the Maintenance Domain (MD) Level for the Default MD or a Default MD Entry.


LEVEL Configure Default MD (System) Level Configure Default MD Entry

S YNTAX

md-level {mdlevel} mdlevel

Set CFM Domain level for MD entry. Valid entries are 0 to 7.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain, and Default MD identifiers.

EXAMPLES To edit MD level for the System Level Default Maintenance Domain:

--> configure cfm config:cfm--> configure defmd-level config:defmdl--> md-level 1 config:defmdl--> show defmdl


1 Default None


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md-level

To edit MD level for a Default Maintenance Domain Entry:

--> configure cfm config:cfm--> configure defmd-level config:defmdl--> defmd defmd-1 config:defmd--> md-level 2

config:defmd--> show defmdl


1 Default None

Default MD Level Entries: | Entity ID | Primary VID | MD Level | MHF Creation | Sender ID | | - ----------- | - ------------ | - --------- | - ------------ | - ---------- | | defmd-1 | 1 | 2 | Defer | Defer |

RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry no ma no md show ma show md

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mhf-creation

mhf-creation Edit a Maintenance Intermediate Point Half Function (MHF) creation control for a Maintenance Domain (MD) or Maintenance Association (MA).


LEVEL Configure MA Configure MD Configure Default MD (System) Level

S YNTAX

mhf-creation {default | defer | explicit | none} default defer

Set default MIP Creation Contol. Set defer MIP Creation Contol. This option is only available for MAs.

explicit none

Set explicit MIP Creation Contol. Set no MIP Creation Contol.

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain, Maintenance Association and Default MD identifiers.

EXAMPLES To edit MIP creation control for a Maintenance Domain:

--> configure cfm config:cfm--> md md-1 config:md--> mhf-creation none config:md--> show md md-1 Maintenance Domain: md-1 Name Format: Name: Level: MIP Creation Control: Sender ID Control:

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String Albuquerque 1 None None


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mhf-creation

To edit MIP creation control for the System Level Default Maintenance Domain:

--> configure cfm config:cfm--> configure defmd-level config:defmdl--> mhf-creation default config:defmdl--> show defmdl


1 Default None


RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry no ma no md show ma show md

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multicast-mac

multicast-mac Set the system Connectivity Fault Management (CFM) Multicast MAC Address.


LEVEL Configure CFM

S YNTAX

multicast-mac multicast_mac

multicast_mac

Multicast MAC address. Example: 01:80:C2:00:00:00

GUIDELINES N/A

EXAMPLES To enter the system Connectivity Fault Management ethertype:

--> configure cfm config:cfm--> multicast-mac 01:80:C2:00:00:00 config:cfm--> show cfm system CFM System Level Parameters: Ethertype: Multicast MAC Address:

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0x88B7 01:80:C2:00:00:00

Service Queue CIR: Service Queue EIR: Service Queue CBS: Service Queue EBS: Service Queue BufferSize:

320,000,000 bps 0 bps 1 KB 0 KB 1 KB


320,000,000 bps 0 bps 1 KB 0 KB 1 KB


320,000,000 bps 0 bps 1 KB 0 KB 1 KB


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RELATED COMMANDS add ma add md add mep add mep-id add vlan-entry almattr ccm-interval cfm-ethertype cfm-portn-buffersize cfm-portn-cbs cfm-portn-cir cfm-portn-ebs cfm-portn-eir cfm-service-buffersize cfm-service-cbs cfm-service-cir cfm-service-ebs generate-ccm lowest-alarmprio no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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no ma

no ma Delete a Maintenance Association (MA).


LEVEL Configure MD

S YNTAX

no ma maid mdid maid Maintenance Association identifier. Format is ma. Example: ma-1-1.

maid

GUIDELINES In order to delete an MA, all subordinate entities (MEPs) must first be deleted. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain and Maintenance Association identifiers.

EXAMPLES To delete a Maintenance Association:

--> configure cfm config:cfm--> md md-1 config:md--> no ma ma-1-3 config:md--> show ma ma-1-3 Error: Specified node not found

RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm lowest-alarmprio multicast-mac no md no mep no mep-id

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no ma

show cfm system show ma show md show mep $mep almattr vlanprio

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no md

no md Delete a Maintenance Domain (MD).


LEVEL Configure CFM

S YNTAX

no md mdid Maintenance Domain identifier. Example: md-1.

mdid

GUIDELINES In order to delete an MD, all subordinate entities (MAs and MEPs) must first be deleted. Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain identifiers.

EXAMPLES To delete a Maintenance Domain:

--> configure cfm config:cfm--> no md md-2 config:cfm--> show md md-2 Error: Specified node not found by path

RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm lowest-alarmprio multicast-mac no ma no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio Page 4-158


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no mep

no mep Delete a Maintenance End Point (MEP).


LEVEL Configure MA

S YNTAX

no mep mepid Maintenance End Point identifier. Format is mep-mdid -maid-mepid . Example: mep-1-1-2.

mepid

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain, Maintenance Association and Maintenance End Point identifiers.

EXAMPLES To delete a Maintenance End Point:

--> configure cfm config:cfm--> md md-1 config:md--> ma ma-1-2 config:ma--> no mep mep-1-2-3 config:ma--> show mep mep-1-2-3 Error: Specified node not found

RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm lowest-alarmprio multicast-mac no ma no md no mep-id

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no mep

show cfm system show ma show md show mep $mep almattr vlanprio

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no mep-id

no mep-id Remove a Maintenance End Point (MEP) Identifier from a Maintenance Association.


LEVEL Configure MA

S YNTAX

no mep-id mepid Maintenance End Point identifier. Format is mep-mepid . Example: 1. Multiple mepids may be separated by a comma. Example: 5,6,7.

mepid

GUIDELINES Refer to Section 1.7 Entity Naming Conventions, on Page 1-7 for a list of valid Maintenance Domain identifiers, Maintenance Association identifiers and Maintenance End Point identifiers.

EXAMPLES To remove a Maintenance End Point identifier:

--> configure cfm config:cfm--> md md-1 config:md--> ma ma-1-1 config:ma--> no mep-id 5,6,7 config:ma--> show ma ma-1-1 Maintenance Association: ma-1-1 Name Format: Name: CM Interval: Primary VID: MEP List: MIP Creation Control: Sender ID Control:


RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval

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no mep-id

cfm-ethertype generate-ccm lowest-alarmprio multicast-mac no ma no md no mep show cfm system show ma show md show mep $mep almattr vlanprio

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no vlan-entry

no vlan-entry Delete a VLAN entry to the CFM VLAN Table. To add a VLAN entry, use the add vlan-entry command.


LEVEL Configure CFM

S YNTAX

no vlan-entry vidlist primvid CFM VLAN ID list. Valid entries are 1 to 8191. Multiple VLAN IDs may be separated by a comma. Example: 5,6,7. Primary VLAN ID. Valid entries are 1 to 4095.

vidlist primvid

GUIDELINES N/A

EXAMPLES To add VLAN entries:

--> configure cfm config:cfm--> no vlan-entry 5,10 1 config:cfm--> show vlan-table CFM VLAN Table: Primary VID | VID List - ------------ | - -------------------------------------------------2 3, 4

RELATED COMMANDS add vlan-entry no ma no md no mep no mep-id show vlan-table

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primary-vid

primary-vid Set the primary VID number for a Maintenance End Point (MEP).


LEVEL Configure MEP

S YNTAX {mep_primaryvid} primary-vid

mep_primaryvid The VID number to use as the primary VID for this MEP. Valid entries are 0 to 4095. 0 means to use the MA’s primary VID.


EXAMPLES To perform a Maintenance End Point loopback:

--> configure cfm config:cfm--> md md-2 config:md--> ma ma-2-2 config:ma--> mep mep-2-2-1 config:mep--> primary-vid 5 config:mep--> show mep mep-2-2-1 Maintenance End Point: mep-2-2-1 Direction : Up State : Enabled CCM Generation : Enabled Port ID: e100-lan-1 MAC Address : 00:0b:90:00:44:24 Primary VID : 5 VLAN Priority : 1 Fault Alarm Priority : MAC Status Fault Network Address : Current Fault State : Fault Activation Time : Fault Reset Time : Total CCM's Transmitted : Total CCM's Received : Out Of Sequence CCM's Received : CCM Errors Received : Received RDI Defect :

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not transmitted Null 2.5 secs 10 secs 154 0 0 0 No


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Received MAC Defect : Remote MEP CCM Defect : CCM Error Defect : Transmit LBM Status : Transmit LBM Result OK : Next Loopback Transaction ID : Good LBR’s Received : Out Of Order LBR’s Received : Mismatched LBR’s Received : LBR’s Transmitted : Transmit LTM Status : Transmit LTM Result OK : Next Linktrace Transaction ID : Unexpected LTR’s :

No Yes No False False 9 0 0 0 0 False True 2 0


RELATED COMMANDS add ma add md add mep add mep-id almattr ccm-interval cfm-ethertype generate-ccm multicast-mac no ma no md no mep no mep-id show cfm system show ma show md show mep $mep almattr vlanprio

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Adva 825 CLI Handbook

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